mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method of determining and controlling a vehicle travel speed on a roadway , comprising: determining a grade of the roadway at defined intervals along the roadway ; calculating a maximum straight line vehicle speed for each defined interval based on the determined grade and vehicle performance data ; determining a radius of curvature and a superelevation of the roadway for each defined interval ; determining a lateral friction coefficient for a vehicle/roadway system; calculating a maximum cornering vehicle speed for each defined interval based on the curvature, superelevation, and lateral friction coefficient; calculating the travel speed for each defined interval based on the maximum straight line vehicle speed and the maximum cornering vehicle speed; and controlling the speed of the vehicle so that it does not exceed the calculated travel speed for each defined interval . determining a grade of the roadway at defined intervals along the roadway ; calculating a maximum straight line vehicle speed for each defined interval based on the determined grade and vehicle performance data ; determining a radius of curvature and a superelevation of the roadway for each defined interval ; determining a lateral friction coefficient for a vehicle/roadway system; calculating a maximum cornering vehicle speed for each defined interval based on the curvature, superelevation, and lateral friction coefficient; calculating the travel speed for each defined interval based on the maximum straight line vehicle speed and the maximum cornering vehicle speed; and controlling the speed of the vehicle so that it does not exceed the calculated travel speed for each defined interval .
A roll container of a nesting type, comprising: - a rear section , - two side walls which laterally oppose one another and which are pivotably attached to the rear section such to be pivotable between: ∘ a deployed state, in which the two side walls extend from the rear section parallel to each other, and ∘ a nesting state, in which the two side walls extend from the rear section away from each other, - a chassis attached to the rear section , and - a base pivotably attached to the rear section such to be pivotable between: ∘ a deployed state, in which the base is supported by the chassis , and ∘ a nesting state, in which the base is lifted from the chassis , characterized by : - a first locking mechanism provided to each side wall and configured to releasably secure each side wall to the base or chassis and by - an additional secondary locking mechanism for locking the base to the deployed state, the secondary locking mechanism comprising: ∘ a first counterpart provided to each side wall and ∘ a second counterpart provided to the base , wherein each first counterpart and second counterpart are configured to: ∘ engage each other in the deployed state of the side walls and the base for preventing the base from lifting off the chassis and to ∘ disengage from each other in the nesting state of the side walls and the base for allowing the base to lift off the chassis . - a rear section , - two side walls which laterally oppose one another and which are pivotably attached to the rear section such to be pivotable between: ∘ a deployed state, in which the two side walls extend from the rear section parallel to each other, and ∘ a nesting state, in which the two side walls extend from the rear section away from each other, ∘ a deployed state, in which the two side walls extend from the rear section parallel to each other, and ∘ a nesting state, in which the two side walls extend from the rear section away from each other, - a chassis attached to the rear section , and - a base pivotably attached to the rear section such to be pivotable between: ∘ a deployed state, in which the base is supported by the chassis , and ∘ a nesting state, in which the base is lifted from the chassis , ∘ a deployed state, in which the base is supported by the chassis , and ∘ a nesting state, in which the base is lifted from the chassis , - a first locking mechanism provided to each side wall and configured to releasably secure each side wall to the base or chassis and by - an additional secondary locking mechanism for locking the base to the deployed state, the secondary locking mechanism comprising: ∘ a first counterpart provided to each side wall and ∘ a second counterpart provided to the base , wherein each ∘ a first counterpart provided to each side wall and ∘ a second counterpart provided to the base , wherein each ∘ engage each other in the deployed state of the side walls and the base for preventing the base from lifting off the chassis and to ∘ disengage from each other in the nesting state of the side walls and the base for allowing the base to lift off the chassis .
A volume flow controller , in particular for use in an aeration or deaeration system, wherein the volume flow controller includes - a flow channel section extending substantially along a main flow direction (H), - a throttle valve , which is pivotably arranged about a pivot axis (S) extending substantially vertically to the main flow direction (H) within the flow channel section , and - at least three pressure measuring points (5a-c), wherein a first of the at least three pressure measuring points (5a-c) is arranged upstream of a second of the at least three pressure measuring points (5a-c), and the second pressure measuring point is arranged upstream of a third of the at least three pressure measuring points (5a-c), characterised in that the flow channel section comprises a narrow section (A) with reduced flow cross section, the narrow section (A) having a widening section (C), wherein the second pressure measuring point is arranged in the narrow section (A), and wherein the pivot axis (S) of the throttle valve is arranged in main flow direction (H) between the second pressure measuring point and the third pressure measuring point , wherein an outer edge of an upstream part of the throttle valve , in a certain opening angle range, forms, at least partially, a seal with an inner wall of the widening section (C). - a flow channel section extending substantially along a main flow direction (H), - a throttle valve , which is pivotably arranged about a pivot axis (S) extending substantially vertically to the main flow direction (H) within the flow channel section , and - at least three pressure measuring points (5a-c), wherein a first of the at least three pressure measuring points (5a-c) is arranged upstream of a second of the at least three pressure measuring points (5a-c), and the second pressure measuring point is arranged upstream of a third of the at least three pressure measuring points (5a-c),
A system of a rod insertion device and a rod, in particular for spine surgery, including a rod comprising a connection portion with an outer contour around a longitudinal axis (l) of the connection portion ; a rod insertion device comprising a rod holding member with a rod engagement portion at one end thereof configured to engage the connection portion of the rod ; wherein the connection portion has a cross-section in a plane perpendicular to the longitudinal axis (l), the cross-section comprising a vertical axis and a horizontal axis perpendicular to the vertical axis and wherein a maximum height of the connection portion is greater than a maximum width and the maximum height lies substantially in the direction of the vertical axis, wherein the outer contour of the connection portion in the cross-section comprises at least four equal long sides (a) that are located on a diamond-shaped envelope; and wherein the rod engagement portion comprises an inner contour (c; 24a') which substantially matches at least a portion of the outer contour of the connection portion so that the connection portion is engageable by the rod engagement portion in a form-fit manner with respect to a rotation around the longitudinal axis (l). a rod comprising a connection portion with an outer contour around a longitudinal axis (l) of the connection portion ; a rod insertion device comprising a rod holding member with a rod engagement portion at one end thereof configured to engage the connection portion of the rod ; wherein the connection portion has a cross-section in a plane perpendicular to the longitudinal axis (l), the cross-section comprising a vertical axis and a horizontal axis perpendicular to the vertical axis and wherein a maximum height of the connection portion is greater than a maximum width and the maximum height lies substantially in the direction of the vertical axis, wherein the outer contour of the connection portion in the cross-section comprises at least four equal long sides (a) that are located on a diamond-shaped envelope; and wherein the rod engagement portion comprises an inner contour (c; 24a') which substantially matches at least a portion of the outer contour of the connection portion so that the connection portion is engageable by the rod engagement portion in a form-fit manner with respect to a rotation around the longitudinal axis (l).
Combination preparation comprising glucosamine (as glucosamine hydrochloride or glucosamine sulphate; GA), chondroitin sulphate (CS) and nicotinamide adenine dinucleotide in oxidised form (NAD).
Pneumatic suspension device for raising and lowering the vehicle body of air-sprung vehicles with height-level regulation, having at least one level regulation valve unit , at least one air suspension bellows associated with a vehicle axle which can be supplied from an air reservoir container pneumatically connected indirectly thereto, and with a control valve device for the manual adjustment of the level of the vehicle body in accordance with a manual control element while bypassing the level regulation valve unit , comprising a manual actuating element and a valve unit , wherein the control valve device comprises at least one shut-off valve for aerating and venting the air suspension bellows via the level regulation valve unit , and at least one aerating valve and at least one venting valve for aerating and venting the air suspension bellows while bypassing the level regulation valve unit , wherein by virtue of four positions of the manual actuating element the at least one shut-off valve , the at least one aerating valve and the at least one venting valve pneumatically controls in each case a respective pneumatic line connected thereto in order to initiate one of four operating conditions of the air suspension device, characterised in that the valve unit comprises a sliding element that slides to and fro on a stationary element and a guiding element arranged for guiding purposes on the sliding element , wherein the stationary element is fixed in a recess on at least one housing component of the manual control unit , so that the sliding element can move axially along a first axis and the guiding element can move perpendicularly thereto along a second axis.
A connection assembly for a welding power supply remote interface , comprising: - at least one electronic component ; - a housing configured to house the at least one electronic component ; - a weld cable , the weld cable having at least one conductive wire and a sheathing ; - a connector configured to secure the weld cable to the housing ; - a volt sense cable suitable for being connected to a conductive workpiece ; characterized by - a conductive element connected to the at least one electronic component , the conductive element configured to extend through the sheathing and to contact the at least one conductive wire to electrically connect the at least one conductive wire with the at least one electronic component . - at least one electronic component ; - a housing configured to house the at least one electronic component ; - a weld cable , the weld cable having at least one conductive wire and a sheathing ; - a connector configured to secure the weld cable to the housing ; - a volt sense cable suitable for being connected to a conductive workpiece ; characterized by - a conductive element connected to the at least one electronic component , the conductive element configured to extend through the sheathing and to contact the at least one conductive wire to electrically connect the at least one conductive wire with the at least one electronic component .
Control system for a domestic electrical appliance , comprising: - a detection surface and/or detection area , which is preferably horizontally oriented, - a camera , which is oriented towards the detection area in order to monitor it, - a separate, freely movable input device , which can be held in the hand and is designed to be freely movable, wherein - the input device comprises a lighting means , of which the luminescence or lighting effect is detectable by the camera when it emerges from the input device , - a controller is provided for the camera and is designed to recognize and spatially associate a lighting effect of the lighting means detected by the camera , - the input device comprises a switch means , the activation of which causes the lighting means to be switched, characterized in that the input device is a cooking utensil. - a detection surface and/or detection area , which is preferably horizontally oriented, - a camera , which is oriented towards the detection area in order to monitor it, - a separate, freely movable input device , which can be held in the hand and is designed to be freely movable, wherein - the input device comprises a lighting means , of which the luminescence or lighting effect is detectable by the camera when it emerges from the input device , - a controller is provided for the camera and is designed to recognize and spatially associate a lighting effect of the lighting means detected by the camera , - the input device comprises a switch means , the activation of which causes the lighting means to be switched, characterized in that the input device is a cooking utensil.
Method for testing a lightning protection system comprising a down path with a tree structure, characterised in that it comprises the following steps: - transmitting (E1) a radiofrequency signal at one end of the down path, - measuring (E2) a reflection coefficient, - determining (E2) resonant frequencies of the down path, - comparing (E3) the determined resonant frequencies with predetermined resonant frequencies. - transmitting (E1) a radiofrequency signal at one end of the down path, - measuring (E2) a reflection coefficient, - determining (E2) resonant frequencies of the down path, - comparing (E3) the determined resonant frequencies with predetermined resonant frequencies.
An apparatus for transporting and treating a patient comprising: a gurney comprising: a generally planar rigid patient supporting platform ; and a gurney frame supporting the generally planar rigid patient support platform , and a piston driven chest compression device for repetitively compressing the chest of a patient, the piston driven chest compression device comprising: a piston; and a chest compression unit configured to drive the piston , the chest compression unit and the piston being supported by two legs wherein: the generally planar rigid patient support platform has at least two access ports through the generally planar rigid patient support platform ; and each of the two legs extends through a respective one of the at least two access ports to engage the gurney frame with the piston, in use, apposing the patient's chest. a gurney comprising: a generally planar rigid patient supporting platform ; and a gurney frame supporting the generally planar rigid patient support platform , and a generally planar rigid patient supporting platform ; and a gurney frame supporting the generally planar rigid patient support platform , and a piston driven chest compression device for repetitively compressing the chest of a patient, the piston driven chest compression device comprising: a piston; and a chest compression unit configured to drive the piston , the chest compression unit and the piston being supported by two legs a piston; and a chest compression unit configured to drive the piston , the chest compression unit and the piston being supported by two legs wherein: the generally planar rigid patient support platform has at least two access ports through the generally planar rigid patient support platform ; and each of the two legs extends through a respective one of the at least two access ports to engage the gurney frame with the piston, in use, apposing the patient's chest.
A razor handle comprising: - an elongated handle body integral with a flexible yoke for receiving and releasably retaining a shaving cartridge , - a slide element cooperating with said yoke and connected to the handle body , said slide element being movable relative to the handle body between a rest position, in which the yoke is open and can releasably retain a shaving cartridge received in the yoke , and a release position, in which the yoke is flexed and can receive a shaving cartridge or release a shaving cartridge received in the yoke , and - a spring member to return said slide element from the release position to the rest position, characterized in that it further comprises a stop element to prevent the yoke from inadvertently flexing when the slide element is in the rest position. - an elongated handle body integral with a flexible yoke for receiving and releasably retaining a shaving cartridge , - a slide element cooperating with said yoke and connected to the handle body , said slide element being movable relative to the handle body between a rest position, in which the yoke is open and can releasably retain a shaving cartridge received in the yoke , and a release position, in which the yoke is flexed and can receive a shaving cartridge or release a shaving cartridge received in the yoke , and - a spring member to return said slide element from the release position to the rest position,
A device for spinning a workpiece , comprising a rotor for spinning about a spinning axis (A) and a receptacle for holding the workpiece , the receptacle being pivotally connected to the rotor for swiveling about a swivel axis (B) that is transverse to the spinning axis (A), such that swiveling of the receptacle is enabled between a first angular orientation relative to the spinning axis (A) and a different second angular orientation relative to the spinning axis, characterized in that the device comprises a balancing weight that is movably arranged relative to the receptacle and being lockable at different distances relative to the receptacle , further comprising a sensor for sensing an imbalance occurring in response of spinning the rotor .
An electromagnetic relay characterized by comprising: a base ; a pair of fixed terminals each including a fixed contact and a first fulcrum fixed to the base ; a movable spring including a pair of movable pieces , each of the movable pieces including a movable contact contacting and separating from the fixed contact ; an armature that is coupled with the movable spring , and moves the movable spring by a rotary motion around a second fulcrum ; an electromagnetic device that drives the armature ; and a permanent magnet that is arranged between the pair of fixed terminals and between the pair of movable pieces , and generates a magnetic field; wherein the first fulcrum and the second fulcrum are arranged on opposite sides of the movable contact or the fixed contact , characterised in that an N-pole of the permanent magnet is directed to a side of one of the pair of fixed terminals so that a first arc generated between the fixed contact of the one of the pair of fixed terminals and the movable contact of one of the pair of movable pieces extends in a direction, and an S-pole of the permanent magnet is directed to a side of another of the pair of the fixed terminals so that a second arc generated between the fixed contact of the another of the pair of fixed terminals and the movable contact of another of the pair of movable pieces extends in an opposite direction to the direction. a base ; a pair of fixed terminals each including a fixed contact and a first fulcrum fixed to the base ; a movable spring including a pair of movable pieces , each of the movable pieces including a movable contact contacting and separating from the fixed contact ; an armature that is coupled with the movable spring , and moves the movable spring by a rotary motion around a second fulcrum ; an electromagnetic device that drives the armature ; and a permanent magnet that is arranged between the pair of fixed terminals and between the pair of movable pieces , and generates a magnetic field; wherein the first fulcrum and the second fulcrum are arranged on opposite sides of the movable contact or the fixed contact , characterised in that an N-pole of the permanent magnet is directed to a side of one of the pair of fixed terminals so that a first arc generated between the fixed contact of the one of the pair of fixed terminals and the movable contact of one of the pair of movable pieces extends in a direction, and an S-pole of the permanent magnet is directed to a side of another of the pair of the fixed terminals so that a second arc generated between the fixed contact of the another of the pair of fixed terminals and the movable contact of another of the pair of movable pieces extends in an opposite direction to the direction.
A process for preparing a high-temperature resistant foam, comprising the reaction of a) at least one mixture of organic polyisocyanates, and b) at least one organic compound having at least two epoxy groups in an amount that corresponds to an equivalent ratio of isocyanate groups to epoxy groups of from 1.2:1 to 500:1, in the presence of c) optionally at least one catalyst accelerating the isocyanate/epoxide reaction, e) optionally in the presence of auxiliary agents and additives, optionally containing multifunctional compounds containing hydroxy or amino groups e1), f) chemical and/or physical blowing agents, characterized in that said polyisocyanate a) contains more than 50% by weight of polyphenyl polymethylene polyisocyanates having a functionality f > 2 and the structural formula C 15 H 10 N 2 O 2 [C 8 H 5 NO] n , where n = integer > 0, and that the organic compound b) contains one or more polyglycidyl ethers selected from the group consisting of the polyglycidyl ethers of bisphenol A, bisphenol F and novolac, that the chemical and/or physical blowing agents f) include at least one carboxylic acid selected from formic acid and acetic acid, or that said blowing agent consists of water and optionally one or more compounds selected from the group containing hydrocarbons, fluorocarbons, and fluorohydrocarbons, and that the amount of component a) is such that the equivalent ratio of isocyanate groups of component a) to the total of the epoxy groups of component b), hydroxy groups and/or amino groups of component e1) and the hydroxy groups that are optionally present in component b) is at least 1.2:1, and that the reaction proceeds in the absence of a component d) acting as a stopper. a) at least one mixture of organic polyisocyanates, and b) at least one organic compound having at least two epoxy groups in an amount that corresponds to an equivalent ratio of isocyanate groups to epoxy groups of from 1.2:1 to 500:1, in the presence of c) optionally at least one catalyst accelerating the isocyanate/epoxide reaction, e) optionally in the presence of auxiliary agents and additives, optionally containing multifunctional compounds containing hydroxy or amino groups e1), f) chemical and/or physical blowing agents,