mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting a reference signal for a device-to-device, D2D, communication, the method comprising: generating (601, 701, 801), by at least one processor of a terminal, a demodulation reference signal, DM RS, sequence (104,105) for the D2D communication based on at least one of a synchronization identity identifying a synchronization signal used for the D2D communication, and a group identity of a communication group where the terminal belongs; and transmitting (603, 703, 803), by a transceiver of the terminal the DM RS sequence (104,105) through predetermined symbol position in a subframe, wherein the DM RS sequence (104,105) is generated based on a pseudo random sequence, the pseudo random sequence generated based on an initialization value having a constant value, and wherein the initialization value has the constant value for D2D communication different from a range of initialization values related to generation of a DM RS sequence for uplink transmission. generating (601, 701, 801), by at least one processor of a terminal, a demodulation reference signal, DM RS, sequence (104,105) for the D2D communication based on at least one of a synchronization identity identifying a synchronization signal used for the D2D communication, and a group identity of a communication group where the terminal belongs; and transmitting (603, 703, 803), by a transceiver of the terminal the DM RS sequence (104,105) through predetermined symbol position in a subframe,
An apparatus for directing a liquid through a porous medium, comprising: a fluidic module rotatable about a center of rotation and comprising a fluid chamber (12, 104, 104a -104d) and an inflow structure (14, 103, 113, 103a -103e), a porous medium (16, 105, 105a - 105g) disposed in the fluid chamber (12, 104, 104a - 104d) to allow centrifugal force-effected flow of the liquid impinging on a radially inner portion of the porous medium (16, 105, 105a - 105g) to a radially outer portion of the porous medium (16, 105, 105a - 105g), wherein the porous medium (16, 105, 105a - 105g) is laterally at least partially spaced apart from chamber walls of the fluid chamber (12, 104, 104a - 104d) with respect to the flow, so that a fluid connection exists between the radially inner portion of the porous medium (16, 105, 105a - 105g) and the radially outer portion of the porous medium (16, 105, 105a - 105g) outside the porous medium (16, 105, 105a - 105g), which represents a possible bypass path for a liquid flow not through the porous medium (16, 105, 105a - 105g) between the chamber walls and the porous medium (16, 105, 105a - 105g), wherein the inflow structure (14, 103, 113, 103a - 103e) is configured to limit a centrifugal force-effected inflow of the liquid to the radially inner portion of the porous medium (16, 105, 105a - 105g) to a first flow rate, wherein a ratio of the first flow rate to a maximum possible flow rate through the porous medium (16, 105, 105a - 105g) is not greater than two. a fluidic module rotatable about a center of rotation and comprising a fluid chamber (12, 104, 104a -104d) and an inflow structure (14, 103, 113, 103a -103e), a porous medium (16, 105, 105a - 105g) disposed in the fluid chamber (12, 104, 104a - 104d) to allow centrifugal force-effected flow of the liquid impinging on a radially inner portion of the porous medium (16, 105, 105a - 105g) to a radially outer portion of the porous medium (16, 105, 105a - 105g), wherein the porous medium (16, 105, 105a - 105g) is laterally at least partially spaced apart from chamber walls of the fluid chamber (12, 104, 104a - 104d) with respect to the flow, so that a fluid connection exists between the radially inner portion of the porous medium (16, 105, 105a - 105g) and the radially outer portion of the porous medium (16, 105, 105a - 105g) outside the porous medium (16, 105, 105a - 105g), which represents a possible bypass path for a liquid flow not through the porous medium (16, 105, 105a - 105g) between the chamber walls and the porous medium (16, 105, 105a - 105g), wherein the inflow structure (14, 103, 113, 103a - 103e) is configured to limit a centrifugal force-effected inflow of the liquid to the radially inner portion of the porous medium (16, 105, 105a - 105g) to a first flow rate, wherein a ratio of the first flow rate to a maximum possible flow rate through the porous medium (16, 105, 105a - 105g) is not greater than two.
Device for connecting several functional electric elements (3, 4) configured to be arranged on a transparent window, said device comprising: - conductors isolated from each other, - a single contact element, made up of a flexible matrix formed of plastic in which the conductors are arranged, and equipped with an output lead, - connecting conductors, - contact faces, configured to be arranged on the face of the window near the edge of the window, and covered by the contact element, - circuit elements, said connecting device being configured to connect each functional element (3, 4) to communication assemblies, which follow outside the window beyond the output lead, via at least one of the contact faces, the contact faces being configured to be connected to the conductors by connection faces of the conductors, characterized in that contact faces are configured to be distributed along the edge of the window; in that the contact element has a shape tailored to the edge of the window; and in that the matrix of the contact element is also designed to be a support for circuit elements arranged in close proximity to the contact faces and electrically connected thereto by conductors and connecting conductors. - conductors isolated from each other, - a single contact element, made up of a flexible matrix formed of plastic in which the conductors are arranged, and equipped with an output lead, - connecting conductors, - contact faces, configured to be arranged on the face of the window near the edge of the window, and covered by the contact element, - circuit elements,
An axle assembly comprising: a first gear mechanism that includes a ring gear and a first gear that are rotatable about a first axis; a second gear mechanism having a second gear and a third gear that are rotatable about a second axis, wherein the first gear meshes with the second gear, the second gear mechanism further including a second shaft that is rotatable about the second axis; and a differential assembly that includes a differential case and a fourth gear that are rotatable about the first axis, wherein the third gear meshes with the fourth gear and torque is transmitted between the first gear mechanism and the differential assembly via the second gear mechanism, wherein the second gear is fixedly mounted to the second shaft, and the second shaft is rotatably supported by a bearing assembly that has an inner race that is mounted to the second shaft, characterized in that the second shaft is a solid shaft or a hollow shaft. a first gear mechanism that includes a ring gear and a first gear that are rotatable about a first axis; a second gear mechanism having a second gear and a third gear that are rotatable about a second axis, wherein the first gear meshes with the second gear, the second gear mechanism further including a second shaft that is rotatable about the second axis; and a differential assembly that includes a differential case and a fourth gear that are rotatable about the first axis, wherein the third gear meshes with the fourth gear and torque is transmitted between the first gear mechanism and the differential assembly via the second gear mechanism, wherein the second gear is fixedly mounted to the second shaft, and the second shaft is rotatably supported by a bearing assembly that has an inner race that is mounted to the second shaft, characterized in that the second shaft is a solid shaft or a hollow shaft.
An open loop current transducer comprising a housing, a magnetic core comprising a pair of core parts (3a, 3b) forming a pair of magnetic field gaps (13a, 13b) therebetween, the magnetic core mounted in the housing, a pair of magnetic field detectors (4a, 4b), one magnetic field detector being mounted in each magnetic field gap, a leadframe comprising core mounting parts (16a, 16b) and magnetic field detector contacts, and a mounting plate, the mounting plate mounted on a top side of the magnetic core and the leadframe mounted on a bottom mounting side of the magnetic core, the mounting plate fixed to the pair of core parts (3a, 3b) and defining the position of the magnetic core parts, wherein the magnetic field detector contacts comprise circuit board contact portions for connection to an external circuit board, and magnetic field detector contact portions for connection to contacts of the magnetic field detectors (4a, 4b), the magnetic field detector contact portions positioned in a magnetic field detector mounting cavity on opposed lateral sides of the housing.
Needle safety device for a hollow medical needle, comprising - a needle safety element arranged displaceably on a needle shaft (1.1) in a ready position, - said needle safety element having a proximal rear wall (2.1) in which an opening (2.2) is formed for the passage of the needle shaft, wherein the edges of the opening engage with the needle shaft in a protective position, and - having resilient arms (2.3, 2.4) extending from the proximal rear wall (2.1) in the distal direction, arms being provided with a bent distal wall portion (2.5, 2.6), abutting on the needle shaft in the ready position and overlapping the needle tip in the protective position, wherein - stays (3a, 3b) are arranged laterally of the arms (2.3, 2.4), which stays are joined at the proximal ends with the proximal rear wall (2.1) of the needle safety element, characterised in that the stays are joined to each other at the distal ends by a bracket extending transverse to the needle in front of the needle safety element, - the stays (3a, 3b) and the bracket surrounding the needle safety element like a frame within which the arms of the needle safety element are movable between the ready and the protective position. - a needle safety element arranged displaceably on a needle shaft (1.1) in a ready position, - said needle safety element having a proximal rear wall (2.1) in which an opening (2.2) is formed for the passage of the needle shaft, wherein the edges of the opening engage with the needle shaft in a protective position, and - having resilient arms (2.3, 2.4) extending from the proximal rear wall (2.1) in the distal direction, arms being provided with a bent distal wall portion (2.5, 2.6), abutting on the needle shaft in the ready position and overlapping the needle tip in the protective position, wherein - stays (3a, 3b) are arranged laterally of the arms (2.3, 2.4), which stays are joined at the proximal ends with the proximal rear wall (2.1) of the needle safety element, characterised in that the stays are joined to each other at the distal ends by a bracket extending transverse to the needle in front of the needle safety element, - the stays (3a, 3b) and the bracket surrounding the needle safety element like a frame within which the arms of the needle safety element are movable between the ready and the protective position.
A method of processing n-dimensional digital signals, n being an integer at least equal to 1, characterized by: (a)providing an n-dimensional warped signal including n-dimensional warped coefficients and n-dimensional signal warping grids; and (b) computing warped wavelet packet coefficients and wavelet packet warping grids by applying an n-dimensional warped wavelet packet transform to said warped signal, with a binary tree where each node performs a one-dimensional warped subband processing along a respective dimension d, with 1≤ d ≤ n. (a)providing an n-dimensional warped signal including n-dimensional warped coefficients and n-dimensional signal warping grids; and (b) computing warped wavelet packet coefficients and wavelet packet warping grids by applying an n-dimensional warped wavelet packet transform to said warped signal, with a binary tree where each node performs a one-dimensional warped subband processing along a respective dimension d, with 1≤ d ≤ n.
Sigma-1 receptor agonist for use in a method of treating a subject in need of Sigma-1 receptor agonist therapy, the method comprising: a. obtaining or having obtained the results of a test of a biological sample from the subject which detects the presence of at least one polymorphism selected from the group consisting of SIGMAR1_Q2P, COMT_L146fs, KANSL1_P1010L/P304L/P946L, DHCR7_M220T, HLA-DRB1_ A244T, HLA-DRB1_ S66Y, HLA-DRB1_ Y89S, MS4A6E_M59T, RIN3_ H215R, DPYD_l543V, and combinations thereof, preferably SIGMAR1_Q2P, in the subject; and b. administering a therapeutically effective amount of a Sigma-1 receptor agonist to the subject if said polymorphisms are not present in the subject, wherein the agonist is preferably selected from ANAVEX2-73, ANAVEX2-73 free base, a crystalline form of ANAVEX2-73 free base, ANAVEX19-144, and combinations thereof. a. obtaining or having obtained the results of a test of a biological sample from the subject which detects the presence of at least one polymorphism selected from the group consisting of SIGMAR1_Q2P, COMT_L146fs, KANSL1_P1010L/P304L/P946L, DHCR7_M220T, HLA-DRB1_ A244T, HLA-DRB1_ S66Y, HLA-DRB1_ Y89S, MS4A6E_M59T, RIN3_ H215R, DPYD_l543V, and combinations thereof, preferably SIGMAR1_Q2P, in the subject; and b. administering a therapeutically effective amount of a Sigma-1 receptor agonist to the subject if said polymorphisms are not present in the subject,
A method carried out by a personal mobile device for establishing an encrypted audio session with a call-initiating device, the method comprising: receiving a session-request message requesting establishment of the encrypted-audio session with the call-initiating device; in response to receiving the session-request message, presenting one or more call-response inquiries via a user interface, the one or more call-response inquiries comprising an accessory-status inquiry; receiving an accessory-unready indication via the user interface, the accessory-unready indication being associated with the presented accessory-status inquiry; in response to receiving the accessory-unready indication, sending a request-acknowledgment message to the call-initiating device, the request-acknowledgment message being associated with the session-request message; subsequent to sending the request-acknowledgment message but before establishing the encrypted-audio session with the call-initiating device, making an accessory-ready determination; and in response to making the accessory-ready determination, establishing the encrypted-audio session with the call-initiating device. receiving a session-request message requesting establishment of the encrypted-audio session with the call-initiating device; in response to receiving the session-request message, presenting one or more call-response inquiries via a user interface, the one or more call-response inquiries comprising an accessory-status inquiry; receiving an accessory-unready indication via the user interface, the accessory-unready indication being associated with the presented accessory-status inquiry; in response to receiving the accessory-unready indication, sending a request-acknowledgment message to the call-initiating device, the request-acknowledgment message being associated with the session-request message; subsequent to sending the request-acknowledgment message but before establishing the encrypted-audio session with the call-initiating device, making an accessory-ready determination; and in response to making the accessory-ready determination, establishing the encrypted-audio session with the call-initiating device.
A method of deploying an export cable into connection with an output connector of a power generating device, the output connector being mounted on a bed of a body of water, the method comprising: providing a power export cable; providing an export connector on an end of the export cable; providing a buoyant winching device in engagement with the connector, the winching device being sufficiently buoyant to render a combination of the export connector and the winching device buoyant; deploying the winching device and export connector into the body of water; attaching a distal end of a winch tether of the winching device adjacent or to the output connector of the power generating device; winching in the winch tether using the winching device whilst paying out the export cable, thereby causing the export connector and attached export cable to move towards the output connector, until the export connector is brought into engagement with the output connector; disengaging the winching device from the export connector; paying out the winch tether, thereby allowing the winching device to rise through the body of water; disconnecting the winch tether; winching in the winch tether into the winching device to recover the tether and recovering the winch tether; and recovering the winching device. providing a power export cable; providing an export connector on an end of the export cable; providing a buoyant winching device in engagement with the connector, the winching device being sufficiently buoyant to render a combination of the export connector and the winching device buoyant; deploying the winching device and export connector into the body of water; attaching a distal end of a winch tether of the winching device adjacent or to the output connector of the power generating device; winching in the winch tether using the winching device whilst paying out the export cable, thereby causing the export connector and attached export cable to move towards the output connector, until the export connector is brought into engagement with the output connector; disengaging the winching device from the export connector; paying out the winch tether, thereby allowing the winching device to rise through the body of water; disconnecting the winch tether; winching in the winch tether into the winching device to recover the tether and recovering the winch tether; and recovering the winching device.
A vehicle seat comprising a load-bearing structure and a first and a second shaped panel (4,5) carried by the load-bearing structure and forming the seat base and the backrest of the seat, respectively, the load-bearing structure comprises a first and a second supporting side element (6,7) which extend along opposite sides of the seat and are interconnected to each other by a transversal element which extend at the junction zone of the seat base with the backrest; each supporting side element (6,7) comprises a first rectilinear segment (6a,7a) and a second rectilinear segment (6b,7b) interconnected with said first segment (6a,7a) through a folded joint zone (6c, 7c), each first rectilinear segment (6a,7a) is provided with a respective first elongated groove which communicates with the outside and is adapted to accommodate a respective side edge of a first, approximately rectangular panel forming a seat base of the seat; each second rectilinear segment (6b,7b) is provided with a respective first elongated groove which communicates with the outside and is adapted to accommodate a respective side edge of a second, approximately rectangular panel forming a backrest of the seat; characterized in that said at least each second rectilinear segment (6b,7b) is provided with a respective second elongated groove parallel to the first groove and spaced apart with respect to it on the first segment; said seat comprising a third shaped panel with a plan similar to the second shaped panel and limited on rectilinear side edges by a lower edge and by an upper edge; each rectilinear side edge of the third panel is accommodated in a respective second groove so that the third panel is arranged facing the second panel and defines a cavity configured to accommodate a segment of the webbing of a seat belt assembly of the seat with the second panel and with the side elements (5, 6).
An apparatus comprising at least one processor and at least one memory including computer program code, the at least one memory and the computer program code configured to with the at least one processor, cause the apparatus at least to: receive information on a path to be followed by a drilling rig, the path comprising a trigger position for selecting a reference point associated with the drilling rig; determine a position of the drilling rig; instruct the drilling rig to follow the path based on a first reference point associated with the drilling rig, a position of the first reference point being considered as a position of the drilling rig by a position control algorithm controlling movement of the drilling rig; activate, in response to determining that the position of the drilling rig corresponds to the trigger position, a second reference point associated with the drilling rig, a position of the second reference point being considered as a position of the drilling rig by the position control algorithm controlling movement of the drilling rig; and instruct the drilling rig to stop in response to determining that the position of the second reference point corresponds to a target position. receive information on a path to be followed by a drilling rig, the path comprising a trigger position for selecting a reference point associated with the drilling rig; determine a position of the drilling rig; instruct the drilling rig to follow the path based on a first reference point associated with the drilling rig, a position of the first reference point being considered as a position of the drilling rig by a position control algorithm controlling movement of the drilling rig; activate, in response to determining that the position of the drilling rig corresponds to the trigger position, a second reference point associated with the drilling rig, a position of the second reference point being considered as a position of the drilling rig by the position control algorithm controlling movement of the drilling rig; and instruct the drilling rig to stop in response to determining that the position of the second reference point corresponds to a target position.
A vehicle comprising: a floor panel; a cross member with a hole portion, the cross member extending in a vehicle width direction above the floor panel; a first wire harness attached to the cross member so as to be located above the hole portion, the first wire harness extending in the vehicle width direction; and an electrical equipment installed on the vehicle, the electrical equipment including: an electric component installed on the floor panel; and a cover member installed on the floor panel so as to cover the electric component, wherein the cover member includes a side wall facing the first wire harness, and a bulging part bulging from a wall surface of the side wall toward the first wire harness, and the bulging part covers the first wire harness from above. a floor panel; a cross member with a hole portion, the cross member extending in a vehicle width direction above the floor panel; a first wire harness attached to the cross member so as to be located above the hole portion, the first wire harness extending in the vehicle width direction; and an electrical equipment installed on the vehicle, the electrical equipment including: an electric component installed on the floor panel; and a cover member installed on the floor panel so as to cover the electric component, wherein the cover member includes a side wall facing the first wire harness, and a bulging part bulging from a wall surface of the side wall toward the first wire harness, and the bulging part covers the first wire harness from above. an electric component installed on the floor panel; and a cover member installed on the floor panel so as to cover the electric component, wherein the cover member includes a side wall facing the first wire harness, and a bulging part bulging from a wall surface of the side wall toward the first wire harness, and the bulging part covers the first wire harness from above.