mhurhangee/patent-ind-claim-en huggingface dataset:
A pole assembly of a switching device , comprising: - a first interrupter unit operably connected to a pole plate of the pole assembly via a first post insulator and a second post insulator , providing a path for current flow therethrough in a closed state and interrupting the current flow in an open state; and - a second interrupter unit operably connected to the first interrupter unit and to the pole plate via a third post insulator and a fourth post insulator , wherein the second interrupter unit allows the current flow through the first interrupter unit in an open state and grounds the switching device in a closed state; characterized by : - a dielectric shield physically disposable between and operably connected to the second post insulator and the third post insulator . - a first interrupter unit operably connected to a pole plate of the pole assembly via a first post insulator and a second post insulator , providing a path for current flow therethrough in a closed state and interrupting the current flow in an open state; and - a second interrupter unit operably connected to the first interrupter unit and to the pole plate via a third post insulator and a fourth post insulator , wherein the second interrupter unit allows the current flow through the first interrupter unit in an open state and grounds the switching device in a closed state; - a dielectric shield physically disposable between and operably connected to the second post insulator and the third post insulator .
A stowage device for a removable seat to a motor vehicle floor comprising a longeron intended to be rigidly fixed to that floor in a longitudinal direction and having a side wall carrying two transverse metal swirls before and rear , and a flask intended to be rigidly fixed to a corresponding side part of the seating frame said seat, said flask comprising in its front part a first longitudinal notch leading forward and intended to engage said front swivel , and in its rear part a second vertical notch leading downwards and intended to engage said rear swivel ; characterized in that it also includes a guiding member (30; 30'; 30"; 40) rigidly bound to said longeron , said member comprising a stop element (34; 34'; 34"; 43, 45) located on the edge of said front whirlwind and arranged so that the spacing between this stop element and said front whirlwind is greater than the distance between said front notch and the upper edge of said flask in order to allow the latter to engage on this front whirlwind , and so that this gap or also less than the height of the front end of said flask in order to prevent the flask from coming to rest in a forged seat on said forequarter .
Machine for cold semi-continuous bending of low ductility profiles , of the type comprising a horizontal bed and an interchangeable tool against which said bending of the profile is generated, characterized by further comprising: - at least one support frame on the bed perpendicular thereto, said support frame comprising at least two vertical feet supporting a horizontal beam , - at least one vertical support of said tool located on the bed , - a double set of hydraulic cylinders in a plane situated on and parallel to the bed , each set located on one side of the central axis of the machine (X), and each set comprising: a hydraulic pusher cylinder connected at one end to a pusher plate and at the other end connected, by means of a movable point sliding along a guide , to a positioning hydraulic cylinder ; said positioning hydraulic cylinder fixed through a fixed rotating support point to a structural element fixed to the bed , - at least one presser cylinder perpendicular to the bed , said presser cylinder fixed and anchored to one of said beams with its upper end, and its lower end supporting a compression plate , and - at least one hydraulic pump driving said cylinders through valves connected to each cylinder, wherein said tool is located in an area delimited by the bed , the vertical supports and the compression plate , and in front of an operation plane defined by a double set of positioning hydraulic cylinders and pusher cylinder . - at least one support frame on the bed perpendicular thereto, said support frame comprising at least two vertical feet supporting a horizontal beam , - at least one vertical support of said tool located on the bed , - a double set of hydraulic cylinders in a plane situated on and parallel to the bed , each set located on one side of the central axis of the machine (X), and each set comprising: a hydraulic pusher cylinder connected at one end to a pusher plate and at the other end connected, by means of a movable point sliding along a guide , to a positioning hydraulic cylinder ; said positioning hydraulic cylinder fixed through a fixed rotating support point to a structural element fixed to the bed , - at least one presser cylinder perpendicular to the bed , said presser cylinder fixed and anchored to one of said beams with its upper end, and its lower end supporting a compression plate , and - at least one hydraulic pump driving said cylinders through valves connected to each cylinder,
A method for determining a topology for service offering in a network, the method comprising: receiving a service level description, SLD, from a costumer, wherein the received SLD specifies an application function; identifying a set of network functions, NFs, in accordance with the SLD associated with the service offering from a set of virtual network functions, wherein the set of virtual network functions comprises operator added network functions and one or more virtual functions provided as part of customer supplied service function chains; selecting service level graph, SLG, primitives in accordance with each identified NF, and an ordering associated with the identified set of NFs, the primitive defining data flow between initial and terminating resource entities; and in accordance with the selected SLG primitives, and a known logical topology, mapping at least one resource entity associated with an SLG primitive to a logical node within the network; wherein the selecting SLG primitives is performed in accordance with the specified application function; wherein selecting the SLG primitives further includes linking the selected SLG primitives in accordance with the ordering of the network functions. receiving a service level description, SLD, from a costumer, wherein the received SLD specifies an application function; identifying a set of network functions, NFs, in accordance with the SLD associated with the service offering from a set of virtual network functions, wherein the set of virtual network functions comprises operator added network functions and one or more virtual functions provided as part of customer supplied service function chains; selecting service level graph, SLG, primitives in accordance with each identified NF, and an ordering associated with the identified set of NFs, the primitive defining data flow between initial and terminating resource entities; and in accordance with the selected SLG primitives, and a known logical topology, mapping at least one resource entity associated with an SLG primitive to a logical node within the network; wherein the selecting SLG primitives is performed in accordance with the specified application function;
An intra-uterine system for a long-term insertion into a uterine cavity, characterized in that said intra-uterine system comprises a reservoir and a continuous, closed and flexible frame , wherein (a) at least one end of the reservoir is connected to the inner surface of the frame and (b) the reservoir comprises at least one core comprising at least one therapeutically active substance and (c) the frame and the reservoir comprise a flexible polymer composition comprising siloxane based elastomer, thermoplastic polyurethane, thermoplastic polyurethane elastomer, EVA, polyethylene, thermoplastic polyurethane silicone elastomer or a mixture of at least two of them, characterised in that the flexible frame is of triangular or pentagonal shape and a polymer layer encases said at least one core. (a) at least one end of the reservoir is connected to the inner surface of the frame and (b) the reservoir comprises at least one core comprising at least one therapeutically active substance and (c) the frame and the reservoir comprise a flexible polymer composition comprising siloxane based elastomer, thermoplastic polyurethane, thermoplastic polyurethane elastomer, EVA, polyethylene, thermoplastic polyurethane silicone elastomer or a mixture of at least two of them, characterised in that the flexible frame is of triangular or pentagonal shape and a polymer layer encases said at least one core.
A method for a User Equipment, UE, operating in a wireless communication system, the method comprising: establishing a Radio Link Control, RLC, entity and a Packet Data Convergence Protocol, PDCP, entity for processing a first RLC Protocol Data Unit, PDU, including a PDCP Service Data Unit, SDU, based on the first RLC PDU for the RLC entity being received from a peer UE via a direct interface between the UE and the peer UE; initializing each of RLC status variables to be used for the established RLC entity by setting to a respective initial value, wherein the respective initial value is a RLC sequence number, SN, of the first RLC PDU for the RLC entity; processing the first RLC PDU using the initialized RLC status variables, wherein the first RLC PDU is an RLC PDU received firstly before any other RLC PDUs are received by the RLC entity from the peer UE via the direct interface; and deciphering the PDCP SDU based on a PDCP SN of the PDCP SDU, wherein deciphering the PDCP SDU is performed without an increment of a Hyper Frame Number, HFN, of the PDCP SDU when the PDCP SN reaches to a maximum value. establishing a Radio Link Control, RLC, entity and a Packet Data Convergence Protocol, PDCP, entity for processing a first RLC Protocol Data Unit, PDU, including a PDCP Service Data Unit, SDU, based on the first RLC PDU for the RLC entity being received from a peer UE via a direct interface between the UE and the peer UE; initializing each of RLC status variables to be used for the established RLC entity by setting to a respective initial value, wherein the respective initial value is a RLC sequence number, SN, of the first RLC PDU for the RLC entity; processing the first RLC PDU using the initialized RLC status variables, wherein the first RLC PDU is an RLC PDU received firstly before any other RLC PDUs are received by the RLC entity from the peer UE via the direct interface; and deciphering the PDCP SDU based on a PDCP SN of the PDCP SDU, wherein deciphering the PDCP SDU is performed without an increment of a Hyper Frame Number, HFN, of the PDCP SDU when the PDCP SN reaches to a maximum value.
Method for regulating the operation of a drive train of an energy production plant comprising an electric machine , which is connected to a grid , and a rotor , which is connected to the electric machine , characterized in that , in the event of a network failure, network fault or an emergency shutdown, a service brake configured as a retarder is activated so that for a duration of at least 0.5 seconds the torque acting on the rotor from the drive train remains substantially constant or is at least high enough to prevent overspeed of the rotor .
A semiconductor device, comprising: an amorphous material , overlying an electrode over a substrate ; at least one magnetic cell structure overlying the amorphous material, the at least one magnetic cell structure comprising: a seed material comprising a tantalum portion over the amorphous material, a platinum portion over the tantalum portion, and a ruthenium portion over the platinum portion; a magnetic region overlying the seed material; an insulating material overlying the magnetic region; another magnetic region overlying the insulating material; and another electrode overlying the another magnetic region. an amorphous material , overlying an electrode over a substrate ; at least one magnetic cell structure overlying the amorphous material, the at least one magnetic cell structure comprising: a seed material comprising a tantalum portion over the amorphous material, a platinum portion over the tantalum portion, and a ruthenium portion over the platinum portion; a magnetic region overlying the seed material; an insulating material overlying the magnetic region; another magnetic region overlying the insulating material; and a seed material comprising a tantalum portion over the amorphous material, a platinum portion over the tantalum portion, and a ruthenium portion over the platinum portion; a magnetic region overlying the seed material; an insulating material overlying the magnetic region; another magnetic region overlying the insulating material; and another electrode overlying the another magnetic region.
A mold pin for manufacturing a tube yoke, the mold pin being provided with a spline part (161P-a) on an outer circumferential surface thereof in order to mold a spline inside a tube part of a tube yoke comprising a tube part and a yoke part , characterised in that a land part (L1, L2) protruding along an outer circumferential direction is formed on the spline part (161P-a) corresponding to one side of a lengthwise direction of the mold pin.
Cleaning apparatus, with - a support plate having a work surface (A) and - at least one holding element that has a Velcro surface equipped with Velcro hooks for fitting a cleaning covering , wherein the cleaning covering can be fitted to the cleaning apparatus by means of a Velcro connection in a way that it is held on the work surface (A), wherein the Velcro surface that is moveable relative to the work surface (A) is moveable in a direction extending at an angle to the vertical of the work surface (A) and the Velcro surface with the Velcro hooks is moveable relative to the work surface (A), wherein the Velcro hooks have a pin-like shaft extending from the Velcro surface and a head area extending in at least one transverse direction at the free end of the shaft, wherein the Velcro connection is a mushroom head Velcro connection, the Velcro elements of which is formed by mushroom heads extending outwards in all directions starting from the shaft, and have a plate-like or semi-spherical head area. - a support plate having a work surface (A) and - at least one holding element that has a Velcro surface equipped with Velcro hooks for fitting a cleaning covering , wherein
A tire comprising a tread portion having a first tread end (Te); wherein the tread portion has a first zigzag groove formed on the first tread end (Te) side and a main groove extending continuously in a tire circumferential direction, the first zigzag groove has bent elements which have projections projecting toward the first tread end (Te) and which are aligned in the tire circumferential direction, each bent element has a first portion and a second portion that are inclined in opposite directions, and an intersection of the first portion and the second portion on the first tread end (Te) side forms the projection , wherein the projections of the bent elements are opened at the first tread end (Te), characterized in that the main groove is disposed so as not to connect to the first zigzag groove to avoid transmitting air resonance noise in the main groove into the first zigzag groove .
A control device for a ventricular assist device, VAD , with settable speed levels, the control device comprising an input configured to receive at least one measuring signal (LVP meas ) related to a physiological condition of the circulatory system of a patient (P) receiving heart assistance by the VAD , wherein the control device is configured to derive an actual value (EDLVP; FG) of at least one characteristic parameter of the heart (H) from one or more of the at least one measuring signal (LVP meas ) and to provide a refined actual value (EDLVP*; FG*) of the at least one characteristic parameter in which effects of physiologically caused fluctuations are eliminated or reduced; and an output configured to output an updated setting value (n VAD set ) for the speed level, wherein the control device is configured to produce the updated setting value (n VAD set ) based on the refined actual value (EDLVP*; FG*) and a predeterminable set-point value (EDLVP set ; FG set ), characterized in that the at least one characteristic parameter is a filling gradient Δ ⁢ LVP Δ ⁢ t | FG (FG) of the left ventricular pressure (LVP) during the diastolic phase of the cardiac cycle between the opening of the mitral valve (OMV) and closing of the mitral valve (CMV), which is defined as FG = Δ ⁢ LVP Δ ⁢ t | FG = LVP t CMV , j + 1 − LVP t OMV , j t CMV , j + 1 − t OMV , j , wherein the control device is configured to produce the updated setting values (n VAD set ) so that the filling gradient Δ ⁢ LVP Δ ⁢ t | FG becomes or is kept positive and close to zero.
An anchor for being embedded in concrete for supporting a load, comprising: a) an anchor rod having a lower threaded portion for being embedded in a concrete structure and an upper portion for extending outside the concrete structure ; b) an anchor body attached to the lower threaded portion, the anchor body including a threaded opening , the lower threaded portion of said anchor rod being threaded to the threaded opening , the lower threaded portion of said anchor rod extending past the anchor body ; c) the anchor body including a top surface and a bottom surface joined by a vertical side surface ; d) the side surface including at least one shoulder extending therefrom; and e) the side surface terminating into the at least one shoulder with a radius surface . a) an anchor rod having a lower threaded portion for being embedded in a concrete structure and an upper portion for extending outside the concrete structure ; b) an anchor body attached to the lower threaded portion, the anchor body including a threaded opening , the lower threaded portion of said anchor rod being threaded to the threaded opening , the lower threaded portion of said anchor rod extending past the anchor body ; c) the anchor body including a top surface and a bottom surface joined by a vertical side surface ; d) the side surface including at least one shoulder extending therefrom; and e) the side surface terminating into the at least one shoulder with a radius surface .
A mounting device for mounting an electronic device , the mounting device comprising: a plate including a first surface and a second surface opposite to the first surface , the first surface configured to receive the electronic device ; a hinge structure disposed on the second surface of the plate , the hinge structure including a rotary shaft extending from the second surface and a hinge shaft extending along the second surface ; and a support member coupled to the hinge shaft , the support member including a first portion extending from the hinge shaft by a first length and a second portion extending from the hinge shaft by a second length smaller than the first length, wherein the hinge structure is configured to rotate about the rotary shaft , and wherein the support member is configured to rotate about the hinge shaft such that either the first portion can make contact with the second surface of the plate or the second portion can make contact with the second surface of the plate . a plate including a first surface and a second surface opposite to the first surface , the first surface configured to receive the electronic device ; a hinge structure disposed on the second surface of the plate , the hinge structure including a rotary shaft extending from the second surface and a hinge shaft extending along the second surface ; and a support member coupled to the hinge shaft , the support member including a first portion extending from the hinge shaft by a first length and a second portion extending from the hinge shaft by a second length smaller than the first length, wherein the hinge structure is configured to rotate about the rotary shaft , and wherein the support member is configured to rotate about the hinge shaft such that either the first portion can make contact with the second surface of the plate or the second portion can make contact with the second surface of the plate .
An installation for thawing or tempering frozen food products, including: - a chamber for receiving the products to be thawed or tempered, - ventilation means , notably directed horizontally or vertically, for establishing a forced flow of air in the chamber at a speed greater than or equal to 5 ms -1 , - means for heating the products present in the chamber, including at least one of the following: means for creation or injection of steam in(to) the chamber, in particular steam at a temperature between 95°C and 152°C inclusive, notably by low-pressure steam diffusion, means for spraying, showering or misting hot water or water at room temperature, means for agitating air on a hot heat exchanger or an electric heating element, and a high-frequency, notably microwave, electromagnetic system, and preferably means for creation or injection of steam in(to) the chamber or a high-frequency electromagnetic system, - means for cooling the air in the chamber including means for misting, showering or spraying cold water at a temperature below 6°C in the chamber , - means for regulating the temperature of the misted, showered or sprayed water to a setpoint value chosen as a function of time and/or a core temperature and/or a surface temperature of the products. - a chamber for receiving the products to be thawed or tempered, - ventilation means , notably directed horizontally or vertically, for establishing a forced flow of air in the chamber at a speed greater than or equal to 5 ms -1 , - means for heating the products present in the chamber, including at least one of the following: means for creation or injection of steam in(to) the chamber, in particular steam at a temperature between 95°C and 152°C inclusive, notably by low-pressure steam diffusion, means for spraying, showering or misting hot water or water at room temperature, means for agitating air on a hot heat exchanger or an electric heating element, and a high-frequency, notably microwave, electromagnetic system, and preferably means for creation or injection of steam in(to) the chamber or a high-frequency electromagnetic system, - means for cooling the air in the chamber including means for misting, showering or spraying cold water at a temperature below 6°C in the chamber , - means for regulating the temperature of the misted, showered or sprayed water to a setpoint value chosen as a function of time and/or a core temperature and/or a surface temperature of the products.
An autopilot system for automatically steering a marine vessel , the marine vessel comprising two electric motors respectively connected to a port side propulsor and to a starboard side propulsor , a port side rudder and a starboard side rudder and a rudder steering mechanism , a navigation system for determining the vessel position with respect to an intended course , wherein the autopilot system is configured to operate according to one or more autopilot modes , comprising at least a motor steering autopilot mode wherein the autopilot system automatically controls the rudder steering mechanism in order to lock the rudders at a fixed angle at which the rudders cause the least resistance, and based on a feedback from the navigation system independently and dynamically adjusts power supply to each of the port side propulsor and of the starboard side propulsor by independently and dynamically regulating electric power supply to the respective electric motors in order to maintain the vessel on course , thereby reducing power consumption at a certain vessel velocity or increasing vessel velocity at a certain power consumption in the motor steering autopilot mode, while preserving the option to use the rudder steering mechanism for direction control at least in manual mode or other situations.