mhurhangee/patent-ind-claim-en huggingface dataset:
A teaching compatibility determining device comprising: a first detector (A), attachable to a first body site of a user and configured to detect movements of the first body site to determine whether the user is able to execute teaching content according to a program selected from a training menu as instructed as an application result; a second detector (B), attachable to a second body site of the user and configured to detect movements of the second body site to determine whether effects of the teaching content are exhibited as a compatibility result; a recording part configured to cumulatively record the application result and the compatibility result together with program identification information as an execution result; a training menu table configured to register various programs in the training menu; and a computing part configured to calculate a ratio of the number of execution results in which the compatibility result is positive to the number of execution results in which the application result is positive as a compatibility ratio for each program on the basis of one or more than one execution results recorded on the recording part , wherein the computing part is configured to extract a program suitable for the user from the training menu on the basis of the compatibility ratio for each program and presents the extracted program to the user, wherein the first detector (A) and the second detector (B) are sensors that detect accelerations and angular velocities of three axes. a first detector (A), attachable to a first body site of a user and configured to detect movements of the first body site to determine whether the user is able to execute teaching content according to a program selected from a training menu as instructed as an application result; a second detector (B), attachable to a second body site of the user and configured to detect movements of the second body site to determine whether effects of the teaching content are exhibited as a compatibility result; a recording part configured to cumulatively record the application result and the compatibility result together with program identification information as an execution result; a training menu table configured to register various programs in the training menu; and a computing part configured to calculate a ratio of the number of execution results in which the compatibility result is positive to the number of execution results in which the application result is positive as a compatibility ratio for each program on the basis of one or more than one execution results recorded on the recording part , wherein the computing part is configured to extract a program suitable for the user from the training menu on the basis of the compatibility ratio for each program and presents the extracted program to the user, wherein the first detector (A) and the second detector (B) are sensors that detect accelerations and angular velocities of three axes.
An internal combustion engine comprising exhaust gas turbochargers , which operate in parallel in register circuit, one of which can be switched on and off as a switching charger via a charge air path blocking device comprising a charge air path blocking element , and via an exhaust gas path blocking device , wherein another one operates as a base charger, wherein the charge air path blocking device is arranged to adjust a defined movement characteristic of the charge air path blocking element , which has a relatively longer duration for occupying the opening position and a relatively shorter duration for occupying the closing position of the charge air path blocking element , wherein the charge air path blocking element is configured as an air flap, wherein, with the opening of an exhaust gas flap or start-up of the switching charger, respectively, the charge air path blocking element experiences a pressure drop or a negative pressure, respectively, which causes an opening of the charge air path blocking element , characterised in that - the charge air path blocking device is arranged to actively delay an air pressure drop-based occupying of an opening position of the charge air path blocking element . - the charge air path blocking device is arranged to actively delay an air pressure drop-based occupying of an opening position of the charge air path blocking element .
A method of transferring data between electronic devices (102/104, 302/304, 402/404) comprising: providing a first device with a first communication subsystem capable of communicating contactlessly over an extremely high frequency "EHF" contactless link with a second device having a second communication subsystem capable of communicating over the contactless link; upon detection of the second device by the first device, establishing a point-to-point EHF contactless link between the first and second devices while a host processor of the second device is in a powered-off or low-power state; sending data from the first device to the second device after the point-to-point EHF contactless link is established; receiving the data at the second device into an exchange storage associated with the second communication subsystem, without requiring intervention from the host processor in the second device , wherein the exchange storage is separate from a primary storage of the second device ; notifying, by the second communication subsystem , the host processor that the data has been received at the exchange storage ; validating, by the host processor , the data in the exchange storage ; and transferring the data from the exchange storage to the primary storage after the data is validated. providing a first device with a first communication subsystem capable of communicating contactlessly over an extremely high frequency "EHF" contactless link with a second device having a second communication subsystem capable of communicating over the contactless link; upon detection of the second device by the first device, establishing a point-to-point EHF contactless link between the first and second devices while a host processor of the second device is in a powered-off or low-power state; sending data from the first device to the second device after the point-to-point EHF contactless link is established; receiving the data at the second device into an exchange storage associated with the second communication subsystem, without requiring intervention from the host processor in the second device , wherein the exchange storage is separate from a primary storage of the second device ; notifying, by the second communication subsystem , the host processor that the data has been received at the exchange storage ; validating, by the host processor , the data in the exchange storage ; and transferring the data from the exchange storage to the primary storage after the data is validated.
A pump dispenser , comprising: a container ; an actuator having at least one outward projection (62; 162); a rotatable actuating collar (36; 136) at least partially surrounding the actuator , the rotatable actuating collar (36; 136) comprising an internal ramp rib defining a lower surface engaging said at least one outward projection (62; 162), the lower surface having a height that varies about a circumference of the internal ramp rib ; the rotatable actuating collar (36; 136) being configured to be rotated by a user to produce relative rotational movement between the actuating collar (36; 136) and the actuator , the relative rotational movement being configured to cause downward movement of the at least one outward projection (62; 162) and the actuator to thereby actuate dispensing of the pump dispenser; and characterized by the container having a threaded neck and the pump dispenser further comprising: a pump engine; and an outer pump housing , the outer pump housing being threadably received on the container such that the outer pump housing engages and at least partially surrounds the container and the pump engine being attached to and supported by the outer pump housing . a container ; an actuator having at least one outward projection (62; 162); a rotatable actuating collar (36; 136) at least partially surrounding the actuator , the rotatable actuating collar (36; 136) comprising an internal ramp rib defining a lower surface engaging said at least one outward projection (62; 162), the lower surface having a height that varies about a circumference of the internal ramp rib ; the rotatable actuating collar (36; 136) being configured to be rotated by a user to produce relative rotational movement between the actuating collar (36; 136) and the actuator , the relative rotational movement being configured to cause downward movement of the at least one outward projection (62; 162) and the actuator to thereby actuate dispensing of the pump dispenser; and characterized by the container having a threaded neck and the pump dispenser further comprising: a pump engine; and an outer pump housing , the outer pump housing being threadably received on the container such that the outer pump housing engages and at least partially surrounds the container and the pump engine being attached to and supported by the outer pump housing .
A first radio station configured to operate a first cell , comprising: communication control means for communicating with a radio terminal configured to perform dual connectivity using the first cell and a second cell operated by a second radio station , and for supporting a split bearer which is a bearer split over the first radio station and the second radio station for using resource of the first radio station and resource of the second radio station ; radio communication means for transmitting, to the radio terminal via the first cell , a Radio Resource Control, RRC, message including at least configuration information related to a first Radio Link Control, RLC, bearer corresponding to a first part of the split bearer and configuration information related to a second RLC bearer corresponding to a second part of the split bearer, wherein the first part is allocated to the first cell and the second part is allocated to the second cell ; communication means for sending configuration information of the split bearer including at least a radio bearer identity of the split bearer to the second radio station , wherein the configuration information related to the first RLC bearer includes the radio bearer identity of the split bearer, and the configuration information related to the second RLC bearer includes a radio bearer identity of the split bearer whose value is same as the radio bearer identity of the split bearer included in the configuration information related to the first RLC bearer. communication control means for communicating with a radio terminal configured to perform dual connectivity using the first cell and a second cell operated by a second radio station , and for supporting a split bearer which is a bearer split over the first radio station and the second radio station for using resource of the first radio station and resource of the second radio station ; radio communication means for transmitting, to the radio terminal via the first cell , a Radio Resource Control, RRC, message including at least configuration information related to a first Radio Link Control, RLC, bearer corresponding to a first part of the split bearer and configuration information related to a second RLC bearer corresponding to a second part of the split bearer, wherein the first part is allocated to the first cell and the second part is allocated to the second cell ; communication means for sending configuration information of the split bearer including at least a radio bearer identity of the split bearer to the second radio station , wherein the configuration information related to the first RLC bearer includes the radio bearer identity of the split bearer, and the configuration information related to the second RLC bearer includes a radio bearer identity of the split bearer whose value is same as the radio bearer identity of the split bearer included in the configuration information related to the first RLC bearer.
A method for estimating a present energy consumption of an electrically propelled vehicle powered by a propulsion battery , the method comprising: obtaining (S102) previous energy consumption values (ECt-1, ECt-2, ECt-3) for a set of previous time instants (t-1, t-2, t-3), and a present battery parameter value; estimating (S104) a present energy consumption (ECt) based on a weighted moving average model fed with the energy consumption values and the battery parameter value, wherein, the weighted moving average model includes a modelled gain factor for each of at least a portion of the previous energy consumption values and for the battery parameter value, where the modelled gain factors are non-linear functions of the battery parameter. obtaining (S102) previous energy consumption values (ECt-1, ECt-2, ECt-3) for a set of previous time instants (t-1, t-2, t-3), and a present battery parameter value; estimating (S104) a present energy consumption (ECt) based on a weighted moving average model fed with the energy consumption values and the battery parameter value, wherein, the weighted moving average model includes a modelled gain factor for each of at least a portion of the previous energy consumption values and for the battery parameter value, where the modelled gain factors are non-linear functions of the battery parameter.
A device for generating aerosol, the device comprising: a heater configured to heat an aerosol generating material; and a controller configured to variably change an amount of power supplied to the heater such that the aerosol generating material is heated at a preheating temperature lower than a heating temperature for generating the aerosol, wherein the controller is configured to heat the aerosol generating material at the preheating temperature by increasing the amount of power supplied to the heater as heat energy remaining in the heater decreases. a heater configured to heat an aerosol generating material; and a controller configured to variably change an amount of power supplied to the heater such that the aerosol generating material is heated at a preheating temperature lower than a heating temperature for generating the aerosol, wherein the controller is configured to heat the aerosol generating material at the preheating temperature by increasing the amount of power supplied to the heater as heat energy remaining in the heater decreases.
A method of processing a metal-ceramic substrate which is provided as a master card, comprising: - providing a metal-ceramic substrate , - forming a predetermined breaking point and more preferably a separation line for separating the metal-ceramic substrate by means of laser light of an ultrashort pulse (UKP) laser, wherein the metal-ceramic substrate is arranged stationary during the formation of the predetermined breaking point , and wherein, for forming the predetermined breaking point , the laser light is moved across the metal-ceramic substrate and a groove is produced which is inclined with respect to the direction of the gravity direction, characterized in that all the angles of inclination in a master card are less than 12° and an angle of inclination averaged over all the predetermined breaking recesses of the master card has a value between 2° and 11°. - providing a metal-ceramic substrate , - forming a predetermined breaking point and more preferably a separation line for separating the metal-ceramic substrate by means of laser light of an ultrashort pulse (UKP) laser,
An electronic device , comprising: a display device comprising a plurality of light-emitting elements for displaying an optical image on a front side of the display device ; an illumination element integrated into the display device and configured to emit light for illuminating a scene in front of the front side of the display device ; an optical sensor configured to sense reflections of the emitted light from the scene ; an optical transmitter arranged within the electronic device at the back side of the display device and configured to transmit an optical control signal encoded with control information for controlling light emission by the illumination element ; an optical receiver integrated into the display device , wherein the optical receiver is configured to receive the optical control signal and generate an electrical control signal based on the optical control signal ; and a driver circuit integrated into the display device and configured to drive the illumination element based on the electrical control signal . a display device comprising a plurality of light-emitting elements for displaying an optical image on a front side of the display device ; an illumination element integrated into the display device and configured to emit light for illuminating a scene in front of the front side of the display device ; an optical sensor configured to sense reflections of the emitted light from the scene ; an optical transmitter arranged within the electronic device at the back side of the display device and configured to transmit an optical control signal encoded with control information for controlling light emission by the illumination element ; an optical receiver integrated into the display device , wherein the optical receiver is configured to receive the optical control signal and generate an electrical control signal based on the optical control signal ; and a driver circuit integrated into the display device and configured to drive the illumination element based on the electrical control signal .
A method for automatically providing user-related data using a home network having at least one electronic access device with a wireless communication interface , comprising the following steps: a) storing, with respect to at least one mobile wireless communication terminal device associated with a specific user, user-related data, wherein the user-related data comprises control data and/or media data, in particular voice data and/or text data and/or video data and/or music data, and wherein the user-related data is stored in the home network or in the Internet and in the home network ; b) detecting, by means of the at least one electronic access device , the at least one mobile wireless communication terminal as soon as it is detectable in the home network ; c) identifying the at least one mobile wireless communication terminal device detected in step b) ; d) caused by the at least one electronic access device , automatically providing, in dependence on the at least one mobile wireless communication terminal device identified in step c), at least some of the stored user-related data to at least one acoustic and/or optical output device connected to the home network . a) storing, with respect to at least one mobile wireless communication terminal device associated with a specific user, user-related data, wherein the user-related data comprises control data and/or media data, in particular voice data and/or text data and/or video data and/or music data, and wherein the user-related data is stored in the home network or in the Internet and in the home network ; b) detecting, by means of the at least one electronic access device , the at least one mobile wireless communication terminal as soon as it is detectable in the home network ; c) identifying the at least one mobile wireless communication terminal device detected in step b) ; d) caused by the at least one electronic access device , automatically providing, in dependence on the at least one mobile wireless communication terminal device identified in step c), at least some of the stored user-related data to at least one acoustic and/or optical output device connected to the home network .
An ultrasonic wave washing unit for cleaning air filters comprising: a power source ; a housing comprising a media inlet , a media outlet , and a bottom surface ; a plurality of ultrasonic transducers coupled to the power source : and a support structure ; characterized in that : the plurality of ultrasonic transducers are disposed about and extend from the bottom surface within the housing ; the support structure is disposed within the housing within the plurality of ultrasonic transducers ; and the support structure comprises a chair and a sleeve operable to engage the air filter and secure the air filter within the chair, wherein the chair is operable to hold an air filter and receive residue from the air filter when the air filter is washed within the ultrasonic wave washing unit , wherein the chair has an outer chair diameter (D oc ), an interior chair diameter (D ic ), a chair height (c), an upper chair surface , and an outer chair surface ; wherein the chair defines outer apertures along and disposed within the outer chair surface and a plurality of supports , such that the received residues flow through the apertures; and wherein the sleeve extends from the upper chair surface and has a sleeve thickness (Ts), a sleeve height (H s ), and an inner sleeve diameter (D is ). a power source ; a housing comprising a media inlet , a media outlet , and a bottom surface ; a plurality of ultrasonic transducers coupled to the power source : and a support structure ; the plurality of ultrasonic transducers are disposed about and extend from the bottom surface within the housing ; the support structure is disposed within the housing within the plurality of ultrasonic transducers ; and the support structure comprises a chair and a sleeve operable to engage the air filter and secure the air filter within the chair, wherein the chair is operable to hold an air filter and receive residue from the air filter when the air filter is washed within the ultrasonic wave washing unit , wherein the chair has an outer chair diameter (D oc ), an interior chair diameter (D ic ), a chair height (c), an upper chair surface , and an outer chair surface ; wherein the chair defines outer apertures along and disposed within the outer chair surface and a plurality of supports , such that the received residues flow through the apertures; and wherein the sleeve extends from the upper chair surface and has a sleeve thickness (Ts), a sleeve height (H s ), and an inner sleeve diameter (D is ).
In-ear earphone comprising, in an anatomical housing , an electro-acoustic transducer suitable for diffusing sound into an auditory canal , a unit for driving the electro-acoustic transducer suitable for receiving a signal to be reproduced comprising an equalization filter applied to the signal to be reproduced, which unit is connected to an internal microphone of the earphone arranged to measure an audio signal in the auditory canal the unit further comprising means for continuously estimating an acoustic secondary path defined between the transducer and the internal microphone and means for continuously defining and applying the equalisation filter in dependence on the estimate of the acoustic secondary path , characterised in that it comprises an external microphone arranged to measure a sound signal outside the ear canal , and the secondary path estimation means is adapted to estimate the acoustic secondary path also as a function of the sound signal outside the ear canal measured by the external microphone .
Method for making a reflecting stratiform structure , configured so as to reflect the incident radiation coming from an upper side with respect to said structure , comprising an upper transparent protective coating layer , characterised in that: said upper transparent protective coating layer is in direct contact with the outside and said upper transparent protective coating layer is applied to said reflecting stratiform structure through a cross-linking process, which is carried out by cross-linking a polymerisable resin, which will form said upper transparent protective coating layer , by passing energy through a transparent thermoplastic film , preferably made of polyethylene terephthalate (PET), so as to cross-link said polymerisable resin.