mhurhangee/ep-ind-claims huggingface dataset:
Depreciation device for a front impact device configured to equip a motor vehicle, the damping device comprising a parecmatter, a deformable shock absorber which is mounted at the base of a forward shock absorber through at least a first fixation, damper which is capable of deforming itself as a result of a shock suffered by the vehicle, the device damping also comprising a lower front deflector, lower overall plane (L1-T1), which is mounted on the vehicle by moving downward from the vehicle as a result of a shock, the shock absorber and the deflector being attached to each other by at least a second attachment at a second level of attachment effort above a first pressure threshold for holding the damper on the parecmatter via the first fixation, characterized by the damper being mounted inside a housing housed by a wall before the deflector extending upwards of its overall expansion plane (L1-T1), the damper fixed to the parecmatter by means of the first fixing via the deflector 2.
An information processing system configured to execute: an acquisition step of acquiring boundary information representing a boundary of a work area targeted by an autonomous work machine, characterised in that the information processing system is configured to further execute a setting step of setting, based on the acquired boundary information, a route of the work machine for minimizing an unreached area in the work area, when work quality of a case where the route set by a first method is used does not satisfy a predetermined standard, setting the route by a second method, and when a switch condition is satisfied after the autonomous work machine has reached an end point of the route set by the second method, setting the route by the first method. an acquisition step of acquiring boundary information representing a boundary of a work area targeted by an autonomous work machine, characterised in that the information processing system is configured to further execute a setting step of setting, based on the acquired boundary information, a route of the work machine for minimizing an unreached area in the work area, when work quality of a case where the route set by a first method is used does not satisfy a predetermined standard, setting the route by a second method, and when a switch condition is satisfied after the autonomous work machine has reached an end point of the route set by the second method, setting the route by the first method.
A chain lock, in particular for a two-wheeler, comprising a lock body and a chain which comprises a serial arrangement of consecutive links (17, 19) that are coupled to one another via a respective articulated joint between one another and that can be pivoted relative to one another about a joint axis, which is in parallel with a normal direction, of the respective articulated joint, wherein the lock body has a locking receiver, which is configured to receive one of the articulated joints, and a locking mechanism by means of which the articulated joint received in the locking receiver can be secured against a departure from the locking receiver, wherein each of the links (17, 19) of the arrangement comprises two respective link plates which are arranged offset from one another along the normal direction, wherein each of the two link plates extends from a first end of the respective link (17, 19), at which the articulated joint is possibly configured for coupling to the link (17, 19) preceding the respective link (17, 19), to a second end of the respective link (17, 19) which is opposite to said first end and at which the articulated joint is possibly configured for coupling to the link (17, 19) following the respective link (17, 19), characterized in that the lock body is configured, for receiving one of the articulated joints in the locking receiver, to engage between the two link plates of at least one of the two links (17, 19) which are coupled to one another via the articulated joint. wherein the lock body has a locking receiver, which is configured to receive one of the articulated joints, and a locking mechanism by means of which the articulated joint received in the locking receiver can be secured against a departure from the locking receiver, wherein each of the links (17, 19) of the arrangement comprises two respective link plates which are arranged offset from one another along the normal direction, wherein each of the two link plates extends from a first end of the respective link (17, 19), at which the articulated joint is possibly configured for coupling to the link (17, 19) preceding the respective link (17, 19), to a second end of the respective link (17, 19) which is opposite to said first end and at which the articulated joint is possibly configured for coupling to the link (17, 19) following the respective link (17, 19), characterized in that the lock body is configured, for receiving one of the articulated joints in the locking receiver, to engage between the two link plates of at least one of the two links (17, 19) which are coupled to one another via the articulated joint.
Method for starting a combustion engine fitted to a hybrid or dual-mode motor vehicle, the method providing a starting of an additional motor, upon a setpoint torque requested by a driver of the vehicle, with a view to accelerating the vehicle, the method being characterized in that the starting of the additional motor aims to accelerate the vehicle beyond a threshold speed (V A) at which the combustion engine is driven beyond its stalling speed threshold when said combustion engine is mechanically coupled to the wheels of the vehicle and in that, when the speed of the vehicle is substantially greater than or equal to the threshold speed (V A), a signal which aims to start the combustion engine is emitted by a control unit.
Use of at least one fiber-optic sensor unit (303; 330; 330a, 330b) for measuring a mechanical variable which acts on a rail with a longitudinal extension and a neutral axis which extends along the longitudinal extension, comprising: mounting the at least one fiber-optic sensor unit (303; 330; 330a, 330b) to the rail; irradiating the at least one fiber-optic sensor unit (303; 330; 330a, 330b) with primary light for generating a signal light in reflection or transmission mode; detection of the intensity of the signal light; and evaluation of the signal light, characterized in that the at least one fiber-optic sensor unit (303; 330; 330a, 330b) is mounted to the rail at an angle of 30° to 60°, in particular 45°, relative to the neutral axis of the rail or at an angle of -30° to -60°, in particular -45°, relative to the neutral axis of the rail, wherein a mounting point of the fiber-optic sensor unit (303; 330; 330a, 330b) is arranged on one side of the neutral axis and a different mounting point is mounted on the opposite side of the neutral axis. mounting the at least one fiber-optic sensor unit (303; 330; 330a, 330b) to the rail; irradiating the at least one fiber-optic sensor unit (303; 330; 330a, 330b) with primary light for generating a signal light in reflection or transmission mode; detection of the intensity of the signal light; and evaluation of the signal light,
Arrangement for a motor vehicle comprising an assembly including a body side, a strengthening member and a lining that are assembled together, the strengthening member being interposed between the body side and the lining, characterized in that Arrangement includes a roof element of a sun roof or of a static glass roof and at least one rabbet extension supported by said assembly and designed to form a supporting member for said roof element and attachment elements for attaching, notably by welding potentially preceded by a pre-assembly step such as riveting, the rabbet extension and said assembly and watertight and airtight sealing elements between the rabbet extension and said assembly.
Seat device, with a combined rotational and pivoting device for rotating and pivoting an assembly of the seat device, which assembly comprises a seat element (2, 3), wherein the rotational and pivoting device is arranged at a distance from the seat element (2, 3) of the seat device, close to a standing surface of the seat device, and is designed in such a manner that, irrespective of the rotational position of the assembly, a pivoting movement of the assembly is only ever possible in a single direction with respect to said assembly, with a standing element which can be placed on the standing surface, with a supporting element which is connected to the standing element, and with a seat element (2, 3) which is supported by the supporting element, wherein the rotational and pivoting device connects the standing element to the supporting element, and the supporting element and the seat element (2, 3) are parts of the rotatable and pivotable assembly, wherein the rotational and pivoting device has a base support and a pivoting head which is connected to the supporting element, wherein the base support is mounted on the standing element so as to be rotatable about an axis of rotation, and wherein the pivoting head is connected to the base body by means of a pivot axis, about which pivot axis the pivoting head is pivotable in relation to the base body, characterized in that the rotational and pivoting device has at least one spring element for influencing the pivoting resistance of the rotatable and pivotable assembly, which at least one spring element acts on the pivoting head and the base support.
A tillage machine comprising: a frame having tillage tools supported thereon and a tongue for hitching the machine to a tractor drawbar; at least one wheel arm pivotally attached to the frame for up and down swinging movement relative to the frame about a first transverse axis; a walking beam assembly including a primary beam and at least pair of ground-engaging wheels (64, 76) rotatably coupled to the beam at front and rear ends (58,60) of the beam, said walking beam assembly being pivotally attached to the wheel arm for up and down rocking movement relative to the wheel arm about a second transverse axis; a hydraulic lift cylinder operably connected between the frame and the wheel arm for swinging the wheel arm up and down relative to the frame to respectively lower and raise the frame and tillage tools relative to the ground; an abutment provided on said wheel arm and disposed to engage a stop on the beam in response to a predetermined amount of downward swinging of the wheel arm relative to the frame, characterised in that said abutment and stop are operable when mutually interengaged to lock the primary beam against further downward swinging movement of its front end relative to said wheel arm and cause weight transfer from said first ground-engaging wheel to said second ground-engaging wheel as said wheel arm swings downwardly beyond said predetermined amount. a frame having tillage tools supported thereon and a tongue for hitching the machine to a tractor drawbar; at least one wheel arm pivotally attached to the frame for up and down swinging movement relative to the frame about a first transverse axis; a walking beam assembly including a primary beam and at least pair of ground-engaging wheels (64, 76) rotatably coupled to the beam at front and rear ends (58,60) of the beam, said walking beam assembly being pivotally attached to the wheel arm for up and down rocking movement relative to the wheel arm about a second transverse axis; a hydraulic lift cylinder operably connected between the frame and the wheel arm for swinging the wheel arm up and down relative to the frame to respectively lower and raise the frame and tillage tools relative to the ground; an abutment provided on said wheel arm and disposed to engage a stop on the beam in response to a predetermined amount of downward swinging of the wheel arm relative to the frame, characterised in that said abutment and stop are operable when mutually interengaged to lock the primary beam against further downward swinging movement of its front end relative to said wheel arm and cause weight transfer from said first ground-engaging wheel to said second ground-engaging wheel as said wheel arm swings downwardly beyond said predetermined amount.
Thermoelectric module including an inner circumferential surface, an axis, and an outer circumferential surface, wherein a multitude of semiconductor elements with a thermoelectric material is arranged in a direction of the axis and in between the inner circumferential surface and the outer circumferential surface and is connected to each other in an alternating manner, wherein at least a part of the semiconductor elements includes at least an inner frame part or an outer frame part, and wherein at least inner frame parts form an interrupted inner circumferential surface or outer frame parts form an interrupted outer circumferential surface, characterized in that an inherently unstable shell is provided at least at the interrupted inner circumferential surface or at the interrupted outer circumferential surface.
A round window coupling device (500, 600, 700) for a hybrid electric-mechanical stimulation hearing implant system, the device comprising: a rigid outer shell (501, 601) having a proximal end (503, 603), a distal end (504, 604) and an outer surface, and configured to securely fit into a round window niche in a cochlear outer surface of a recipient patient; an electrode groove (605, 701) in the outer surface of the outer shell configured to snuggly fit around a portion of a cochlear implant electrode array passing through the round window niche; a coupling filling (502, 704) enclosed within the outer shell and configured to couple mechanical vibrations from the proximal end of the outer shell to the distal end of the outer shell with minimal attenuation; a transducer receiver at the proximal end of the outer shell configured to connect to and receive vibrations from a drive surface of a mechanical transducer (607, 703); and a drive face at the distal end of the outer shell configured to interface to perilymph fluid within the cochlea of the recipient patient to deliver vibrations from the coupling filling to the perilymph fluid with minimal attenuation for perception as sound. a rigid outer shell (501, 601) having a proximal end (503, 603), a distal end (504, 604) and an outer surface, and configured to securely fit into a round window niche in a cochlear outer surface of a recipient patient; an electrode groove (605, 701) in the outer surface of the outer shell configured to snuggly fit around a portion of a cochlear implant electrode array passing through the round window niche; a coupling filling (502, 704) enclosed within the outer shell and configured to couple mechanical vibrations from the proximal end of the outer shell to the distal end of the outer shell with minimal attenuation; a transducer receiver at the proximal end of the outer shell configured to connect to and receive vibrations from a drive surface of a mechanical transducer (607, 703); and a drive face at the distal end of the outer shell configured to interface to perilymph fluid within the cochlea of the recipient patient to deliver vibrations from the coupling filling to the perilymph fluid with minimal attenuation for perception as sound.
Device for forming plastic preforms into plastic containers with a mobile carrier on which is arranged a plurality of blowing stations, wherein these blowing stations each comprise blow mould carrier parts (6a, 6b) to hold blow mould parts (4a, 4b) and at least one of these blow mould carrier parts (6a, 6b) is mobile in relation to the other blow mould carrier part (6b, 6a) to open and close the blow mould, and wherein the blowing stations each comprise a carrier element to carry at least one blow mould carrier part (6a, 6b), wherein the device comprises a clean room within which the plastic preforms can be expanded into plastic containers, wherein the blow mould carrier parts (6a, 6b) with the carrier element form a unit which can be demounted as a whole from the carrier.
A medical device for detecting and treating tachyarrhythmia, comprising: a plurality of electrodes (24, 28) configured to sense a cardiac signal; a sensing module coupled to the plurality of electrodes configured to sense cardiac events in response to the cardiac signal; and a first processing module coupled to the sensing module and configured to detect a shockable tachyarrhythmia using only morphology-based criteria and not using heart rate or RR interval counts; said first processing module configured to: determine a first morphology metric for each sensed cardiac event occurring during a time segment of the cardiac signal; determine a count of the first morphology metrics corresponding to an event originating in a ventricular chamber; determine a second morphology metric for the time segment of the cardiac signal in response to the count of the first morphology metrics meeting a threshold number of events; and classify the time segment as a shockable segment in response to the second morphology metric meeting a detection criterion. a plurality of electrodes (24, 28) configured to sense a cardiac signal; a sensing module coupled to the plurality of electrodes configured to sense cardiac events in response to the cardiac signal; and a first processing module coupled to the sensing module and configured to detect a shockable tachyarrhythmia using only morphology-based criteria and not using heart rate or RR interval counts; said first processing module configured to: determine a first morphology metric for each sensed cardiac event occurring during a time segment of the cardiac signal; determine a count of the first morphology metrics corresponding to an event originating in a ventricular chamber; determine a second morphology metric for the time segment of the cardiac signal in response to the count of the first morphology metrics meeting a threshold number of events; and classify the time segment as a shockable segment in response to the second morphology metric meeting a detection criterion. determine a first morphology metric for each sensed cardiac event occurring during a time segment of the cardiac signal; determine a count of the first morphology metrics corresponding to an event originating in a ventricular chamber; determine a second morphology metric for the time segment of the cardiac signal in response to the count of the first morphology metrics meeting a threshold number of events; and classify the time segment as a shockable segment in response to the second morphology metric meeting a detection criterion.
Screwdriver, for a dynamic pillar for dental implantology, the screwdriver comprising a tip (C-2) in semi-spherical form with curved inlets and protrusions (C-2-B) forming a male hexalobular type screwdriver, the screwdriver being characterized in that the hexalobular tip (C-2) is in accordance with ISO 10664 with, a. an external diameter which varies from 1.3 to 2.4 mm, b. an internal diameter which varies from 1.0 to 2.0 mm, c. a radius of the depression which varies from 0.15 to 0.35 mm, and d. a radius of the peak which varies from 0.15 to 0.35 mm. such that the hexalobular tip (C-2) situated in the exterior area allows an inclination of between 0° and 35° for the application of a tightening torque on a screw. a. an external diameter which varies from 1.3 to 2.4 mm, b. an internal diameter which varies from 1.0 to 2.0 mm, c. a radius of the depression which varies from 0.15 to 0.35 mm, and d. a radius of the peak which varies from 0.15 to 0.35 mm.
Method for cleaning a cylindrical mask for protecting the upper face of a crankcase upper half, the bearing plane of which rests on the upper face of the crankcase upper half around the opening of a cylinder barrel during the spraying of a coating product inside the cylinder barrels, in order to prevent the coating product from being sprayed onto the upper face of the crankcase upper half, characterized in that the mask is cleaned with a rotary apparatus which simultaneously carries out: - the cleaning of the bearing plane via which the mask bears on the upper face of the crankcase upper half, - the cleaning of the interior edge of the mask around the opening of the cylinder barrel and - the cleaning of a circular gutter formed in the mass of the mask near the interior edge thereof. - the cleaning of the bearing plane via which the mask bears on the upper face of the crankcase upper half, - the cleaning of the interior edge of the mask around the opening of the cylinder barrel and - the cleaning of a circular gutter formed in the mass of the mask near the interior edge thereof.
A device for sensing and recording data associated to at least one parameter associated with the transport of products in a container, the device comprising: at least one sensor to measure the at least one parameter; positioning means for determining a location of the device; data storage means to store data measured by the at least one sensor, the data being associated to the location of the device at the moment in which a particular data is measured; input/output means to transmit the data stored in the data storage means; characterized in that the device comprises processing means to, for each transport stage followed by the device that corresponds to a period of time between the activation of the device and its subsequent deactivation, associate a use code to the data collected and stored in the data storage means during the period of time said transport stage lasts, said use code being associated to a particular transport stage, wherein the use code associated to a particular transport stage is different from use codes associated to other transport stages; and wherein the data associated to a use code is accessible for a user having the use code, when the use code is provided by the user as an access code. at least one sensor to measure the at least one parameter; positioning means for determining a location of the device; data storage means to store data measured by the at least one sensor, the data being associated to the location of the device at the moment in which a particular data is measured; input/output means to transmit the data stored in the data storage means; characterized in that the device comprises processing means to, for each transport stage followed by the device that corresponds to a period of time between the activation of the device and its subsequent deactivation, associate a use code to the data collected and stored in the data storage means during the period of time said transport stage lasts, said use code being associated to a particular transport stage, wherein the use code associated to a particular transport stage is different from use codes associated to other transport stages; and wherein the data associated to a use code is accessible for a user having the use code, when the use code is provided by the user as an access code.