mhurhangee/ep-ind-claims huggingface dataset:
A stacked header (51_1) including a plurality of plates (53_1, 54_1) stacked together and branching one flow path into a plurality of flow paths, the stacked header (51_1) comprising: an upper end part (51_1A) positioned at an upper end of the stacked header (51_1) in a gravity direction; a lower end part (51_1B) positioned at a lower end of the stacked header (51_1) in the gravity direction; and a flow path forming part (51_1C) positioned between the upper end part (51_1A) and the lower end part (51_1B) and having a flow path formed in the flow path forming part (51_1C), at least one of the upper end part (51_1A) and the lower end part (51_1B) comprising a non-horizontal face part having a non-horizontal face slanted to a horizontal plane, wherein a longitudinal direction of the plurality of plates is parallel to the gravity direction, characterized in that the upper end part (51_1A) has an arc-shaped cross-section. an upper end part (51_1A) positioned at an upper end of the stacked header (51_1) in a gravity direction; a lower end part (51_1B) positioned at a lower end of the stacked header (51_1) in the gravity direction; and a flow path forming part (51_1C) positioned between the upper end part (51_1A) and the lower end part (51_1B) and having a flow path formed in the flow path forming part (51_1C), at least one of the upper end part (51_1A) and the lower end part (51_1B) comprising a non-horizontal face part having a non-horizontal face slanted to a horizontal plane, wherein a longitudinal direction of the plurality of plates is parallel to the gravity direction, characterized in that the upper end part (51_1A) has an arc-shaped cross-section.
A thermal recording material having, on a support, a heat-sensitive recording layer containing an ordinarily colorless or light-colored electron-donating dye precursor and an electron-accepting compound which reacts with the dye precursor on heating and converts the dye precursor to its colored form, characterised in that the heat-sensitive recording layer containing at least one kind of compound represented by the general formula: as the electron-accepting compound and an aromatic isocyanate compound, wherein X 1 and X 2 each represent a divalent hydrogen-bonding group, and the divalent hydrogen-bonding group is selected from the group consisting of -NHCO, -CONH-, -NHCONH-, -CONHNHCO-, -NHCOCONH-, -SO 2 NH- and -NHSO 2 -, and wherein the benzene rings of the general formula may each be substituted with a substituent selected from the group consisting of alkyl group, an aralkyl group, an aryl group, an alkoxy group, an acyl group, an acyloxy group, an alkoxycarbonyl group, a hydroxy group, a mercapto group, an amino group, a nitro group, a cyano group, a formyl group, a sulfo group, a sulfonyl group, a sulfinyl group and a halogen atom.
Reinforced concrete element comprising a sound-absorbing, at least partially open-cell foamed material, which is partially exposed on a surface of the concrete element, wherein the surface on which the foamed material is exposed consists only partially of the foamed material, characterized in that the reinforcement is partially enclosed by the foamed material.
A method for inspecting a heat sink comprising a metallic housing including a plurality of first fins arranged side by side on an outer surface thereof, and an insulating film formed on a surface of the first fins and between the first fins, the method comprising: disposing, in an electrolyte solution, an inspection electrode including a plurality of second fins insertable between the first fins to face the housing with a predetermined distance therebetween in such a way that the first fins and the second fins are alternately arranged; and applying a voltage between the housing and the inspection electrode, which are arranged to face each other, and inspecting a formation state of the insulating film based on a measured value of a current. disposing, in an electrolyte solution, an inspection electrode including a plurality of second fins insertable between the first fins to face the housing with a predetermined distance therebetween in such a way that the first fins and the second fins are alternately arranged; and applying a voltage between the housing and the inspection electrode, which are arranged to face each other, and inspecting a formation state of the insulating film based on a measured value of a current.
A method for redirecting roaming network traffic in an LTE network, the method being executed by a network traffic redirection, NTR, module and comprising: observing a registration process of a subscriber in a visited network; upon successful registration, sending one or more messages to the visited network to induce a re-registration attempt by the subscriber to another visited network, wherein the one or more messages are one of Diameter Insert Subscriber Data Request, IDR, message and Diameter Cancel Location Request, CLR, message, and wherein said sending one or more messages to the visited network comprises: identifying the subscriber's registration on at least one of an LTE network or a GSM network; for registration at the GSM network, identifying whether the registration is due to loss of LTE coverage or Circuit-Switched Fallback, CSFB; and if registration is due to loss of LTE coverage, then sending said one or more messages to the visited network to induce a re-registration attempt by the subscriber to another visited network. observing a registration process of a subscriber in a visited network; upon successful registration, sending one or more messages to the visited network to induce a re-registration attempt by the subscriber to another visited network, wherein the one or more messages are one of Diameter Insert Subscriber Data Request, IDR, message and Diameter Cancel Location Request, CLR, message, and wherein said sending one or more messages to the visited network comprises: identifying the subscriber's registration on at least one of an LTE network or a GSM network; for registration at the GSM network, identifying whether the registration is due to loss of LTE coverage or Circuit-Switched Fallback, CSFB; and if registration is due to loss of LTE coverage, then sending said one or more messages to the visited network to induce a re-registration attempt by the subscriber to another visited network. identifying the subscriber's registration on at least one of an LTE network or a GSM network; for registration at the GSM network, identifying whether the registration is due to loss of LTE coverage or Circuit-Switched Fallback, CSFB; and if registration is due to loss of LTE coverage, then sending said one or more messages to the visited network to induce a re-registration attempt by the subscriber to another visited network.
A method of defining a region of interest for display on at least two medical scan images, each medical scan image comprising corresponding content, the method comprising: displaying a first medical scan image; capturing first input data from a user, the first input data defining a region of interest on the first medical scan image; storing the captured first input data as a first 3D region representation; transforming the first 3D region representation to the frame of reference of a second medical scan image to create a second 3D region representation, associated with a second medical scan image, the second 3D region representation being initially based on the first 3D region representation; displaying the region of interest on the second medical scan image, the step of displaying the region of interest on the second medical scan image comprising displaying the second 3D region representation; capturing second input data from the user, the second input data comprising changes to the region of interest displayed on the second medical scan image; updating the first 3D region representation in accordance with the changes, on the basis of the second input data, wherein the step of updating the first 3D region representation in accordance with changes to the region of interest displayed on the second medical scan image comprises updating the second 3D region representation, and then updating the first 3D region representation on the basis of the second 3D region representation, such that the first and second region representations are synchronised. displaying a first medical scan image; capturing first input data from a user, the first input data defining a region of interest on the first medical scan image; storing the captured first input data as a first 3D region representation; transforming the first 3D region representation to the frame of reference of a second medical scan image to create a second 3D region representation, associated with a second medical scan image, the second 3D region representation being initially based on the first 3D region representation; displaying the region of interest on the second medical scan image, the step of displaying the region of interest on the second medical scan image comprising displaying the second 3D region representation; capturing second input data from the user, the second input data comprising changes to the region of interest displayed on the second medical scan image; updating the first 3D region representation in accordance with the changes, on the basis of the second input data, wherein the step of updating the first 3D region representation in accordance with changes to the region of interest displayed on the second medical scan image comprises updating the second 3D region representation, and then updating the first 3D region representation on the basis of the second 3D region representation, such that the first and second region representations are synchronised.
A device for the safety control of a machine, having at least one object sensor for the detection of objects and for the simultaneous monitoring or a plurality of segments of a surface; and having a safe control and evaluation unit for evaluating the signals of the at least one object sensor and for producing control signals for the machine, wherein the control and evaluation unit is configured to calculate at least two trajectories for the machine and to select the calculated trajectory that avoids segments in which objects are detected and that selects segments in which no objects are detected, characterized in that the object sensor is configured as intrinsically safe and recognizes internal defects, with the control and evaluation unit having a design that has dual channel redundancy or dual channel diversity, with a speed of the machine and a distance of the machine from a segment in which an object has been detected being adapted such that a danger to the object is precluded, with the machine reducing the speed on the way in the direction of the object and carrying out an evasive movement before the object, and with the control and evaluation unit and the object sensor being connected via a fieldbus having a safety protocol.
A method for performing a forward error correction, FEC, encoding by a transmitting apparatus in a multimedia system, the method comprising: generating a first two-dimensional source symbol block with K source symbols of the same length, from a source packet block with K' source packets; performing a first FEC encoding on the first source symbol block to generate a first repair symbol block; generating a second source symbol block including information about the length of each source packet of the source packet block; and performing a second FEC encoding on the second source symbol block to generate a second repair block, wherein the same FEC code is used for the first and the second FEC encoding, and transmitting the source packets and at least one repair symbol of the first repair block and at least one repair symbol of the second repair block via an FEC repair packet, characterized in that each source symbol included in the first source symbol block is divided into the same number m of symbol elements so that the first source symbol block is divided into m areas with K symbol elements in each area, and each of the K' source packets is sequentially arranged in one or more symbol elements starting with the start row of one of said areas, and zero padding is applied between arranged source packets, and the second source symbol block includes K' length symbols and K-K' zero-padding symbols with K being larger than K', and each length symbol indicates the length of a corresponding source packet of the source packet block. generating a first two-dimensional source symbol block with K source symbols of the same length, from a source packet block with K' source packets; performing a first FEC encoding on the first source symbol block to generate a first repair symbol block; generating a second source symbol block including information about the length of each source packet of the source packet block; and performing a second FEC encoding on the second source symbol block to generate a second repair block, wherein the same FEC code is used for the first and the second FEC encoding, and transmitting the source packets and at least one repair symbol of the first repair block and at least one repair symbol of the second repair block via an FEC repair packet, characterized in that each source symbol included in the first source symbol block is divided into the same number m of symbol elements so that the first source symbol block is divided into m areas with K symbol elements in each area, and each of the K' source packets is sequentially arranged in one or more symbol elements starting with the start row of one of said areas, and zero padding is applied between arranged source packets, and the second source symbol block includes K' length symbols and K-K' zero-padding symbols with K being larger than K', and each length symbol indicates the length of a corresponding source packet of the source packet block.
A cable comprising a conductor surrounded by at least one layer comprising a polymer composition which comprises: (a) a LDPE bearing hydrolysable silane groups which is a copolymer of ethylene with a silane group(s) bearing comonomer and, optionally, with other comonomer(s); or is a homopolymer or copolymer of ethylene with silane groups which are introduced by grafting a silane group(s) containing compound to the polyolefin polymer; wherein the silane group(s) containing comonomer for copolymerising silane groups or the silane group(s) containing compound for grafting silane groups to produce polyethylene (a) is a compound of formula (IIc), CH 2 =CH-(CH 2) t -Si 3 (IIc), wherein t = 0 to 6; and A is a hydrocarbyl group, formyl group or acetyl group; and (b) a silanol condensation catalyst compound of formula (Ic): Me +n (OCR 1 =CH-(C=O)R 3) m R 4 s (Ic), wherein Me is Ti, Zr, Hf, Cu or Zn; n is 2 or 4; m is 2; s is 0 or 2; m+s = n; each R 1 is a linear or branched (C1-C6)alkyl group; each R 3 is a linear or branched (C1-C6)alkyl group; and each R 4 independently is OR1"; R1" is a linear or branched (C1-C6)alkyl group. (a) a LDPE bearing hydrolysable silane groups which is a copolymer of ethylene with a silane group(s) bearing comonomer and, optionally, with other comonomer(s); or is a homopolymer or copolymer of ethylene with silane groups which are introduced by grafting a silane group(s) containing compound to the polyolefin polymer; wherein the silane group(s) containing comonomer for copolymerising silane groups or the silane group(s) containing compound for grafting silane groups to produce polyethylene (a) is a compound of formula (IIc), CH 2 =CH-(CH 2) t -Si 3 (IIc), wherein t = 0 to 6; and A is a hydrocarbyl group, formyl group or acetyl group; and wherein t = 0 to 6; and A is a hydrocarbyl group, formyl group or acetyl group; and (b) a silanol condensation catalyst compound of formula (Ic): Me +n (OCR 1 =CH-(C=O)R 3) m R 4 s (Ic), wherein Me is Ti, Zr, Hf, Cu or Zn; n is 2 or 4; m is 2; s is 0 or 2; m+s = n; each R 1 is a linear or branched (C1-C6)alkyl group; each R 3 is a linear or branched (C1-C6)alkyl group; and each R 4 independently is OR1"; R1" is a linear or branched (C1-C6)alkyl group. wherein Me is Ti, Zr, Hf, Cu or Zn; n is 2 or 4; m is 2; s is 0 or 2; m+s = n; each R 1 is a linear or branched (C1-C6)alkyl group; each R 3 is a linear or branched (C1-C6)alkyl group; and each R 4 independently is OR1"; R1" is a linear or branched (C1-C6)alkyl group.
A haptically-enabled system with braking comprising: an actuator comprising a first terminal and a second terminal, characterized in that the second terminal is coupled to a voltage source; a first switch coupled to the first terminal and to ground; and a second switch coupled to the actuator, wherein the second switch is parallel to the actuator. an actuator comprising a first terminal and a second terminal, characterized in that the second terminal is coupled to a voltage source; a first switch coupled to the first terminal and to ground; and a second switch coupled to the actuator, wherein the second switch is parallel to the actuator.
An light grid having a plurality of light transmitters and light receivers which are cyclically activated and which form between one another a field of mutually parallel monitoring beams, wherein beam shaping optics (16, 24) are assigned to the light transmitters and the light receivers, and having an evaluation unit for a differential evaluation of the reception levels of the light receivers, characterized in that the transmission and reception optics (16, 24) comprise a geometry and arrangement leading to a mutual overlap of the optics (16, 24) in a direction perpendicular to the field so that any imaginary line perpendicular to the field intersecting a monitoring beam being not arranged at an edge of the field intersects at least one further monitoring beam, and in that the evaluation unit for the differential evaluation of the reception levels of the light receivers is configured to determine a height and/or thickness of objects in the field based on the reception levels of adjacent light receivers with sub pixel resolution, wherein a better resolution than the distance between two adjacent monitoring beams is achieved.
Method for a mobile terminal comprising a built-in camera (11, 12), a built-in acceleration sensor, and a processor, for determining the near point of a person, comprising: determining the position of the mobile terminal at the near point, characterized in that the determination of the position of the mobile terminal at the near point is implemented by the processor on the basis of repeated recordings of a surround of the mobile terminal by the built-in camera (11, 12) of the mobile terminal and on the basis of repeated measurement of an acceleration of the mobile terminal by the built-in acceleration sensor of the mobile terminal during a movement of the mobile terminal to the near point. determining the position of the mobile terminal at the near point, characterized in that the determination of the position of the mobile terminal at the near point is implemented by the processor on the basis of repeated recordings of a surround of the mobile terminal by the built-in camera (11, 12) of the mobile terminal and on the basis of repeated measurement of an acceleration of the mobile terminal by the built-in acceleration sensor of the mobile terminal during a movement of the mobile terminal to the near point.
A method of managing traffic traversing an intermediary based on a result of end point analysis, the method comprising: a) determining, by an authentication virtual server of an intermediary, results of end point analysis scans of a client initiated by the authentication virtual server according to a predetermined frequency that operates according to a schedule based at least on a history of network traffic and/or client requests, the authentication virtual server being adapted to perform authentication of a user or the client, initiate the end point analysis scans of the client according to the predetermined frequency, process all or part of the results of the end point analysis scans, and forward the respective results to a traffic management virtual server of the intermediary; b) obtaining, by the traffic management virtual server, the respective results forwarded from the authentication virtual server; and c) applying, by the traffic management virtual server, the respective results in one or more traffic management policies to manage network traffic of a connection of the client traversing the intermediary. a) determining, by an authentication virtual server of an intermediary, results of end point analysis scans of a client initiated by the authentication virtual server according to a predetermined frequency that operates according to a schedule based at least on a history of network traffic and/or client requests, the authentication virtual server being adapted to perform authentication of a user or the client, initiate the end point analysis scans of the client according to the predetermined frequency, process all or part of the results of the end point analysis scans, and forward the respective results to a traffic management virtual server of the intermediary; b) obtaining, by the traffic management virtual server, the respective results forwarded from the authentication virtual server; and c) applying, by the traffic management virtual server, the respective results in one or more traffic management policies to manage network traffic of a connection of the client traversing the intermediary.
A recanalization catheter for facilitating re-entry into a lumen of a blood vessel from a subintimal space, comprising: an elongate shaft extending distally from a hub assembly; an inflatable balloon mounted on a distal region of the elongate shaft, characterized in that the inflatable balloon is configured to be inflated in the subintimal space to a first inflation state at inflation pressures below a threshold inflation pressure and inflated to a second inflation state at inflation pressures above the threshold inflation pressure; and in that the recanalization catheter further comprises means for retaining the inflatable balloon in the first inflatable state until the inflatable balloon is inflated to an inflation pressure above the threshold inflation pressure. an elongate shaft extending distally from a hub assembly; an inflatable balloon mounted on a distal region of the elongate shaft, characterized in that the inflatable balloon is configured to be inflated in the subintimal space to a first inflation state at inflation pressures below a threshold inflation pressure and inflated to a second inflation state at inflation pressures above the threshold inflation pressure; and in that the recanalization catheter further comprises means for retaining the inflatable balloon in the first inflatable state until the inflatable balloon is inflated to an inflation pressure above the threshold inflation pressure.
A printhead-integrated ink level sensor, PILS, system comprising: a fluid sensing chamber in fluid communication with a fluid reservoir to receive fluid from the fluid reservoir; a sense capacitor plate to sense a level of fluid in the fluid sensing chamber, the sense capacitor plate having at least one slot; at least one central clearing resistor in the at least one slot of the sense capacitor plate; and at least one peripheral clearing resistor (112-1, 112-2, 112-3, 112-4) surrounding the sense capacitor plate in the fluid sensing chamber; wherein the at least one central clearing resistor and the at least one peripheral resistor (112-1, 112-2, 112-3, 112-4) are to clear the fluid sensing chamber of the fluid. a fluid sensing chamber in fluid communication with a fluid reservoir to receive fluid from the fluid reservoir; a sense capacitor plate to sense a level of fluid in the fluid sensing chamber, the sense capacitor plate having at least one slot; at least one central clearing resistor in the at least one slot of the sense capacitor plate; and at least one peripheral clearing resistor (112-1, 112-2, 112-3, 112-4) surrounding the sense capacitor plate in the fluid sensing chamber; wherein the at least one central clearing resistor and the at least one peripheral resistor (112-1, 112-2, 112-3, 112-4) are to clear the fluid sensing chamber of the fluid.