mhurhangee/ep-ind-claims huggingface dataset:
A method of operation of a node in a cellular communications network comprising a wireless device and a base station in communication with a core network node, wherein the node is either the wireless device, the base station or the core network node, the method comprising: determining whether the wireless device is to operate in a long range extension mode or a normal mode, wherein the long range extension mode is a mode of operation in which the wireless device is configured to maintain communication with the base station over an extended range as compared to that of the normal mode of operation; and applying different values for at least one parameter selected from a group consisting of: one or more radio link monitoring parameters, one or more radio link failure detection parameters, one or more radio link failure recovery parameters, and one or more connection establishment failure detection parameters depending on whether the wireless device is to operate in the long range extension mode or the normal mode. determining whether the wireless device is to operate in a long range extension mode or a normal mode, wherein the long range extension mode is a mode of operation in which the wireless device is configured to maintain communication with the base station over an extended range as compared to that of the normal mode of operation; and applying different values for at least one parameter selected from a group consisting of: one or more radio link monitoring parameters, one or more radio link failure detection parameters, one or more radio link failure recovery parameters, and one or more connection establishment failure detection parameters depending on whether the wireless device is to operate in the long range extension mode or the normal mode.
A robot apparatus providing care to a plurality of users, comprising: a computer program storage device that stores cueing point information and user information, said cueing point information including: position information; and level of care information applicable to all users and associated with said position information, said user information including per user: identification information of said user; and user-specific level of care information; and a determining unit configured to decide to issue a cue based on at least said cueing information and said user information. a computer program storage device that stores cueing point information and user information, said cueing point information including: position information; and level of care information applicable to all users and associated with said position information, position information; and level of care information applicable to all users and associated with said position information, said user information including per user: identification information of said user; and user-specific level of care information; and identification information of said user; and user-specific level of care information; and a determining unit configured to decide to issue a cue based on at least said cueing information and said user information.
A computing machine, comprising: multiple active elements, the active elements being computing elements capable of sending and receiving messages; the active elements having connections between one another; the connections having values that are capable of being updated, wherein said values comprise an amplitude, a pulse width, and a transmission time; a given active element having a sequence of times at which the active element fired, which is a firing representation; the machine computing a particular output sequence of firing representations from a particular sequence of input firing representations, where firing representations of the multiple active elements, express the input to, the computation of, and the output of the machine of active elements and where each firing representation represents an input symbol, an output symbol, a sequence of symbols, a number, or a sequence of program instructions; and a method via which the machine is programmable being explicit programming; and the computing machine being configured for executing a sequence of instructions in which each instruction specifies a connection, a value, and a time at which to assign the value, and a designation of whether to assign the value to the amplitude, the pulse width, or the transmission time. multiple active elements, the active elements being computing elements capable of sending and receiving messages; the active elements having connections between one another; the connections having values that are capable of being updated, wherein said values comprise an amplitude, a pulse width, and a transmission time; a given active element having a sequence of times at which the active element fired, which is a firing representation; the machine computing a particular output sequence of firing representations from a particular sequence of input firing representations, where firing representations of the multiple active elements, express the input to, the computation of, and the output of the machine of active elements and where each firing representation represents an input symbol, an output symbol, a sequence of symbols, a number, or a sequence of program instructions; and a method via which the machine is programmable being explicit programming; and the computing machine being configured for executing a sequence of instructions in which each instruction specifies a connection, a value, and a time at which to assign the value, and a designation of whether to assign the value to the amplitude, the pulse width, or the transmission time.
An application program for causing an information processing apparatus performing wireless communication with a communication apparatus to execute a control method for connection between the communication apparatus and an external access point outside the communication apparatus via a wireless local area network, the control method comprising: performing, based on an instruction on a screen displayed by the application program, display processing for displaying a selection screen for selecting any one of one or more access points, wherein authentication information corresponding to a selected access point is input by a user based on the user's selection of the access point on the selection screen displayed by the display processing, and wherein connection confirmation for establishing wireless connection between the selected access point and the information processing apparatus is performed based on input of the authentication information; and transmitting the authentication information and identification information about the access point selected on the selection screen to the communication apparatus based on success of establishing the wireless connection by the connection confirmation performing, based on an instruction on a screen displayed by the application program, display processing for displaying a selection screen for selecting any one of one or more access points, wherein authentication information corresponding to a selected access point is input by a user based on the user's selection of the access point on the selection screen displayed by the display processing, and wherein connection confirmation for establishing wireless connection between the selected access point and the information processing apparatus is performed based on input of the authentication information; and transmitting the authentication information and identification information about the access point selected on the selection screen to the communication apparatus based on success of establishing the wireless connection by the connection confirmation
Structural casing for an axial turbomachine, in particular for an aircraft turbojet engine, the casing comprising: - an outer ring; - a central hub; and - a plurality of radial arms extending radially from the central hub to the outer ring, the outer ring being angularly divided into a plurality of angular sectors (55, 56, 57, 58, 59) welded together in pairs and welded to the radial arms, characterised in that at least two of the angular sectors (55, 56, 57, 58, 59) describe different angles, one of the angular sectors (57, 58, 59) preferably describing an angle at least twice, three times or four times greater than another of the angular sectors (55, 56). - an outer ring; - a central hub; and - a plurality of radial arms extending radially from the central hub to the outer ring,
A method for operating a Controller Area Network, CAN, device, the method comprising: in response to receiving bits of an arbitration field of a CAN data frame at the CAN device, selecting a best timing engine and at least one candidate timing engine from a plurality of timing engines (TE3-TE7), wherein the timing engines have different sample clock frequencies; sampling subsequent bits of the CAN data frame using the best timing engine; evaluating the best timing engine and the at least one candidate timing engine based on the subsequent bits of the CAN data frame, selecting a second timing engine with the lowest timing error among the best timing engine and the at least one candidate timing engine based on the evaluating of the best timing engine and the at least one candidate timing engine, and sampling further bits of the CAN data frame that are received after the subsequent bits of the CAN data frame using the second timing engine. in response to receiving bits of an arbitration field of a CAN data frame at the CAN device, selecting a best timing engine and at least one candidate timing engine from a plurality of timing engines (TE3-TE7), wherein the timing engines have different sample clock frequencies; sampling subsequent bits of the CAN data frame using the best timing engine; evaluating the best timing engine and the at least one candidate timing engine based on the subsequent bits of the CAN data frame, selecting a second timing engine with the lowest timing error among the best timing engine and the at least one candidate timing engine based on the evaluating of the best timing engine and the at least one candidate timing engine, and sampling further bits of the CAN data frame that are received after the subsequent bits of the CAN data frame using the second timing engine.
A ketol-acid reductoisomerase enzyme as set forth in SEQ ID NO:17, wherein a) residue 52 is mutated; or b) residues 47, 50 and 52 are mutated; or c) residue 52 and at least one residue selected from the group consisting of 24, 33, 53, 61, 80, 115, 156, 165 and 170 are mutated; or d) residues 47, 50, 52 and at least one residue selected from the group consisting of 24, 33, 53, 61, 80, 115, 156, 165 and 170 are mutated; and wherein said ketol-acid reductoisomerase enzyme has a preference for binding NADH as opposed to NADPH; and wherein said mutation is an amino acid substitution. a) residue 52 is mutated; or b) residues 47, 50 and 52 are mutated; or c) residue 52 and at least one residue selected from the group consisting of 24, 33, 53, 61, 80, 115, 156, 165 and 170 are mutated; or d) residues 47, 50, 52 and at least one residue selected from the group consisting of 24, 33, 53, 61, 80, 115, 156, 165 and 170 are mutated; and
Mainboard for the control and supply of electronic components, wherein the mainboard comprises a first plug for receiving a mating plug of a voltage supply unit (6, 7) and the first plug includes connection contacts of multiple supply lines (10, 11) on the mainboard, and the mainboard comprises a logics circuit, which is configured so that an identification of a first or a second voltage supply unit (6, 7) connected to the mainboard is possible and a forwarding and processing of the respective provided supply voltage(s) depending thereon is effected by the logics circuit, wherein the first plug is configured in such a way that a first connected voltage supply unit can provide an individual supply voltage on a supply line and a second connected voltage supply unit can provide multiple supply voltages on further supply lines on the first plug of the mainboard, wherein the logics circuit is configured to generate multiple on-board voltages from the individual supply voltage of the first voltage supply unit on the supply line of the plug via a voltage control module or to forward the multiple supply voltages of the second voltage supply unit on the further supply lines of the plug as on-board voltages.
Method for introducing a plurality of cutouts into a substrate, in particular a planar substrate, by means of an optical system, wherein the thickness of the substrate in the region of the cutouts to be introduced does not exceed 2 mm, by means of pulsed laser radiation with a pulse duration (t), wherein the substrate material of the substrate is at least partially transparent to the laser wavelength and the laser radiation is focused by means of the optical system of the focal depth and the intensity of the laser radiation leads to a modification of the substrate along a beam axis of the laser radiation, but not to a removal of material right through, wherein the laser radiation is focused by non-linear self-focusing within the pulse duration (t) of a single pulse by the same, itself unchanged, optical system with a focal depth different from the original focal depth, characterized in that the laser radiation is first directed through a transmissive medium, wherein the transmissive medium has a greater intensity-dependent refraction index than air and 1. the intensity of a single pulse of the laser radiation over the time of the single pulse has an intensity that increases from a minimum (I a) through a mean value to a maximum (I c) and then falls, 2. and as a result, the focal depth of the optical system changes irrespective of the geometrical focal position determined by the focusing optic, and this effect is enhanced by the transmissive medium in such a way that the distance of the focal positions between a maximum and a minimum intensity corresponds at least to the desired longitudinal extent of the cutout to be introduced, 3. whereby, irrespective of the geometrical focal position determined by the focusing optic of the laser processing head, the intensity-dependent focal positions of the laser radiation change, so that in the next step an anisotropic material removal takes place mainly in those regions that have previously undergone a modification by means of the laser radiation, and so a cutout is introduced into the substrate. 1. the intensity of a single pulse of the laser radiation over the time of the single pulse has an intensity that increases from a minimum (I a) through a mean value to a maximum (I c) and then falls, 2. and as a result, the focal depth of the optical system changes irrespective of the geometrical focal position determined by the focusing optic, and this effect is enhanced by the transmissive medium in such a way that the distance of the focal positions between a maximum and a minimum intensity corresponds at least to the desired longitudinal extent of the cutout to be introduced, 3. whereby, irrespective of the geometrical focal position determined by the focusing optic of the laser processing head, the intensity-dependent focal positions of the laser radiation change, so that in the next step an anisotropic material removal takes place mainly in those regions that have previously undergone a modification by means of the laser radiation, and so a cutout is introduced into the substrate.
An electronic atomizing device, comprising: a liquid reservoir having a storage cavity, the liquid reservoir being provided with a mounting hole that communicates with the storage cavity; ventilation valve comprising: a valve sleeve received in the mounting hole and provided with a through hole in communication with the storage cavity of the liquid reservoir; and a valve element having air permeability and comprising an oleophobic material layer adjacent to the storage cavity, and a semi-permeable membrane connected to an end of the oleophobic material layer away from the storage cavity, characterized in that the oleophobic material layer and the semi-permeable membrane are accommodated in the through hole. a liquid reservoir having a storage cavity, the liquid reservoir being provided with a mounting hole that communicates with the storage cavity; ventilation valve comprising: a valve sleeve received in the mounting hole and provided with a through hole in communication with the storage cavity of the liquid reservoir; and a valve element having air permeability and comprising an oleophobic material layer adjacent to the storage cavity, and a semi-permeable membrane connected to an end of the oleophobic material layer away from the storage cavity, characterized in that the oleophobic material layer and the semi-permeable membrane are accommodated in the through hole. a valve sleeve received in the mounting hole and provided with a through hole in communication with the storage cavity of the liquid reservoir; and a valve element having air permeability and comprising an oleophobic material layer adjacent to the storage cavity, and a semi-permeable membrane connected to an end of the oleophobic material layer away from the storage cavity, characterized in that the oleophobic material layer and the semi-permeable membrane are accommodated in the through hole.
Use of a compound of the formula and of a compound of formula and optionally of a component D, the component D being a UV stabilizer; for the stabilization of polymers, the polymers having been selected from the group consisting of polycarbonates and of PC blends composed of polycarbonate and one or more polymers other than polycarbonate.
Optical lens comprising a first flat input dioptre and an output dioptre, characterised in that it comprises a second flat input dioptre which is not coplanar with the first input dioptre, and is arranged in the said lens such that all the rays emitted from a point of this second input dioptre reach an intermediate dioptre which reflects the lens, which dioptre is situated between the first input dioptre and the output dioptre, and returns the said rays to the said output dioptre.
An integrated power semiconductor packaging apparatus, comprising: a plurality of power semiconductor devices; and an electrically insulative substrate formed integrally, comprising: a flat surface; at least one separation wall (2511,2513,2515,2517) protruding from the flat surface and configured to separate the flat surface into a plurality of flat areas, wherein each of the flat areas is configured to receive a respective one of the power semiconductor devices and includes a hole; and a flow channel inside the electrically insulative substrate for allowing a coolant flowing through to remove heat from the plurality of power semiconductor devices; characterized in that each power semiconductor device is fixed on a metal plate; each metal plate is installed on a respective one of the flat areas through a fastener and a sealing ring so that the hole is covered by the metal plate to realize direct contact between the coolant in the flow channel and the metal plate; and the flow channel comprises an inlet and an outlet allowing the coolant to flow in and out of the electrically insulative substrate respectively. a plurality of power semiconductor devices; and an electrically insulative substrate formed integrally, comprising: a flat surface; at least one separation wall (2511,2513,2515,2517) protruding from the flat surface and configured to separate the flat surface into a plurality of flat areas, wherein each of the flat areas is configured to receive a respective one of the power semiconductor devices and includes a hole; and a flow channel inside the electrically insulative substrate for allowing a coolant flowing through to remove heat from the plurality of power semiconductor devices; a flat surface; at least one separation wall (2511,2513,2515,2517) protruding from the flat surface and configured to separate the flat surface into a plurality of flat areas, wherein each of the flat areas is configured to receive a respective one of the power semiconductor devices and includes a hole; and a flow channel inside the electrically insulative substrate for allowing a coolant flowing through to remove heat from the plurality of power semiconductor devices; characterized in that each power semiconductor device is fixed on a metal plate; each metal plate is installed on a respective one of the flat areas through a fastener and a sealing ring so that the hole is covered by the metal plate to realize direct contact between the coolant in the flow channel and the metal plate; and the flow channel comprises an inlet and an outlet allowing the coolant to flow in and out of the electrically insulative substrate respectively.
A connector assembly comprising: a first housing; a second housing; a machine readable identifier; a lever component with a receiving pocket; and a position assurance lock, the position assurance lock operable between an engaged position and a disengaged position, the position assurance lock configured to secure the first housing to the second housing via the receiving pocket when the position assurance lock is in the engaged position; wherein the machine readable identifier is switched from an inaccessible state to an accessible state responsive to the position assurance lock moving from the disengaged position to the engaged position. a first housing; a second housing; a machine readable identifier; a lever component with a receiving pocket; and a position assurance lock, the position assurance lock operable between an engaged position and a disengaged position, the position assurance lock configured to secure the first housing to the second housing via the receiving pocket when the position assurance lock is in the engaged position; wherein the machine readable identifier is switched from an inaccessible state to an accessible state responsive to the position assurance lock moving from the disengaged position to the engaged position.