mhurhangee/ep-ind-claims huggingface dataset:
A user device for a wireless communication with a plurality of wireless network elements (210 1 -210 4), the user device comprising: a plurality of antennas (200, 202, 202 x, 202 1, 202 2), the plurality of antennas (200, 202, 202 x, 202 1, 202 2) configured to form a plurality of spatial or directional beams (206 1 -206 4), wherein the user device is configured to provide simultaneously a plurality of independent wireless communication links (208 1 -208 4) using the plurality of spatial or directional beams (206 1 -206 4), wherein the user device is configured to provide a first wireless communication link (208 1) with a first wireless network element (210 1) using a first spatial or directional beam (206 1) and to provide a second wireless communication link (208 2) with a second wireless network element (210 2) using a second spatial or directional beam (206 2), characterized in that the user device is configured to split a message or duplicate a message or create a redundancy version of a message, and to transmit the parts of the message over the first and second wireless communication links (208 1 -208 2), wherein the message may be of the type data message or control message. a plurality of antennas (200, 202, 202 x, 202 1, 202 2), the plurality of antennas (200, 202, 202 x, 202 1, 202 2) configured to form a plurality of spatial or directional beams (206 1 -206 4), wherein the user device is configured to provide simultaneously a plurality of independent wireless communication links (208 1 -208 4) using the plurality of spatial or directional beams (206 1 -206 4), wherein the user device is configured to provide a first wireless communication link (208 1) with a first wireless network element (210 1) using a first spatial or directional beam (206 1) and to provide a second wireless communication link (208 2) with a second wireless network element (210 2) using a second spatial or directional beam (206 2), characterized in that the user device is configured to split a message or duplicate a message or create a redundancy version of a message, and to transmit the parts of the message over the first and second wireless communication links (208 1 -208 2), wherein the message may be of the type data message or control message.
A method for sterilizing an article in a sealable sterilization chamber, said method comprising the steps of a. placing the article into the sterilization chamber, b. sealing the chamber, c. applying to the chamber a vacuum of a first pressure, the first pressure being sufficient to evaporate an aqueous solution of hydrogen peroxide to form water vapor and hydrogen peroxide gas at the temperature of an atmosphere in the chamber, d. interrupting all removal of any component of the chamber atmosphere after applying the vacuum at least until the end of a second exposure period, e. during a first exposure period, humidifying the chamber atmosphere solely by injecting evaporated aqueous hydrogen peroxide solution into the sealed chamber, and terminating the injecting once a preselected second pressure, higher than the first pressure, is reached in the sealed sterilization chamber, wherein the injecting evaporated hydrogen peroxide solution includes injecting repeated pulses of evaporated hydrogen peroxide solution at a pulse volume of less than 75 μL; f. during the second exposure period following the first exposure period, injecting a dry ozone or nitric oxide containing gas into the chamber, whereby the humidifying of the chamber atmosphere improves a sterilization efficiency of the dry ozone or nitric oxide containing gas to achieve sterilization of the article; g. removing residual sterilant from the chamber at the end of the second exposure period, and h. removing the sterilized article from the chamber. a. placing the article into the sterilization chamber, b. sealing the chamber, c. applying to the chamber a vacuum of a first pressure, the first pressure being sufficient to evaporate an aqueous solution of hydrogen peroxide to form water vapor and hydrogen peroxide gas at the temperature of an atmosphere in the chamber, d. interrupting all removal of any component of the chamber atmosphere after applying the vacuum at least until the end of a second exposure period, e. during a first exposure period, humidifying the chamber atmosphere solely by injecting evaporated aqueous hydrogen peroxide solution into the sealed chamber, and terminating the injecting once a preselected second pressure, higher than the first pressure, is reached in the sealed sterilization chamber, wherein the injecting evaporated hydrogen peroxide solution includes injecting repeated pulses of evaporated hydrogen peroxide solution at a pulse volume of less than 75 μL; f. during the second exposure period following the first exposure period, injecting a dry ozone or nitric oxide containing gas into the chamber, whereby the humidifying of the chamber atmosphere improves a sterilization efficiency of the dry ozone or nitric oxide containing gas to achieve sterilization of the article; g. removing residual sterilant from the chamber at the end of the second exposure period, and h. removing the sterilized article from the chamber.
A bare metal resource configured for being provided to a tenant of a cloud computing environment, the bare metal resource comprising: a trusted portion including a processing circuit, a clearance manager, and an image repository; and an untrusted portion including untrusted software that includes a basic input/output system, BIOS,, wherein, in response to a signal received at the bare metal resource that the bare metal resource is operable to be provisioned to a tenant of the cloud provider, the clearance manager is executable by the processing circuit during bootup of the bare metal resource to perform a clearance process on the untrusted portion, the clearance process including deleting any data stored in storage devices of the untrusted portion by a previous tenant and loading a trusted BIOS from the image repository into the untrusted portion, to place the bare metal resource in a trusted state. a trusted portion including a processing circuit, a clearance manager, and an image repository; and an untrusted portion including untrusted software that includes a basic input/output system, BIOS,, wherein, in response to a signal received at the bare metal resource that the bare metal resource is operable to be provisioned to a tenant of the cloud provider, the clearance manager is executable by the processing circuit during bootup of the bare metal resource to perform a clearance process on the untrusted portion, the clearance process including deleting any data stored in storage devices of the untrusted portion by a previous tenant and loading a trusted BIOS from the image repository into the untrusted portion, to place the bare metal resource in a trusted state.
A computer-implemented data transmitting method in a narrow-band GMRS or FRS communication system, for data communication between a two-way radio at a transmitting end and a two-way radio at a receiving end, wherein the data transmitting method comprising: transmitting, by the two-way radio at the transmitting end, a pilot signal to the two-way radio at the receiving end, the pilot signal being used to set the two-way radio at the receiving end into an operating state; and after transmitting the pilot signal by the two-way radio at the transmitting end, transmitting, by the two-way radio at the transmitting end, data to be transmitted to the two-way radio at the receiving end, characterized in that, the data transmitting method further comprising: after transmitting the pilot signal and before transmitting data to be transmitted by the two-way radio at the transmitting end, waiting for a period of time by the two-way radio at the transmitting end, during the period of time the transmitting state of the two-way radio at the transmitting end is not switched off, and a duration of the period of time is less than a time length for the two-way radio at the receiving end re-entering into a sleeping state from the operating state, and a sum of a duration of the pilot signal, the duration of the period of time and a duration for transmitting data to be transmitted is not greater than 1s. transmitting, by the two-way radio at the transmitting end, a pilot signal to the two-way radio at the receiving end, the pilot signal being used to set the two-way radio at the receiving end into an operating state; and after transmitting the pilot signal by the two-way radio at the transmitting end, transmitting, by the two-way radio at the transmitting end, data to be transmitted to the two-way radio at the receiving end, characterized in that, the data transmitting method further comprising: after transmitting the pilot signal and before transmitting data to be transmitted by the two-way radio at the transmitting end, waiting for a period of time by the two-way radio at the transmitting end, during the period of time the transmitting state of the two-way radio at the transmitting end is not switched off, and a duration of the period of time is less than a time length for the two-way radio at the receiving end re-entering into a sleeping state from the operating state, and a sum of a duration of the pilot signal, the duration of the period of time and a duration for transmitting data to be transmitted is not greater than 1s.
Fire damper flap with a housing and a blocker flap sheet mounted therein, in particular in the centre in relation to the housing cross-section, and capable of pivoting about an axis of rotation between an open position and a closed position, which can be pivoted against the resetting force of a spring element out of its closed position into its open position, wherein, in order to fix the blocker flap sheet in its open position, a holding element is provided, which, in the open position of the blocker flap sheet, interacts with a holding region of a thermally-triggered trigger device, wherein the holding region can be triggered by heat or the like and can be automatically moved into its release position, wherein, due to the interaction between the holding element and the holding region located in the holding position, the blocker flap sheet is held in its open position, and wherein, after the triggering of the trigger device, and therefore after the movement of the holding region out of its holding position into its release position, the movement takes place of the blocker flap sheet into its closed position due to the resetting force of the spring element, characterised in that, in order to move the blocker flap sheet between its closed position and its open position and vice-versa, the fire damper flap comprises a drive unit, arranged on the outside of the housing and connected directly or indirectly to the blocker flap sheet, and that, in order for the release to be remotely controlled of the fixing arrangement between the holding region of the triggering device and the holding element, to be followed by the movement of the blocker flap sheet, caused by the drive or the spring element, out of its open position into its closed position, either the region of the holding element interacting with the holding region of the triggering device or the holding region of the triggering device interacting with the holding element can be moved by means of the remotely-controlled release device, wherein the speed of the movement of the blocker flap sheet out of its open position into its closed position can be determined by the drive.
A computer-implemented method for generating pre-scaled images for n mammography images of a series or a subset of the n mammography images, wherein n is not zero, the series containing a plurality of mammography images, each mammography image displaying a breast having tissue points, the method performed by a processor, the computer-implemented method comprising: obtaining, by the processor, an overview image for the series, the overview image representing all or a subset of the series, said overview image including overview tissue points belonging to the mammographic images of the series or the subset of the series, obtaining, by the processor, an overview breast window for the overview image as the smallest region that encloses all of the tissue points in the overview image, rendering, by the processor, the pre-scaled images for all of the n mammography images or the subset of the n mammography images based on the overview breast window, wherein each pre-scaled image is mapped to the viewing area of a mammography system in a consistent manner. obtaining, by the processor, an overview image for the series, the overview image representing all or a subset of the series, said overview image including overview tissue points belonging to the mammographic images of the series or the subset of the series, obtaining, by the processor, an overview breast window for the overview image as the smallest region that encloses all of the tissue points in the overview image, rendering, by the processor, the pre-scaled images for all of the n mammography images or the subset of the n mammography images based on the overview breast window, wherein each pre-scaled image is mapped to the viewing area of a mammography system in a consistent manner.
Support for metal posts, which support comprises a first body configured in one single piece, characterised in that said first body comprises: - a plate folded by means of a fold that defines in the plate a first side and a second side opposite the first side with respect to the fold, the plate comprising, due to the fold, a convex zone and a concave zone; - a first through hole made in the plate, and which extends along both sides (9, 10) of the fold, occupying part of the first side and part of the second side; - at least one tab (14, 15), which starts from the plate and runs towards the convex zone; - hooks (17, 18) defined in the tab or tabs (14, 15); and - notches (19, 20) defined in the tab or tabs (14, 15); wherein the support additionally comprises fastening means to connect to the post an element intended to be supported on the post, wherein the fastening means comprise respective fastening zones located respectively on each side (8, 9) of the plate. - a plate folded by means of a fold that defines in the plate a first side and a second side opposite the first side with respect to the fold, the plate comprising, due to the fold, a convex zone and a concave zone; - a first through hole made in the plate, and which extends along both sides (9, 10) of the fold, occupying part of the first side and part of the second side; - at least one tab (14, 15), which starts from the plate and runs towards the convex zone; - hooks (17, 18) defined in the tab or tabs (14, 15); and - notches (19, 20) defined in the tab or tabs (14, 15);
A method performed by a user equipment, UE, comprising: receiving a channel state information-reference symbols, CSI-RS, sequence using an NxK CSI-RS resource, the NxK CSI-RS resource comprising N non-adjacent orthogonal frequency division multiplexing, OFDM, symbols by K non-adjacent physical resource blocks, PRBs, where N and K are positive integers, wherein the NxK CSI-RS resource comprises repetitions of CSI-RS resource components, each CSI-RS resource component being within a time-frequency space defined by n consecutive OFDM symbols in the time dimension and k consecutive PRBs in the frequency dimension, wherein for each CSI-RS resource component, the CSI-RS transmission makes use of n 1 out of the n OFDM symbols and makes use of k 1 out of the k PRBs, where n, k, n 1, k 1 are positive integers, wherein there is at least one of a gap between consecutive CSI-RS resource components of a CSI-RS resource in the time dimension and a gap between consecutive CSI-RS resource components of the CSI-RS resource in the frequency dimension, characterised in that the CSI-RS resource component is formed of s different CSI-RS resource component unit types, each CSI-RS resource component unit type comprising a respective number v of adjacent resource elements in the frequency domain and a respective number u of adjacent OFDM symbols in the time domain, wherein u and v are positive integers. receiving a channel state information-reference symbols, CSI-RS, sequence using an NxK CSI-RS resource, the NxK CSI-RS resource comprising N non-adjacent orthogonal frequency division multiplexing, OFDM, symbols by K non-adjacent physical resource blocks, PRBs, where N and K are positive integers, wherein the NxK CSI-RS resource comprises repetitions of CSI-RS resource components, each CSI-RS resource component being within a time-frequency space defined by n consecutive OFDM symbols in the time dimension and k consecutive PRBs in the frequency dimension, wherein for each CSI-RS resource component, the CSI-RS transmission makes use of n 1 out of the n OFDM symbols and makes use of k 1 out of the k PRBs, where n, k, n 1, k 1 are positive integers, wherein there is at least one of a gap between consecutive CSI-RS resource components of a CSI-RS resource in the time dimension and a gap between consecutive CSI-RS resource components of the CSI-RS resource in the frequency dimension, characterised in that the CSI-RS resource component is formed of s different CSI-RS resource component unit types, each CSI-RS resource component unit type comprising a respective number v of adjacent resource elements in the frequency domain and a respective number u of adjacent OFDM symbols in the time domain, wherein u and v are positive integers.
A microwave ablation system, comprising: a microwave applicator (110, 800, 1400) including an antenna (230, 810, 1410) configured to deliver microwave energy to ablate tissue; a microwave generator (140, 1000, 1010, 1020) coupled to the microwave applicator and configured to generate a microwave signal and transmit the microwave signal to the antenna via a transmission network (120, 125); a thermometry circuit (500, 600, 1300) coupled between the microwave generator and the microwave applicator, the thermometry circuit including a radiometer (160, 400, 420, 510) configured to measure a noise temperature signal and a coupling network (130, 300, 350, 375, 530) coupled to the transmission network and configured to provide a noise temperature signal propagating in the transmission network to the radiometer; and a controller (150, 540) coupled to the thermometry circuit and configured to calculate a temperature value based on the noise temperature signal; wherein the thermometry circuit further includes a filter arrangement (520; 1802, 1804) configured to isolate the noise temperature signal from the microwave signal generated by the microwave generator, and configured to obtain a noise temperature signal from the tissue and a noise temperature signal from a component of the microwave ablation system. a microwave applicator (110, 800, 1400) including an antenna (230, 810, 1410) configured to deliver microwave energy to ablate tissue; a microwave generator (140, 1000, 1010, 1020) coupled to the microwave applicator and configured to generate a microwave signal and transmit the microwave signal to the antenna via a transmission network (120, 125); a thermometry circuit (500, 600, 1300) coupled between the microwave generator and the microwave applicator, the thermometry circuit including a radiometer (160, 400, 420, 510) configured to measure a noise temperature signal and a coupling network (130, 300, 350, 375, 530) coupled to the transmission network and configured to provide a noise temperature signal propagating in the transmission network to the radiometer; and a controller (150, 540) coupled to the thermometry circuit and configured to calculate a temperature value based on the noise temperature signal; wherein the thermometry circuit further includes a filter arrangement (520; 1802, 1804) configured to isolate the noise temperature signal from the microwave signal generated by the microwave generator, and configured to obtain a noise temperature signal from the tissue and a noise temperature signal from a component of the microwave ablation system.
Method for computing a secret value comprising a first secret and a second secret using a function including an operation, according to an encryption schema having distributive and/or associative properties, wherein the operation comprises at least one of: multiplication, logical AND, addition, or logical XOR of the first and second secret, wherein the method comprises the steps of: computing, by a host, a first encrypted value of the first secret with a first key; sending, by the host, the first encrypted value to a value holder and the first key to a key holder, wherein the value holder and the key holder are independently trusted by the host; computing, by the value holder, a computed encrypted value (En) from the first encrypted value using the function; and computing, by the key holder, a computed key (Kn) from the first key using the function. computing, by a host, a first encrypted value of the first secret with a first key; sending, by the host, the first encrypted value to a value holder and the first key to a key holder, wherein the value holder and the key holder are independently trusted by the host; computing, by the value holder, a computed encrypted value (En) from the first encrypted value using the function; and computing, by the key holder, a computed key (Kn) from the first key using the function.
An apparatus for cutting and milling of downhole tubulars in a wellbore, comprising: an elongated main body having an elongated bore therethrough, and a means of connecting to a workstring; a piston slidably disposed in said main body bore and movable between a first, upper position and a second, lower position, said piston having a longitudinal bore therethrough, and a spring disposed in said main body bore and biasing said piston toward said first, upper position; a plurality of operating arms rotatably connected to said main body and movable between a first, retracted position and a second, extended position, said operating arms operatively connected to said piston so that when said piston is in said upper position, said operating arms are forced to said first retracted position, and when said piston is in said lower position, said operating arms are forced to said second extended position; a plurality of cutter bases connected to said operating arms, and one or more cutters attached to each of said plurality of cutter bases; and. one or more link members connecting each of said plurality of cutter bases to said main body, whereby each of said plurality of cutter bases is maintained substantially parallel to said main body in each of said first and second positions. an elongated main body having an elongated bore therethrough, and a means of connecting to a workstring; a piston slidably disposed in said main body bore and movable between a first, upper position and a second, lower position, said piston having a longitudinal bore therethrough, and a spring disposed in said main body bore and biasing said piston toward said first, upper position; a plurality of operating arms rotatably connected to said main body and movable between a first, retracted position and a second, extended position, said operating arms operatively connected to said piston so that when said piston is in said upper position, said operating arms are forced to said first retracted position, and when said piston is in said lower position, said operating arms are forced to said second extended position; a plurality of cutter bases connected to said operating arms, and one or more cutters attached to each of said plurality of cutter bases; and. one or more link members connecting each of said plurality of cutter bases to said main body, whereby each of said plurality of cutter bases is maintained substantially parallel to said main body in each of said first and second positions.