mhurhangee/patent-ind-claim-en huggingface dataset:
Air spring system for rail vehicles with a fastening plate which is configured to be fastened to the body of a rail vehicle , with a connector part which is configured to be fastened to a chassis part of the rail vehicle , with an air spring bellows which is connected by way of a first end to the fastening plate and which is connected by way of a second end , which lies opposite the first end , to the connector part , the air spring bellows being connected to the fastening plate and the connector part in such a way that an air-tight working space is formed between the fastening plate and the connector part , the air spring bellows having an annularly circumferential wall section , characterized in that an electrical conductor which runs around the wall section and is connected fixedly to the wall section is provided on the circumferential wall section , the air spring system having a core section made from paramagnetic or ferromagnetic material, the projection of which onto the plane , in which the circumferential conductor extends, is arranged within the circumferential conductor , and with a control device which is configured to load the circumferential conductor with a voltage such that a current flows through the circumferential conductor . with a fastening plate which is configured to be fastened to the body of a rail vehicle , with a connector part which is configured to be fastened to a chassis part of the rail vehicle , with an air spring bellows which is connected by way of a first end to the fastening plate and which is connected by way of a second end , which lies opposite the first end , to the connector part , the air spring bellows being connected to the fastening plate and the connector part in such a way that an air-tight working space is formed between the fastening plate and the connector part , the air spring bellows having an annularly circumferential wall section , characterized in that an electrical conductor which runs around the wall section and is connected fixedly to the wall section is provided on the circumferential wall section , the air spring system having a core section made from paramagnetic or ferromagnetic material, the projection of which onto the plane , in which the circumferential conductor extends, is arranged within the circumferential conductor , and with a control device which is configured to load the circumferential conductor with a voltage such that a current flows through the circumferential conductor .
An accumulator comprising: an accumulator housing ; a flexible diaphragm provided inside the accumulator housing in such a manner as to divide an inside of the accumulator housing ; and a stress relaxing member provided inside the accumulator housing and regulating a deformed attitude of the diaphragm deformed by a pressure fluctuation inside the accumulator housing by contact of the diaphragm with the stress relaxing member , wherein the stress relaxing member is provided with a contact surface which the diaphragm separably contacts, and the contact surface has an inclined surface in which an inner diameter dimension gradually reduces along the whole contact surface as the inclined surface is away from the diaphragm in an axial direction, characterized in that the inclined surface is formed to have a convex arc-shaped cross-section along the whole contact surface . an accumulator housing ; a flexible diaphragm provided inside the accumulator housing in such a manner as to divide an inside of the accumulator housing ; and a stress relaxing member provided inside the accumulator housing and regulating a deformed attitude of the diaphragm deformed by a pressure fluctuation inside the accumulator housing by contact of the diaphragm with the stress relaxing member , wherein the stress relaxing member is provided with a contact surface which the diaphragm separably contacts, and the contact surface has an inclined surface in which an inner diameter dimension gradually reduces along the whole contact surface as the inclined surface is away from the diaphragm in an axial direction, characterized in that the inclined surface is formed to have a convex arc-shaped cross-section along the whole contact surface .
A pipe joint for offshore fabrication and installation of a pipeline in a J-lay operation, the pipe joint comprising: a length of pipe; and a thermally-insulating coating around the length of pipe; the pipe joint having a radially outer surface shaped to define a series of external radially-projecting hold-back formations disposed in longitudinal succession along the pipe joint , the hold-back formations being configured to facilitate suspending of the pipe joint during the J-lay operation, each hold-back formation being a ridge that extends continuously around the pipe joint circumferentially; wherein the coating extends continuously along the pipe on a radially inner side of each hold-back formation and is interposed between each hold-back formation and the pipe; characterised in that when a central longitudinal axis of the pipe joint is upright, a downwardly-facing face of each hold-back formation has a substantially frusto-conical surface inclined at an acute angle relative to the central longitudinal axis of the pipe joint . a length of pipe; and a thermally-insulating coating around the length of pipe;
A method comprising: establishing an emergency call session by a device with an emergency call server; receiving by the device a triggering message from said emergency call server responsive to an indication of an emergency condition at the device to trigger a tracking session to periodically collect and send tracking session data associated with the device to one or more servers; establishing the tracking session, separate from said emergency call session established between the device and the emergency call server, with the one or more servers; and sending , by the device to the one or more servers, the tracking session data collected during the tracking session by the device. establishing an emergency call session by a device with an emergency call server; receiving by the device a triggering message from said emergency call server responsive to an indication of an emergency condition at the device to trigger a tracking session to periodically collect and send tracking session data associated with the device to one or more servers; establishing the tracking session, separate from said emergency call session established between the device and the emergency call server, with the one or more servers; and sending , by the device to the one or more servers, the tracking session data collected during the tracking session by the device.
A method of automatically controlling a turn signal in a vehicle coupled to a trailer, the method comprising: receiving, by an electronic control unit, ECU, of the vehicle, a signal indicating that a turn signal indicator has been activated; and characterized in that in response to determining that a set of conditions for camera-based signal deactivation are each met: determining , by the ECU based on information received from a camera monitoring system, that an angle of the trailer has departed from a centered region in the direction of the turn signal indicator; and in response to determining, based on information received from the camera monitoring system, that the angle of the trailer has returned to the centered region from the direction of the turn signal indicator, transmitting, by the ECU, a signal to deactivate the turn signal indicator. receiving, by an electronic control unit, ECU, of the vehicle, a signal indicating that a turn signal indicator has been activated; and characterized in that in response to determining that a set of conditions for camera-based signal deactivation are each met: determining , by the ECU based on information received from a camera monitoring system, that an angle of the trailer has departed from a centered region in the direction of the turn signal indicator; and in response to determining, based on information received from the camera monitoring system, that the angle of the trailer has returned to the centered region from the direction of the turn signal indicator, transmitting, by the ECU, a signal to deactivate the turn signal indicator. determining , by the ECU based on information received from a camera monitoring system, that an angle of the trailer has departed from a centered region in the direction of the turn signal indicator; and in response to determining, based on information received from the camera monitoring system, that the angle of the trailer has returned to the centered region from the direction of the turn signal indicator, transmitting, by the ECU, a signal to deactivate the turn signal indicator.
A radio wave transceiver system, comprising: - at least one pair of waveguides made of a dielectric material comprising a transmit waveguide and a receive waveguide; - a transceiver circuit coupled to a first end of each of said transmit and receive waveguides, capable of transmitting and of receiving radio waves respectively propagating in said transmit and receive waveguides; and - at least one transmit antenna and one receive antenna respectively coupled to a second end of said transmit and receive waveguides, and capable of transmitting or receiving said waves to/from a non-guided external medium, wherein the system further comprises an initialization device comprising an initialization switch controllable to, during an initialization phase, bypass the transmit antenna and the receive antenna to measure a round trip delay of radio waves in said transmit and receive waveguides, the system being configured to be used as a radar to estimate distances by time-of-flight measurement between a forward radio wave transmitted by the transceiver circuit and a return radio wave received by the transceiver circuit after reflection on an external object. - at least one pair of waveguides made of a dielectric material comprising a transmit waveguide and a receive waveguide; - a transceiver circuit coupled to a first end of each of said transmit and receive waveguides, capable of transmitting and of receiving radio waves respectively propagating in said transmit and receive waveguides; and - at least one transmit antenna and one receive antenna respectively coupled to a second end of said transmit and receive waveguides, and capable of transmitting or receiving said waves to/from a non-guided external medium,
A bed covering device comprising a combination of sheets (D) intended to be arranged over a bed and comprising: a first portion having first (Wla) and second (Wlb) widths, and first (Lia) and second (Llb) lengths, and a second portion having first (W2a) and second (W2b) widths and first (L2a) and second (L2b) lengths, superimposed with the first portion , the first and second portions being secured to one another by their first width (Wla, W2a) and by an adjacent portion of their first (Lia, L2a) and second (Lib, L2b) lengths, so as to form lateral segments having a length (K) comprised between 1 and 30% of the corresponding length (L2a, L2b) of the second portion and where the free width (W2b) of the second portion is longer than its width (W2a) attached to the first portion and characterized in that the second portion comprises a horizontal gusset (S) provided at the level of each lateral segment (K) and disposed in the direction of the length (L2a, L2b). a first portion having first (Wla) and second (Wlb) widths, and first (Lia) and second (Llb) lengths, and a second portion having first (W2a) and second (W2b) widths and first (L2a) and second (L2b) lengths, superimposed with the first portion , the first and second portions being secured to one another by their first width (Wla, W2a) and by an adjacent portion of their first (Lia, L2a) and second (Lib, L2b) lengths, so as to form lateral segments having a length (K) comprised between 1 and 30% of the corresponding length (L2a, L2b) of the second portion and where the free width (W2b) of the second portion is longer than its width (W2a) attached to the first portion and characterized in that the second portion comprises a horizontal gusset (S) provided at the level of each lateral segment (K) and disposed in the direction of the length (L2a, L2b).
A circuit board comprising: a substrate that includes a through hole, the substrate being made of a ceramic; and a penetrating conductor positioned inside of the through hole, wherein the penetrating conductor contains silver and copper that are main components; at least one selected from a group A of titanium, zirconium, hafnium, and niobium; at least one selected from a group B of molybdenum, tantalum, tungsten, rhenium, and osmium; and characterised in that it also contains a first alloy made of one of (i) silver and indium and (ii) silver and tin. a substrate that includes a through hole, the substrate being made of a ceramic; and a penetrating conductor positioned inside of the through hole, wherein the penetrating conductor contains silver and copper that are main components; at least one selected from a group A of titanium, zirconium, hafnium, and niobium; at least one selected from a group B of molybdenum, tantalum, tungsten, rhenium, and osmium; and characterised in that it also contains a first alloy made of one of (i) silver and indium and (ii) silver and tin.
An induction heating device for a metal strip, the induction heating device comprising: an induction coil that is provided on one side or on both sides of a front face side or a reverse face side of a metal strip that travels along a length direction thereof, and that induces an induction current in the metal strip when a primary current is passed through the induction coil, the induction current configuring a closed loop as viewed from a direction perpendicular to a strip face of the metal strip; a plurality of magnetic cores disposed side-by-side along a strip width direction of the metal strip, wherein the magnetic cores are disposed on the side of the induction coil opposite the metal strip, and wherein the magnetic cores are separated from the metal strip by a distance such that the magnetic flux generated by the induction coil is concentrated in the metal strip by the magnetic cores; and a moving mechanism that is coupled to the magnetic cores, and that allows increasing and decreasing the number of said magnetic cores concentrating the magnetic flux in the metal strip. an induction coil that is provided on one side or on both sides of a front face side or a reverse face side of a metal strip that travels along a length direction thereof, and that induces an induction current in the metal strip when a primary current is passed through the induction coil, the induction current configuring a closed loop as viewed from a direction perpendicular to a strip face of the metal strip; a plurality of magnetic cores disposed side-by-side along a strip width direction of the metal strip, wherein the magnetic cores are disposed on the side of the induction coil opposite the metal strip, and wherein the magnetic cores are separated from the metal strip by a distance such that the magnetic flux generated by the induction coil is concentrated in the metal strip by the magnetic cores; and a moving mechanism that is coupled to the magnetic cores, and that allows increasing and decreasing the number of said magnetic cores concentrating the magnetic flux in the metal strip.
Electric generator (2; 102) comprising: - a rotor housing (16; 116); - a rotor (14; 114) rotatably mounted in the rotor housing (16; 116), with two opposed main faces; - permanent magnets (18; 118) circumferentially arranged in front of one of the main faces of the rotor (14; 114); - coils (22; 122) circumferentially arranged in front of the other one of the main faces of the rotor ; the rotor (14; 114) being configured for, upon rotation, vary a magnetic flux through the coils (22; 122) produced by the permanent magnets (18; 118), so as to generate electromotive forces in said coils; characterized in that the coils (22; 122) are arranged outside of the rotor housing (16; 116). - a rotor housing (16; 116); - a rotor (14; 114) rotatably mounted in the rotor housing (16; 116), with two opposed main faces; - permanent magnets (18; 118) circumferentially arranged in front of one of the main faces of the rotor (14; 114); - coils (22; 122) circumferentially arranged in front of the other one of the main faces of the rotor ;
An apparatus comprising: a first plurality of low noise amplifiers, LNAs ; and a cascaded switch configured to route outputs (321-324) of the first plurality of LNAs to a second plurality of LNAs , wherein the cascaded switch comprises: a first plurality of switches that includes first switches having inputs (341-344) coupled to the first plurality of LNAs ; and a second plurality of switches that includes second switches having inputs (385-388) coupled to outputs (381-384) of the first plurality of switches . a first plurality of low noise amplifiers, LNAs ; and a cascaded switch configured to route outputs (321-324) of the first plurality of LNAs to a second plurality of LNAs , wherein the cascaded switch comprises: a first plurality of switches that includes first switches having inputs (341-344) coupled to the first plurality of LNAs ; and a second plurality of switches that includes second switches having inputs (385-388) coupled to outputs (381-384) of the first plurality of switches . a first plurality of switches that includes first switches having inputs (341-344) coupled to the first plurality of LNAs ; and a second plurality of switches that includes second switches having inputs (385-388) coupled to outputs (381-384) of the first plurality of switches .
System for containing a biopharmaceutical fluid, the system comprising: - a flexible pouch specially designed to contain a biopharmaceutical fluid, - a protecting body for protecting the flexible pouch , wherein the protecting body comprises: - two planar plates which respectively form a lower surface and an upper surface and which are fixed to each other by an attachment system , characterized in that the two plates : - are able to sandwich the flexible pouch for constraining the flexible pouch such that the protecting body is substantially planar for a non-filled state of the flexible pouch, and in that the two plates constrain the flexible pouch by exerting a force which tends to expel biopharmaceutical fluid from the flexible pouch, the flexible pouch extending along a protecting body plane, while being sandwiched by the two planar plates , the protecting body comprising, on a peripheral side, at least one opening able to receive at least one port of the flexible pouch , wherein the two plates fixed to each other are flexible enough to allow the protecting body , when constrained by the biopharmaceutical fluid in the flexible pouch , to have a thickness in a central area which is greater than in a circumferential area, in reference to the protecting body plane, and wherein the two plates are more rigid than the flexible pouch , the two plates being rigid enough to constrain the shape of the flexible pouch such that the system occupies a minimum volume. - a flexible pouch specially designed to contain a biopharmaceutical fluid, - a protecting body for protecting the flexible pouch , - two planar plates which respectively form a lower surface and an upper surface and which are fixed to each other by an attachment system , - are able to sandwich the flexible pouch for constraining the flexible pouch such that the protecting body is substantially planar for a non-filled state of the flexible pouch, and in that the two plates constrain the flexible pouch by exerting a force which tends to expel biopharmaceutical fluid from the flexible pouch, the flexible pouch extending along a protecting body plane, while being sandwiched by the two planar plates , the protecting body comprising, on a peripheral side, at least one opening able to receive at least one port of the flexible pouch , wherein the two plates fixed to each other are flexible enough to allow the protecting body , when constrained by the biopharmaceutical fluid in the flexible pouch , to have a thickness in a central area which is greater than in a circumferential area, in reference to the protecting body plane, and wherein the two plates are more rigid than the flexible pouch , the two plates being rigid enough to constrain the shape of the flexible pouch such that the system occupies a minimum volume.
Holding device for the positionally secured mounting of small arms, having a main body and a first holding element arranged on a holding face of the main body for holding the barrel muzzle, and having a second holding element for holding the gun stock, characterized in that the first holding element is connected to the main body in a pivotably movable manner, wherein the pivot axis (S) extends parallel to the holding face of the main body , and wherein the first holding element comprises a receiving element (4.2) for receiving the barrel muzzle, wherein the first holding element has a pivoting element (4.1) for connecting to the main body , wherein the receiving element (4.2) is movable in respect of the pivoting element (4.1).
An inspection device for testing the integrity of a drug-filled container, the inspection device comprising: an angled member ; a viewing member secured to the angled member, the angled and viewing members being configured to hold a container to be analyzed the container being a sealed, drug-filled container; a cradle secured to the angled member, the cradle including a cavity configured to hold the angled member at an angle; a light source holder secured to the viewing member; a leg member extending from the light source holder; at least one light source extending through the light source holder, the light source having a first end extending outwardly from the light source holder, and a second end extending within the light source holder from which light projects, the light from the light source being projected toward the viewing member; at least one viewing window located on the viewing member; a lens located between the second end of the light source and the viewing member; and a filter located between the lens and the viewing member. an angled member ; a viewing member secured to the angled member, the angled and viewing members being configured to hold a container to be analyzed the container being a sealed, drug-filled container; a cradle secured to the angled member, the cradle including a cavity configured to hold the angled member at an angle; a light source holder secured to the viewing member; a leg member extending from the light source holder; at least one light source extending through the light source holder, the light source having a first end extending outwardly from the light source holder, and a second end extending within the light source holder from which light projects, the light from the light source being projected toward the viewing member; at least one viewing window located on the viewing member; a lens located between the second end of the light source and the viewing member; and a filter located between the lens and the viewing member.