mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication, performed by a scheduling entity configured to transmit scheduling and control information to a subordinate entity, the method comprising: determining a priority of data previously scheduled for transmission in a subframe; determining whether other data ready for transmission has a priority higher than the priority of the data previously scheduled for transmission in the subframe; utilizing an air interface to transmit, to the subordinate entity, the subframe comprising a data portion and a control channel that is at least partly embedded within the data portion; wherein the control channel further comprises an override indicator when other data ready for transmission has a priority higher than the priority of the data previously scheduled for transmission in the subframe, wherein the override indicator is configured to indicate that the data previously scheduled for transmission in the subframe is overridden by the other data ready for transmission having a priority higher than the priority of the data previously scheduled for transmission in the subframe; and wherein the override indicator is further configured to indicate a puncturing of resource elements in the data portion of the subframe to include the other data having a priority higher than the priority of the data previously scheduled for transmission in the subframe. determining a priority of data previously scheduled for transmission in a subframe; determining whether other data ready for transmission has a priority higher than the priority of the data previously scheduled for transmission in the subframe; utilizing an air interface to transmit, to the subordinate entity, the subframe comprising a data portion and a control channel that is at least partly embedded within the data portion; wherein the control channel further comprises an override indicator when other data ready for transmission has a priority higher than the priority of the data previously scheduled for transmission in the subframe,
An inhaler device comprising an inhaler housing comprising at least one air inlet duct; an elongated capsule chamber adapted for receiving a capsule which contains a dose of medicament in dry powder form, and wherein the capsule chamber has a longitudinal axis and is defined by a wall arrangement including a first and a second supporting wall portion (50, 55) opposing each other in a direction perpendicular to the longitudinal axis and first and second sidewall portions (60, 65) opposing each other in the direction of the longitudinal axis; a mouthpiece portion through which the medicament in dry powder form is dispensable; and at least first and second airflow paths (80, 85) which each extend between the at least one air inlet duct, the capsule chamber and the mouthpiece portion to enable an inhalation airflow formed upon inhalation to flow through the at least one air inlet duct via the capsule chamber and the mouthpiece portion such that the dose of medicament is entrained in air and dispensed through the mouthpiece portion; wherein the first airflow path comprises at least a first intermediate duct extending from the at least one air inlet duct to a first capsule chamber inlet adjacent to the first sidewall portion, and at least a first outlet duct extending from a first capsule chamber outlet adjacent to the first sidewall portion in direction to the mouthpiece portion; and the second airflow path comprises at least a second intermediate duct extending from the at least one air inlet duct to a second capsule chamber inlet adjacent to the second sidewall portion, and at least a second outlet duct extending from a second capsule chamber outlet adjacent to the second sidewall portion in direction to the mouthpiece portion, characterized in that the at least first and second outlet ducts (120, 125) extend, upon exit from the capsule chamber, towards a swirl chamber and are connected to it, wherein said swirl chamber comprises a base from which an inner wall surrounding that base vertically extends towards a swirl chamber outlet and, wherein the swirl chamber outlet is connected to the mouthpiece portion and incloses a flow cross-section area which is smaller than an area of the base surrounded by the inner wall.
An edge node device in an Internet of Things, IoT, network, the device comprising: - a memory; - a processor configured to implement an encrypted static machine learning model configured to: o evaluate the encrypted static machine learning model based upon received data to produce an encrypted static machine learning model output; and to produce verification information; - a tamper resistant hardware configured to: o verify the encrypted static machine learning model output based upon the verification information; and o decrypt the encrypted static machine learning model output when the encrypted static machine learning model output is verified. - a memory; - a processor configured to implement an encrypted static machine learning model configured to: o evaluate the encrypted static machine learning model based upon received data to produce an encrypted static machine learning model output; and to produce verification information; o evaluate the encrypted static machine learning model based upon received data to produce an encrypted static machine learning model output; and to produce verification information; - a tamper resistant hardware configured to: o verify the encrypted static machine learning model output based upon the verification information; and o decrypt the encrypted static machine learning model output when the encrypted static machine learning model output is verified. o verify the encrypted static machine learning model output based upon the verification information; and o decrypt the encrypted static machine learning model output when the encrypted static machine learning model output is verified.
A laser system configured to switch from a current operating point to a new operating point of the laser, the laser operating at a particular wavelength and includes a source channel and destination channel, said system comprising: a feedback loop enabled for adjusting settings of the laser based on a reference value, such as a wavelength locker; means adapted to transfer any adjustment caused to the settings of the laser by the feedback loop from the source to the destination channel; and means adapted to utilise a compensation value based on the source channel settings to adjust the destination channel settings, wherein the compensation value is determined as a difference between the unadjusted settings for the laser stored in a lookup table and the actual laser settings just before switching to the destination channel, wherein the compensation value includes compensation for all thermal effects of the laser so that the switching time is minimized, and wherein the feedback loop comprises means adapted to measure the amount of compensation provided by the feedback loop just before a laser switch to provide the compensation value for use in switching the laser to the new operating point. a feedback loop enabled for adjusting settings of the laser based on a reference value, such as a wavelength locker; means adapted to transfer any adjustment caused to the settings of the laser by the feedback loop from the source to the destination channel; and means adapted to utilise a compensation value based on the source channel settings to adjust the destination channel settings, wherein the compensation value is determined as a difference between the unadjusted settings for the laser stored in a lookup table and the actual laser settings just before switching to the destination channel, wherein the compensation value includes compensation for all thermal effects of the laser so that the switching time is minimized, and wherein the feedback loop comprises means adapted to measure the amount of compensation provided by the feedback loop just before a laser switch to provide the compensation value for use in switching the laser to the new operating point.
Method for producing an insulating glass unit having at least two glass panes (3, 3'), comprising the following steps: a) providing at least two glass panes (3, 3') and a flexible spacer, b) introducing a desiccant (9, 16) into or onto the spacer, c) applying the spacer to a first glass pane in a region extending close to the edge, d) placing a second glass pane on the first glass pane such that the spacer is situated between the first and second glass pane (3, 3'), and e) connecting the two glass panes (3, 3'), characterized in that the spacer is applied continuously to a glass pane and the spacer is likewise provided continuously with the desiccant (9, 16) during the continuous application. a) providing at least two glass panes (3, 3') and a flexible spacer, b) introducing a desiccant (9, 16) into or onto the spacer, c) applying the spacer to a first glass pane in a region extending close to the edge, d) placing a second glass pane on the first glass pane such that the spacer is situated between the first and second glass pane (3, 3'), and e) connecting the two glass panes (3, 3'),
A method of Idle State Signaling Reduction, ISR, deactivation, comprising: setting, by a User Equipment, UE, a deactivation timer for a first Radio Access Technology, RAT; starting, by the UE, the deactivation timer for the first RAT when the UE does not send a periodic location update message when a periodic location update timer for the first RAT in UE side expires, wherein the UE does not camp on the first RAT; and deactivating, by the UE, ISR for the first RAT when the deactivation timer for the first RAT expires. setting, by a User Equipment, UE, a deactivation timer for a first Radio Access Technology, RAT; starting, by the UE, the deactivation timer for the first RAT when the UE does not send a periodic location update message when a periodic location update timer for the first RAT in UE side expires, wherein the UE does not camp on the first RAT; and deactivating, by the UE, ISR for the first RAT when the deactivation timer for the first RAT expires.
A terminal configured to perform radio communications with a base station by using a half-duplex scheme, comprising: a control circuit configured to switch to transmitting, as an uplink signal, an uplink control signal or a random access channel signal within a subframe, after a given guard interval that is provided to prevent transmission of the uplink signal and reception of a downlink signal from overlapping each other within a subframe configured of a plurality of symbols, by using an uplink signal format for half-duplex frequency division duplex, HD-FDD, in which first several symbols are vacant in the subframe; the first several symbols being vacant in the subframe corresponding to the downlink signal and the guard interval; and a transmission/reception circuit configured to receive the downlink signal and transmit the uplink signal within the subframe, wherein the control circuit is configured to control to receive a downlink control signal in symbols at the beginning of the first several symbols of the subframe, the downlink control signal being included in the downlink signal. a control circuit configured to switch to transmitting, as an uplink signal, an uplink control signal or a random access channel signal within a subframe, after a given guard interval that is provided to prevent transmission of the uplink signal and reception of a downlink signal from overlapping each other within a subframe configured of a plurality of symbols, by using an uplink signal format for half-duplex frequency division duplex, HD-FDD, in which first several symbols are vacant in the subframe; the first several symbols being vacant in the subframe corresponding to the downlink signal and the guard interval; and a transmission/reception circuit configured to receive the downlink signal and transmit the uplink signal within the subframe, wherein the control circuit is configured to control to receive a downlink control signal in symbols at the beginning of the first several symbols of the subframe, the downlink control signal being included in the downlink signal.
A cantilevered canopy roof, comprising a rectangular roof panel and at least two holding brackets capable of being anchored to the wall, wherein the roof panel is made semi-circular arch shaped and is capable of being connected to the holding brackets along the two lateral edges, wherein • the holding brackets are designed in the form of acute-angled triangles and the upper edges of the holding brackets project at right angles from the wall, and • the roof panel is connected to two transverse braces (4 and 5) capable of being fastened transversely to the holding brackets, characterized in that the upper edges of the transverse braces are curved in a semi-circular arch shaped manner, • the transverse brace connected to the roof panel on the wall side is capable of being lowered from its lower edge at a distance and in the thickness of the holding brackets to formed slots from the upper edge of the holding brackets until it rests on the transverse web, • the second transverse brace connected to the roof panel shortly before the end thereof is provided at a distance from the holding brackets with elongate holes which are adapted in length "1" and width "b" to the cross-section of the holding bracket, in such a way • that the second transverse brace is capable of being slid with the elongate holes thereof onto the front narrow end of the holding brackets, whilst the rear transverse brace is capable of being slid with the slots thereof at the same time over the upper edges of the holding brackets until the rear panel edge limits up against the wall. • the holding brackets are designed in the form of acute-angled triangles and the upper edges of the holding brackets project at right angles from the wall, and • the roof panel is connected to two transverse braces (4 and 5) capable of being fastened transversely to the holding brackets, characterized in that the upper edges of the transverse braces are curved in a semi-circular arch shaped manner, • the transverse brace connected to the roof panel on the wall side is capable of being lowered from its lower edge at a distance and in the thickness of the holding brackets to formed slots from the upper edge of the holding brackets until it rests on the transverse web, • the second transverse brace connected to the roof panel shortly before the end thereof is provided at a distance from the holding brackets with elongate holes which are adapted in length "1" and width "b" to the cross-section of the holding bracket, in such a way • that the second transverse brace is capable of being slid with the elongate holes thereof onto the front narrow end of the holding brackets, whilst the rear transverse brace is capable of being slid with the slots thereof at the same time over the upper edges of the holding brackets until the rear panel edge limits up against the wall.
Plant for producing at least partially desulfurized biogas, comprising a biomass digester and/or post-digester, the digester and/or post-digester comprising: - a chamber comprising the biomass and the gas space, and - a system for injecting an oxidizing gas into the gas space, characterized in that the injection system comprises a tubular means formed in a grid pattern, having a centre of symmetry placed in the axis of symmetry of the chamber, and having micro-injectors. - a chamber comprising the biomass and the gas space, and - a system for injecting an oxidizing gas into the gas space,
A cell image display apparatus, comprising: an imaging means for imaging a sample including a plurality of blood cells; an image processing means for identifying types of blood cells in cell images; and a display means for displaying the cell images; characterized in that the image processing means is configured to: receive selection of at least one blood cell type, control the display means to display the cell images of the selected blood cell type in each group created by the selected blood cell type in a sequence based on a characteristic parameter value obtained from a cell image. an imaging means for imaging a sample including a plurality of blood cells; an image processing means for identifying types of blood cells in cell images; and a display means for displaying the cell images; characterized in that the image processing means is configured to: receive selection of at least one blood cell type, control the display means to display the cell images of the selected blood cell type in each group created by the selected blood cell type in a sequence based on a characteristic parameter value obtained from a cell image. receive selection of at least one blood cell type, control the display means to display the cell images of the selected blood cell type in each group created by the selected blood cell type in a sequence based on a characteristic parameter value obtained from a cell image.
Water-drainage apparatus for a wet-cleaning device, comprising a water-application apparatus for the wet-cleaning device and a rotatable water-drainage basket for the wet-cleaning device, wherein the water-application apparatus comprises a fresh-water reservoir which can be filled with fresh water and which is connected in a flow-conducting manner to the water-drainage basket by a fresh-water line, characterized in that the water-drainage basket comprises a fresh-water dome which is connected in a flow-conducting manner to the fresh-water line and which is curved forwards into the water-drainage basket, in that the fresh-water dome comprises a base and a lateral surface, in that the base is of liquid-tight form, in that the lateral surface has apertures, and in that the apertures can be flowed through substantially radially outwardly by the fresh water.
An isolated peptide, comprising: an amino acid sequence as identified by SEQ ID NO: 3, or a C-terminally amidated form thereof. an amino acid sequence as identified by SEQ ID NO: 3, or a C-terminally amidated form thereof.
A device for transmitting power to a remote device over first and second communication lines (DALI+, DALI-) and for communication with the remote device over the first and second communication lines, comprising: a power source for providing power to the first and second communication lines; a first driver for implementing a first communications protocol which comprises coupling the first and second communication lines together to encode a first signal level and isolating the first and second communication lines from each other to encode a second signal level, characterized in that the device comprises a second driver for implementing a second communications protocol which is configured for modulating the first communication line with a signal having a modulation depth below 100%, such that a voltage difference between the first communication line and the second communication line (DALI+, DALI-) is never zero during the modulating of the first communication line. a power source for providing power to the first and second communication lines; a first driver for implementing a first communications protocol which comprises coupling the first and second communication lines together to encode a first signal level and isolating the first and second communication lines from each other to encode a second signal level, characterized in that the device comprises a second driver for implementing a second communications protocol which is configured for modulating the first communication line with a signal having a modulation depth below 100%, such that a voltage difference between the first communication line and the second communication line (DALI+, DALI-) is never zero during the modulating of the first communication line.
A surgical stapler, comprising: (a) a body (60, 70); (b) an end effector (20, 40) extending distally from the body, wherein the end effector comprises a stapling assembly operable to drive staples into tissue; and (c) a control system in communication with the end effector, wherein the control system comprises: (i) a motor operable to drive the stapling assembly, (ii) a firing trigger, (iii) a switch assembly comprising a switch in communication with the motor, (iv) a movable member rotatable about an axis, wherein the firing trigger is operable to drive the movable member through a first range of angular motion, and (v) a resilient member engaged with the movable member; characterised in that the resilient member is operable to drive the movable member through a second range of angular motion in order for the movable member to engage the switch, the second range being contiguous with the first range of angular motion, wherein the firing trigger and the resilient member are configured to cooperate to move the movable member into engagement with the switch to thereby activate the motor. (a) a body (60, 70); (b) an end effector (20, 40) extending distally from the body, wherein the end effector comprises a stapling assembly operable to drive staples into tissue; and (c) a control system in communication with the end effector, wherein the control system comprises: (i) a motor operable to drive the stapling assembly, (ii) a firing trigger, (iii) a switch assembly comprising a switch in communication with the motor, (iv) a movable member rotatable about an axis, wherein the firing trigger is operable to drive the movable member through a first range of angular motion, and (v) a resilient member engaged with the movable member; characterised in that the resilient member is operable to drive the movable member through a second range of angular motion in order for the movable member to engage the switch, the second range being contiguous with the first range of angular motion, wherein the firing trigger and the resilient member are configured to cooperate to move the movable member into engagement with the switch to thereby activate the motor. (i) a motor operable to drive the stapling assembly, (ii) a firing trigger, (iii) a switch assembly comprising a switch in communication with the motor, (iv) a movable member rotatable about an axis, wherein the firing trigger is operable to drive the movable member through a first range of angular motion, and (v) a resilient member engaged with the movable member; characterised in that the resilient member is operable to drive the movable member through a second range of angular motion in order for the movable member to engage the switch, the second range being contiguous with the first range of angular motion, wherein the firing trigger and the resilient member are configured to cooperate to move the movable member into engagement with the switch to thereby activate the motor.