mhurhangee/patent-ind-claim-en huggingface dataset:
A filtration apparatus comprising: a substrate having at least one well defined by a well wall and having a first opening and a second opening spaced from said first opening, said well wall having an interior surface and defining a well volume between said first and second openings; a porous filter material in said at least one well , positioned in said at least one well so as to cover said second opening; a seal in said at least one well positioned on a portion of said porous filter ; a compression element fixed in said at least one well in a position to compress said seal into sealing relationship with said porous filter and against said interior surface of said wall of said at least one well , and wherein the compression element is sloped towards the well wall to bias the seal to the well wall and to the porous filter . a substrate having at least one well defined by a well wall and having a first opening and a second opening spaced from said first opening, said well wall having an interior surface and defining a well volume between said first and second openings; a porous filter material in said at least one well , positioned in said at least one well so as to cover said second opening; a seal in said at least one well positioned on a portion of said porous filter ; a compression element fixed in said at least one well in a position to compress said seal into sealing relationship with said porous filter and against said interior surface of said wall of said at least one well , and wherein the compression element is sloped towards the well wall to bias the seal to the well wall and to the porous filter .
Medical stopcock comprising: - a body provided with three female connectors and a male connector , at least one of the female connectors being designed to receive an injection syringe , while at least one of the other female connectors is designed to receive a mixing syringe having a volume greater than that of the injection syringe, and - a mobile plug which is mounted in the body , is provided with a rotation lever and comprises a fluid circulation channel , characterized in that the female connector designed to receive the injection syringe comprises a foolproofing device to prevent the mixing syringe from being mounted on this female connector , the foolproofing device being provided to prevent the mixing syringe from being mechanically secured and fluidically connected to this female connector , and in that the foolproofing device is formed by two projections which are provided on each side of the female connector designed to receive the injection syringe and which form insertion spaces with respect to this female connector . - a body provided with three female connectors and a male connector , at least one of the female connectors being designed to receive an injection syringe , while at least one of the other female connectors is designed to receive a mixing syringe having a volume greater than that of the injection syringe, and - a mobile plug which is mounted in the body , is provided with a rotation lever and comprises a fluid circulation channel , characterized in that the female connector designed to receive the injection syringe comprises a foolproofing device to prevent the mixing syringe from being mounted on this female connector , the foolproofing device being provided to prevent the mixing syringe from being mechanically secured and fluidically connected to this female connector , and in that the foolproofing device is formed by two projections which are provided on each side of the female connector designed to receive the injection syringe and which form insertion spaces with respect to this female connector .
A medical instrument , comprising a stent having a proximal end and an opposing distal end, wherein the distal end of the stent is configured with an expanded configuration and a collapsed configuration, wherein a trailing section of the stent at the distal end comprises a plurality of protrusions , and wherein the medical instrument further comprises a constraining structure comprising a body and a clamping mechanism , the clamping mechanism disposed at a distal end of the body , the body extending from the proximal end of the stent to the distal end of the stent , the clamping mechanism limiting relative movement of the protrusions by passing through all or some of the protrusions ; characterised in that the medical instrument further comprises a proximal fixation member disposed at the proximal end of the stent and configured to bring the stent into a closed configuration at the proximal end; and in that the medical instrument further comprises a distal fixation member and a pull mechanism , the pull mechanism comprising a number of pull elements each connected, at a first end, to the distal fixation member and, at a second end, to the distal end of the stent , the distal fixation member configured to be movable toward the proximal fixation member so that the distal end of the stent is allowed to switch from the expanded configuration to the collapsed configuration. the medical instrument further comprises a proximal fixation member disposed at the proximal end of the stent and configured to bring the stent into a closed configuration at the proximal end; and in that the medical instrument further comprises a distal fixation member and a pull mechanism , the pull mechanism comprising a number of pull elements each connected, at a first end, to the distal fixation member and, at a second end, to the distal end of the stent , the distal fixation member configured to be movable toward the proximal fixation member so that the distal end of the stent is allowed to switch from the expanded configuration to the collapsed configuration.
A method, comprising: mapping each element of each codeword of a plurality of codewords of a Generalised Reed-Solomon code according to a Cyclic Shifted Identity Matrix mapping thereby generating a plurality of Cyclic Shifted Identity sub-matrices, a Cyclic Shifted Identity sub-matrix being generated for said each element of said each codeword by cyclic shifting rows of an identity matrix by a value of said each element; arranging the plurality of Cyclic Shifted Identity sub-matrices thereby generating a parity check matrix of an LDPC code, wherein each row of Cyclic Shifted Identity sub-matrices represent a mapping of said each codeword; receiving information bits; and encoding the received information bits using the parity check matrix of the LDPC code. mapping each element of each codeword of a plurality of codewords of a Generalised Reed-Solomon code according to a Cyclic Shifted Identity Matrix mapping thereby generating a plurality of Cyclic Shifted Identity sub-matrices, a Cyclic Shifted Identity sub-matrix being generated for said each element of said each codeword by cyclic shifting rows of an identity matrix by a value of said each element; arranging the plurality of Cyclic Shifted Identity sub-matrices thereby generating a parity check matrix of an LDPC code, wherein each row of Cyclic Shifted Identity sub-matrices represent a mapping of said each codeword; receiving information bits; and encoding the received information bits using the parity check matrix of the LDPC code.
A collision avoidance method for an optical wireless network comprising a plurality of devices, the method comprising: receiving, by a first device of the plurality of devices, a message from a second device of the plurality of devices, wherein said message is on a first channel having a first wavelength of light, the message comprising data represented by modulation of light of said first wavelength; sensing, by a signal sensing component of the first device, at least part of the received message; triggering a switch by the sensing of said at least part of the message by the signal sensing component , wherein the triggering of the switch causes a busy signal to be passed from a busy signal source of the first device to a transmitter of the first device for transmission on a second, different channel having a second, different wavelength of light and wherein the triggering of the switch causes transmission of data other than the busy signal on the second channel by the first device to be disabled; transmitting, by the first device , on the second channel the busy signal in response to the sensing of said at least part of the message from the second device , the transmitting of the busy signal on the second channel being at least partly simultaneous with the receiving of the message; receiving, by at least one further device of the plurality of devices, the busy signal on said second channel; and delaying, by the at least one further device and in response to the receiving of the busy signal, transmission of at least one further message by the at least one further device on said first channel. receiving, by a first device of the plurality of devices, a message from a second device of the plurality of devices, wherein said message is on a first channel having a first wavelength of light, the message comprising data represented by modulation of light of said first wavelength; sensing, by a signal sensing component of the first device, at least part of the received message; triggering a switch by the sensing of said at least part of the message by the signal sensing component , wherein the triggering of the switch causes a busy signal to be passed from a busy signal source of the first device to a transmitter of the first device for transmission on a second, different channel having a second, different wavelength of light and wherein the triggering of the switch causes transmission of data other than the busy signal on the second channel by the first device to be disabled; transmitting, by the first device , on the second channel the busy signal in response to the sensing of said at least part of the message from the second device , the transmitting of the busy signal on the second channel being at least partly simultaneous with the receiving of the message; receiving, by at least one further device of the plurality of devices, the busy signal on said second channel; and delaying, by the at least one further device and in response to the receiving of the busy signal, transmission of at least one further message by the at least one further device on said first channel.
A method of manufacturing a wing assembly for joining to a fuselage of an aircraft , the method comprising: loading a center wing section into a wing join station ; loading a right wing section into the wing join station proximate to the center wing section; loading a left wing section into the wing join station proximate to the center wing section; joining , at a first processing station , the right and left wing sections to the center wing section to form a complete wing assembly , where only a portion of drilling operations are performed and only a portion of fasteners are installed at the first processing station to join the right and left wing sections to the center wing section, and the remaining portions of the drilling operations are performed and the remaining portions of the fasteners are installed at a second processing station ; moving the complete wing assembly to the second processing station ; performing the remaining drilling operations and installing the remaining fasteners to complete the wing assembly at the second processing station ; and moving the complete wing assembly to a wing-body join station to join the complete wing assembly to the fuselage. loading a center wing section into a wing join station ; loading a right wing section into the wing join station proximate to the center wing section; loading a left wing section into the wing join station proximate to the center wing section; joining , at a first processing station , the right and left wing sections to the center wing section to form a complete wing assembly , where only a portion of drilling operations are performed and only a portion of fasteners are installed at the first processing station to join the right and left wing sections to the center wing section, and the remaining portions of the drilling operations are performed and the remaining portions of the fasteners are installed at a second processing station ; moving the complete wing assembly to the second processing station ; performing the remaining drilling operations and installing the remaining fasteners to complete the wing assembly at the second processing station ; and moving the complete wing assembly to a wing-body join station to join the complete wing assembly to the fuselage.
A method for wireless communication performed by a user equipment, UE, comprising: receiving a configuration of a wake-up signal periodicity; receiving a configuration of an radio resource management, RRM, measurement periodicity, wherein the RRM measurement periodicity corresponds to one or more wake-up signal occasions according to the wake-up signal periodicity; performing discontinuous monitoring for a plurality of wake-up signals based at least in part on the wake-up signal periodicity; determining whether a wake-up signal is detected at the one or more wake-up signal occasions; and performing a RRM measurement at a temporally last wake-up signal occasion of the one or more wake-up signal occasions based on a determination that no wake-up signals were detected at the one or more wake-up signal occasions. receiving a configuration of a wake-up signal periodicity; receiving a configuration of an radio resource management, RRM, measurement periodicity, wherein the RRM measurement periodicity corresponds to one or more wake-up signal occasions according to the wake-up signal periodicity; performing discontinuous monitoring for a plurality of wake-up signals based at least in part on the wake-up signal periodicity; determining whether a wake-up signal is detected at the one or more wake-up signal occasions; and performing a RRM measurement at a temporally last wake-up signal occasion of the one or more wake-up signal occasions based on a determination that no wake-up signals were detected at the one or more wake-up signal occasions.
Liquid sprayer for a dishwasher , comprising 1.1. a drive arm , with a base connector for attaching the drive arm to a base body so that it can rotate about a base axis , 1.2. a spray arm , with 1.2.1. a spray arm connector that attaches the spray arm to the drive arm so that it can rotate about a spray arm axis , wherein the spray arm axis is spaced apart from the base axis , and 1.2.2. at least one spraying nozzle for dispensing washing liquid, and 1.3. a transmission device which couples a rotational movement of the drive arm about the base axis to a rotational movement of the spray arm about the spray arm axis , wherein 1.4 the drive arm comprises at least one drive nozzle for driving the drive arm in rotation about the base axis , characterized 1.5. in that the transmission device couples the rotational movements of the drive arm and the spray arm such that a drive arm rotation rate (ω D ) is in absolute values at least as large as a spray arm rotation rate (ω S ). 1.1. a drive arm , with a base connector for attaching the drive arm to a base body so that it can rotate about a base axis , 1.2. a spray arm , with 1.2.1. a spray arm connector that attaches the spray arm to the drive arm so that it can rotate about a spray arm axis , wherein the spray arm axis is spaced apart from the base axis , and 1.2.2. at least one spraying nozzle for dispensing washing liquid, and 1.2.1. a spray arm connector that attaches the spray arm to the drive arm so that it can rotate about a spray arm axis , wherein the spray arm axis is spaced apart from the base axis , and 1.2.2. at least one spraying nozzle for dispensing washing liquid, and 1.3. a transmission device which couples a rotational movement of the drive arm about the base axis to a rotational movement of the spray arm about the spray arm axis , wherein 1.4 the drive arm comprises at least one drive nozzle for driving the drive arm in rotation about the base axis , characterized 1.5. in that the transmission device couples the rotational movements of the drive arm and the spray arm such that a drive arm rotation rate (ω D ) is in absolute values at least as large as a spray arm rotation rate (ω S ).
A method for wireless communications at a user equipment, UE (115, 1153-d), comprising: receiving a measurement configuration from a network device for measuring cross link interference, wherein the measurement configuration indicates a first measurement direction configuration for measuring the cross link interference; receiving a priority rule from the network device ; selecting between the first measurement direction configuration for measuring the cross link interference and a second measurement direction configuration for receiving a downlink message based at least in part on the priority rule; measuring the cross link interference; and transmitting a measurement report based at least in part on measuring the cross link interference to the network device . receiving a measurement configuration from a network device for measuring cross link interference, wherein the measurement configuration indicates a first measurement direction configuration for measuring the cross link interference; receiving a priority rule from the network device ; selecting between the first measurement direction configuration for measuring the cross link interference and a second measurement direction configuration for receiving a downlink message based at least in part on the priority rule; measuring the cross link interference; and transmitting a measurement report based at least in part on measuring the cross link interference to the network device .
A nanoparticulate composition comprising a) a delivery vehicle selected from the group consisting of a nanolipogel comprising a polymeric core and a lipid shell, a liposome, and a biodegradable polymeric nanoparticle; and b) IL-2 and losartan loaded into, attached to the surface of, and/or enclosed within the delivery vehicle.
A computer implemented method of searching, with a user via a user interface, a database containing data items in a descriptor space, comprising the steps of: receiving, via the user interface, a restriction criterion relating to a search; selecting a reference set of four reference images corresponding to four data items in the descriptor space that satisfy or are close to the restriction criterion; obtaining descriptor coordinates for each of the four reference data items; identifying a search results set of plural images corresponding to plural data items in the database which are close to or between one or more members of the reference set data items in the descriptor space; and displaying on a display (i) the four reference set images at respective four corners of the display, with distances therebetween, and (ii) the search results set of plural images on the display between the four corners of the display, such that respective two-dimensional distances on the display between each of the four displayed reference set images and each of the images of the search results set of plural images correspond to their respective closeness in the descriptor space; and receiving, via the user interface, a selection of one or more of the displayed images. receiving, via the user interface, a restriction criterion relating to a search; selecting a reference set of four reference images corresponding to four data items in the descriptor space that satisfy or are close to the restriction criterion; obtaining descriptor coordinates for each of the four reference data items; identifying a search results set of plural images corresponding to plural data items in the database which are close to or between one or more members of the reference set data items in the descriptor space; and displaying on a display (i) the four reference set images at respective four corners of the display, with distances therebetween, and (ii) the search results set of plural images on the display between the four corners of the display, such that respective two-dimensional distances on the display between each of the four displayed reference set images and each of the images of the search results set of plural images correspond to their respective closeness in the descriptor space; and receiving, via the user interface, a selection of one or more of the displayed images.
A method of personalizing a smart card, the method comprising: generating , at a personalization system , a customized dataset including personalization data of a particular user for installation onto a smart card by programming, the customized dataset being generated for use with an operating system of the smart card by performing a personalization process using a virtual smart card that is compatible and formatted according to the operating system without requiring a concurrent connection to a card issuance device, the personalization data including account details associated with the smart card; encrypting the personalization data, at the personalization system, using an encryption key that is unique to a card issuance device that is separate from the personalization system, the encryption key being different from any encryption key used to secure the customized dataset when stored on the smart card; transmitting the virtual smart card including the customized dataset to the card issuance device; and programming, by the card issuance device, the personalization data onto the smart card by performing a personalyzation process. generating , at a personalization system , a customized dataset including personalization data of a particular user for installation onto a smart card by programming, the customized dataset being generated for use with an operating system of the smart card by performing a personalization process using a virtual smart card that is compatible and formatted according to the operating system without requiring a concurrent connection to a card issuance device, the personalization data including account details associated with the smart card; encrypting the personalization data, at the personalization system, using an encryption key that is unique to a card issuance device that is separate from the personalization system, the encryption key being different from any encryption key used to secure the customized dataset when stored on the smart card; transmitting the virtual smart card including the customized dataset to the card issuance device; and programming, by the card issuance device, the personalization data onto the smart card by performing a personalyzation process.