mhurhangee/ep-ind-claims huggingface dataset:
A vulcanized rubber made by vulcanizing a rubber composition containing a hydrophilic powdery resin with an aspect ratio of 30 or less, a hydrophilic elongated resin with the aspect ratio of 50 or more, a foaming agent and a rubber component, which comprises cells with an aspect ratio of 1-30, wherein at least a part of a wall surface of the cell is hydrophilic.
An isolated humanized antibody or antigen-binding fragment thereof that specifically binds to CD40 comprising a heavy chain variable region comprising all of the hypervariable regions corresponding to those set forth in amino acids 20-132 of SEQ ID NO:2 and a light chain variable region comprising all of the hypervariable regions corresponding to those set forth in amino acids 23-128 of SEQ ID NO:4, wherein said antibody or antigen-binding fragment thereof blocks B lymphocyte activation by CD154-expressing Jurkat cells in vitro.
A corrosion-resistant permanent magnet comprising a magnet body and a composite coating provided on and covering surfaces of the magnet body, the composite coating comprising, in the order recited, - a first metal oxide layer in physical contact with the magnet body, - a metal layer, - a second metal oxide layer, - a linker layer, wherein the linker forming the linker layer is a bifunctional compound, and - a layer formed from poly(2-chloro-p-xylylene). - a first metal oxide layer in physical contact with the magnet body, - a metal layer, - a second metal oxide layer, - a linker layer, wherein the linker forming the linker layer is a bifunctional compound, and - a layer formed from poly(2-chloro-p-xylylene).
A method comprising: receiving at a domain name system, DNS, server a name query from a client device, the name query including a host name, wherein a left-most part of a domain name is the host name; checking a global names zone (110; 302) for a record (402, 404) associated with the host name, wherein said global names zone stores data correlating host names to domain names; determining from the record a domain name associated with the host name; determining an Internet Protocol, IP, address associated with the domain name; and returning to the client device the IP address associated with the domain name. receiving at a domain name system, DNS, server a name query from a client device, the name query including a host name, wherein a left-most part of a domain name is the host name; checking a global names zone (110; 302) for a record (402, 404) associated with the host name, wherein said global names zone stores data correlating host names to domain names; determining from the record a domain name associated with the host name; determining an Internet Protocol, IP, address associated with the domain name; and returning to the client device the IP address associated with the domain name.
A training and testing medical device comprising a fixed platform mounted on an extension arm and a mobile platform (12.1) connected to the fixed platform by means of connecting assemblies, the fixed platform comprising motors with encoders, characterised in that there are six motors with encoders on the fixed platform wherein shafts of three of said six motors (5.1, 5.2, 5.3) are connected to said first mobile platform (12.1) by means of connecting assemblies, and shafts of the remaining three motors with encoders (5.4, 5.5, 5.6) are connected to a second mobile platform (12.2) by means of connecting assemblies, and each connecting assembly comprises a first arch connector with an angle range of 90 degrees, whose first end is directly and rigidly connected to the shaft (6, 6') of the respective motor with an encoder (5.1, 5.2, 5.3, 5.4, 5.5, 5.6), and whose second end is connected by means of a joint with three degrees of freedom to a first end of a second arch connector, whereas the second end of the second arch connector has at the end thereof a transverse arch arm and is rotatably connected to the respective mobile platform (12.1, 12.2), wherein each mobile platform (12.1, 12.2) has a form of three rings (13.1, 13.2, 13.3, 13.4, 13.5, 13.6) for mounting therein a holder of a medical instrument, wherein the holder of a medical instrument is rotatably and unslidably mounted in the rings of the mobile platforms (12.1, 12.2), wherein the holder of a medical instrument has a form of a telescopic pipe element, and lines comprising axes of rotation of the shafts (6, 6') of each group of the three motors with encoders intersect at one point at an angle of 120 degrees.
Shower fall prevention device, comprising: a strong rubber band suitable for fixing to a ceiling near the center of a shower ceiling; a rod fixed to the strong rubber band; a solid part fixed to the rod at or near the middle of a straight or slightly curved part of the solid part; a handle positioned left of the rod and connected to the solid part, wherein the solid part is bent down from the handle, then backwards in a left half circle, then up again, from there to the straight or slightly curved part to the right side, where it bends down again in a right half circle; and a cushion formed on an extension on the right side of the straight or slightly curved part, wherein said cushion is movable upwards and to the side; the cushion is provided to prevent injuries of face and head of a user slipping in the shower and falling forward towards a shower wall; in use the user puts his left arm through the left part, his left armpit over the device's left half circle; his left hand grabs the handle on his left side, and he then stretches his right arm over the right half circle.
A metrology overlay target comprising at least two periodic structures, wherein at least one of the periodic structures comprises repeating asymmetric elements along a corresponding segmentation direction of the periodic structure; wherein the repeating asymmetric elements are internally periodic along a direction perpendicular to the segmentation direction, wherein the repeating asymmetric elements comprise repeating sub-elements along the perpendicular direction, the sub-elements being asymmetric in the segmentation direction, wherein the sub-elements comprise lines which are broken at least once, and wherein at least some of the sub-elements comprise vertical lines along the perpendicular direction connected to the sub-elements.
Cable feedthrough comprising a cable fixing unit with a fixing housing provided with a cable fixing member and a holding section as well as a shield contact element making contact with a cable shield of a cable guided through the cable feedthrough, characterized in that the cable feedthrough has a mounting unit connectable to a wall section of an appliance, that the mounting unit is connectable or connected to the cable fixing unit in a form locking manner in that the cable fixing unit engages with the holding section of the fixing housing in a receptacle of the mounting unit and is fixed in it in a form locking manner and that the mounting unit is designed such that it provides an electrically conductive connection between the shield contact element and the wall section.
An operating method for a vehicle having at least one device for harvesting wind energy, in particular at least one wind wheel and/or at least one wind turbine, wherein the wind energy is harvested by means of headwind during a braking operation of the vehicle, wherein the vehicle has at least one openable and closable air-guiding element for the device and the device and/or the air-guiding element is arranged on or integrated in the vehicle roof, characterized in that first of all the air-guiding element is moved into the open state and the wind energy is harvested by means of headwind, leading to a braking operation of the vehicle, and the vehicle brake system is activated only in the event of a relatively high braking requirement of the vehicle, in order to achieve an additional braking action, wherein the vehicle brake system is activated by a vehicle control device as a function of a predefined speed of the vehicle and/or as a function of a distance from a vehicle travelling in front.
An article, in particular a tire, comprising a portion such as the tread, comprising a rubber composition based on at least an elastomer matrix, a reinforcing filler and a plasticizing agent; characterized in that the portion is provided with a plurality of holes, each extending substantially perpendicular to a face; and the holes distributed at a substantially equal interval (t) over the face; wherein a product of the interval (t) and a ratio by weight of the reinforcing filler to the plasticizing agent is more than 2 mm. characterized in that the portion is provided with a plurality of holes, each extending substantially perpendicular to a face; and the holes distributed at a substantially equal interval (t) over the face; wherein a product of the interval (t) and a ratio by weight of the reinforcing filler to the plasticizing agent is more than 2 mm.
A switch in a network of interconnected switches (101, 102,... 105), wherein the switch comprises: a storage device configured to store a forwarding table, wherein an entry in the forwarding table includes a media access control address and an egress port for the MAC address; a hardware management apparatus configured to determine whether a destination MAC address of a frame is present in a hardware table in memory of the switch; and a layer-2 management apparatus configured to: in response to a determination that the destination MAC address is not present in the hardware table, look up a first entry comprising the destination MAC address in the forwarding table; create a second entry comprising the destination MAC address in the hardware table based on the first entry; and create a third entry in the forwarding table comprising a MAC address extracted from a payload of a notification message received from a second switch. a storage device configured to store a forwarding table, wherein an entry in the forwarding table includes a media access control address and an egress port for the MAC address; a hardware management apparatus configured to determine whether a destination MAC address of a frame is present in a hardware table in memory of the switch; and a layer-2 management apparatus configured to: in response to a determination that the destination MAC address is not present in the hardware table, look up a first entry comprising the destination MAC address in the forwarding table; create a second entry comprising the destination MAC address in the hardware table based on the first entry; and create a third entry in the forwarding table comprising a MAC address extracted from a payload of a notification message received from a second switch. in response to a determination that the destination MAC address is not present in the hardware table, look up a first entry comprising the destination MAC address in the forwarding table; create a second entry comprising the destination MAC address in the hardware table based on the first entry; and create a third entry in the forwarding table comprising a MAC address extracted from a payload of a notification message received from a second switch.
A method of operating a data-processing system, for finding fibers in image data of a brain, comprising the steps of: - matching a functional atlas of the brain to an image data set which represents a medical image of the brain; - performing functional atlas segmentation in order to segment the image data set into functional areas; - using (S4, S8) the segmented image data set to determine at least one seed point located within one of said functional areas for a fiber tracking algorithm; and - performing fiber tracking starting from the determined at least one seed point in order to find the fiber. - matching a functional atlas of the brain to an image data set which represents a medical image of the brain; - performing functional atlas segmentation in order to segment the image data set into functional areas; - using (S4, S8) the segmented image data set to determine at least one seed point located within one of said functional areas for a fiber tracking algorithm; and - performing fiber tracking starting from the determined at least one seed point in order to find the fiber.
A communication cell (20, 60) for enabling data communication between an integrated circuit and an electronic unit distinct from the integrated circuit, comprising: - a contact pad unit (53; 73), configured for capacitively coupling, in a first operating condition of said communication cell (20, 60), to the electronic unit for receiving an input signal (S IN) from said electronic unit through capacitive coupling, and for ohmically coupling, in a second operating condition of said communication cell (20, 60), to the electronic unit for receiving the input signal through ohmic contact; - a receiver device, including signal-amplifying means (32, 34), connected between said contact pad unit and said integrated circuit, configured for receiving the input signal and generating an intermediate signal (S C) correlated to the input signal; - signal-selection means having a first input terminal connected to the receiver device for receiving the intermediate signal (S C), a second input terminal connected to the contact pad unit (53; 73) for receiving the input signal (S IN), and an output terminal providing an output signal (S IN; S C), said output signal being the intermediate signal (S C) during the first operating condition, and the input signal (S IN) during the second operating condition; and - an input stage, connectable between the integrated circuit and the output terminal of the signal-selection means, configured for receiving the output signal (S IN; S C) and providing the output signal to the integrated circuit. - a contact pad unit (53; 73), configured for capacitively coupling, in a first operating condition of said communication cell (20, 60), to the electronic unit for receiving an input signal (S IN) from said electronic unit through capacitive coupling, and for ohmically coupling, in a second operating condition of said communication cell (20, 60), to the electronic unit for receiving the input signal through ohmic contact; - a receiver device, including signal-amplifying means (32, 34), connected between said contact pad unit and said integrated circuit, configured for receiving the input signal and generating an intermediate signal (S C) correlated to the input signal; - signal-selection means having a first input terminal connected to the receiver device for receiving the intermediate signal (S C), a second input terminal connected to the contact pad unit (53; 73) for receiving the input signal (S IN), and an output terminal providing an output signal (S IN; S C), said output signal being the intermediate signal (S C) during the first operating condition, and the input signal (S IN) during the second operating condition; and - an input stage, connectable between the integrated circuit and the output terminal of the signal-selection means, configured for receiving the output signal (S IN; S C) and providing the output signal to the integrated circuit.
An electromagnetic driving device, comprising a driving disc (102; 202; 302; 402; 502; 602), and further comprising a first driving device (106; 206; 306; 406; 506; 606), a second driving device (107; 207; 307; 407; 507; 607) and a first electrical control device (103; 104; 203; 204; 303; 304a; 403; 404; 503; 504; 603; 604), when the first electrical control device (103, 104; 203, 204; 303, 304a; 403, 404; 503, 504; 603, 604) is energized, the first electrical control device (103, 104; 203, 204; 303, 304a; 403, 404; 503, 504; 603, 604) drives the first driving device (106; 206; 306; 406; 506; 606) such that the second driving device (107; 207; 307; 407; 507; 607) is disengaged from the driving disc (102; 202; 302; 402; 502; 602); and when the first electrical control device (103, 104; 203, 204; 303, 304a; 403, 404; 503, 504; 603, 604) is de-energized, the first electrical control device (103, 104; 203, 204; 303, 304a; 403, 404; 503, 504; 603, 604) drives the first driving device (106; 206; 306; 406; 506; 606) such that the second driving device (107; 207; 307; 407; 507; 607) is engaged with the driving disc (102; 202; 302; 402; 502; 602), characterized in that, a control temperature controlled switch (125, 225, 325, 425) or a pressure controlled switch (525, 625) controls a circuit of the first electrical control device (103; 104; 203; 204; 303; 304a; 403; 404; 503; 504; 603; 604) to be in an on state or to be in an off state.
An electrically-driven vehicle, comprising: a main power storage device; an electric motor configured to receive a supply of power from said main power storage device and generating a travel driving force; a power output unit configured to be able to output power to an electrical appliance including a home appliance; a power conversion device (60, 60A, 150) electrically connected to said main power storage device and said power output unit, and configured to be able to subject power stored in said main power storage device to voltage conversion and output power to said power output unit; and a control device (80, 80A-80C) configured to control said power conversion device, characterized in that the electrically-driven vehicle further comprises an auxiliary power storage device, said power conversion device (60, 60A, 150) is further electrically connected to said auxiliary power storage device and configured to be able to subject power stored in said auxiliary power storage device to voltage conversion and output power to said power output unit, and said control device (80, 80A-80C) is configured to control said power conversion device to subject power stored in said auxiliary power storage device to voltage conversion and output power to said power output unit when said travel driving force increases during use of said power output unit. a main power storage device; an electric motor configured to receive a supply of power from said main power storage device and generating a travel driving force; a power output unit configured to be able to output power to an electrical appliance including a home appliance; a power conversion device (60, 60A, 150) electrically connected to said main power storage device and said power output unit, and configured to be able to subject power stored in said main power storage device to voltage conversion and output power to said power output unit; and a control device (80, 80A-80C) configured to control said power conversion device, characterized in that the electrically-driven vehicle further comprises an auxiliary power storage device, said power conversion device (60, 60A, 150) is further electrically connected to said auxiliary power storage device and configured to be able to subject power stored in said auxiliary power storage device to voltage conversion and output power to said power output unit, and said control device (80, 80A-80C) is configured to control said power conversion device to subject power stored in said auxiliary power storage device to voltage conversion and output power to said power output unit when said travel driving force increases during use of said power output unit.
A system for controlling urea injection of a selective catalyst reduction apparatus, comprising: a catalyst apparatus that reduces NOx included in exhaust gas; a control portion that determines a necessary ammonia amount by applying first driving conditions to a predetermined NOx map and determines a final urea solution amount (m Urea Solution) that is to be injected to the catalyst apparatus, based on the necessary ammonia amount; and an injector that injects the determined final urea solution amount to the catalyst apparatus, wherein the control portion controls the injector to inject the determined final urea solution, wherein the control portion determines a necessary urea solution amount (m Urea) by applying an ammonia conversion coefficient of the urea solution to the determined necessary ammonia amount, (m NH 3) and determines the final urea solution amount by applying a total wall-wetted urea solution amount (m Urea-wall) to the determined necessary urea solution amount (m Urea), wherein some of the urea solution is wetted on the wall of the catalyst apparatus; and wherein the control portion determines the total wall-wetted urea solution amount (m Urea-wall) by applying second driving conditions to a map value and calculating a wall-wetted amount and calculating the total wall-wetted amount by integrating the calculated wall-wetted amount. a catalyst apparatus that reduces NOx included in exhaust gas; a control portion that determines a necessary ammonia amount by applying first driving conditions to a predetermined NOx map and determines a final urea solution amount (m Urea Solution) that is to be injected to the catalyst apparatus, based on the necessary ammonia amount; and an injector that injects the determined final urea solution amount to the catalyst apparatus, wherein the control portion controls the injector to inject the determined final urea solution, wherein the control portion determines a necessary urea solution amount (m Urea) by applying an ammonia conversion coefficient of the urea solution to the determined necessary ammonia amount, (m NH 3) and determines the final urea solution amount by applying a total wall-wetted urea solution amount (m Urea-wall) to the determined necessary urea solution amount (m Urea), wherein some of the urea solution is wetted on the wall of the catalyst apparatus; and wherein the control portion determines the total wall-wetted urea solution amount (m Urea-wall) by applying second driving conditions to a map value and calculating a wall-wetted amount and calculating the total wall-wetted amount by integrating the calculated wall-wetted amount.