mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a system of a host vehicle, the method comprising: determining whether a quality of a vehicle-to-vehicle, V2V, connection between the host vehicle and a target satisfies a threshold that corresponds to a reliable connection between the host vehicle and the target; and responsive to determining that the quality of the V2V connection does not satisfy the threshold: determining a following position of the host vehicle relative to the target; characterised by comprising: determining whether the following position is within a predicted null position of the V2V connection, the predicted null position corresponding to one or more following positions where the quality of the V2V connection does not satisfy the threshold; determining whether the following position is closer to the target than a selected position corresponding to a vehicle component that controls the following position; and controlling the following position based on whether the following position is within the predicted null position and whether the following position is closer to the target than the selected position. determining whether a quality of a vehicle-to-vehicle, V2V, connection between the host vehicle and a target satisfies a threshold that corresponds to a reliable connection between the host vehicle and the target; and responsive to determining that the quality of the V2V connection does not satisfy the threshold: determining a following position of the host vehicle relative to the target; characterised by comprising: determining whether the following position is within a predicted null position of the V2V connection, the predicted null position corresponding to one or more following positions where the quality of the V2V connection does not satisfy the threshold; determining whether the following position is closer to the target than a selected position corresponding to a vehicle component that controls the following position; and controlling the following position based on whether the following position is within the predicted null position and whether the following position is closer to the target than the selected position. determining whether the following position is within a predicted null position of the V2V connection, the predicted null position corresponding to one or more following positions where the quality of the V2V connection does not satisfy the threshold; determining whether the following position is closer to the target than a selected position corresponding to a vehicle component that controls the following position; and controlling the following position based on whether the following position is within the predicted null position and whether the following position is closer to the target than the selected position.
Method for the cohesive connection of two components, in particular of two rotating shaft parts, in a connection region, characterized in that integrally formed portions for manipulating the surface geometry of the components are positioned adjacent to the connection region, wherein the two components are welded together and wherein a subsequent heat treatment is carried out in order to introduce, in a targeted manner, compressive residual stresses, the distribution of which is influenced by the manipulated surface geometry, wherein the integrally formed portions are used exclusively such that they are not involved in the cohesive connection, in order to influence the effect of the heat treatment.
A washing machine comprising a body; a loading port which is provided on the body; a drum which is disposed in the body and wherein the laundry is loaded via the loading port; a tub in which the drum is disposed; a pipe which provides the delivery of the water to the tub during the washing cycle; a lifter which is disposed in the drum, which tumbles the laundry and which has at least one nozzle for delivering the water into the drum; a magnet which creates a magnetic field during the rotation of the drum; a sensor which is disposed on the tub and which is configured to detect the position of the lifter with respect to the tub with the magnetic effect of the magnet; and a control unit which is configured to stop the drum when the lifter is at the topmost position of the tub according to the data received from the sensor, the lifter having a second piece which is configured to be detachably attached to the drum and which has at least one opening for allowing the passage of water into the drum, a first piece which is configured to be detachably attached to the second piece and the magnet being disposed in the second piece characterized by the lifter having a housing on the second piece being configured to position the magnet and the housing at one side of the opening, having a rear wall and two side walls as an elevation from the surface of the second piece whereon one claw for connecting the second piece to the drum is provided.
An access classification device, for classifying an access into a set with similar features, comprising: a tree construction unit configured to construct a plurality of trees in each of which at least a first destination and a second destination are set as nodes, content information corresponding to the nodes is added to the nodes, and an access transfer instruction from the first destination to the second destination is set as an edge; a node association unit configured to associate nodes of the plurality of trees with each other for the plurality of trees constructed by the tree construction unit, based on similarity between local structures of the trees; a similarity calculation unit configured to calculate similarity between the nodes associated with each other in the plurality of trees, based on the content information added to the nodes, and calculate similarity between the plurality of trees using the calculated similarity between the nodes associated with each other; and a classification unit configured to classify the access into a set with similar features, based on the similarity between the plurality of trees calculated by the similarity calculation unit. a tree construction unit configured to construct a plurality of trees in each of which at least a first destination and a second destination are set as nodes, content information corresponding to the nodes is added to the nodes, and an access transfer instruction from the first destination to the second destination is set as an edge; a node association unit configured to associate nodes of the plurality of trees with each other for the plurality of trees constructed by the tree construction unit, based on similarity between local structures of the trees; a similarity calculation unit configured to calculate similarity between the nodes associated with each other in the plurality of trees, based on the content information added to the nodes, and calculate similarity between the plurality of trees using the calculated similarity between the nodes associated with each other; and a classification unit configured to classify the access into a set with similar features, based on the similarity between the plurality of trees calculated by the similarity calculation unit.
A process for making xylenes and phenol comprising: providing a first phenols stream comprising phenol and alkyl phenols from a coal derived liquid; separating the first phenols stream into at least a phenol product stream comprising phenol, and a cresols stream comprising cresols in a phenols separation zone; transalkylating the cresols stream with a first aromatics stream comprising toluene, benzene, or both in a cresols transalkylation reaction zone in the presence of a cresols transalkylating catalyst to form a first effluent stream comprising aromatics, phenol, and alkyl phenols; separating the first effluent stream into at least a second aromatics stream comprising aromatics and a second phenols stream comprising phenol and alkyl phenols in a phenols and aromatics separation zone; separating the second aromatics stream into at least the first aromatics stream and a first xylenes stream comprising para-xylene, ortho-xylene, and meta-xylene in an aromatics separation zone; and introducing the second phenols stream into the phenols separation zone. providing a first phenols stream comprising phenol and alkyl phenols from a coal derived liquid; separating the first phenols stream into at least a phenol product stream comprising phenol, and a cresols stream comprising cresols in a phenols separation zone; transalkylating the cresols stream with a first aromatics stream comprising toluene, benzene, or both in a cresols transalkylation reaction zone in the presence of a cresols transalkylating catalyst to form a first effluent stream comprising aromatics, phenol, and alkyl phenols; separating the first effluent stream into at least a second aromatics stream comprising aromatics and a second phenols stream comprising phenol and alkyl phenols in a phenols and aromatics separation zone; separating the second aromatics stream into at least the first aromatics stream and a first xylenes stream comprising para-xylene, ortho-xylene, and meta-xylene in an aromatics separation zone; and introducing the second phenols stream into the phenols separation zone.
A Coriolis mass flow meter, having - at least one measuring tube through which a measuring medium can be passed, - a driver which sets the measuring tube into resonant vibration, - a first sensor and a second sensor which are arranged on the measuring tube offset from one another along a flow direction (a) of the measuring medium and detect the vibrations of the measuring tube, and - a terminal board for electrically connecting an electric circuit of the driver to a voltage source, characterized in that at least one resistor (R I -R VI) is provided in, and connected parallel to, the electric circuit of the driver on the terminal board, wherein said at least one resistor can be activated or deactivated to set a specific current intensity in the electric circuit for adaptation to the requirements of the driver, so that the same terminal plate can be used for different drivers. - at least one measuring tube through which a measuring medium can be passed, - a driver which sets the measuring tube into resonant vibration, - a first sensor and a second sensor which are arranged on the measuring tube offset from one another along a flow direction (a) of the measuring medium and detect the vibrations of the measuring tube, and - a terminal board for electrically connecting an electric circuit of the driver to a voltage source, characterized in that at least one resistor (R I -R VI) is provided in, and connected parallel to, the electric circuit of the driver on the terminal board, wherein said at least one resistor can be activated or deactivated to set a specific current intensity in the electric circuit for adaptation to the requirements of the driver, so that the same terminal plate can be used for different drivers.
A steering computing device for calculating state quantity of a steering apparatus, the steering apparatus including a steering wheel, an input shaft, an intermediate shaft, an output shaft, a first Cardan joint, a second Cardan joint, and steered wheels, the input shaft being connected to the steering wheel, the first Cardan joint being a member connecting the input shaft to the intermediate shaft, the second Cardan joint being a member connecting the intermediate shaft to the output shaft, the steered wheels being configured to receive a steering torque input into the steering wheel, via the input shaft, the intermediate shaft, and the output shaft, the steering computing device characterized by comprising a processor configured to execute a steering angle variable acquisition process, an output shaft angle variable acquisition process, and a joint angle variable calculation process, wherein: the steering angle variable acquisition process is a process of acquiring a value of a steering angle variable as a variable indicative of a rotation angle of the steering wheel; the output shaft angle variable acquisition process is a process of acquiring a value of an output shaft angle variable as a variable indicative of a rotation angle of the output shaft; the joint angle variable calculation process is a process of calculating a value of a joint angle variable with use of the value of the steering angle variable and the value of the output shaft angle variable as inputs; and the joint angle variable is a variable defining an angle formed between an axial direction of the input shaft and an axial direction of the output shaft. the steering angle variable acquisition process is a process of acquiring a value of a steering angle variable as a variable indicative of a rotation angle of the steering wheel; the output shaft angle variable acquisition process is a process of acquiring a value of an output shaft angle variable as a variable indicative of a rotation angle of the output shaft; the joint angle variable calculation process is a process of calculating a value of a joint angle variable with use of the value of the steering angle variable and the value of the output shaft angle variable as inputs; and the joint angle variable is a variable defining an angle formed between an axial direction of the input shaft and an axial direction of the output shaft.
A light strip for a window or door element of vehicles, comprising: at least one fastening base for fastening to a frame profile and/or to a transparent pane, an at least partially transparent inner profile in which at least one light element is received, an at least partially transparent enveloping profile which at least partially surrounds the inner profile, characterised in that the at least partially transparent enveloping profile is detachably fastened to the at least one fastening base, and in that the at least partially transparent inner profile is formed from a flexible material, preferably from an elastomer, preferably silicone. at least one fastening base for fastening to a frame profile and/or to a transparent pane, an at least partially transparent inner profile in which at least one light element is received, an at least partially transparent enveloping profile which at least partially surrounds the inner profile, characterised in that the at least partially transparent enveloping profile is detachably fastened to the at least one fastening base, and in that the at least partially transparent inner profile is formed from a flexible material, preferably from an elastomer, preferably silicone.
A modular wall system comprising a plurality of elongated wall panels (9; 10) disposed on one another, a plant bedding material tile, a seed/plant cup, a board (6; 7), and an irrigation pipe, wherein: the elongated wall panels (9; 10) comprise a vertical wall, a top flange and a bottom flange; the fluid emitting irrigation pipe is disposed on and/or couples to at least one of the top and bottom flanges (2; 3) of an elongated wall panel (9; 10); the board (6; 7) comprises at least one opening configured to receive a seed/plant cup, and wherein the board (6; 7) is coupled to at least one of the flanges (2; 3) of the elongated wall panel (9; 10), thereby forming a wall panel interior; the plant bedding material tile is configured to be coupled to an interior vertical wall portion of the elongated wall panel (9; 10) and/or to an interior wall portion of the board (6; 7); the seed/plant cup is configured to be inserted from the outside through the at least one opening in the board (6; 7) to thereby be partially disposed inside a cup bedding material opening of the plant bedding material tile; and wherein once irrigated by a fluid supply provided by the fluid emitting irrigation pipe, a seed/plant in the seed/plant cup disposed inside the plant bedding material tile is configured to grow roots into the plant bedding material tile and grow a canopy extending from an exterior of the board (6; 7). the elongated wall panels (9; 10) comprise a vertical wall, a top flange and a bottom flange; the fluid emitting irrigation pipe is disposed on and/or couples to at least one of the top and bottom flanges (2; 3) of an elongated wall panel (9; 10); the board (6; 7) comprises at least one opening configured to receive a seed/plant cup, and wherein the board (6; 7) is coupled to at least one of the flanges (2; 3) of the elongated wall panel (9; 10), thereby forming a wall panel interior; the plant bedding material tile is configured to be coupled to an interior vertical wall portion of the elongated wall panel (9; 10) and/or to an interior wall portion of the board (6; 7); the seed/plant cup is configured to be inserted from the outside through the at least one opening in the board (6; 7) to thereby be partially disposed inside a cup bedding material opening of the plant bedding material tile; and wherein once irrigated by a fluid supply provided by the fluid emitting irrigation pipe, a seed/plant in the seed/plant cup disposed inside the plant bedding material tile is configured to grow roots into the plant bedding material tile and grow a canopy extending from an exterior of the board (6; 7).
A method of wireless communication at a user equipment, UE, comprising: relinquishing a client side high level operation system, HLOS, internet protocol, IP, context of the UE, when the UE, connected to a network via a Wireless Wide Area Network, WWAN connection, is transported to a Wireless Local Area Network, WLAN, connection area; maintaining a Packet Data Protocol, PDP, context of the UE, when the UE, connected to the network via the WWAN connection, is transported to a WLAN connection area, wherein the PDP context of the UE refer to one or more of settings, characteristics, parameters, and resources that define the WWAN connection; establishing a WLAN connection to the network, when the UE, connected to the network via the WWAN connection, is transported to a WLAN connection area; setting a linger timer for a certain period of time to defer deactivation of the PDP context; adding a random timer value to the certain period of time of the linger timer; and deactivating the PDP context when the linger timer expires. relinquishing a client side high level operation system, HLOS, internet protocol, IP, context of the UE, when the UE, connected to a network via a Wireless Wide Area Network, WWAN connection, is transported to a Wireless Local Area Network, WLAN, connection area; maintaining a Packet Data Protocol, PDP, context of the UE, when the UE, connected to the network via the WWAN connection, is transported to a WLAN connection area, wherein the PDP context of the UE refer to one or more of settings, characteristics, parameters, and resources that define the WWAN connection; establishing a WLAN connection to the network, when the UE, connected to the network via the WWAN connection, is transported to a WLAN connection area; setting a linger timer for a certain period of time to defer deactivation of the PDP context; adding a random timer value to the certain period of time of the linger timer; and deactivating the PDP context when the linger timer expires.
Automatic concrete pump with at least one front and at least one rear pivot leg (2, 3), wherein the pivot legs (2, 3) are coupled to a substructure of the automatic concrete pump via an upper and a lower pivot pin part (61, 62) with a common pivot axis, characterised in that the pivot legs (2, 3) are coupled to the upper pivot pin part respectively via an upper contact surface (21, 31), in particular in the form of a partial cylinder jacket, which does not fully encompass the upper pivot pin part.
Inhibitory AP-9 peptide, the sequence of which is SEQ ID NO: 3, for use in preventing and/or treating cardiac damage arising after ischemia followed by reperfusion.
Casting mold, in particular a slip casting mold, for producing a cast part, in particular a ceramic die cast part, comprising at least one first mold part having a first base body and a first filtration layer and at least one second mold part having a second base body and a second filtration layer, wherein at least one first dewatering channel (12a, 12b) having at least one dewatering channel end (21a, 21b) is provided in the first base body, characterized in that the dewatering channel end (21a, 21b) opens in a casting position into a second dewatering channel (13a, 13b) within the second mold part.
Tightening device for tightening a glove onto the hand of a user, in particular in order to allow a glove made of chainmail material to closely fit the hand, wherein said tightening device is formed of a one-piece member made of a resilient material arranged to be positioned onto the hand provided with the glove, comprising: - a main ring, suitable for the insertion of the hand up to the wrist, comprising a hole delimited by a peripheral edge, - three secondary rings (13, 14, 15), each suitable for the passage of a finger, namely a central secondary ring placed between two lateral secondary rings (13, 15), each comprising a hole (131, 141, 151) delimited by a peripheral edge (132, 142, 152), with each one of said secondary rings (13, 14, 15) comprising (i) a proximal portion (134, 144, 154), located on the side of said main ring, and connected in a one-piece manner to the peripheral edge of the latter, and (ii) a distal portion (133, 143, 153) extending at a distance from said main ring, and each lateral secondary ring (13, 15) being separated from the central secondary ring by a recess (17, 18) comprising a proximal portion (172, 182) located on the side of said main ring, and a distal portion (171, 181) located at a distance from said main ring, characterised in that the flat dimensions of at least one of said recesses (17, 18) are greater than the flat dimensions of at least one of said lateral secondary rings (13, 15). - a main ring, suitable for the insertion of the hand up to the wrist, comprising a hole delimited by a peripheral edge, - three secondary rings (13, 14, 15), each suitable for the passage of a finger, namely a central secondary ring placed between two lateral secondary rings (13, 15), each comprising a hole (131, 141, 151) delimited by a peripheral edge (132, 142, 152), with each one of said secondary rings (13, 14, 15) comprising (i) a proximal portion (134, 144, 154), located on the side of said main ring, and connected in a one-piece manner to the peripheral edge of the latter, and (ii) a distal portion (133, 143, 153) extending at a distance from said main ring,
Device for diagnosing a fuel injection device with a piezo-actuator, which device determines a charge applied to the piezo-actuator and a capacitance of the piezo-actuator on the basis thereof, characterized in that said device comprises a transportable diagnostic unit which is separate from an open-loop and closed-loop control apparatus of the fuel injection device and which forms an enclosed structural unit and comprises at least one visual display or acoustic indicator for indicating the functional state of the piezo-actuator.