mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for locking a transducer connector to a transducer interface of an ultrasound system , comprising: a sensor configured to acquire data regarding a position of the transducer connector relative to the transducer interface ; a locking system configured to facilitate locking of the transducer connector to the transducer interface ; and a processing circuit communicably coupled to the sensor and the locking system , the processing circuit configured to: interpret the data acquired by the sensor ; and provide a lock command to the locking system to lock the transducer connector to the transducer interface based on the data indicating the transducer connector is engaged with the transducer interface ; characterized in that , the locking system comprises an indicator configured to: flash a designated color when it is determined that the transducer connector is not in mechanical and software compatibility with the ultrasound system / the locking system ; flash a different designated color when it is determined that the transducer connector is in mechanical and software compatibility with the ultrasound system / the locking system . a sensor configured to acquire data regarding a position of the transducer connector relative to the transducer interface ; a locking system configured to facilitate locking of the transducer connector to the transducer interface ; and a processing circuit communicably coupled to the sensor and the locking system , the processing circuit configured to: interpret the data acquired by the sensor ; and provide a lock command to the locking system to lock the transducer connector to the transducer interface based on the data indicating the transducer connector is engaged with the transducer interface ; interpret the data acquired by the sensor ; and provide a lock command to the locking system to lock the transducer connector to the transducer interface based on the data indicating the transducer connector is engaged with the transducer interface ; characterized in that , the locking system comprises an indicator configured to: flash a designated color when it is determined that the transducer connector is not in mechanical and software compatibility with the ultrasound system / the locking system ; flash a different designated color when it is determined that the transducer connector is in mechanical and software compatibility with the ultrasound system / the locking system . flash a designated color when it is determined that the transducer connector is not in mechanical and software compatibility with the ultrasound system / the locking system ; flash a different designated color when it is determined that the transducer connector is in mechanical and software compatibility with the ultrasound system / the locking system .
A cover for a strap of a seat belt for a motor vehicle, in particular for protecting the strap from mechanical influences, wherein the cover has a basic body that is formed in such a way that this basic body has a through opening that is bounded at least in sections by a wall , wherein the cover is so arrangeable on the strap that the wall of the basic body encloses the strap in the peripheral direction of the basic body at least in sections, wherein a support is arranged on the wall of the basic body and the support has at least one seat , characterized in that the at least one seat normally passes through the support to the support plane .
A context information processor (100; 712, 722, 732, 742; 822) for a communication network, comprising: - a determination unit configured to determine a context information of a user, wherein the context information of the user is the actual behavior of the user, and wherein the behaviour of the user is described by the user mobility and the service that the user accesses in a certain time period, - an evaluation unit configured to evaluate whether the context information of the user complies with an active behavior profile of the user, wherein an active behavior profile of the user indicates a predicted behavior of the user, - a consistency update unit configured to update a consistency index of the user if the context information of the user complies with the active behavior profile of the user; wherein updating the consistency index of the user comprises increasing the consistency index of the user, which is implemented as a counter capturing the times that the context information of the user is compliant with the active behavior profile of the user, and - a transmitter configured to transmit the context information of the user and the consistency index of the user to a content extraction engine, if the context information of the user does not comply with the active behavior profile of the user. - a determination unit configured to determine a context information of a user, wherein the context information of the user is the actual behavior of the user, and wherein the behaviour of the user is described by the user mobility and the service that the user accesses in a certain time period, - an evaluation unit configured to evaluate whether the context information of the user complies with an active behavior profile of the user, wherein an active behavior profile of the user indicates a predicted behavior of the user, - a consistency update unit configured to update a consistency index of the user if the context information of the user complies with the active behavior profile of the user; wherein updating the consistency index of the user comprises increasing the consistency index of the user, which is implemented as a counter capturing the times that the context information of the user is compliant with the active behavior profile of the user, and - a transmitter configured to transmit the context information of the user and the consistency index of the user to a content extraction engine, if the context information of the user does not comply with the active behavior profile of the user.
A control apparatus comprising: a processing unit configured to process data of a still image obtained during an exposure time and based on pixel signals output from a plurality of pixels; and a display control unit configured to control a display unit to display an image based on the data processed by the processing unit as a through image, characterized in that the display unit is configured to display, in response to an instruction of recording the data of the still image and during the recording of the data of the still image, a mark (402, 403, 404, 405, 406, 407-1, 407-2, 407-3, 408, 408', 409, 410) indicating the recording of the data of the still image together with the through image displayed on the display unit, wherein the display unit is configured to display the mark for a mark display time, wherein the mark display time is a predetermined time longer than the exposure time, in case the exposure time is shorter than or equal to the predetermined time; and the mark display time is equal to the exposure time otherwise. a processing unit configured to process data of a still image obtained during an exposure time and based on pixel signals output from a plurality of pixels; and a display control unit configured to control a display unit to display an image based on the data processed by the processing unit as a through image, characterized in that the display unit is configured to display, in response to an instruction of recording the data of the still image and during the recording of the data of the still image, a mark (402, 403, 404, 405, 406, 407-1, 407-2, 407-3, 408, 408', 409, 410) indicating the recording of the data of the still image together with the through image displayed on the display unit, wherein the display unit is configured to display the mark for a mark display time, wherein the mark display time is a predetermined time longer than the exposure time, in case the exposure time is shorter than or equal to the predetermined time; and the mark display time is equal to the exposure time otherwise.
A micro bubble generating apparatus for use with a pressurized mixed liquid and dissolved gas comprising a micro bubble cartridge and a plumbing fitting assembly , the micro bubble cartridge comprising a first fluid passage , an intermediate chamber having a progressively larger height to width ratio in a direction of fluid flow or having a generally straight wall arrangement, and a second fluid passage being disposed at an angle with respect to the first fluid passage ; the second passage comprising an opening placed at one end of said second fluid passage for releasing the plurality of micro bubbles downstream of the first and second fluid passages, wherein the intermediate chamber is connected at one end to the first fluid passage and at the other end it is connected to the second fluid passage ; characterized in that the micro bubble generating apparatus further comprises a cartridge sleeve , into which micro bubble cartridge is inserted to create a separate chamber around the second fluid passage , the micro bubble cartridge being mounted in the plumbing assembly to create an air bubble chamber providing a space between the outside wall of the cartridge sleeve and the inside wall of the plumbing fitting assembly with a fluid connection between the air bubble chamber and the separate chamber at each end of the cartridge sleeve , wherein the air bubble chamber is located at the highest point in the plumbing fitting assembly in the direction of fluid flow.
Device for determining an information relating to an adherence of a patient having a respiratory disorder, comprising: - a fluid channel configured to be in fluid communication with a medical gas source at a first end and with a patient interface at a second end , - a sensor arrangement having at least a first sensor for measuring a value of a first flow parameter in said channel and a second sensor for measuring a value of a second flow parameter in said channel , and - a control unit in communication with the first sensor and the second sensor , wherein the control unit is configured to determine a flow direction of a medical gas in the channel based on a received measurement of the first sensor and/or second sensor and to determine the information based on the determined flow direction, wherein the device is configured such that either end of the channel is configured to be coupled to a medical gas source or a patient interface, wherein the determined information indicates a coupling orientation of the device , characterized in that the first sensor and the second sensor are spaced apart from each other along a longitudinal axis of the channel and are arranged at opposing ends of the channel , and in that the control unit is configured to select a particular sensor based on the coupling orientation and the relative position of the sensor to perform a measurement of a flow characteristic at a downstream end of the channel . - a fluid channel configured to be in fluid communication with a medical gas source at a first end and with a patient interface at a second end , - a sensor arrangement having at least a first sensor for measuring a value of a first flow parameter in said channel and a second sensor for measuring a value of a second flow parameter in said channel , and - a control unit in communication with the first sensor and the second sensor , wherein the control unit is configured to determine a flow direction of a medical gas in the channel based on a received measurement of the first sensor and/or second sensor and to determine the information based on the determined flow direction,
A display apparatus comprising: a substrate comprising a main display area (MDA), a component area (CA), and a peripheral area (NDA); a main pixel electrode at the main display area (MDA) of the substrate ; a main thin-film transistor (TFTm) at the main display area (MDA) of the substrate and electrically connected to the main pixel electrode; an auxiliary pixel electrode at the component area (CA) of the substrate , the auxiliary pixel electrode comprising multiple layers (221a1, 221a2, 221a3); an auxiliary thin-film transistor (TFTa) at the peripheral area (NDA) of the substrate ; and a connecting wire (TWL) connected to the auxiliary pixel electrode and including a thin portion having a thickness less than a thickness of the auxiliary pixel electrode , wherein the connecting wire (TWL) electrically connects the auxiliary thin-film transistor (TFTa) to the auxiliary pixel electrode , wherein a lowermost layer (221a3) of the auxiliary pixel electrode and the thin portion of the connecting wire (TWL) are integrally formed as a single body and comprise a same transparent conductive material and an intermediate layer (221a2) of the auxiliary pixel electrode on the lowermost layer (221a3) comprises a reflective metal. a substrate comprising a main display area (MDA), a component area (CA), and a peripheral area (NDA); a main pixel electrode at the main display area (MDA) of the substrate ; a main thin-film transistor (TFTm) at the main display area (MDA) of the substrate and electrically connected to the main pixel electrode; an auxiliary pixel electrode at the component area (CA) of the substrate , the auxiliary pixel electrode comprising multiple layers (221a1, 221a2, 221a3); an auxiliary thin-film transistor (TFTa) at the peripheral area (NDA) of the substrate ; and a connecting wire (TWL) connected to the auxiliary pixel electrode and including a thin portion having a thickness less than a thickness of the auxiliary pixel electrode , wherein the connecting wire (TWL) electrically connects the auxiliary thin-film transistor (TFTa) to the auxiliary pixel electrode , wherein a lowermost layer (221a3) of the auxiliary pixel electrode and the thin portion of the connecting wire (TWL) are integrally formed as a single body and comprise a same transparent conductive material and an intermediate layer (221a2) of the auxiliary pixel electrode on the lowermost layer (221a3) comprises a reflective metal.
A system for making composite laminate parts , comprising: a plurality of work zones in which an operation is performed on the parts ; a plurality of tools continuously movable along a line passing through the plurality of work zones ; a laminator located in at least one of the work zones and configured to apply composite material on the tools ; and a controller for controlling continuous movement of the tools and operation of the laminator . a plurality of work zones in which an operation is performed on the parts ; a plurality of tools continuously movable along a line passing through the plurality of work zones ; a laminator located in at least one of the work zones and configured to apply composite material on the tools ; and a controller for controlling continuous movement of the tools and operation of the laminator .
A method for a user equipment, UE, to perform a handover procedure in a wireless communication system, the method comprising: receiving handover assistance information including a list of cell identities of one or more candidate cells, random access information for each of the candidate cells and an autonomous handover condition; initiating a first random access procedure to a first candidate cell of the one or more candidate cells and a first timer for the first candidate cell, when the first candidate cell satisfies the autonomous handover condition; and stopping trying to connect to the first candidate cell when any one of at least the following events occurs: - the first timer expires for the first candidate cell, and - a number of random access trials to the first candidate cell reaches a maximum number; selecting a new candidate cell; determining whether the new candidate cell is in the list and satisfies the autonomous handover condition; when the new candidate cell is in the list and satisfies the autonomous handover condition, initiating a second random access procedure to the new candidate cell of the plurality of candidate cells and a second timer for the new candidate cell, by using the random access information in the received handover assistance information; and when the new candidate cell is not in the list, determining that the handover procedure is failed and performing a radio resource control, RRC, connection re-establishment procedure. receiving handover assistance information including a list of cell identities of one or more candidate cells, random access information for each of the candidate cells and an autonomous handover condition; initiating a first random access procedure to a first candidate cell of the one or more candidate cells and a first timer for the first candidate cell, when the first candidate cell satisfies the autonomous handover condition; and stopping trying to connect to the first candidate cell when any one of at least the following events occurs: - the first timer expires for the first candidate cell, and - a number of random access trials to the first candidate cell reaches a maximum number; - the first timer expires for the first candidate cell, and - a number of random access trials to the first candidate cell reaches a maximum number; selecting a new candidate cell; determining whether the new candidate cell is in the list and satisfies the autonomous handover condition; when the new candidate cell is in the list and satisfies the autonomous handover condition, initiating a second random access procedure to the new candidate cell of the plurality of candidate cells and a second timer for the new candidate cell, by using the random access information in the received handover assistance information; and when the new candidate cell is not in the list, determining that the handover procedure is failed and performing a radio resource control, RRC, connection re-establishment procedure.
Implant which is encased by a layer of decellularized tissue of biological origin, wherein the implant is a cochlear implant, a retinal implant, a pacemaker, an insulin pump, drug depot, a biosensor, a defibrillator electrode, an implantable cardiac defibrillator or a neurostimulation electrode and wherein the implant is an exchangeable implant.
An air conditioner configured to be coupled to a refrigerant flow path, comprising: a compressor configured to compress a refrigerant flowing in the refrigerant flow path; an outdoor heat exchanger configured to exchange heat between the refrigerant and outdoor air; an expansion device configured to expand the refrigerant; an indoor heat exchanger configured to exchange heat between the refrigerant and indoor air; and a noise reduction device provided between the expansion device and the indoor heat exchanger and configured to be coupled to the refrigerant flow path and configured to reduce flow noise of the refrigerant moved as a two-phase refrigerant of a gas phase and a liquid phase, the noise reduction device including: a housing including a refrigerant inlet and a refrigerant outlet ; and a plurality of baffles disposed inside the housing and including a first baffle and a second baffle that partition an inside of the housing into a plurality of spaces in a flow direction of the refrigerant, each of the first baffle and the second baffle including a hole through which the refrigerant passes, the holes of the first and second baffles being disposed at centers of the first and second baffles. a compressor configured to compress a refrigerant flowing in the refrigerant flow path; an outdoor heat exchanger configured to exchange heat between the refrigerant and outdoor air; an expansion device configured to expand the refrigerant; an indoor heat exchanger configured to exchange heat between the refrigerant and indoor air; and a noise reduction device provided between the expansion device and the indoor heat exchanger and configured to be coupled to the refrigerant flow path and configured to reduce flow noise of the refrigerant moved as a two-phase refrigerant of a gas phase and a liquid phase, the noise reduction device including: a housing including a refrigerant inlet and a refrigerant outlet ; and a plurality of baffles disposed inside the housing and including a first baffle and a second baffle that partition an inside of the housing into a plurality of spaces in a flow direction of the refrigerant, each of the first baffle and the second baffle including a hole through which the refrigerant passes, the holes of the first and second baffles being disposed at centers of the first and second baffles. a housing including a refrigerant inlet and a refrigerant outlet ; and a plurality of baffles disposed inside the housing and including a first baffle and a second baffle that partition an inside of the housing into a plurality of spaces in a flow direction of the refrigerant, each of the first baffle and the second baffle including a hole through which the refrigerant passes, the holes of the first and second baffles being disposed at centers of the first and second baffles.
An information multiplexing method for multiplexing of uplink data information and uplink control information, comprising: coding multiple feedback information according to a number of the multiple feedback information and a linear block code sequence, and truncating the coded multiple feedback information according to a target length of the coded multiple feedback information, wherein the feedback information is Acknowledgement /Negative Acknowledgement, ACK/NACK, and the number of the multiple feedback information is an integer more than 2; sequentially dividing truncated coded uplink control information and the uplink data information into multiple control information logic units and multiple data information logic units; sequentially dividing the truncated coded multiple feedback information and rank indication information into multiple feedback information logic units and multiple rank indication information logic units, and multiplexing together the multiple feedback information logic units, the multiple rank indication information logic units, the multiple control information logic units and the multiple data information logic units; wherein a number of bits in a control information logic unit, a rank indication information logic unit, a data information logic unit, and a feedback information logic unit is the same; wherein the step of coding multiple feedback information according to the number of the multiple feedback information and the linear block code sequence comprises: coding the multiple feedback information according to the number of the multiple feedback information and a length of a basic sequence. coding multiple feedback information according to a number of the multiple feedback information and a linear block code sequence, and truncating the coded multiple feedback information according to a target length of the coded multiple feedback information, wherein the feedback information is Acknowledgement /Negative Acknowledgement, ACK/NACK, and the number of the multiple feedback information is an integer more than 2; sequentially dividing truncated coded uplink control information and the uplink data information into multiple control information logic units and multiple data information logic units; sequentially dividing the truncated coded multiple feedback information and rank indication information into multiple feedback information logic units and multiple rank indication information logic units, and multiplexing together the multiple feedback information logic units, the multiple rank indication information logic units, the multiple control information logic units and the multiple data information logic units; wherein a number of bits in a control information logic unit, a rank indication information logic unit, a data information logic unit, and a feedback information logic unit is the same; wherein the step of coding multiple feedback information according to the number of the multiple feedback information and the linear block code sequence comprises: coding the multiple feedback information according to the number of the multiple feedback information and a length of a basic sequence.