mhurhangee/patent-ind-claim-en huggingface dataset:
A service exchange system comprising: a service peering exchange configured for execution by a service peering exchange platform comprising one or more computing devices; and a cloud exchange connected via an access link to the service peering exchange platform, wherein the cloud exchange is configured with: a first virtual circuit connecting a first customer network to the service peering exchange via the access link; and a second virtual circuit connecting a second customer network to the service peering exchange via the access link, wherein the service peering exchange is configured to receive, at a service exchange endpoint of the service peering exchange, via the first virtual circuit, an incoming service request destined to the service exchange endpoint, wherein the incoming service request can invoke an application programming interface for an application configured for execution by the second customer network, and wherein the service peering exchange is configured to output, in response to receiving the incoming service request, via the second virtual circuit, an outgoing service request destined to a service endpoint of the second customer network , wherein the outgoing service request can invoke the application programming interface of the application configured for execution by the second customer network. a first virtual circuit connecting a first customer network to the service peering exchange via the access link; and a second virtual circuit connecting a second customer network to the service peering exchange via the access link, wherein the service peering exchange is configured to receive, at a service exchange endpoint of the service peering exchange, via the first virtual circuit, an incoming service request destined to the service exchange endpoint, wherein the incoming service request can invoke an application programming interface for an application configured for execution by the second customer network, and wherein the service peering exchange is configured to output, in response to receiving the incoming service request, via the second virtual circuit, an outgoing service request destined to a service endpoint of the second customer network , wherein the outgoing service request can invoke the application programming interface of the application configured for execution by the second customer network.
Heat-sensitive recording material, comprising a carrier substrate and also a heat-sensitive colour-forming layer containing at least one colour former, at least one phenol-free colour developer and at least one sensitising agent, characterised in that the at least one colour developer is a compound of the formula (I) wherein Ar 1 and Ar 2 are a phenyl radical and/or a C 1 -C 4 alkyl-substituted phenyl radical, wherein the sensitising agent is 1,2-diphenoxyethane and wherein the dried heat-sensitive colour-forming layer is subjected to a smoothing step to adjust the Bekk smoothness, measured according to DIN 5310, to from 100 to 700 sec.
A processed food sterilization method, comprising: 1) a pretreating microbial reduction step for microwave heat-treating an original ingredient; 2) a packaging step for packaging the pretreated original ingredient; and 3) a sterilization step for retort sterilizing the packaged original ingredient; wherein the original ingredient in step 1) is an original ingredient having been immersed in a natural antimicrobial solution; wherein in step 2), the original ingredient is packaged together with sauce or broth; and wherein the retort sterilization in step 3) is performed for 20 to 40 minutes at 110 to 115°C, or the retort sterilization in step 3) is performed for 5 to 15 minutes at 121 to 125°C. wherein the original ingredient in step 1) is an original ingredient having been immersed in a natural antimicrobial solution; wherein in step 2), the original ingredient is packaged together with sauce or broth; and wherein the retort sterilization in step 3) is performed for 20 to 40 minutes at 110 to 115°C, or the retort sterilization in step 3) is performed for 5 to 15 minutes at 121 to 125°C.
Filter element with a preferably multilayer structure of a pleated filter medium with a plurality of individual filter pleats , wherein, due to an alternating sequence of filter pleats with a first pleat height (h1) and filter pleats with a second pleat height (h2), a more effective filter surface is available than with filter pleats with a uniform pleat height, with the result that, when a fluid to be filtered flows through said filter element, there is a lower surface load overall for the filter medium and a lower passage speed of the fluid during filtration, with the consequence that static loading of the filter medium is reduced during operation of the filter, and wherein the pleated filter medium is designed to be tubular in shape, characterised in that the straight portions of the filter pleats each run in a plane in which a middle longitudinal axis (MLA) of the filter medium also lies and in that the second pleat height (h2) is 85% to 95%, preferably 90%, of the first pleat height (h1).
Brush having a brush head body which comprises a recess through which a bundle of bristles passes, the securing-side end of which is provided by means of a melt process with a thickened portion for securing the bundle of bristles to the brush head body , characterized in that the brush head body forms a collar which extends up to the thickened portion and circumferentially surrounds the bundle of bristles and which is provided at a distance from a brush head body surface projected over by the bundle of bristles at the use side, and is bonded to the thickened portion by means of a melting process.
A method performed in a network node for transmitting data in a wireless network , the network node being configurable for controlling a multiple input multiple output antenna system , the method comprising: - beamforming user specific data streams {s k (t)} to one or more communication devices, UE k , k=1, ..., K, using respective beamforming vectors {v k }, wherein the beamforming vectors {v k } are based on respective channel information {g k } available for the respective communication devices, UE k , - precoding control information streams using a transmit diversity scheme, and - transmitting the beamformed user specific data streams and the precoded control information streams simultaneously in the same time and frequency resource, wherein the precoding comprises determining a precoding matrix to be in a nullspace of a combined channel matrix comprising a respective channel matrix for each of the one or more communication devices, UE k , k=i, ..., K. - beamforming user specific data streams {s k (t)} to one or more communication devices, UE k , k=1, ..., K, using respective beamforming vectors {v k }, wherein the beamforming vectors {v k } are based on respective channel information {g k } available for the respective communication devices, UE k , - precoding control information streams using a transmit diversity scheme, and - transmitting the beamformed user specific data streams and the precoded control information streams simultaneously in the same time and frequency resource, wherein the precoding comprises determining a precoding matrix to be in a nullspace of a combined channel matrix comprising a respective channel matrix for each of the one or more communication devices, UE k , k=i, ..., K.
A bill-separating-and-stacking unit comprising: a sheet roller configured to hit bills entering a bill-stacking space with a sheet , which is rotated, and configured to guide the bills to be stacked; a push plate configured to perform reciprocation and support the bills which are stacked in the bill-stacking space; and a shutter which is rotated in one direction to be located in a stacking position so that the sheet of the sheet roller is rotatable to an upper side of the bill-stacking space when the bills are stacked, and is rotated in a direction opposite the one direction to be located in a separating position so that the sheet is prevented from protruding to the upper side of the bill-stacking space when the bills are separated; the bill-separating-and-stacking unit characterized by further comprising: a push-plate-and-shutter driving unit having a single driving source such that the push plate is worked in conjunction with the shutter . a sheet roller configured to hit bills entering a bill-stacking space with a sheet , which is rotated, and configured to guide the bills to be stacked; a push plate configured to perform reciprocation and support the bills which are stacked in the bill-stacking space; and a shutter which is rotated in one direction to be located in a stacking position so that the sheet of the sheet roller is rotatable to an upper side of the bill-stacking space when the bills are stacked, and is rotated in a direction opposite the one direction to be located in a separating position so that the sheet is prevented from protruding to the upper side of the bill-stacking space when the bills are separated; the bill-separating-and-stacking unit characterized by further comprising: a push-plate-and-shutter driving unit having a single driving source such that the push plate is worked in conjunction with the shutter .
A method of a terminal having a universal integrated circuit card, eUICC, embedded therein for updating a subscription manager secure routing, SM-SR, , the method being characterized by comprising: receiving , from a mobile network operator, MNO, information indicating a modification of a first mobile subscriber issuer security domain number, MSISDN, stored in a MNO security domain, MNO-SD, of a profile stored in the eUICC to a second MSISDN, the profile being installed in the eUICC before receiving the information; detecting (712; 1101), by a controller of the terminal, an event which means that the first MSISDN stored in the MNO-SD of the profile installed in the eUICC is modified to the second MSISDN, wherein access and modification of the MNO-SD can be made only with an MNO OTA key held by the MNO; creating , by the controller of the terminal, an update request message for the SM-SR, which includes the second MSISDN when the event is detected; and transmitting (1103; 715), by the controller of the terminal, the update request message to the SM-SR. receiving , from a mobile network operator, MNO, information indicating a modification of a first mobile subscriber issuer security domain number, MSISDN, stored in a MNO security domain, MNO-SD, of a profile stored in the eUICC to a second MSISDN, the profile being installed in the eUICC before receiving the information; detecting (712; 1101), by a controller of the terminal, an event which means that the first MSISDN stored in the MNO-SD of the profile installed in the eUICC is modified to the second MSISDN, wherein access and modification of the MNO-SD can be made only with an MNO OTA key held by the MNO; creating , by the controller of the terminal, an update request message for the SM-SR, which includes the second MSISDN when the event is detected; and transmitting (1103; 715), by the controller of the terminal, the update request message to the SM-SR.
Removal apparatus for removing and conveying away bulk material from a bulk material pile , comprising a conveying device which can be positioned at a base of the bulk material pile in order to convey away bulk material from the bulk material pile , and a scraping device which is movable to and fro along a sloping face of the bulk material pile that faces the conveying device , wherein the scraping device comprises a plurality of activation elements which are designed for engaging contact with the bulk material , wherein at least one or more or all of the activation elements is/are plough-shaped and thus comprises/comprise at least one leading ploughshare with respect to one of the directions of movement of the scraping device , and at least one mouldboard trailing the ploughshare , characterized in that the plough-shaped activation element or activation elements is/are in the shape of a double-furrow plough, and therefore it or they at least in each case comprises/comprise a leading ploughshare in the two directions of movement of the scraping device and a respective mouldboard trailing the ploughshares .
Vehicle for the transport of transport goods having a chassis (C) which comprises at least one component (Q) which is associated with the rear side (R) of the vehicle (A) and which at the upper side thereof carries a loading floor (B), on which the respective transport goods can be deposited, wherein on the chassis (C) there is additionally provided an extension ladder which is arranged below the loading floor (B) and which is displaceably supported in a guide (F) which is also carried by the chassis (C) in order to move the extension ladder from a storage position, in which it is located below the loading floor (B), into a position for use, in which it is folded with respect to the ground (U) on which the vehicle (A) is standing in order to enable climbing onto the loading floor (B), wherein the extension ladder is subdivided into a guiding portion and a climbing portion which has a rung , of which the guiding portion is displaceably supported on the guide (F) and the climbing portion is displaceably supported on the guiding portion , and wherein on the guiding portion in the region of the end portion, in which the end of the climbing portion which is associated with the guiding portion is located, when the climbing portion has reached its maximum extension position in the guiding portion , a pivot bearing for the pivoting of the climbing portion into the position for use thereof is formed, characterised in that there is provided on the guiding portion a forming element which moves into engagement with a counter-element formed on the component (Q) when the guiding portion has reached its extension position in the guide (F) so that the guiding portion , in addition to being supported in the guide (F) when the climbing portion is pivoted into the position for use, is suspended on the component (Q).
A radio frequency, RF, functional probe for testing an RF device in a cryogenic environment, the RF functional probe comprising: a probe head configured to receive the RF device ; a flange structure ; an isolation structure coupled between the probe head and the flange structure , wherein the isolation structure includes a plurality of baffle structures ; and an RF cable structure extending from the flange structure , through the isolation structure , and to the probe head , wherein: the RF cable structure is configured to transmit signals to and from the RF device ; the isolation structure is configured to provide thermal and electrical isolation to reduce radiant heat leak from the RF cable structure to the RF device ; and each of the plurality of baffle structures further comprises a baffle with a centre baffle hole , the center baffle hole being located at the center of the baffle ; and characterized in that: each of the plurality of baffle structures includes cable guides , the cable guides of each of the plurality of baffle structures being configured to guide routing paths for the RF cable structure ; the baffles of the plurality of baffle structures have baffle slots ; each baffle slot extends from a periphery of the baffle towards the center baffle hole ; each baffle slot is configured to adapt a corresponding cable guide ; and each cable guide includes a plurality of separate guide holes that are aligned with a corresponding baffle slot . a probe head configured to receive the RF device ; a flange structure ; an isolation structure coupled between the probe head and the flange structure , wherein the isolation structure includes a plurality of baffle structures ; and an RF cable structure extending from the flange structure , through the isolation structure , and to the probe head , wherein: the RF cable structure is configured to transmit signals to and from the RF device ; the isolation structure is configured to provide thermal and electrical isolation to reduce radiant heat leak from the RF cable structure to the RF device ; and the RF cable structure is configured to transmit signals to and from the RF device ; the isolation structure is configured to provide thermal and electrical isolation to reduce radiant heat leak from the RF cable structure to the RF device ; and each of the plurality of baffle structures further comprises a baffle with a centre baffle hole , the center baffle hole being located at the center of the baffle ; each of the plurality of baffle structures includes cable guides , the cable guides of each of the plurality of baffle structures being configured to guide routing paths for the RF cable structure ; the baffles of the plurality of baffle structures have baffle slots ; each baffle slot extends from a periphery of the baffle towards the center baffle hole ; each baffle slot is configured to adapt a corresponding cable guide ; and each cable guide includes a plurality of separate guide holes that are aligned with a corresponding baffle slot .
Pavement formed by a set of concrete slabs with an H thickness, whereby - each of these slabs has several superficial grooves of an H3 height delimiting sub-slabs ; - each of these slabs comprises, as reinforcement, a set of tie bars (25, 27; 26, 28) of sub-slabs adjacent to both sides of these superficial grooves that are arranged under them at an H2 distance; - H2+H3 is less than H/2 and the H1 distance between tie bars (25,27; 26, 28) and half the H thickness of the slabs is of sufficient magnitude so that sub-slabs can transmit negative bending moments between them by upper tractions and lower compressions; - the width of a fissure that delimits the sub-slabs between the lower and upper parts of the tie bars (25, 27; 26, 28) of sub-slabs is zero. - each of these slabs has several superficial grooves of an H3 height delimiting sub-slabs ; - each of these slabs comprises, as reinforcement, a set of tie bars (25, 27; 26, 28) of sub-slabs adjacent to both sides of these superficial grooves that are arranged under them at an H2 distance; - H2+H3 is less than H/2 and the H1 distance between tie bars (25,27; 26, 28) and half the H thickness of the slabs is of sufficient magnitude so that sub-slabs can transmit negative bending moments between them by upper tractions and lower compressions; - the width of a fissure that delimits the sub-slabs between the lower and upper parts of the tie bars (25, 27; 26, 28) of sub-slabs is zero.
A computer-implemented method for co-expression analysis of multiple markers in a tissue sample comprising: computing a heat map of marker expression for each of a plurality of single marker channel images, wherein heat maps of marker expressions are computed by applying a low pass filter to each of the plurality of single marker channel images, and wherein each of the plurality of single marker channel images comprise a single marker; identifying one or more candidate regions of interest, ROIs, in each heat map of marker expression by applying a local maximum filter to each heat map of marker expression and selecting a predetermined number of highest ranked local maxima, and delineating a field of view, FOV, having N x N pixels around each of the selected predetermined number of highest ranked local maxima, wherein the N x N pixel FOVs are selected as the identified one or more candidate ROIs; computing overlay masks comprising the identified one or more candidate ROIs from each heat map of marker expression, an overlay mask being an image mask masking out all pixels not belonging to one of the identified candidate ROIs of the heat map the overlay mask was derived from; determining one or more co-localized ROIs from the overlay masks; transferring the identified one or more co-localized ROIs to each of the plurality of single marker channel images; and counting cells within at least one identified co-localized region of interest in at least some of the plurality of single marker channel images. computing a heat map of marker expression for each of a plurality of single marker channel images, wherein heat maps of marker expressions are computed by applying a low pass filter to each of the plurality of single marker channel images, and wherein each of the plurality of single marker channel images comprise a single marker; identifying one or more candidate regions of interest, ROIs, in each heat map of marker expression by applying a local maximum filter to each heat map of marker expression and selecting a predetermined number of highest ranked local maxima, and delineating a field of view, FOV, having N x N pixels around each of the selected predetermined number of highest ranked local maxima, wherein the N x N pixel FOVs are selected as the identified one or more candidate ROIs; computing overlay masks comprising the identified one or more candidate ROIs from each heat map of marker expression, an overlay mask being an image mask masking out all pixels not belonging to one of the identified candidate ROIs of the heat map the overlay mask was derived from; determining one or more co-localized ROIs from the overlay masks; transferring the identified one or more co-localized ROIs to each of the plurality of single marker channel images; and counting cells within at least one identified co-localized region of interest in at least some of the plurality of single marker channel images.
Mobile conference system , comprising a first mobile hands-free unit which serves as central unit and at least one second mobile hands-free unit which serves as satellite of the central unit, wherein the first and second mobile hands-free unit each have at least one microphone for recording audio signals, a loudspeaker for playing back audio signals to be played back, a battery unit for supplying energy, an operating unit , a muting operating element , a control interface for wireless bidirectional transmission of control commands, a control unit , at least one lighting unit , and a first transmitting/receiving unit for bidirectional wireless communication between the first and the at least one second mobile hands-free unit , wherein the first mobile hands-free unit comprises a second transmitting/receiving unit for wireless bidirectional audio communication with an external remote communication unit, wherein the first mobile hands-free unit is configured to wirelessly transmit audio signals which were received from the external remote communication unit by means of the second transmitting/receiving unit , to the second mobile hands-free unit by means of the first transmitting/receiving unit , wherein the first mobile hands-free unit comprises an audio mixing unit which is configured to mix audio signals which were received from the second mobile hands-free unit by means of the first transmitting/receiving unit with audio signals recorded by means of the at least one microphone of the first mobile hands-free unit and to wirelessly transmit said audio signals to the external remote communication unit by means of the second transmitting/receiving unit , wherein the at least one second mobile hands-free unit is configured to transmit, in response to an actuation of its muting operating element a muting control command via the control interface of the at least one second mobile hands-free unit to the control interface of the first mobile hands-free unit and wherein the first mobile hands-free unit is configured to provide in response to the receipt of the muting control command a common mute function for the entire mobile conference system by interrupting the output of the audio signals recorded by the microphones to the external remote communication unit by means of the second transmitting/receiving unit .