mhurhangee/ep-ind-claims huggingface dataset:
An actuator controller comprising: an input interface configured to receive input signals from a site controller; an output interface configured to send output signals to a valve actuator; a processor in operative communication with the input interface and in operative communication with the output interface, the processor being configured to: employ the input interface to read a first input signal indicative of a first actuator position from the site controller; after reading the first input signal, employ the input interface to read a second input signal indicative of a second actuator position from the site controller; determine a difference value indicative of a difference between the actuator positions indicated by the first input signal and by the second input signal; determine a first output signal as a function of the first input signal and as a function of the second input signal; characterized in that if and only if the difference value exceeds a predetermined threshold: employ the output interface to send the first output signal to the valve actuator. an input interface configured to receive input signals from a site controller; an output interface configured to send output signals to a valve actuator; a processor in operative communication with the input interface and in operative communication with the output interface, the processor being configured to: employ the input interface to read a first input signal indicative of a first actuator position from the site controller; after reading the first input signal, employ the input interface to read a second input signal indicative of a second actuator position from the site controller; determine a difference value indicative of a difference between the actuator positions indicated by the first input signal and by the second input signal; determine a first output signal as a function of the first input signal and as a function of the second input signal; characterized in that if and only if the difference value exceeds a predetermined threshold: employ the output interface to send the first output signal to the valve actuator. employ the input interface to read a first input signal indicative of a first actuator position from the site controller; after reading the first input signal, employ the input interface to read a second input signal indicative of a second actuator position from the site controller; determine a difference value indicative of a difference between the actuator positions indicated by the first input signal and by the second input signal; determine a first output signal as a function of the first input signal and as a function of the second input signal; characterized in that if and only if the difference value exceeds a predetermined threshold: employ the output interface to send the first output signal to the valve actuator.
A mask comprising: a body portion for covering a wearer's face; and a sealing member that conforms to the wearer's face to provide a seal between the body portion and the wearer's face, the sealing member comprising: an attachment portion attached to an upper part of the body portion across its width; and a folded over portion folded over the attachment portion, a surface of the folded over portion in contact with the wearer's nose and cheeks when the mask is donned; the mask is characterized in that: the attachment portion and the folded over portion form either: an integral pocket at the upper part of the mask wherein the folded over portion and the attachment portion are sealed together at side sections; or two integral pockets at the upper part of the mask wherein the folded over portion and the attachment portion are sealed together at a center section or at a center section and side sections. a body portion for covering a wearer's face; and a sealing member that conforms to the wearer's face to provide a seal between the body portion and the wearer's face, the sealing member comprising: an attachment portion attached to an upper part of the body portion across its width; and a folded over portion folded over the attachment portion, a surface of the folded over portion in contact with the wearer's nose and cheeks when the mask is donned; an attachment portion attached to an upper part of the body portion across its width; and a folded over portion folded over the attachment portion, a surface of the folded over portion in contact with the wearer's nose and cheeks when the mask is donned; the mask is characterized in that: the attachment portion and the folded over portion form either: an integral pocket at the upper part of the mask wherein the folded over portion and the attachment portion are sealed together at side sections; or two integral pockets at the upper part of the mask wherein the folded over portion and the attachment portion are sealed together at a center section or at a center section and side sections. an integral pocket at the upper part of the mask wherein the folded over portion and the attachment portion are sealed together at side sections; or two integral pockets at the upper part of the mask wherein the folded over portion and the attachment portion are sealed together at a center section or at a center section and side sections.
Compounds of general formula: CH 3 -(CH=CH) n -R wherein n = 3, 5, 7; R is selected from -CO-OR', -CO-O (-), R' being selected from H, C 1 -C 22 alkyl or alkenyl, aryl or aralkyl, or sugars; and pharmaceutically acceptable salts thereof, preferably such as sodium, potassium, lysine salts, each compound of general formula being used as such or in admixture with one or more of the other ones, for use in the prevention or treatment of skin cancer resulting from DNA damage produced by UV radiation in the human keratinocytes, wherein the compounds topically administered to the skin produce at least the following combined effects: preservation of cell viability, positivity to annex in V, apoptosis inhibition, inhibition of caspase-3 protein expression, inhibition of CPDs and 8-OHdG. wherein n = 3, 5, 7; R is selected from -CO-OR', -CO-O (-), R' being selected from H, C 1 -C 22 alkyl or alkenyl, aryl or aralkyl, or sugars; and pharmaceutically acceptable salts thereof, preferably such as sodium, potassium, lysine salts, each compound of general formula being used as such or in admixture with one or more of the other ones, for use in the prevention or treatment of skin cancer resulting from DNA damage produced by UV radiation in the human keratinocytes, wherein the compounds topically administered to the skin produce at least the following combined effects: preservation of cell viability, positivity to annex in V, apoptosis inhibition, inhibition of caspase-3 protein expression, inhibition of CPDs and 8-OHdG.
Method for controlling signalling of incoming telephone calls during routing, comprising the following steps: - detecting an incoming telephone call; - determining an interval (d, t) from an upcoming route reference point or from the outputting of an upcoming manoeuvring instruction on a predefined route in reaction to the detected telephone call; - delaying the signalling of the incoming telephone call until a manoeuvring instruction has been output when the determined interval (d, t) from the upcoming route reference point or from the outputting of the upcoming manoeuvring instruction drops below a predefined first threshold value (D 1, T 1), characterized by - determining an interval between the upcoming route reference point and at least one following route reference point; and - determining a local diversion if the interval (d, t) between the upcoming route reference point and the at least one following route reference point drops below a predefined third threshold value (T 3); - outputting a manoeuvre instruction which has been brought forward and which is followed by signalling of the incoming telephone call, - ending the local diversion and outputting manoeuvring instructions which direct the driver back to the predefined route when the telephone call has ended, wherein the local diversion is determined in such a way that a complex sequence of closely successive manoeuvres is avoided, and wherein the manoeuvring instruction which is output comprises an instruction which is modified with respect to an originally provided manoeuvring instruction and is in the form of a shortened instruction, and instructions relating to the local diversion. - detecting an incoming telephone call; - determining an interval (d, t) from an upcoming route reference point or from the outputting of an upcoming manoeuvring instruction on a predefined route in reaction to the detected telephone call; - delaying the signalling of the incoming telephone call until a manoeuvring instruction has been output when the determined interval (d, t) from the upcoming route reference point or from the outputting of the upcoming manoeuvring instruction drops below a predefined first threshold value (D 1, T 1), characterized by - determining an interval between the upcoming route reference point and at least one following route reference point; and - determining a local diversion if the interval (d, t) between the upcoming route reference point and the at least one following route reference point drops below a predefined third threshold value (T 3); - outputting a manoeuvre instruction which has been brought forward and which is followed by signalling of the incoming telephone call, - ending the local diversion and outputting manoeuvring instructions which direct the driver back to the predefined route when the telephone call has ended,
Paper suitable for use as separator in an electrochemical cell, which comprises at least 60 wt.% of aramid fibril and at least 1 wt.% of aramid fiber, the paper having a grammage of 5 to 100 g/m2, and the aramid fibril having a Canadian Standard Freeness in the wet phase of less than 300 ml and a specific surface area after drying of less than 3 m2/g.
An electronic device, comprising: a node configured to communicatively couple to an antenna; and an interface circuit, communicatively coupled to the node, configured to communicate with a recipient electronic device, and configured to: receive a wake-up-radio -setup request associated with the recipient electronic device, wherein the WUR-setup request specifies a proposed configurable wake-up-frame format; and provide a WUR-setup response intended for the recipient electronic device, wherein the WUR-setup response specifies a selected configurable wake-up-frame format. a node configured to communicatively couple to an antenna; and an interface circuit, communicatively coupled to the node, configured to communicate with a recipient electronic device, and configured to: receive a wake-up-radio -setup request associated with the recipient electronic device, wherein the WUR-setup request specifies a proposed configurable wake-up-frame format; and provide a WUR-setup response intended for the recipient electronic device, wherein the WUR-setup response specifies a selected configurable wake-up-frame format. receive a wake-up-radio -setup request associated with the recipient electronic device, wherein the WUR-setup request specifies a proposed configurable wake-up-frame format; and provide a WUR-setup response intended for the recipient electronic device, wherein the WUR-setup response specifies a selected configurable wake-up-frame format.
An anode active material, comprising silicon-based particles obtained from a silicon alloy, the silicon-based particles having a faceted shape, characterized in that the silicon-based particles having a faceted shape have an average diameter of 0.1 to 30 μm, characterized in that the anode active material is a single phase consisting of only silicon-based particles obtained from a Si/Al/Fe alloy with atomic ratio of 75/15/10(%).
A computer-implemented method for registration of patient eyes for ophthalmic surgery, the method comprising: acquiring a surgical image including the limbus of a patient eye subject to ophthalmic surgery; overlaying the surgical image on a diagnostic image including the limbus, the diagnostic image being previously acquired from the patient eye; aligning a first limbus center of the surgical image with a second limbus center of the diagnostic image; generating, using an image processing operation, at least one first marker in the surgical image and at least one second marker in the diagnostic image at a common location of the iris of the patient eye, wherein the markers are iris markers (204, 204-1, 204-2) indicative of an iris structure; and displaying the surgical image being rotated about the first limbus center over an angular range, wherein the surgical image has a transparency enabling simultaneous viewing of the surgical image and the diagnostic image during at least a portion of the angular range, and wherein the angular range includes an alignment angle for the surgical image at which the surgical image and the diagnostic image are cyclotorsonally aligned with respect to the first limbus center and the second limbus center, respectively, wherein the displaying includes displaying the at least one first marker in the surgical image and the at least second marker in the diagnostic image. acquiring a surgical image including the limbus of a patient eye subject to ophthalmic surgery; overlaying the surgical image on a diagnostic image including the limbus, the diagnostic image being previously acquired from the patient eye; aligning a first limbus center of the surgical image with a second limbus center of the diagnostic image; generating, using an image processing operation, at least one first marker in the surgical image and at least one second marker in the diagnostic image at a common location of the iris of the patient eye, wherein the markers are iris markers (204, 204-1, 204-2) indicative of an iris structure; and displaying the surgical image being rotated about the first limbus center over an angular range, wherein the surgical image has a transparency enabling simultaneous viewing of the surgical image and the diagnostic image during at least a portion of the angular range, and wherein the angular range includes an alignment angle for the surgical image at which the surgical image and the diagnostic image are cyclotorsonally aligned with respect to the first limbus center and the second limbus center, respectively, wherein the displaying includes displaying the at least one first marker in the surgical image and the at least second marker in the diagnostic image.
A computer-implemented method for facilitating uplink communication from a plurality of user equipments to a base station in an LTE communication system, implemented at each of the plurality of user equipments, the method comprising: a) selecting, at each of the plurality of user equipments, a different subset of one or more frequency subcarriers within a shared LTE resource block; and b) at each user equipment, using the selected subset of one or more frequency subcarriers for communication from that user equipment to the base station; wherein for legacy LTE operation, each of other LTE resource blocks are allocated to a single user equipment, and wherein the plurality of user equipments are configured to perform frequency hopping in a common pattern, wherein each of the plurality of user equipments has a different frequency hopping starting time or a different frequency hopping starting location within the common pattern. a) selecting, at each of the plurality of user equipments, a different subset of one or more frequency subcarriers within a shared LTE resource block; and b) at each user equipment, using the selected subset of one or more frequency subcarriers for communication from that user equipment to the base station;
Apparatus for detecting ultrasound images from a body under examination, the apparatus comprises a first emitting unit arranged for emitting ultrasound pulses, the first emitting unit comprises one or more electroacoustic transducers, and a first receiving unit arranged for receiving ultrasound pulses, the first receiving unit comprises one or more electroacoustic transducers, said first emitting unit and said first receiving unit facing each other and spaced apart from each other by a predetermined distance such that they are arranged at opposite sides of a cavity housing said body under examination and the ultrasound pulses emitted from said first emitting unit are received by said first receiving unit after passing through the body under examination and are transformed into transmission signals, a control unit for said first emitting unit, a processing unit arranged for processing the received signals, image generating means and displaying means for said images, said processing unit comprising a unit evaluating the attenuation of ultrasound pulses and/or the propagation speed of ultrasound pulses, characterized in that said processing unit comprises a unit comparing said values of the propagation speed of ultrasound pulses and/or of the attenuation of ultrasound pulses with predetermined threshold values, the processing unit is arranged so as to detect if the transmission signals indicate the presence of contrast agents within the body under examination when the comparison of said attenuation of ultrasound pulses and/or of said propagation speed of ultrasound pulses is under or over said threshold values.
A system (400, 400') for assembling a plurality of cartridges for an aerosol delivery device, the system comprising: an input feeder (504b', 504b") configured to dispense a substantially-continuous input comprising a plurality of heating elements engaged with a substantially-continuous liquid transport element; an assembly feeder (522', 522") configured to engage a first heating terminal and a second heating terminal with one of the heating elements; a welder configured to weld the first heating terminal and the second heating terminal to the one of the heating elements; and a cutter configured to cut the substantially-continuous input to singulate the one of the heating elements to which the first heating terminal and the second heating terminal are attached and a corresponding liquid transport segment from the substantially-continuous input. an input feeder (504b', 504b") configured to dispense a substantially-continuous input comprising a plurality of heating elements engaged with a substantially-continuous liquid transport element; an assembly feeder (522', 522") configured to engage a first heating terminal and a second heating terminal with one of the heating elements; a welder configured to weld the first heating terminal and the second heating terminal to the one of the heating elements; and a cutter configured to cut the substantially-continuous input to singulate the one of the heating elements to which the first heating terminal and the second heating terminal are attached and a corresponding liquid transport segment from the substantially-continuous input.
A patient lift (10, 30) comprising a boom (18, 38, 312) and a spreader element (20, 40, 324), and a friction coupling (100, 120, 300) releasably attaching the boom (18, 38, 312) and spreader element (20, 40, 324), characterised in that the friction coupling includes first and second friction elements (102, 132, 364), wherein at least one friction element is biased against a part of the boom and wherein a spring (110, 128, 356) is operable to bias the first and second friction elements apart and towards the boom element.
A bracket with nut that is fitted into an interior of a groove-shaped bead formed on a surface of a member, the bracket with nut comprising a nut part into which a bolt is screwed, and a bracket part that supports the nut part and is retained by an opening formed in a bottom wall (b) of the bead, the bracket part comprising a base portion that abuts against the surface on opposite sides of the bead, a pair of first leg portions that extend in a direction in which the first leg portions approach each other along the bottom wall (b) of the bead from two positions, in a longitudinal direction of the bead, of the base portion, a pair of second leg portions that extend from tips of the pair of first leg portions while extending through the opening, and a pair of third leg portions that extend in a direction in which the third leg portions approach each other from the tips of the pair of second leg portions and are opened out by the bolt, and the nut part being provided at a position, sandwiched by the pair of first leg portions, of the base portion.
A method comprising: receiving, by a wireless device, a first medium access control control element comprising a first field indicating activation of a cell configured with one or more bandwidth parts (BWPs); after activation of the cell based on the first MAC CE, receiving a second MAC CE (3804, 3902) comprising: a bandwidth part identifier field indicating a bandwidth part of the one or more BWPs of the cell; and a channel state information report configuration field indicating activation of a CSI report configuration; activating, based on the second MAC CE, the CSI report configuration on the bandwidth part (3805, 3903); and transmitting, based on the CSI report configuration, one or more CSI reports (3806, 3904). receiving, by a wireless device, a first medium access control control element comprising a first field indicating activation of a cell configured with one or more bandwidth parts (BWPs); after activation of the cell based on the first MAC CE, receiving a second MAC CE (3804, 3902) comprising: a bandwidth part identifier field indicating a bandwidth part of the one or more BWPs of the cell; and a channel state information report configuration field indicating activation of a CSI report configuration; a bandwidth part identifier field indicating a bandwidth part of the one or more BWPs of the cell; and a channel state information report configuration field indicating activation of a CSI report configuration; activating, based on the second MAC CE, the CSI report configuration on the bandwidth part (3805, 3903); and transmitting, based on the CSI report configuration, one or more CSI reports (3806, 3904).
An assembly for subsequently installing a direction-finding antenna in a radome, comprising: a radome and a plurality of antenna elements (101, 101') which are attached to the inside of an outer shell of the radome, wherein the plurality of antenna elements (101, 101') comprise a dipole antenna each, wherein the respective dipole antenna has a long and a short extension direction and wherein said long extension direction of the respective dipole antenna is preferably vertically alignable to the circumferential direction of the radome, and wherein the direction-finding antenna is suitable for use in an interferometer direction-finding method and/or in an Adcock direction-finding method, preferably in a correlative interferometer direction-finding method and particularly preferably for use in mobile systems suitable for performing at least one of the mentioned direction-finding methods. a radome and a plurality of antenna elements (101, 101') which are attached to the inside of an outer shell of the radome, wherein the plurality of antenna elements (101, 101') comprise a dipole antenna each, wherein the respective dipole antenna has a long and a short extension direction and wherein said long extension direction of the respective dipole antenna is preferably vertically alignable to the circumferential direction of the radome, and wherein the direction-finding antenna is suitable for use in an interferometer direction-finding method and/or in an Adcock direction-finding method, preferably in a correlative interferometer direction-finding method and particularly preferably for use in mobile systems suitable for performing at least one of the mentioned direction-finding methods.