mhurhangee/ep-ind-claims huggingface dataset:
An injection molding machine comprising: an injection unit including a cylinder that heats a molding material, and an injection member that is disposed within the cylinder so as to be movable forward and backward; and a monitoring unit that monitors the injection pressure of the molding material injected from the cylinder by forward movement of the injection member, characterized in that the monitoring unit determines a molten state of the molding material on the basis of fluctuations of the injection pressure at the time of the forward movement of the injection member. an injection unit including a cylinder that heats a molding material, and an injection member that is disposed within the cylinder so as to be movable forward and backward; and a monitoring unit that monitors the injection pressure of the molding material injected from the cylinder by forward movement of the injection member, characterized in that the monitoring unit determines a molten state of the molding material on the basis of fluctuations of the injection pressure at the time of the forward movement of the injection member.
An ultrasound medical imaging apparatus comprising: an ultrasound probe configured to transmit an ultrasound signal to an object and receive an ultrasound echo signal from the object; at least one processor (120, 130) configured to obtain ultrasound image data by using the ultrasound echo signal and generate ultrasound streaming image data of the object based on the ultrasound image data; a display (121, 122, 140, 145) configured to display an ultrasound image of the object based on the ultrasound image data; a user input interface; and a communicator configured to transmit the ultrasound streaming image data to an external device (200, 200a, 200b), wherein the at least one processor (120, 130) is further configured to generate ultrasound still image data based on the ultrasound image data when a preset event occurs, the communicator is further configured to transmit the ultrasound still image data to the external device (200, 200a, 200b) when transmitting the ultrasound streaming image data, wherein the ultrasound still image data is data of an image having a higher resolution than a resolution of a frame included in the ultrasound streaming image data, CHARACTERISED IN THAT the user input interface is configured to receive a control signal for setting calipers on the ultrasound image of the object as the preset event, and the at least one processor (120, 130) is further configured to generate the ultrasound still image data based on the ultrasound image, on which the caliper is set, when receiving the control signal for setting calipers on the ultrasound image of the object. an ultrasound probe configured to transmit an ultrasound signal to an object and receive an ultrasound echo signal from the object; at least one processor (120, 130) configured to obtain ultrasound image data by using the ultrasound echo signal and generate ultrasound streaming image data of the object based on the ultrasound image data; a display (121, 122, 140, 145) configured to display an ultrasound image of the object based on the ultrasound image data; a user input interface; and a communicator configured to transmit the ultrasound streaming image data to an external device (200, 200a, 200b), wherein the at least one processor (120, 130) is further configured to generate ultrasound still image data based on the ultrasound image data when a preset event occurs, the communicator is further configured to transmit the ultrasound still image data to the external device (200, 200a, 200b) when transmitting the ultrasound streaming image data, wherein the ultrasound still image data is data of an image having a higher resolution than a resolution of a frame included in the ultrasound streaming image data, CHARACTERISED IN THAT the user input interface is configured to receive a control signal for setting calipers on the ultrasound image of the object as the preset event, and the at least one processor (120, 130) is further configured to generate the ultrasound still image data based on the ultrasound image, on which the caliper is set, when receiving the control signal for setting calipers on the ultrasound image of the object.
Method for operating a driver assistance system for a vehicle on a road, in which surroundings data about the road and about the surroundings of the vehicle are recorded; wherein the recorded surroundings data comprise road data about the course of the portion of the road that is located in front of the vehicle in the direction of travel, about one or more lanes (10.1, 10.2, 10.3, 10.4, 10.5) of the road and about traffic control devices (12, 13); at least one traffic control for a road portion located in front of the vehicle in the direction of travel is detected and assigned to the vehicle on the basis of the recorded surroundings data; and a passability assessment is generated and output for the road portion on the basis of the traffic control assigned to the vehicle; characterized in that the passability assessment is further generated on the basis of a confidence parameter (γ j, θ i) which is determined on the basis of the recorded surroundings data and comprises a measure of the complexity of a control situation for the road portion; wherein the confidence parameter is determined without the concrete determination of an assignment of the traffic control to the vehicle; wherein the confidence parameter (γ j, θ i) decreases with an increasing number of possible combinations in which the traffic control devices (12, 13) can be assigned to the lanes (10.1, 10.2, 10.3, 10.4, 10.5) of the road. surroundings data about the road and about the surroundings of the vehicle are recorded; wherein the recorded surroundings data comprise road data about the course of the portion of the road that is located in front of the vehicle in the direction of travel, about one or more lanes (10.1, 10.2, 10.3, 10.4, 10.5) of the road and about traffic control devices (12, 13); at least one traffic control for a road portion located in front of the vehicle in the direction of travel is detected and assigned to the vehicle on the basis of the recorded surroundings data; and a passability assessment is generated and output for the road portion on the basis of the traffic control assigned to the vehicle; characterized in that the passability assessment is further generated on the basis of a confidence parameter (γ j, θ i) which is determined on the basis of the recorded surroundings data and comprises a measure of the complexity of a control situation for the road portion; wherein the confidence parameter is determined without the concrete determination of an assignment of the traffic control to the vehicle; wherein the confidence parameter (γ j, θ i) decreases with an increasing number of possible combinations in which the traffic control devices (12, 13) can be assigned to the lanes (10.1, 10.2, 10.3, 10.4, 10.5) of the road.
A nanomagnetic inductor core, comprising: a porous, electrically-insulating template having high-permeability material in the pores thereof to constitute elongated nanowires; wherein the elongated nanowires are segmented along their axial direction; each segment (4a,4b) of high-permeability material has a length (S L), in the axial direction of the nanowire, no greater than the size of a single magnetic domain; and the maximal cross-sectional dimension of the nanowire is no greater than the size of a single magnetic domain, characterized in that a segment of dielectric material is interposed between adjacent segments (4a,4b) of high-permeability material along the axial direction of the nanowire. a porous, electrically-insulating template having high-permeability material in the pores thereof to constitute elongated nanowires; wherein the elongated nanowires are segmented along their axial direction; each segment (4a,4b) of high-permeability material has a length (S L), in the axial direction of the nanowire, no greater than the size of a single magnetic domain; and the maximal cross-sectional dimension of the nanowire is no greater than the size of a single magnetic domain, characterized in that a segment of dielectric material is interposed between adjacent segments (4a,4b) of high-permeability material along the axial direction of the nanowire.
A power conversion system (10, 30), comprising: a plurality of switchable power devices; a sensor operably coupled to the plurality of switchable power devices and configured to detect a voltage, current, or electromagnetic signature signal associated with the plurality of switchable power devices; and circuitry operably coupled to the plurality of switchable power devices and the sensor, wherein the circuitry is configured to send a respective gate signal to each respective switchable power device of the plurality of switchable power devices, and wherein each respective gate signal is delayed by a respective compensation delay that is determined for the respective switchable power device based on a respective time delay (TD-max) of the respective switchable power device and a maximum time delay of the plurality of switchable power devices. a plurality of switchable power devices; a sensor operably coupled to the plurality of switchable power devices and configured to detect a voltage, current, or electromagnetic signature signal associated with the plurality of switchable power devices; and circuitry operably coupled to the plurality of switchable power devices and the sensor, wherein the circuitry is configured to send a respective gate signal to each respective switchable power device of the plurality of switchable power devices, and wherein each respective gate signal is delayed by a respective compensation delay that is determined for the respective switchable power device based on a respective time delay (TD-max) of the respective switchable power device and a maximum time delay of the plurality of switchable power devices.
Network device for providing communications security, comprising privacy and confidentiality, to an end-to-end communication connection comprising: - a first network interface for communicating with a user device; - a second network interface for communicating with a communication destination; - an authentication unit or a communication connection to an authentication unit located in a communication network for authenticating at least the user device and/or the user of the user device to the network device; - a control unit for establishing (24, 25) a first communication connection between the first network interface and the user device and a second communication connection between the second network interface and the communication destination in response to a request from the user device to establish the end-to-end communication connection between the user device and the communication destination, wherein the request is sent from the user device to the network device without taking care of communications security characteristics; and - an encryption unit for encrypting and decrypting data transmitted over the first communication connection and for encrypting and decrypting data transmitted over the second communication connection. - a first network interface for communicating with a user device; - a second network interface for communicating with a communication destination; - an authentication unit or a communication connection to an authentication unit located in a communication network for authenticating at least the user device and/or the user of the user device to the network device; - a control unit for establishing (24, 25) a first communication connection between the first network interface and the user device and a second communication connection between the second network interface and the communication destination in response to a request from the user device to establish the end-to-end communication connection between the user device and the communication destination, wherein the request is sent from the user device to the network device without taking care of communications security characteristics; and - an encryption unit for encrypting and decrypting data transmitted over the first communication connection and for encrypting and decrypting data transmitted over the second communication connection.
A method for operating a PWM driven motor, the method comprising, during at least a certain period in time, the following steps for at least one phase of a brushless DC motor: - generating, for a given rotor position and/or a measured rotor position, a pulse width modulated phase voltage scheme according to a desired phase profile with a base scaling factor, by time multiplexing a first pulse and at least one further pulse within a pulse width modulation period of the phase - the first pulse having a pulse width according to a first phase profile for that rotor position, multiplied with a first scaling factor, the first phase profile being in phase with the desired phase profile, and - the at least one further pulse having a pulse width corresponding to a further phase profile for that rotor position, multiplied with a further scaling factor, the further phase profile being not in phase with the desired phase profile, whereby the first pulse and the at least one further pulse are positioned within the pulse width modulation period of the phase in at least partially non-overlapping way, characterized in that a combination between, on the one hand, the multiplication of the first phase profile and the first scaling factor and, on the other hand, the multiplication of the further phase profile and the further scaling factor corresponds with the multiplication of the desired phase profile with the base scaling factor and that the method furthermore comprises, prior to said generating, determining the first phase profile and the at least one further phase profile by decomposing the desired phase profile multiplied with the base scaling factor, into the first phase profile which is multiplied with the first scaling factor and into the least one further phase profile which is multiplied with the second scaling factor, whereby the first phase profile is in phase with the desired phase profile, and whereby the at least one further phase profile is not in phase with the desired phase profile. - generating, for a given rotor position and/or a measured rotor position, a pulse width modulated phase voltage scheme according to a desired phase profile with a base scaling factor, by time multiplexing a first pulse and at least one further pulse within a pulse width modulation period of the phase - the first pulse having a pulse width according to a first phase profile for that rotor position, multiplied with a first scaling factor, the first phase profile being in phase with the desired phase profile, and - the at least one further pulse having a pulse width corresponding to a further phase profile for that rotor position, multiplied with a further scaling factor, the further phase profile being not in phase with the desired phase profile,
A method for enhanced voice mail comprising: compiling identification prints of voice mail subscribers, the compiled identification prints being stored in a voice mail system or in a storage area associated with the voice mail system, wherein the compiled identification prints of the voice mail subscribers are determined at a provisioning time for the voice mail subscriber to the voice mail system; comparing a received voice mail message from one of the voice mail subscribers to one or more of the compiled identification prints; determining whether network-supplied caller identification information for the received voice mail message should be modified based on the comparison; and replacing, in a recognized caller identification field, the network-supplied caller identification information for the received voice mail with information associated with one of the compiled identification prints, wherein a Reply-to operation or a forward operation, by a voice mail recipient, for the received voice mail uses information in the recognized caller identification field for the Reply-to address or as the originator of the forwarded message, respectively. compiling identification prints of voice mail subscribers, the compiled identification prints being stored in a voice mail system or in a storage area associated with the voice mail system, wherein the compiled identification prints of the voice mail subscribers are determined at a provisioning time for the voice mail subscriber to the voice mail system; comparing a received voice mail message from one of the voice mail subscribers to one or more of the compiled identification prints; determining whether network-supplied caller identification information for the received voice mail message should be modified based on the comparison; and replacing, in a recognized caller identification field, the network-supplied caller identification information for the received voice mail with information associated with one of the compiled identification prints, wherein a Reply-to operation or a forward operation, by a voice mail recipient, for the received voice mail uses information in the recognized caller identification field for the Reply-to address or as the originator of the forwarded message, respectively.
A method of wireless communication by a user equipment, UE, comprising: receiving, from a base station, a plurality of channel state information reference signals, CSI-RS, through a plurality of beams transmitted by the base station, each of the plurality of beams corresponding to a respective antenna port of a plurality of antenna ports of the base station, the plurality of beams include a first number of beams; receiving through radio resource control, RRC, signaling or a physical downlink control channel, PDCCH, from the base station an indication of a second number of beams out of the received plurality of beams about which CSI-RS information should be fed back to the base station, wherein the second number of beams is less than the first number of beams; performing wideband channel estimation and selecting one or more beams based on the wideband channel estimation, and then performing narrowband channel estimation for each beam of the selected one or more beams and selecting one or more resource blocks based on the narrowband channel estimation from the plurality of antenna ports based on the plurality of CSI-RS; and transmitting, to the base station, a feedback signal including the CSI-RS information about the selected one or more beams, and the selected one or more resource blocks. receiving, from a base station, a plurality of channel state information reference signals, CSI-RS, through a plurality of beams transmitted by the base station, each of the plurality of beams corresponding to a respective antenna port of a plurality of antenna ports of the base station, the plurality of beams include a first number of beams; receiving through radio resource control, RRC, signaling or a physical downlink control channel, PDCCH, from the base station an indication of a second number of beams out of the received plurality of beams about which CSI-RS information should be fed back to the base station, wherein the second number of beams is less than the first number of beams; performing wideband channel estimation and selecting one or more beams based on the wideband channel estimation, and then performing narrowband channel estimation for each beam of the selected one or more beams and selecting one or more resource blocks based on the narrowband channel estimation from the plurality of antenna ports based on the plurality of CSI-RS; and transmitting, to the base station, a feedback signal including the CSI-RS information about the selected one or more beams, and the selected one or more resource blocks.
A communication method performed by a User Equipment, UE, in a mixed cellular and Device-to-Device, D2D, network, the method comprising: communicating in the mixed network according to a radio frame structure, wherein: the radio frame structure comprises a D2D subframe for transmission by the UE, and having a Guard Period, GP, at the end of the D2D subframe, in a case where a cellular subframe is to be transmitted immediately after the D2D subframe, and where a timing advance for transmitting the cellular subframe, TA cell, is longer than or equal to a timing advance for transmitting the D2D subframe, TA_D2D.
A resealable package assembly comprising a container and a cover, the container and the cover adopted to sealingly engage one another, the container including a polymeric substrate defining a sealing face, and a first sealing layer disposed on the sealing face of the polymeric substrate; wherein the cover defines an outer face and an inner face, the inner face directed towards the sealing face of the polymeric substrate upon sealingly engaging the container and the cover to one another, the cover including an outer substrate providing the outer face of the cover, an inner substrate, an adhesive layer disposed between the outer substrate and the inner substrate, a second sealing layer disposed on the inner substrate, the second sealing layer providing the inner face of the cover, a release layer disposed between the inner substrate and the adhesive layer, and immediately adjacent to the adhesive layer; a barrier layer disposed (i) between the inner substrate and the outer substrate, or (ii) on the second sealing layer of the inner substrate; wherein the barrier layer exhibits an oxygen permeability of less than 50 cc/m 2 /24 hours; wherein the outer substrate of the cover and the inner substrate of the cover exhibit a two dimensional vector delta CTE (or CTS) value Q of less than 1,000 μm/m °C at 155 °C or less; wherein a cut, score, or slit is provided in at least the second sealing layer; and wherein the opening force of the cover is less than 5.906 N/cm. a polymeric substrate defining a sealing face, and a first sealing layer disposed on the sealing face of the polymeric substrate; an outer substrate providing the outer face of the cover, an inner substrate, an adhesive layer disposed between the outer substrate and the inner substrate, a second sealing layer disposed on the inner substrate, the second sealing layer providing the inner face of the cover, a release layer disposed between the inner substrate and the adhesive layer, and immediately adjacent to the adhesive layer; a barrier layer disposed (i) between the inner substrate and the outer substrate, or (ii) on the second sealing layer of the inner substrate; wherein the barrier layer exhibits an oxygen permeability of less than 50 cc/m 2 /24 hours; wherein the outer substrate of the cover and the inner substrate of the cover exhibit a two dimensional vector delta CTE (or CTS) value Q of less than 1,000 μm/m °C at 155 °C or less; wherein a cut, score, or slit is provided in at least the second sealing layer; and wherein the opening force of the cover is less than 5.906 N/cm.