mhurhangee/ep-ind-claims huggingface dataset:
An electronic device configured to be positioned on a projection surface comprising: an optical module configured to project content on said projection surface; and a processor configured to determine whether the electronic device is positioned within a predetermined range of the projection surface and control the optical module to project the content onto the projection surface based on the determination, wherein the processor is configured to control the optical module not to project content when it is determined that the electronic device is not positioned within the predetermined range, characterized in that the electronic device further comprises a laser light source configured to output an indicator for guiding the position of a projection image to be output from the optical module, and in that the processor is configured to output said indicator using said laser light source when it is determined that the electronic device is positioned within the predetermined range of the projection surface, said indicator thereby being configured to inform a user of said position of the projection image when the user positions the electronic device. an optical module configured to project content on said projection surface; and a processor configured to determine whether the electronic device is positioned within a predetermined range of the projection surface and control the optical module to project the content onto the projection surface based on the determination, wherein the processor is configured to control the optical module not to project content when it is determined that the electronic device is not positioned within the predetermined range,
Actuator, having a housing, a coil, an armature which interacts with a tappet and a spring, and of which the armature plate is arranged opposite an armature counterpiece, and wherein the actuator has at least one magnetostrictively acting component, wherein the actuator is additionally designed as a solenoid, characterized in that the magnetostrictive actuator and the solenoid share a magnetic circuit.
A plug connector comprising a plug shield attached to an end of a wire cable having an insulative jacket at least partially surrounding the conductive wire cable, comprising: a connection portion configured for attachment to a corresponding receptacle shield of a receptacle connector; and an attachment portion attached to the end of the wire cable, wherein the attachment portion defines a prong having a pointed end that penetrates the insulative jacket, thereby inhibiting rotation of the plug shield about the longitudinal axis of the conductive wire cable, wherein the wire cable includes a conductor surrounded by an inner insulator and a shield conductor longitudinally surrounding the inner insulator, characterized in that the end of the prong penetrates the shield conductor and the inner insulator but does not contact the conductor. a connection portion configured for attachment to a corresponding receptacle shield of a receptacle connector; and an attachment portion attached to the end of the wire cable,
A pharmaceutical composition comprising drug-containing nanoparticles having an average particle diameter of from 10 nm to 150 nm, the pharmaceutical composition being obtained by mixing water with a poorly water soluble drug-containing, water miscible solution that contains a water-miscible solvent, a poorly water soluble drug having a water solubility of 50 μg/mL or less, and 0.1 to 3 parts by mass, based on 1 part by mass of the poorly water soluble drug, of a water soluble copolymer having a repeating unit represented by the following Formula: wherein n: m is within the range of from 0.25: 0.75 to 0.95: 0.05; R represents an alkyl group which may have a substituent; R 1 and R 2 each independently represent a hydrogen atom or a methyl group; and Me represents a methyl group.
Method for multiplexing messages exchanged between a payment terminal and a communications terminal through a connection between said payment terminal and said communications terminal using the i AP, iPod Accessory Protocol, said method comprising: - a step of initialisation of an external communications interface with said communications terminal; - a first step of transmission, by said payment terminal, to said communications terminal, of a request for creating remote virtual channels, through said external communications interface; - a step of creating, within said payment terminal, local virtual channels corresponding to said remote virtual channels; - a second step of transmission of associated data frames to said local virtual channels through said external communications interface, wherein a virtual channel is created in the form of a queue, said queue being configured to enable the reception, recording and erasure of TLV, Type-Length-Value frames, intended for said virtual channel. - a step of initialisation of an external communications interface with said communications terminal; - a first step of transmission, by said payment terminal, to said communications terminal, of a request for creating remote virtual channels, through said external communications interface; - a step of creating, within said payment terminal, local virtual channels corresponding to said remote virtual channels; - a second step of transmission of associated data frames to said local virtual channels through said external communications interface,
Formulation for impregnating a porous sintered material, said formulation comprising 40-90 wt.-% of an acrylic monomer, 0.1-10 wt.-% of a radicalic thermal initiator, 0.1-10 wt.-% of a radicalic photoinitiator, 5-30 wt.-% of an organosilane adhesion promoter and 0.05-5 wt.-% of a siliconic surfactant. 40-90 wt.-% of an acrylic monomer, 0.1-10 wt.-% of a radicalic thermal initiator, 0.1-10 wt.-% of a radicalic photoinitiator, 5-30 wt.-% of an organosilane adhesion promoter and 0.05-5 wt.-% of a siliconic surfactant.
A method performed by a terminal (5a-35, 5c-15, 5e-01) in a wireless communication system, the method comprising: receiving (5e-10, 5e-20) a radio resource control, RRC, message for establishing an RRC connection or for establishing a radio bearer, the RRC message including configuration information for configuring one or more logical channels, and the configuration information including priority information on a priority order of the one or more logical channels and maximum time duration allowed for each of the one or more logical channels; receiving (5e-45) a message for allocating uplink resources, the message including information indicating time duration allowed for the uplink resources, among a plurality of time durations; identifying at least one logical channel (5f-01, 5f-02, 5f-03, 5f-04) satisfying a condition that maximum time duration allowed for the at least one logical channel is larger than or equal to the time duration allowed for the uplink resources; allocating (5e-50) the uplink resources to the identified at least one logical channel based on the priority order of the at least one logical channel, wherein a logical channel for an uplink common control channel, UL-CCCH, is higher priority order than a logical channel for a buffer status report, BSR, or a power headroom report, PHR, based on the priority order of the at least one logical channel; and transmitting (5e-55) data on the uplink resources, the data being generated based on the at least one logical channel. receiving (5e-10, 5e-20) a radio resource control, RRC, message for establishing an RRC connection or for establishing a radio bearer, the RRC message including configuration information for configuring one or more logical channels, and the configuration information including priority information on a priority order of the one or more logical channels and maximum time duration allowed for each of the one or more logical channels; receiving (5e-45) a message for allocating uplink resources, the message including information indicating time duration allowed for the uplink resources, among a plurality of time durations; identifying at least one logical channel (5f-01, 5f-02, 5f-03, 5f-04) satisfying a condition that maximum time duration allowed for the at least one logical channel is larger than or equal to the time duration allowed for the uplink resources; allocating (5e-50) the uplink resources to the identified at least one logical channel based on the priority order of the at least one logical channel, wherein a logical channel for an uplink common control channel, UL-CCCH, is higher priority order than a logical channel for a buffer status report, BSR, or a power headroom report, PHR, based on the priority order of the at least one logical channel; and transmitting (5e-55) data on the uplink resources, the data being generated based on the at least one logical channel.
A wireless communication device comprising: a receiver configured to receive a trigger frame instructing an uplink multi-user transmission for the wireless communication device; a controller configured to determine whether the wireless communication device is specified for uplink multi-user based on the trigger frame, a transmitter configured to transmit a first frame upon lapse of predetermined duration after the trigger frame is received, in the uplink multi-user transmission in response to the trigger frame; and wherein the receiver is configured to receive an acknowledgment frame in response to the first frame and characterised in that the controller is configured to set a timer upon reception of the acknowledgment frame and change a value of a first parameter from a first value to a second value when the time times out, the first parameter being a parameter used for determining duration of carrier sensing on a wireless medium to acquire an access right for transmission in a single user transmission. a receiver configured to receive a trigger frame instructing an uplink multi-user transmission for the wireless communication device; a controller configured to determine whether the wireless communication device is specified for uplink multi-user based on the trigger frame, a transmitter configured to transmit a first frame upon lapse of predetermined duration after the trigger frame is received, in the uplink multi-user transmission in response to the trigger frame; and wherein the receiver is configured to receive an acknowledgment frame in response to the first frame and characterised in that the controller is configured to set a timer upon reception of the acknowledgment frame and change a value of a first parameter from a first value to a second value when the time times out, the first parameter being a parameter used for determining duration of carrier sensing on a wireless medium to acquire an access right for transmission in a single user transmission.
An air treatment device comprising: - an activated carbon filter; - a photocatalyst having an interface with the activated carbon filter, said photocatalyst comprising: a porous support having a longitudinal axis, a catalytic coating disposed on the surface of the porous support, a plurality of light-emitting diodes, said device being characterized in that the light-emitting diodes are arranged, relative to one another, such that all of the catalytic coating can be illuminated by said light-emitting diodes; the light-emitting diodes being arranged in the form of a plurality of grids (G 1, G 2,... G N) each provided with several light-emitting diodes, each grid extending over all of a section of the porous support, said section being defined in a plane perpendicular to said longitudinal axis of the porous support, the various grids being spaced apart from each other along said longitudinal axis and integrated into the porous support. - an activated carbon filter; - a photocatalyst having an interface with the activated carbon filter, said photocatalyst comprising: a porous support having a longitudinal axis, a catalytic coating disposed on the surface of the porous support, a plurality of light-emitting diodes, said device being characterized in that the light-emitting diodes are arranged, relative to one another, such that all of the catalytic coating can be illuminated by said light-emitting diodes; the light-emitting diodes being arranged in the form of a plurality of grids (G 1, G 2,... G N) each provided with several light-emitting diodes, each grid extending over all of a section of the porous support, said section being defined in a plane perpendicular to said longitudinal axis of the porous support, the various grids being spaced apart from each other along said longitudinal axis and integrated into the porous support. a porous support having a longitudinal axis, a catalytic coating disposed on the surface of the porous support, a plurality of light-emitting diodes, said device being characterized in that the light-emitting diodes are arranged, relative to one another, such that all of the catalytic coating can be illuminated by said light-emitting diodes; the light-emitting diodes being arranged in the form of a plurality of grids (G 1, G 2,... G N) each provided with several light-emitting diodes, each grid extending over all of a section of the porous support, said section being defined in a plane perpendicular to said longitudinal axis of the porous support, the various grids being spaced apart from each other along said longitudinal axis and integrated into the porous support.
A method for determining characteristics of a multi-material object comprising: obtaining a measured electrical signal set from electrodes surrounding the object determining an electric element matrix representing the multi-material object based on the measured electrical signal set; pre-multiplying the electric element matrix with a first mathematical transformation matrix to obtain a first transformed electric element matrix; post-multiplying the first transformed electric element matrix with a second mathematical transformation matrix to obtain a second transformed electric element matrix; and determining the characteristics of the multi-material object based on the second transformed electric element matrix, wherein the characteristics of the multi-material object comprise compositions and distribution of different materials within the material object; wherein the first mathematical transformation matrix comprises a discrete Fourier transform matrix and the second mathematical transformation matrix comprises an inverse of the discrete Fourier transform matrix; and wherein determining the characteristics of the multi-material object comprises determining a spatial symmetry in the distribution of the materials within the multi-material object based on the elements along the diagonal of the second transformed impedance matrix and determining an asymmetry in the distribution of materials within the multi-material object based on the elements that do not lie along the diagonal of the second transformed impedance matrix. obtaining a measured electrical signal set from electrodes surrounding the object determining an electric element matrix representing the multi-material object based on the measured electrical signal set; pre-multiplying the electric element matrix with a first mathematical transformation matrix to obtain a first transformed electric element matrix; post-multiplying the first transformed electric element matrix with a second mathematical transformation matrix to obtain a second transformed electric element matrix; and determining the characteristics of the multi-material object based on the second transformed electric element matrix, wherein the characteristics of the multi-material object comprise compositions and distribution of different materials within the material object; wherein the first mathematical transformation matrix comprises a discrete Fourier transform matrix and the second mathematical transformation matrix comprises an inverse of the discrete Fourier transform matrix; and wherein determining the characteristics of the multi-material object comprises determining a spatial symmetry in the distribution of the materials within the multi-material object based on the elements along the diagonal of the second transformed impedance matrix and determining an asymmetry in the distribution of materials within the multi-material object based on the elements that do not lie along the diagonal of the second transformed impedance matrix.
A method of fabricating a composite powder, comprising: forming a plurality of loose particles having discrete regions of a first material and discrete regions of a second material that is different than the first material, and at least one of the first material and the second material comprises a chemical precursor to a third, different material, wherein the forming includes blending together particles of the first material with particles of the second material, characterized in that the composite powder comprises 75 vol.% of a metal powder as the second material and 25 vol. % of a chemical precursor as the first material, wherein the chemical precursor is a vinyl polysilazane that is convertible to silicon carbonitride ceramic. forming a plurality of loose particles having discrete regions of a first material and discrete regions of a second material that is different than the first material, and at least one of the first material and the second material comprises a chemical precursor to a third, different material, wherein the forming includes blending together particles of the first material with particles of the second material, characterized in that the composite powder comprises 75 vol.% of a metal powder as the second material and 25 vol. % of a chemical precursor as the first material, wherein the chemical precursor is a vinyl polysilazane that is convertible to silicon carbonitride ceramic.
A headphone apparatus, comprising: a neckband having a first arm and a second arm joined by a central portion therebetween, the first and second arms each having a flexible section proximal to the central portion and a rigid section distal from the central portion, each flexible section including a memory wire, the memory wire including a memory material which is a bend-and-stay material capable of bending and maintaining a desired shape of the neckband; and first and second earbuds (36, 38) connected to the rigid sections of the first and second arms. a neckband having a first arm and a second arm joined by a central portion therebetween, the first and second arms each having a flexible section proximal to the central portion and a rigid section distal from the central portion, each flexible section including a memory wire, the memory wire including a memory material which is a bend-and-stay material capable of bending and maintaining a desired shape of the neckband; and first and second earbuds (36, 38) connected to the rigid sections of the first and second arms.
A brush belt (424, 924) for a planting unit having a seed meter and seed delivery system, comprising: a base member (426, 926) having first side with a traction surface and a second side that is opposite the first side, the first side having a mounting surface, wherein elongated bristles extend from the mounting surface of the base member (426, 926), the bristles are configured to hold seeds to limit the movement of the seeds relative to the base member or to one another, wherein the seeds can be held in the bristles such that the seeds are limited in movement vertically, horizontally or otherwise relative to the bristles or relative to other seeds in delivery system; the mounting surface having a longitudinal axis, a first edge, and a second edge, the first edge and second edge of the mounting surface being parallel to the longitudinal axis; characterized in that a plurality of projections extending from the mounting surface between the first edge and the second edge, and a plurality of bristle clusters are coupled to the base member (426, 926), each bristle cluster of the plurality of bristle clusters having a plurality of bristles and being positioned between two projections. a base member (426, 926) having first side with a traction surface and a second side that is opposite the first side, the first side having a mounting surface, wherein elongated bristles extend from the mounting surface of the base member (426, 926), the bristles are configured to hold seeds to limit the movement of the seeds relative to the base member or to one another, wherein the seeds can be held in the bristles such that the seeds are limited in movement vertically, horizontally or otherwise relative to the bristles or relative to other seeds in delivery system; the mounting surface having a longitudinal axis, a first edge, and a second edge, the first edge and second edge of the mounting surface being parallel to the longitudinal axis; characterized in that a plurality of projections extending from the mounting surface between the first edge and the second edge, and a plurality of bristle clusters are coupled to the base member (426, 926), each bristle cluster of the plurality of bristle clusters having a plurality of bristles and being positioned between two projections.
A network traffic processing method, comprising: determining that one or more packets of first network traffic associated with a first public network address have been dropped, the first public network address being associated with a target host; assigning a second public network address to second network traffic and generating a forwarding path corresponding to the second public network address, wherein the second network traffic arrives from a filtering device and is intended for the target host, the second public network address is configured to receive network traffic directed to the target host, and the forwarding path is configured to forward the second network traffic received at the second public network address to the target host; and separating legitimate network traffic and malicious network traffic directed to the target host corresponding to the first public network address and the second public network address, the separating comprising: notifying the filtering device to transmit the second network traffic to the second public network address and causing the second network traffic to be forwarded to the target host according to the forwarding path; and causing black-hole routing of first network traffic directed to the first public network address that arrives from a device other than the filtering device. determining that one or more packets of first network traffic associated with a first public network address have been dropped, the first public network address being associated with a target host; assigning a second public network address to second network traffic and generating a forwarding path corresponding to the second public network address, wherein the second network traffic arrives from a filtering device and is intended for the target host, the second public network address is configured to receive network traffic directed to the target host, and the forwarding path is configured to forward the second network traffic received at the second public network address to the target host; and separating legitimate network traffic and malicious network traffic directed to the target host corresponding to the first public network address and the second public network address, the separating comprising: notifying the filtering device to transmit the second network traffic to the second public network address and causing the second network traffic to be forwarded to the target host according to the forwarding path; and causing black-hole routing of first network traffic directed to the first public network address that arrives from a device other than the filtering device. notifying the filtering device to transmit the second network traffic to the second public network address and causing the second network traffic to be forwarded to the target host according to the forwarding path; and causing black-hole routing of first network traffic directed to the first public network address that arrives from a device other than the filtering device.