mhurhangee/ep-ind-claims huggingface dataset:
A method for presenting a matrix code for expressing an interest in a remotely accessible program comprising: receiving, at a content receiver, a signal carrying matrix code data associated with a matrix code relating to the remotely accessible program and which matrix code is stored to the content receiver; generating, at the content receiver, a modified matrix code from the matrix code stored to the content receiver wherein the modified matrix code includes identifying information comprising the matrix code data relating to the remotely accessible program, user identifying information stored at the content receiver, and information regarding the particular content receiver; transmitting the modified matrix code as part of a content presentation to a presentation device for display, wherein the modified matrix code is viewable in an electronic programming guide that lists plural matrix codes associated with respective remotely accessible programs; and receiving the remotely accessible program from a service provider, at the content receiver, in response to a user capture by a reader device of the modified matrix code relating to the remotely accessible program and then the identifying information stored therein being transmitted to the service provider by the reader device and used to schedule and download the remotely accessible program to the content receiver. receiving, at a content receiver, a signal carrying matrix code data associated with a matrix code relating to the remotely accessible program and which matrix code is stored to the content receiver; generating, at the content receiver, a modified matrix code from the matrix code stored to the content receiver wherein the modified matrix code includes identifying information comprising the matrix code data relating to the remotely accessible program, user identifying information stored at the content receiver, and information regarding the particular content receiver; transmitting the modified matrix code as part of a content presentation to a presentation device for display, wherein the modified matrix code is viewable in an electronic programming guide that lists plural matrix codes associated with respective remotely accessible programs; and receiving the remotely accessible program from a service provider, at the content receiver, in response to a user capture by a reader device of the modified matrix code relating to the remotely accessible program and then the identifying information stored therein being transmitted to the service provider by the reader device and used to schedule and download the remotely accessible program to the content receiver.
A method of a base station, BS, in a wireless communication system, the method comprising: generating discovery resource configuration information including information indicating a discovery resource cycle, subframe bitmap information, repetition information and physical resource block, PRB, information; and transmitting the discovery resource configuration information, wherein the discovery resource cycle indicates a duration for allocation of discovery resources, wherein the subframe bitmap information indicates at least one discovery subframes which is used for discovery, wherein the repetition information indicating a number of times the subframe bitmap information occurs within the duration for allocation of the discovery resources, wherein the PRB information is related to PRB on a subframe for the discovery in the duration for allocation of the discovery resources, and includes PRB start index and PRB end index, and wherein the discovery resource configuration information is transmitted in a downlink shared channel, DL-SCH. generating discovery resource configuration information including information indicating a discovery resource cycle, subframe bitmap information, repetition information and physical resource block, PRB, information; and transmitting the discovery resource configuration information, wherein the discovery resource cycle indicates a duration for allocation of discovery resources, wherein the subframe bitmap information indicates at least one discovery subframes which is used for discovery, wherein the repetition information indicating a number of times the subframe bitmap information occurs within the duration for allocation of the discovery resources, wherein the PRB information is related to PRB on a subframe for the discovery in the duration for allocation of the discovery resources, and includes PRB start index and PRB end index, and wherein the discovery resource configuration information is transmitted in a downlink shared channel, DL-SCH.
A camera control system, comprising: at least one handle mechanically coupled to a camera for maneuvering the camera during shooting and configured to wirelessly transmit a command for controlling focus, aperture, or zoom of the camera; at least one control motor configured to control the focus, aperture, or zoom of the camera according to the command: and a power source for supplying power to the at least one control motor, wherein the at least one control motor comprises a first control motor and a second control motor, the first control motor is configured to receive power directly from the power source, and forward a portion of the received power to the second control motor, wherein each of the first control motor and the second control motor comprises: a motor configured to control the focus, aperture, or zoom of the camera; and a motor driver configured to receive the command wirelessly and generate a control signal to control the motor based on the command, and wherein the at least one handle comprises a first handle for wirelessly controlling the first control motor and a second handle for wirelessly controlling the second control motor. at least one handle mechanically coupled to a camera for maneuvering the camera during shooting and configured to wirelessly transmit a command for controlling focus, aperture, or zoom of the camera; at least one control motor configured to control the focus, aperture, or zoom of the camera according to the command: and a power source for supplying power to the at least one control motor, wherein the at least one control motor comprises a first control motor and a second control motor, the first control motor is configured to receive power directly from the power source, and forward a portion of the received power to the second control motor, wherein each of the first control motor and the second control motor comprises: a motor configured to control the focus, aperture, or zoom of the camera; and a motor driver configured to receive the command wirelessly and generate a control signal to control the motor based on the command, and a motor configured to control the focus, aperture, or zoom of the camera; and a motor driver configured to receive the command wirelessly and generate a control signal to control the motor based on the command, and wherein the at least one handle comprises a first handle for wirelessly controlling the first control motor and a second handle for wirelessly controlling the second control motor.
A proximity-detection speed-control system for restricting a speed of a materials-handling vehicle, the system comprising: a proximity sensor for determining a proximity of the vehicle to another vehicle or to a restricted object, person, or location; a recommended direction of travel for the vehicle that is selectable by a user as either a forward or a reverse direction; a controller configured to identify a current direction of travel of the vehicle and to determine whether the vehicle is travelling in the recommended direction of travel; and a speed controller configured to automatically restrict the vehicle's speed if the proximity sensor determines that the vehicle is within a predetermined distance of another vehicle 200b or restricted object, person, or location, and the controller identifies the vehicle as not travelling in the recommended direction of travel. a proximity sensor for determining a proximity of the vehicle to another vehicle or to a restricted object, person, or location; a recommended direction of travel for the vehicle that is selectable by a user as either a forward or a reverse direction; a controller configured to identify a current direction of travel of the vehicle and to determine whether the vehicle is travelling in the recommended direction of travel; and a speed controller configured to automatically restrict the vehicle's speed if the proximity sensor determines that the vehicle is within a predetermined distance of another vehicle 200b or restricted object, person, or location, and the controller identifies the vehicle as not travelling in the recommended direction of travel.
Method for operating a stirring mechanism for a container which is filled with a medium, in which method a value for the rotation speed of the stirring mechanism, which value is predetermined as a function of the medium to be thoroughly mixed in each case and is stored in a memory, is set by an actuation and evaluation device characterized in that, in order to predetermine the rotation speed before the actual stirring process using the actuation and evaluation device in a container which is filled with the medium, a plurality of different rotation speed values of the stirring mechanism are set and associated characteristic values for energy consumption of the stirring mechanism are determined and evaluated, in that a characteristic curve which represents characteristic values for energy consumption as a function of the rotation speed (n) is determined, in that a rotation speed which is optimum in respect of energy consumption is determined on the basis of the characteristic curve, and in that the rotation speed of the stirring mechanism, which is to be set as a function of the medium to be thoroughly mixed in each case, for stirring mechanism operation with a low level of energy consumption is predetermined and is set by the actuation and evaluation device for operation of the stirring mechanism which is optimized in respect of energy consumption.
Method for controlling an emergency braking distance for a motor vehicle having a driver assistance system comprising a braking module and an emergency braking distance control module, characterized in that when the braking module delivers an emergency braking setpoint to the input of said distance control module, said distance control module generates a braking setpoint (T Brk (t)) that is variable according to time (t) and intended for the braking means of said vehicle, the generation of said braking setpoint (T Brk (t)) using a one-dimensional dynamic model of said vehicle.
Thermoplastic composition comprising matrix polymer consisting of polyolefin, TPE polyolefin or TPE, carbon nanotubes (CNTs), conductive carbon black and organic liquid salt wherein the proportion of matrix polymer in the composition is from 55% by weight to 81.5% by weight based on the total weight of the sum of matrix polymer, CNT, conductive carbon black and organic liquid salt; and the proportion of CNT in the composition is from 3% by weight to 10% by weight based on the total weight of the sum of matrix polymer, CNT, conductive carbon black and organic liquid salt; and the proportion of conductive carbon black in the composition is from 15% by weight to 30% by weight based on the total weight of the sum of matrix polymer, CNT, conductive carbon black and organic liquid salt; and the proportion of organic liquid salt in the composition is from 0.15% by weight to 5% by weight based on the total weight of the sum of matrix polymer, CNT, conductive carbon black and organic liquid salt; and the sum of matrix polymer, CNTs, conductive carbon black and organic liquid salt is at least 65% by weight based on the total weight of the composition.
An earphone, comprising: an earbud, wherein a cable comes out from an open end of a stem of the earbud; and a strain relief element mounted at the open end, the material of which is softer than that of the stem, wherein the strain relief element contains a cable tube, the cable passes through the cable tube, and the inner wall of the cable tube fits the cable in a close manner, characterized in that: at least one bass tube provided in the strain relief element communicates with at least one bass tube of the earbud. an earbud, wherein a cable comes out from an open end of a stem of the earbud; and a strain relief element mounted at the open end, the material of which is softer than that of the stem, wherein the strain relief element contains a cable tube, the cable passes through the cable tube, and the inner wall of the cable tube fits the cable in a close manner, characterized in that: at least one bass tube provided in the strain relief element communicates with at least one bass tube of the earbud.
An electric storage device comprising: an electrode assembly; and an electrolytic solution at least part of which is impregnated into the electrode assembly, wherein the electrode assembly includes, as electrode assembly forming members, at least a positive electrode and a negative electrode that face each other and contains lithium carbonate, wherein the electrolytic solution contains at least lithium hexafluorophosphate, wherein at least one of the positive electrode and the negative electrode includes an active material layer (3b, 4b) containing a metal compound, wherein said active material layer (3b, 4b) includes a peripheral area and an inner area inside the peripheral area, wherein the electrode assembly includes a high-content part, wherein the ratio of lithium carbonate content of the high-content part is higher than the ratio of lithium carbonate content of the inner area of said active material layer (3b, 4b), and wherein the high-content part is formed in at least part of the peripheral area of said active material layer (3b, 4b), or in at least one of the electrode assembly forming members of the electrode assembly facing the peripheral area of said active material layer (3b, 4b) in a direction along the normal line direction of one of the electrode assembly forming members. an electrode assembly; and an electrolytic solution at least part of which is impregnated into the electrode assembly, wherein the electrode assembly includes, as electrode assembly forming members, at least a positive electrode and a negative electrode that face each other and contains lithium carbonate, wherein the electrolytic solution contains at least lithium hexafluorophosphate, wherein at least one of the positive electrode and the negative electrode includes an active material layer (3b, 4b) containing a metal compound, wherein said active material layer (3b, 4b) includes a peripheral area and an inner area inside the peripheral area, wherein the electrode assembly includes a high-content part, wherein the ratio of lithium carbonate content of the high-content part is higher than the ratio of lithium carbonate content of the inner area of said active material layer (3b, 4b), and wherein the high-content part is formed in at least part of the peripheral area of said active material layer (3b, 4b), or in at least one of the electrode assembly forming members of the electrode assembly facing the peripheral area of said active material layer (3b, 4b) in a direction along the normal line direction of one of the electrode assembly forming members.
A conductive film comprising a lower conductive substrate; an upper conductive substrate facing the lower conductive substrate; and an intermediate layer is provided between the upper and lower conductive substrates, and comprises a continuous phase and a plurality of separate phases, wherein the continuous phase comprises a polymer, wherein the plurality of separate phases is present as dispersed in the continuous phase and in a state surrounded by a plurality of amphipathic compounds at the interface of each of the plurality of separate phases, wherein the separate phase comprises conductive particles, and wherein the intermediate layer is provided by a method comprising: a step of mixing a first composition comprising a compound having a curing group and a second composition comprising conductive particles to provide emulsified liquid having droplets which are formed of the second composition, wherein the emulsified liquid comprises the amphipathic compound; and a step of applying the emulsified liquid on the lower conductive substrate and curing the continuous phase formed of the first composition to provide the intermediate layer. a lower conductive substrate; an upper conductive substrate facing the lower conductive substrate; and an intermediate layer is provided between the upper and lower conductive substrates, and comprises a continuous phase and a plurality of separate phases, wherein the continuous phase comprises a polymer, wherein the plurality of separate phases is present as dispersed in the continuous phase and in a state surrounded by a plurality of amphipathic compounds at the interface of each of the plurality of separate phases, wherein the separate phase comprises conductive particles, and wherein the intermediate layer is provided by a method comprising: a step of mixing a first composition comprising a compound having a curing group and a second composition comprising conductive particles to provide emulsified liquid having droplets which are formed of the second composition, wherein the emulsified liquid comprises the amphipathic compound; and a step of applying the emulsified liquid on the lower conductive substrate and curing the continuous phase formed of the first composition to provide the intermediate layer. a step of mixing a first composition comprising a compound having a curing group and a second composition comprising conductive particles to provide emulsified liquid having droplets which are formed of the second composition, wherein the emulsified liquid comprises the amphipathic compound; and a step of applying the emulsified liquid on the lower conductive substrate and curing the continuous phase formed of the first composition to provide the intermediate layer.
A hydrogen production system comprising: a hydrolysable hydride gel material including a plurality of at least one type of hydrolysable hydride particle dispersed in a polymer material; a hydrolysable hydride gel cartridge holding the hydrolysable gel material; and a hydrolyzer having an input port and an output port, wherein the input port is configured to receive at least one of water and water vapor and the output port is configured to output hydrogen gas; wherein the polymer material uses mixtures of hydrophobic and hydrophilic monomers. a hydrolysable hydride gel material including a plurality of at least one type of hydrolysable hydride particle dispersed in a polymer material; a hydrolysable hydride gel cartridge holding the hydrolysable gel material; and a hydrolyzer having an input port and an output port, wherein the input port is configured to receive at least one of water and water vapor and the output port is configured to output hydrogen gas; wherein the polymer material uses mixtures of hydrophobic and hydrophilic monomers.
An articular repair system for performing a joint arthroplasty to repair a joint of a patient, the system comprising: an implant configured to resurface or replace at least a portion of the joint of the patient; and a patient-adapted surgical tool having a surface configured based on electronic image data of the joint of the patient, wherein the surface is configured to conform to and mate with a portion of a surface of the joint of the patient; characterised in that the system further comprises one or more measurement devices configured for use in obtaining one or more kinematic measurements, wherein the one or more measurement devices are attached to or integrated into the patient-adapted surgical tool. an implant configured to resurface or replace at least a portion of the joint of the patient; and a patient-adapted surgical tool having a surface configured based on electronic image data of the joint of the patient, wherein the surface is configured to conform to and mate with a portion of a surface of the joint of the patient; characterised in that the system further comprises one or more measurement devices configured for use in obtaining one or more kinematic measurements, wherein the one or more measurement devices are attached to or integrated into the patient-adapted surgical tool.
A vertical take-off and landing aircraft comprising: a propulsion mechanism that generates lift and thrust; a main frame that supports seating and a landing undercarriage; a subframe which supports the propulsion mechanism and which is arranged so as to be swingable back and forth relative to the main frame; motive power supply means supported by the main frame or the subframe and supplying motive power to the propulsion mechanism; and a control stick connected to the subframe, wherein the propulsion mechanism comprises at least a pair of ducted fans (21L, 21R) arranged on a left side and a right side, respectively, of the main frame, swing shafts arranged in each of the ducted fans (21L, 21R) and extending in a horizontal direction, and control vanes which are connected to the swing shafts and generate lift by action of air passing through the propulsion mechanism when swung back or forth, and swinging the control vanes causes the subframe to move relative to the main frame by action of the lift generated by the control vanes, characterized in that the swing shafts include a central swing shaft arranged in a central portion of the ducted fan (21L, 21R) in a front-back direction and a side swing shaft (22f, 22r) arranged at a front or at a back in a channel in the ducted fan (21L, 21R) and the control vane connected to the central swing shaft is operable to deflect the thrust of the ducted fan (21L, 21R) and swinging the control vane connected to the side swing shaft (22f, 22r) causes the subframe to move relative to the main frame. a propulsion mechanism that generates lift and thrust; a main frame that supports seating and a landing undercarriage; a subframe which supports the propulsion mechanism and which is arranged so as to be swingable back and forth relative to the main frame; motive power supply means supported by the main frame or the subframe and supplying motive power to the propulsion mechanism; and a control stick connected to the subframe, wherein the propulsion mechanism comprises at least a pair of ducted fans (21L, 21R) arranged on a left side and a right side, respectively, of the main frame, swing shafts arranged in each of the ducted fans (21L, 21R) and extending in a horizontal direction, and control vanes which are connected to the swing shafts and generate lift by action of air passing through the propulsion mechanism when swung back or forth, and swinging the control vanes causes the subframe to move relative to the main frame by action of the lift generated by the control vanes, characterized in that the swing shafts include a central swing shaft arranged in a central portion of the ducted fan (21L, 21R) in a front-back direction and a side swing shaft (22f, 22r) arranged at a front or at a back in a channel in the ducted fan (21L, 21R) and the control vane connected to the central swing shaft is operable to deflect the thrust of the ducted fan (21L, 21R) and swinging the control vane connected to the side swing shaft (22f, 22r) causes the subframe to move relative to the main frame.