mhurhangee/ep-ind-claims huggingface dataset:
A routing method for routing task instructions between secured computer systems in a computer network infrastructure, comprising the steps of: - invoking routing information stored in a key computer system, the routing information defining at least one routing to one or more computer systems to be mandatorily included along a communication path, in a network of the computer network infrastructure, between the key computer system, a group of one or more broker computer systems, and a target computer system within the computer network infrastructure, - creating a task file in the key computer system, the task file comprising at least the routing information and a task description of at least one task for the target computer system, - transmitting the task file based on the routing information along the communication path from the key computer system to the target computer system by means of the group of broker computer systems, - checking the validity of the task file by the target computer system, - executing at least one task in the target computer system based on the task file if the checking of the validity of the task file was successful, wherein both the key computer system and the target computer system keep predetermined network ports used for this method closed in such a way that no connection establishment to the key computer system or to the target computer system from the outside is permitted via the network of the computer network infrastructure and thus access to the key computer system or the target computer system via the network of the computer network infrastructure by means of these network ports is prevented, but wherein the key computer system and the target computer system each establish a connection to a broker computer system from the group of broker computer systems for storing the task file in or retrieving the task file from the broker computer system. - invoking routing information stored in a key computer system, the routing information defining at least one routing to one or more computer systems to be mandatorily included along a communication path, in a network of the computer network infrastructure, between the key computer system, a group of one or more broker computer systems, and a target computer system within the computer network infrastructure, - creating a task file in the key computer system, the task file comprising at least the routing information and a task description of at least one task for the target computer system, - transmitting the task file based on the routing information along the communication path from the key computer system to the target computer system by means of the group of broker computer systems, - checking the validity of the task file by the target computer system, - executing at least one task in the target computer system based on the task file if the checking of the validity of the task file was successful,
A method, comprising: reserving resources for communication of a set of nodes (114, 116, 118) organized into a scheduling group of one or more scheduling groups, the scheduling group having a predetermined group identity, each node in the scheduling group having an unique identity; characterized in that the method comprises transmitting a scheduling grant message to all nodes in the set of nodes (114, 116, 118), the scheduling grant message comprising the predetermined group identity designating the scheduling group the message is intended for, an information element indicating an identity of a transmitting node in the set of nodes allowed to transmit a data signal to other nodes in the set of nodes, a bitmap indicating identities of nodes in the set of nodes instructed to receive the data signal from the transmitting node, and information on parameters needed to transmit and receive the data signal utilising the resources reserved for communication. reserving resources for communication of a set of nodes (114, 116, 118) organized into a scheduling group of one or more scheduling groups, the scheduling group having a predetermined group identity, each node in the scheduling group having an unique identity; characterized in that the method comprises transmitting a scheduling grant message to all nodes in the set of nodes (114, 116, 118), the scheduling grant message comprising the predetermined group identity designating the scheduling group the message is intended for, an information element indicating an identity of a transmitting node in the set of nodes allowed to transmit a data signal to other nodes in the set of nodes, a bitmap indicating identities of nodes in the set of nodes instructed to receive the data signal from the transmitting node, and information on parameters needed to transmit and receive the data signal utilising the resources reserved for communication.
A welding structure of a tube header and tube stubs, comprising: a tube header being made of ferritic heat resisting steel; a plurality of tube stubs which are welded onto an outer surface of the tube header, each of the tube stubs having a bended section and having a cross-sectional shape which is flattened at the bended section; and through-holes which are formed on the outer surface of the tube header, the through holes having a diameter that is approximately the same as the outer diameter of the tube stubs, wherein: (i) the plurality of tube stubs are made of austenite stainless steel and are welded to the tube header by using nickel base alloy as a welding material, (ii) ends of the tube stubs are respectively inserted in the through-holes, and (iii) the ends of the tube stubs inserted in the through-holes are welded to an inner surface of the tube header by using the nickel base alloy as a welding material. a tube header being made of ferritic heat resisting steel; a plurality of tube stubs which are welded onto an outer surface of the tube header, each of the tube stubs having a bended section and having a cross-sectional shape which is flattened at the bended section; and through-holes which are formed on the outer surface of the tube header, the through holes having a diameter that is approximately the same as the outer diameter of the tube stubs, wherein: (i) the plurality of tube stubs are made of austenite stainless steel and are welded to the tube header by using nickel base alloy as a welding material, (ii) ends of the tube stubs are respectively inserted in the through-holes, and (iii) the ends of the tube stubs inserted in the through-holes are welded to an inner surface of the tube header by using the nickel base alloy as a welding material. (i) the plurality of tube stubs are made of austenite stainless steel and are welded to the tube header by using nickel base alloy as a welding material, (ii) ends of the tube stubs are respectively inserted in the through-holes, and (iii) the ends of the tube stubs inserted in the through-holes are welded to an inner surface of the tube header by using the nickel base alloy as a welding material.
A two-stage wound dressing assembly comprising: a. a wound cover having: i. a length and width greater than a height; ii. a first major surface having disposed thereon a wound cover pressure sensitive adhesive comprising a colloidal absorbent and being arranged and configured to adhere to mammalian skin during use; and iii. a second major surface, opposite the first major surface, comprising a polyurethane film; and b. a carrier comprising a foamed polymeric web having: i. a length and width greater than a height; ii. a first major surface in facing relation and removably attached to the second major surface of the wound cover, the first major surface of the carrier having disposed thereon at least one pressure sensitive adhesive; and iii. a second major surface, opposite the first major surface of the carrier, wherein the height of the foamed polymeric web is between 200 and 500 μm, and wherein, after application of the wound cover to skin for use, the carrier is removable from the wound cover to leave the wound cover adhered to the skin. a. a wound cover having: i. a length and width greater than a height; ii. a first major surface having disposed thereon a wound cover pressure sensitive adhesive comprising a colloidal absorbent and being arranged and configured to adhere to mammalian skin during use; and iii. a second major surface, opposite the first major surface, comprising a polyurethane film; and i. a length and width greater than a height; ii. a first major surface having disposed thereon a wound cover pressure sensitive adhesive comprising a colloidal absorbent and being arranged and configured to adhere to mammalian skin during use; and iii. a second major surface, opposite the first major surface, comprising a polyurethane film; and b. a carrier comprising a foamed polymeric web having: i. a length and width greater than a height; ii. a first major surface in facing relation and removably attached to the second major surface of the wound cover, the first major surface of the carrier having disposed thereon at least one pressure sensitive adhesive; and iii. a second major surface, opposite the first major surface of the carrier, i. a length and width greater than a height; ii. a first major surface in facing relation and removably attached to the second major surface of the wound cover, the first major surface of the carrier having disposed thereon at least one pressure sensitive adhesive; and iii. a second major surface, opposite the first major surface of the carrier,
A method, comprising: receiving, at a first vehicle, a multimedia content request message from an originating vehicle, wherein the multimedia content request message indicates a target location at which multimedia content is requested; determining a current location of the first vehicle; in response to determining that the current location matches the target location, generating the multimedia content of the target location and transmitting, by the first vehicle, the multimedia content to the originating vehicle; characterized in that: in response to determining that the current location does not match the target location, determining, by the first vehicle, whether to forward the multimedia content request message to a second vehicle; and in response to determining to forward the multimedia content request message to the second vehicle, forwarding the multimedia content request message to the second vehicle. receiving, at a first vehicle, a multimedia content request message from an originating vehicle, wherein the multimedia content request message indicates a target location at which multimedia content is requested; determining a current location of the first vehicle; in response to determining that the current location matches the target location, generating the multimedia content of the target location and transmitting, by the first vehicle, the multimedia content to the originating vehicle; characterized in that: in response to determining that the current location does not match the target location, determining, by the first vehicle, whether to forward the multimedia content request message to a second vehicle; and in response to determining to forward the multimedia content request message to the second vehicle, forwarding the multimedia content request message to the second vehicle. in response to determining that the current location does not match the target location, determining, by the first vehicle, whether to forward the multimedia content request message to a second vehicle; and in response to determining to forward the multimedia content request message to the second vehicle, forwarding the multimedia content request message to the second vehicle.
A hot press forming device for forming coated steel, the HPF device comprising an upper die and a lower die, characterised in that the upper and lower dies constrain a portion of a blank, and the HPF device further comprises a cam configured to form another portion of the blank not constrained by the upper and lower dies in order to form a shaped portion, wherein the cam in use is movable in a direction different from directions in which the upper and lower dies are capable of being moved.
A refrigeration appliance having - a cabin for preserving food items to be cooled or frozen, - a door mounted to the cabin to provide access thereinto, - a door opening mechanism with a handle attached to said door for opening the same, said door opening mechanism further comprising an impact imparting means having a first end bearing against said cabin of said refrigeration appliance in response to actuation of said door opening mechanism, thereby effecting separation of the door from the cabin to be opening around an axis of opening, wherein - said impact imparting means is movably guided in a guiding means along its longitudinal direction, the guiding means being fixedly attached to the door of the refrigeration appliance, - a movement translation means is provided inside a housing portion of the guiding means and the movement translation means being fixedly attached to the handle and being in mechanical engagement with the impact imparting means, characterized in that - a second end of the impact imparting means in the form of a rod extends linearly as a catch arm, said catch arm engaging mechanically with a catch arm slot of the movement translation means, - the catch arm extends in a direction perpendicular to the longitudinal axis along which the impact imparting means is guided, - the movement translation means is pivotally rotatable around a pin disposed in the housing, in response to displacement of the handle, - the catch arm extends in the housing and in parallel with the pin. - a cabin for preserving food items to be cooled or frozen, - a door mounted to the cabin to provide access thereinto, - a door opening mechanism with a handle attached to said door for opening the same, said door opening mechanism further comprising an impact imparting means having a first end bearing against said cabin of said refrigeration appliance in response to actuation of said door opening mechanism, thereby effecting separation of the door from the cabin to be opening around an axis of opening, wherein - said impact imparting means is movably guided in a guiding means along its longitudinal direction, the guiding means being fixedly attached to the door of the refrigeration appliance, - a movement translation means is provided inside a housing portion of the guiding means and the movement translation means being fixedly attached to the handle and being in mechanical engagement with the impact imparting means, - a second end of the impact imparting means in the form of a rod extends linearly as a catch arm, said catch arm engaging mechanically with a catch arm slot of the movement translation means, - the catch arm extends in a direction perpendicular to the longitudinal axis along which the impact imparting means is guided, - the movement translation means is pivotally rotatable around a pin disposed in the housing, in response to displacement of the handle, - the catch arm extends in the housing and in parallel with the pin.
A hydraulic seal arrangement for a rotating machine comprising: first and second relatively rotatable components, the first component defining a first annular trough defined by radially inwardly extending axially spaced first and second walls, the second component defining a radially outwardly extending web extending between the radially inwardly extending walls (227, 229) of the first component; the first component further comprising: a second trough defined by the radially inwardly extending second wall and a radially inwardly extending third wall axially spaced from the second radially extending wall; wherein at a first circumferential position, the second radially inwardly extending wall of the first component defines a second trough oil inlet providing fluid communication between the first and second annular troughs (226, 238); and at a second circumferential position, the third radially extending wall of the first component defines a second trough oil outlet; characterised in that the second trough defines an open radially inner end defined by a radially inner end of the second radially extending wall such that the first and second annular troughs fluidly communicate around substantially the whole circumference of the first component via the radially inner end of the second radially extending wall. first and second relatively rotatable components, the first component defining a first annular trough defined by radially inwardly extending axially spaced first and second walls, the second component defining a radially outwardly extending web extending between the radially inwardly extending walls (227, 229) of the first component; the first component further comprising: a second trough defined by the radially inwardly extending second wall and a radially inwardly extending third wall axially spaced from the second radially extending wall; wherein at a first circumferential position, the second radially inwardly extending wall of the first component defines a second trough oil inlet providing fluid communication between the first and second annular troughs (226, 238); and at a second circumferential position, the third radially extending wall of the first component defines a second trough oil outlet; characterised in that a second trough defined by the radially inwardly extending second wall and a radially inwardly extending third wall axially spaced from the second radially extending wall; wherein at a first circumferential position, the second radially inwardly extending wall of the first component defines a second trough oil inlet providing fluid communication between the first and second annular troughs (226, 238); and at a second circumferential position, the third radially extending wall of the first component defines a second trough oil outlet; characterised in that the second trough defines an open radially inner end defined by a radially inner end of the second radially extending wall such that the first and second annular troughs fluidly communicate around substantially the whole circumference of the first component via the radially inner end of the second radially extending wall.
A grille shutter opening and closing control device for a vehicle with an engine or a hybrid vehicle with an engine and a hybrid motor, comprising: a grille shutter for opening and closing a grille opening through which the air is introduced into an engine compartment of the vehicle; a shutter opening/closing operating portion with a drive source for operating the grille shutter to open and close; a closing operation judging portion for judging whether the grille shutter is to be closed or not, based on an inputted vehicle information; and a drive source torque controlling portion for controlling the drive source of the shutter opening/closing operating portion, characterized in that the drive source torque controlling portion controls the drive source to operate the grille shutter by a low torque when the grille shutter is judged to be operated in a closing direction under the engine being stopped, wherein the low torque is lower than a high torque by which the grille shutter is operated when the grille shutter is judged to be operated in an opening direction by the closing operation judging portion. a grille shutter for opening and closing a grille opening through which the air is introduced into an engine compartment of the vehicle; a shutter opening/closing operating portion with a drive source for operating the grille shutter to open and close; a closing operation judging portion for judging whether the grille shutter is to be closed or not, based on an inputted vehicle information; and a drive source torque controlling portion for controlling the drive source of the shutter opening/closing operating portion, characterized in that the drive source torque controlling portion controls the drive source to operate the grille shutter by a low torque when the grille shutter is judged to be operated in a closing direction under the engine being stopped, wherein the low torque is lower than a high torque by which the grille shutter is operated when the grille shutter is judged to be operated in an opening direction by the closing operation judging portion.
A channel identification system for a multiple-input, multiple output, MIMO, telecommunication system wirelessly communicating with terminal devices, comprising: an interface device configured to receive downlink signals on channels corresponding to a first port and a second port of a base station; and a processing device comprising at least a field-programmable gate array, wherein the processing device is configured to: synchronously capture samples of the downlink signals received from the base station; extract a first cell-specific reference signal from the samples of one or more of the downlink signals; generate a second cell-specific reference signal based on known parameters used to transmit at least one of the downlink signals; and determine a channel identification corresponding to at least one channel of the channels by correlating the first cell-specific reference signal and the second cell-specific reference signal. an interface device configured to receive downlink signals on channels corresponding to a first port and a second port of a base station; and a processing device comprising at least a field-programmable gate array, wherein the processing device is configured to: synchronously capture samples of the downlink signals received from the base station; extract a first cell-specific reference signal from the samples of one or more of the downlink signals; generate a second cell-specific reference signal based on known parameters used to transmit at least one of the downlink signals; and determine a channel identification corresponding to at least one channel of the channels by correlating the first cell-specific reference signal and the second cell-specific reference signal. synchronously capture samples of the downlink signals received from the base station; extract a first cell-specific reference signal from the samples of one or more of the downlink signals; generate a second cell-specific reference signal based on known parameters used to transmit at least one of the downlink signals; and determine a channel identification corresponding to at least one channel of the channels by correlating the first cell-specific reference signal and the second cell-specific reference signal.
Method for controlling a steering column comprising two independent motorizations automatically performing a depth adjustment movement of the steering wheel along the axis of this column, and a height adjustment movement of the steering wheel, on a motor vehicle equipped with advanced driving assistance systems performing automatic driving, and a vehicle management computer delivering information on the operation of this vehicle, characterized in that, for a retraction of the steering wheel during automatic driving, it simultaneously performs a combination of the two movements (H, P) of the steering wheel, following a trajectory maintaining a safety guard under the steering wheel during these combined movements (H, P).