mhurhangee/patent-ind-claim-en huggingface dataset:
A method for assisting in determining an identity of a scanned person in computed tomography (CT) scanning, comprising: obtaining identity information of a scanned person; collecting facial image information of the scanned person after the scanned person is positioned, and determining whether the scanned person is a match based on the identity information of the scanned person by using a facial recognition algorithm; characterized by the method further comprising: performing a voice dialogue with the scanned person based on the identity information of the scanned person by using natural language processing technology after the scanned person is positioned, and determining whether the scanned person is a match; and if either of determining results of the above determining is mismatching, sending a reminder of determining an identity of the scanned person to an operator; and if both determining results of the above determining are matching, starting a scan. obtaining identity information of a scanned person; collecting facial image information of the scanned person after the scanned person is positioned, and determining whether the scanned person is a match based on the identity information of the scanned person by using a facial recognition algorithm; characterized by the method further comprising: performing a voice dialogue with the scanned person based on the identity information of the scanned person by using natural language processing technology after the scanned person is positioned, and determining whether the scanned person is a match; and if either of determining results of the above determining is mismatching, sending a reminder of determining an identity of the scanned person to an operator; and if both determining results of the above determining are matching, starting a scan. performing a voice dialogue with the scanned person based on the identity information of the scanned person by using natural language processing technology after the scanned person is positioned, and determining whether the scanned person is a match; and if either of determining results of the above determining is mismatching, sending a reminder of determining an identity of the scanned person to an operator; and if both determining results of the above determining are matching, starting a scan.
A catheter, comprising: an elongated member having a proximal end , a distal end , and a body extending between the proximal end and the distal end ; wherein the elongated member comprises a tubular section having a plurality of openings , in the form of slots extending into a wall of the tubular section , the plurality of slots comprising a first slot ; and wherein the elongated member further comprises fillers respectively located in the slots , the fillers comprising a first filler, wherein the first filler comprises a spongy material located in the first slot ; wherein the first filler has an elastic modulus that is less than 10% of an elastic modulus of a material of the tubular section , and wherein the first filler is compressible to reach a strain that is at least 0.1; wherein the first slot is at the wall of the tubular section , the first slot extending circumferentially around a longitudinal axis of the tubular section , and that the first filler having the elastic modulus is located in the first slot extending circumferentially around the longitudinal axis of the tubular section characterized in that the spongy material in the first slot comprises a porous material. an elongated member having a proximal end , a distal end , and a body extending between the proximal end and the distal end ; wherein the elongated member comprises a tubular section having a plurality of openings , in the form of slots extending into a wall of the tubular section , the plurality of slots comprising a first slot ; and wherein the elongated member further comprises fillers respectively located in the slots , the fillers comprising a first filler, wherein the first filler comprises a spongy material located in the first slot ; wherein the first filler has an elastic modulus that is less than 10% of an elastic modulus of a material of the tubular section , and wherein the first filler is compressible to reach a strain that is at least 0.1; wherein the first slot is at the wall of the tubular section , the first slot extending circumferentially around a longitudinal axis of the tubular section , and that the first filler having the elastic modulus is located in the first slot extending circumferentially around the longitudinal axis of the tubular section characterized in that the spongy material in the first slot comprises a porous material.
An apparatus comprising: a wavefront sensor configured to receive coherent flood illumination that is reflected from a remote object and to estimate wavefront errors associated with the coherent flood illumination; and a beam director optically coupled to the wavefront sensor and comprising a telescope and an auto-alignment system , the auto-alignment system configured to adjust at least one first optical device (412-422) in order to alter a line-of-sight of the wavefront sensor; wherein the wavefront errors estimated by the wavefront sensor include a wavefront error resulting from the adjustment of the at least one first optical device; and wherein the auto-alignment system is further configured to generate auto-alignment illumination that passes through the telescope, is reflected off a mirror , and returns through the telescope to the auto-alignment system so that the auto-alignment system is able to use the auto-alignment illumination to provide an indication of internal line-of-sight errors within the apparatus and to adjust one or more components of the auto-alignment system to compensate for the internal line-of-sight errors within the apparatus, the mirror outside an optical path of the coherent flood illumination. a wavefront sensor configured to receive coherent flood illumination that is reflected from a remote object and to estimate wavefront errors associated with the coherent flood illumination; and a beam director optically coupled to the wavefront sensor and comprising a telescope and an auto-alignment system , the auto-alignment system configured to adjust at least one first optical device (412-422) in order to alter a line-of-sight of the wavefront sensor; wherein the wavefront errors estimated by the wavefront sensor include a wavefront error resulting from the adjustment of the at least one first optical device; and wherein the auto-alignment system is further configured to generate auto-alignment illumination that passes through the telescope, is reflected off a mirror , and returns through the telescope to the auto-alignment system so that the auto-alignment system is able to use the auto-alignment illumination to provide an indication of internal line-of-sight errors within the apparatus and to adjust one or more components of the auto-alignment system to compensate for the internal line-of-sight errors within the apparatus, the mirror outside an optical path of the coherent flood illumination.
A control system for controlling the opening and closing of at least a first switch and a second switch, the control system comprising: a control arm mounted for displacement between a first and a second position in a first direction , the control arm comprising a first end configured to be connected to a drive system and a second end opposite the first end , - a first connecting arm mounted for displacement along a second direction that traverses the first direction , the first connecting arm comprising a first end for connection to the first switch and a second end opposite to the first end, - at least a first sliding element comprising a first track - a second connecting arm mounted for displacement in the second direction , the second connecting arm comprising a first end configured for connection to the second switch and a second end opposite the first end , - a second sliding element comprising a second track characterized in that - the first sliding element is mounted for displacement in the second direction , wherein the second end of the control arm is configured to engage with the first track and is constrained for movement in the first direction ; and wherein the second end of the first connecting arm is arranged to move integrally with the first sliding element , - the second sliding element is mounted for displacement in the second direction , - wherein the second end of the control arm is configured to engage with the second track and is constrained for movement in the first direction ; and wherein the second end of the second connecting arm is arranged to move integrally with the second sliding element . - a first connecting arm mounted for displacement along a second direction that traverses the first direction , the first connecting arm comprising a first end for connection to the first switch and a second end opposite to the first end, - at least a first sliding element comprising a first track - a second connecting arm mounted for displacement in the second direction , the second connecting arm comprising a first end configured for connection to the second switch and a second end opposite the first end , - a second sliding element comprising a second track - the first sliding element is mounted for displacement in the second direction , - the second sliding element is mounted for displacement in the second direction , - wherein the second end of the control arm is configured to engage with the second track and is constrained for movement in the first direction ; and
Method for operating a driver information system in an ego vehicle ; wherein environment data in an environment of the ego vehicle are captured; the environment data are taken as a basis to determine whether a lane change of the ego vehicle from a current lane to an adjacent further lane can be carried out safely; a driver information display is generated and output; wherein the driver information display comprises a graphical neighbouring lane object representing the adjacent further lane ; wherein the neighbouring lane object has a graphical representation feature that is formed depending on whether the lane change can be carried out safely, the driver information display furthermore comprises a graphical traffic sign object , characterized in that the traffic sign object is arranged on the lane object or at the edge thereof and represents whether a lane change at a position can be carried out safely. environment data in an environment of the ego vehicle are captured; the environment data are taken as a basis to determine whether a lane change of the ego vehicle from a current lane to an adjacent further lane can be carried out safely; a driver information display is generated and output; wherein the driver information display comprises a graphical neighbouring lane object representing the adjacent further lane ; wherein the neighbouring lane object has a graphical representation feature that is formed depending on whether the lane change can be carried out safely, the driver information display furthermore comprises a graphical traffic sign object ,
Control system for operating a crane , comprising a control switch for operating the crane , wherein the control switch comprises a first interface which is designed for transmitting signals between the control switch and a control unit of the crane , and comprising a mobile device which is a tablet computer and/or a smartphone, wherein the functional scope of the control switch is extended with functions of the mobile device , characterised in that the control switch has a second interface which is designed for transmitting signals between the mobile device and the control switch in order to extend the functional scope of the control switch with functions of the mobile device , and in that the mobile device is connectable to the control switch in a signal-transmitting manner via the second interface such that the mobile device connectable to the control switch in a signal-transmitting manner via the second interface is connectable to the control unit in a signal-transmitting manner via the first interface , and so the functional scope of the control switch is extended with functions of the mobile device .
A biosensor for measuring glucose or lactate comprising: an insulative substrate; an electrode system comprising a working electrode and a counter electrode provided on the substrate; and a reagent layer provided on the electrode system, wherein the reagent layer comprises an oxidoreductase and 1-methoxy-5-methylphenazinium ethyl sulfate. an insulative substrate; an electrode system comprising a working electrode and a counter electrode provided on the substrate; and a reagent layer provided on the electrode system, wherein the reagent layer comprises an oxidoreductase and 1-methoxy-5-methylphenazinium ethyl sulfate.
An article comprising: a receptacle defining an interior void ; and an adjustment element (200-200a) attached to the receptacle and including a bladder defining one or more chambers (218a-218c) each having a compressible component (206; 206a) disposed therein, the adjustment element (200-200a) operable between a contracted configuration providing the receptacle with a first size and an expanded configuration providing the receptacle with a second size different than the first size by adjusting a pressure within the one or more chambers (218a-218c), wherein the receptacle includes an opening providing access to the interior void , the adjustment element (200-200a) being disposed adjacent to the opening and operable to move the opening between the first size and the second size wherein the receptacle is an upper of an article of footwear, wherein the adjustment element (200-200d) includes a first wing chamber attached to the upper on a lateral side, a second wing chamber attached to the upper on a medial side, and a central chamber disposed between and connecting the first wing chamber and the second wing chamber , and wherein in the contracted configuration the first wing chamber and the second wing chamber are folded between the central chamber and the upper . a receptacle defining an interior void ; and an adjustment element (200-200a) attached to the receptacle and including a bladder defining one or more chambers (218a-218c) each having a compressible component (206; 206a) disposed therein, the adjustment element (200-200a) operable between a contracted configuration providing the receptacle with a first size and an expanded configuration providing the receptacle with a second size different than the first size by adjusting a pressure within the one or more chambers (218a-218c), wherein the receptacle includes an opening providing access to the interior void , the adjustment element (200-200a) being disposed adjacent to the opening and operable to move the opening between the first size and the second size wherein the receptacle is an upper of an article of footwear, wherein the adjustment element (200-200d) includes a first wing chamber attached to the upper on a lateral side, a second wing chamber attached to the upper on a medial side, and a central chamber disposed between and connecting the first wing chamber and the second wing chamber , and wherein in the contracted configuration the first wing chamber and the second wing chamber are folded between the central chamber and the upper .
A method in a radio base station for handling an Outer Loop Power Control of a user equipment in a radio communications network of a High Speed Uplink Packet Access configuration of multiple cells , wherein the user equipment is connected to at least two cells of the multiple cells using at least two carriers comprising a first carrier and a second carrier, one carrier per cell, wherein the at least two carriers belong to a same radio base station , wherein the radio base station is arranged to report a number of hybrid automatic repeat requests of the at least two carriers to a network control node , wherein the radio base station and the network control node are comprised in the radio communications network, and the radio base station is configured to multiplex user plane frames of the first carrier and the second carrier over a single transport carrier to the network control node , the method comprises - determining the number of hybrid automatic repeat requests over the first carrier of the at least two carriers, and - signalling , in a user plane frame to the network control node , the determined number of hybrid automatic repeat requests and a carrier identity of the first carrier, identifying which Outer Loop Power Control process comprising an Outer Loop Power Control parameter to adjust. - determining the number of hybrid automatic repeat requests over the first carrier of the at least two carriers, and - signalling , in a user plane frame to the network control node , the determined number of hybrid automatic repeat requests and a carrier identity of the first carrier, identifying which Outer Loop Power Control process comprising an Outer Loop Power Control parameter to adjust.
Composition for caring for and/or making up keratin materials, in particular the skin, comprising, preferably in a physiologically acceptable medium: a) at least one silicone elastomer containing carboxylic acid functions; and b) at least one copolymer based on silicone resin and on silicone of dimethiconol type. a) at least one silicone elastomer containing carboxylic acid functions; and b) at least one copolymer based on silicone resin and on silicone of dimethiconol type.
Method for assembling a first metallic part and a second part made of a composite material comprising at least one matrix and fibers arranged inside the matrix , said method comprising at least: - a step of forming the first part by producing a plurality of teeth projecting from a contact face of the first part , two adjacent teeth being separated from each other by an interstitial gap , the teeth having an extreme protrusion , and - a step of pressing the second part against the first part , so that the fibers of the composite material can penetrate inside the interstitial gaps between adjacent teeth , and the fibers are retained by the extreme protrusions of the teeth , characterized in that the teeth come from an edge of a through opening made in the first part . said method comprising at least: - a step of forming the first part by producing a plurality of teeth projecting from a contact face of the first part , two adjacent teeth being separated from each other by an interstitial gap , the teeth having an extreme protrusion , and - a step of pressing the second part against the first part , - a step of forming the first part by producing a plurality of teeth projecting from a contact face of the first part , two adjacent teeth being separated from each other by an interstitial gap , the teeth having an extreme protrusion , and - a step of pressing the second part against the first part , so that the fibers of the composite material can penetrate inside the interstitial gaps between adjacent teeth , and the fibers are retained by the extreme protrusions of the teeth , characterized in that the teeth come from an edge of a through opening made in the first part .
A heat transfer plate configured to be permanently joined to further heat transfer plates forming a stack of heat transfer plates arranged in a sealed enclosure of a plate heat exchanger such that alternating first and second flow paths (F1, F2) for a first fluid and a second fluid are formed in between the heat transfer plates, the heat transfer plate comprising a number of rows where each row has alternating ridges and grooves that extend along a central plane (P1) of the heat transfer plate, between a top plane (P2) and a bottom plane (P3) of the heat transfer plate, the top plane (P2) and bottom plane (P3) being substantially parallel to the central plane (P1) and located on a respective side of the central plane (P1), where a transition between each ridge and adjacent groove in the same row is formed by a portion of the heat transfer plate that is inclined relative the central plane (P1), a peripheral edge , wherein the peripheral edge of the heat transfer plate is along its full length configured to be joined with a corresponding peripheral edge of a similar heat transfer plate that is located at a top side of the heat transfer plate , wherein sections of the peripheral edge that are located intermediate a first part and a second part of the peripheral edge are configured to be sealed with corresponding sections of a similar heat transfer plate (21") that is located at a bottom side of the heat transfer plate such that the first part of the peripheral edge acts as a fluid inlet for the second fluid and the second part of the peripheral edge acts as a fluid outlet for the second fluid, and a central opening that is configured to receive a fluid separation device , wherein the central opening of the heat transfer plate is along its full length configured to be joined with a corresponding central opening of the similar heat transfer plate (21") that is located at the bottom side of the heat transfer plate , wherein sections of the central opening that are located intermediate a first part and a second part of the central opening are configured to be sealed with corresponding sections of the similar heat transfer plate that is located at the top side of the heat transfer plate such that the first part of the central opening acts as a fluid inlet for the first fluid and the second part of the central opening acts as a fluid outlet for the first fluid, characterized by plate portions that extend along the central plane (P1) of the heat transfer plate, between the rows of ridges and grooves such that the rows are separated from each other.
Dye mixture comprising at least one dye of formula (I) and at least one dye of formula (II) wherein independent of each other A is OH and B is NH 2 or A is NH 2 and B is OH, D is (C 1 -C 4 )-alkyl or Cl, R 1 is hydrogen or (C 1 -C 4 )-alkyl, R 2 is hydrogen, (C 1 -C 4 )-alkyl, (C 1 -C 4 )-alkoxy or sulfo, Z 1 is -CH=CH 2 , -CH 2 CH 2 G or hydroxyl, wherein G is hydroxyl or an alkali-detachable group; X is Cl or F, n is 2 or 3 and M is hydrogen, an alkali metal or one equivalent of an alkaline earth metal. A is OH and B is NH 2 or A is NH 2 and B is OH, D is (C 1 -C 4 )-alkyl or Cl, R 1 is hydrogen or (C 1 -C 4 )-alkyl, R 2 is hydrogen, (C 1 -C 4 )-alkyl, (C 1 -C 4 )-alkoxy or sulfo, Z 1 is -CH=CH 2 , -CH 2 CH 2 G or hydroxyl, wherein G is hydroxyl or an alkali-detachable group; X is Cl or F, n is 2 or 3 and M is hydrogen, an alkali metal or one equivalent of an alkaline earth metal.
A method performed by a donor distributed unit, DU, node for allocating internet protocol, IP, addresses within an integrated access and backhaul, IAB, network, the method comprising: receiving a request to allocate an IP address for a wireless node; allocating the IP address for the wireless node; and transmitting the IP address towards the wireless node, wherein receiving the request comprises receiving an F1-Application Protocol, F1-AP, message from a donor central unit, CU, node that implicitly or explicitly requests allocation of the IP address for the wireless node. receiving a request to allocate an IP address for a wireless node; allocating the IP address for the wireless node; and transmitting the IP address towards the wireless node, wherein receiving the request comprises receiving an F1-Application Protocol, F1-AP, message from a donor central unit, CU, node that implicitly or explicitly requests allocation of the IP address for the wireless node.