mhurhangee/ep-ind-claims huggingface dataset:
A method for calculating in vivo a local specific energy absorption rate on the basis of: a living object's tissue's electrical conductivity, electrical permittivity, and mass density in a segmented geometry of the living object accommodated in an examination region for a magnetic resonance scan and a survey scan, and a magnetic field vector distribution of a radio frequency antenna for emitting a radio frequency field in the examination region and receiving an induced magnetic resonance signal from the examination region, the method comprising obtaining the values of the living object's tissue's electrical conductivity, electrical permittivity and mass density from a database containing pre-determined values taken from literature of the electric conductivity and electrical permittivity of the living object's tissue at the Larmor Frequency used for the magnetic resonance scan and the survey scan and the mass density of the living object's tissue, while the magnetic field vector distribution is estimated by a B 1 mapping method based on the magnetic resonance scan, and wherein the segmented geometry of the living object is obtained from the survey scan of the living object.
A non-transitory computer readable medium comprising instructions which, when executed by one or more hardware processors, causes performance of operations comprising: transmitting, between a first networking device and a second networking device, a set of current conditions for coordinating transmission of a multicast stream to an access point, wherein coordinating the transmission by the first networking device and the second networking device comprises dynamically switching between the first networking device transmitting the multicast stream to the access point and the second networking device transmitting the multicast stream to the access point; detecting, by the first networking device, failure of the second networking device; and responsive to detecting failure of the second network device: transmitting, between the first networking device and a third networking device, the set of current conditions for coordinating transmission of the multicast stream to the access point, wherein coordinating the transmission by the first networking device and the third networking device comprises dynamically switching between the first networking device transmitting the multicast stream to the access point and the third networking device transmitting the multicast stream to the access point. transmitting, between a first networking device and a second networking device, a set of current conditions for coordinating transmission of a multicast stream to an access point, wherein coordinating the transmission by the first networking device and the second networking device comprises dynamically switching between the first networking device transmitting the multicast stream to the access point and the second networking device transmitting the multicast stream to the access point; detecting, by the first networking device, failure of the second networking device; and responsive to detecting failure of the second network device: transmitting, between the first networking device and a third networking device, the set of current conditions for coordinating transmission of the multicast stream to the access point, wherein coordinating the transmission by the first networking device and the third networking device comprises dynamically switching between the first networking device transmitting the multicast stream to the access point and the third networking device transmitting the multicast stream to the access point.
Method for controlling a multitude of braking means (12, 14, 16) of a vehicle to effect a desired brake function quantified as a desired brake parameter, wherein each of the braking means (12, 14, 16) is controllable by an actuation parameter to effect at least a portion of said desired brake function, comprising the steps: Determine, for each braking means (12, 14, 16), a brake capability representing a maximum brake function achievable by the braking means (12, 14, 16); Determine, for each braking means (12, 14, 16), an actuation priority, wherein the actuation priority is determined from at least one predetermined operating parameter of the braking means (12, 14, 16) and/or the vehicle; in order from highest priority to lowest priority of the braking means (12, 14, 16), Allocating, to each braking means (12, 14, 16), the actuation parameter, wherein the actuation parameter is chosen between the brake capability and the quantity of the desired brake parameter not yet allocated to other braking means (12, 14, 16), whichever is lower, characterized in that when determining the actuation priority, the higher a regeneration efficiency of regenerational brake devices of a braking means (12, 14, 16), the higher its priority relative to other braking (12, 14, 16) means comprising regenerational brake devices. Determine, for each braking means (12, 14, 16), a brake capability representing a maximum brake function achievable by the braking means (12, 14, 16); Determine, for each braking means (12, 14, 16), an actuation priority, wherein the actuation priority is determined from at least one predetermined operating parameter of the braking means (12, 14, 16) and/or the vehicle; in order from highest priority to lowest priority of the braking means (12, 14, 16), Allocating, to each braking means (12, 14, 16), the actuation parameter, wherein the actuation parameter is chosen between the brake capability and the quantity of the desired brake parameter not yet allocated to other braking means (12, 14, 16), whichever is lower, characterized in that when determining the actuation priority, the higher a regeneration efficiency of regenerational brake devices of a braking means (12, 14, 16), the higher its priority relative to other braking (12, 14, 16) means comprising regenerational brake devices.
A pre-impregnated woven fiber material, characterized in that it is in the form of a fibrous mat comprising at least one layer of several pieces of fibrous fabric pre-impregnated with resin, at least one portion of the fabric forming the fibrous mat having a shrinkage contexture lower than 5%, said fabric pieces being further positioned parallel to the plane (X, Y) of the fibrous mat and oriented according to different directions in said plane (X, Y).
A surgical instrument equipment appropriate for mini-invasive surgery, used through natural orifices or incisions, comprising a device to enter the patient's body which includes a rigid ring, and a multivalve flexible head with at least one operative channel to insert at least one working tool; a connector to insufflate and irrigate fluids directly connected to the multivalve flexible head; and a funnel to retain fluids which holds said multivalve flexible head and rigid ring; said funnel defines, when assembled, a passage for the mentioned operative tool which is provided inside at least one conducting duct, and, in turn, comprises a clamp handle, a movement transmission element made up by an external tubular sheath, a driving chuck and a clamp head which includes an intrahead device that allows the opening of the working tool and that the head can make a 360° turn without changing the position given by the driving chuck; characterised in that; the rigid ring is provided outside the patients body; at least two extensions stem out in distal direction from the rigid ring, which act as separators, being one of the at least two extensions fixed with respect to a part of the rigid ring, said extensions having basically a "U" shape, where all edges are blunt, curves soft and their distal ends are bent toward the outer side of the surgical instrument equipment when the access device is in use, the extensions that are not fixed have a relative movement with respect of the fixed extension; said multivalve flexible head, when in use envelopes the external side of said rigid ring; the external tubular sheath of the operative tool is fully flexible, with a malleable and semi-rigid driving chuck.
A roller guide shoe for guiding an elevator car or a counterweight of an elevator system, comprising - a roller support that can be fastened to the car or the counterweight, - at least one guide roller, and - at least one roller axle that is arranged in the roller support for receiving the guide roller, characterized in that the roller guide shoe furthermore contains at least one adapter that is installed in the roller support for positioning the roller axle in the roller support, wherein - the adapter comprises an installation contour which fits a corresponding receiving contour of the roller support, - the adapter comprises a continuous opening for receiving the roller axle and this opening defines a centre axis, - the installation contour of the adapter, at least with respect to a first symmetry plane of the adapter, is embodied symmetrically, which first symmetry plane runs parallel to the centre axis, and - the centre axis of the opening is arranged spaced from the first symmetry plane of the adapter, so that the adapter can be fixed in the roller support in at least two installation positions that are distinct with respect to the roller support, and the roller axle independently of the installation position of the adapter is differently positioned in the roller support. - a roller support that can be fastened to the car or the counterweight, - at least one guide roller, and - at least one roller axle that is arranged in the roller support for receiving the guide roller, - the adapter comprises an installation contour which fits a corresponding receiving contour of the roller support, - the adapter comprises a continuous opening for receiving the roller axle and this opening defines a centre axis, - the installation contour of the adapter, at least with respect to a first symmetry plane of the adapter, is embodied symmetrically, which first symmetry plane runs parallel to the centre axis, and - the centre axis of the opening is arranged spaced from the first symmetry plane of the adapter,
An optical film comprising: a base film comprising a material having optical transmittance; a matrix layer disposed on the base film, and comprising a fluorescent material; a protective film disposed on the matrix layer, and comprising a material having optical transmittance; a protective layer disposed between the matrix layer and the protective film, and comprising a material having adhesive property; and an adhesive member disposed on the protective film wherein the matrix layer has a thickness within a range between 30μm and 50μm and wherein the matrix layer comprises at least one of a diffusing agent diffusing light, an antifoaming agent removing foams, an additive dispersing uniformly the fluorescent material in the matrix layer and a curing agent curing the matrix layer. a base film comprising a material having optical transmittance; a matrix layer disposed on the base film, and comprising a fluorescent material; a protective film disposed on the matrix layer, and comprising a material having optical transmittance; a protective layer disposed between the matrix layer and the protective film, and comprising a material having adhesive property; and an adhesive member disposed on the protective film wherein the matrix layer has a thickness within a range between 30μm and 50μm and wherein the matrix layer comprises at least one of a diffusing agent diffusing light, an antifoaming agent removing foams, an additive dispersing uniformly the fluorescent material in the matrix layer and a curing agent curing the matrix layer.
A luggage item comprising a rigid, essentially rectangular box, the box comprising an essentially planar floor and two longer and two shorter sides, there being mounted on the major axis of the floor a telescopic pulling member equipped with a pulling handle, and the shorter side remote from the pulling handle, being provided with wheels, wherein (a) the pulling member is mounted externally on the floor by means of a pivot and is capable of being moved through a fixed arc, the extremities of which arc are appropriate for sliding a luggage item on a staircase, the pulling member being lockable in a position coinciding with the major axis; (b) the luggage item comprises a secondary retaining means (11, 12) that prevents the pulling member being pulled out of the plane of the arc; and (c) the longer sides are provided with means allowing sliding movement on a staircase. (a) the pulling member is mounted externally on the floor by means of a pivot and is capable of being moved through a fixed arc, the extremities of which arc are appropriate for sliding a luggage item on a staircase, the pulling member being lockable in a position coinciding with the major axis; (b) the luggage item comprises a secondary retaining means (11, 12) that prevents the pulling member being pulled out of the plane of the arc; and (c) the longer sides are provided with means allowing sliding movement on a staircase.
A needleless injector configured to eject a substance intended for injection to a target region without using an injection needle, the needleless injector comprising: a housing part that includes an accommodating space that accommodates the substance intended for injection and defines a flow path from the accommodating space so that the substance intended for injection is ejected to the target region; a driving part that imparts ejection energy to eject the substance intended for injection; and a plunger that defines the accommodating space and is disposed to move in the housing part by the ejection energy and pressurize the substance intended for injection, characterized in that the plunger includes a weakened part (52, 81, 82, 83) that causes a part of the plunger to deform and therefore to consume a part of the ejection energy when the force applied to the plunger exceeds a predefined force while the driving part is imparting the ejection energy with the accommodating space accommodating the substance intended for injection, such that a distal end of the plunger does not reach a deepest part of the housing part or such that force received by an inner wall surface of the housing part falls within a predetermined range until the distal end of the plunger reaches the deepest part, the predetermined range being a range of force applied to the housing part without damage to the housing part. a housing part that includes an accommodating space that accommodates the substance intended for injection and defines a flow path from the accommodating space so that the substance intended for injection is ejected to the target region; a driving part that imparts ejection energy to eject the substance intended for injection; and a plunger that defines the accommodating space and is disposed to move in the housing part by the ejection energy and pressurize the substance intended for injection, characterized in that the plunger includes a weakened part (52, 81, 82, 83) that causes a part of the plunger to deform and therefore to consume a part of the ejection energy when the force applied to the plunger exceeds a predefined force while the driving part is imparting the ejection energy with the accommodating space accommodating the substance intended for injection, such that a distal end of the plunger does not reach a deepest part of the housing part or such that force received by an inner wall surface of the housing part falls within a predetermined range until the distal end of the plunger reaches the deepest part, the predetermined range being a range of force applied to the housing part without damage to the housing part.
Method for determining a damage condition of components, wherein damage conditions are determined for a component on the basis of operating states of an integral system comprising the component by recording, during operation of the integral system, a time characteristic of stresses and/or strains on the component and a time characteristic of signals of the integral system that are relevant to the determination of operating states, by using the detected signals to determine operating states of the integral system that have occurred, in particular a time characteristic of the operating states that have occurred, by using the detected stresses and/or strains to determine damaging events and to associate them with the operating states, by determining stress collectives and/or strain collectives for each operating state and by taking a duration of the respective operating state as a basis for determining time-normalized stress collectives and/or strain collectives for each operating state, wherein the time-normalized stress collectives and/or strain collectives for each operating state are used - to determine the damage condition for the component on the basis of operating states of the integral system that have occurred, and/or to determine the future damage condition on the basis of operating states of the integral system comprising the component that are predicted to occur in the future, and/or - to determine the damage condition for a further component designed in the same way as this component on the basis of operating states of a further integral system comprising this further component and designed in the same way as the integral system that have occurred, and/or to determine the future damage condition on the basis of operating states of the further integral system comprising the further component that are predicted to occur in the future. - to determine the damage condition for the component on the basis of operating states of the integral system that have occurred, and/or to determine the future damage condition on the basis of operating states of the integral system comprising the component that are predicted to occur in the future, and/or - to determine the damage condition for a further component designed in the same way as this component on the basis of operating states of a further integral system comprising this further component and designed in the same way as the integral system that have occurred, and/or to determine the future damage condition on the basis of operating states of the further integral system comprising the further component that are predicted to occur in the future.
Coupling module for use as an interface between an air passenger bridge or air passenger steps and the fuselage, comprising - a cabin, - a folding canopy and - a walkable swivel floor, wherein - at least the swivel floor is pivotably arranged on the cabin about a pivot axis which extends perpendicularly to the transverse extent of the swivel floor, in order to align the swivel floor with a door opening in a fuselage and - the swivel floor is covered by the folding canopy, characterized in that the swivel floor has at least one front floor segment which is designed to be walkable and which is movable relative to a base body of the swivel floor in the direction of the fuselage, and in that the folding canopy can be retracted and extended at least in portions together with the front floor segment and remains resting on the cabin when the swivel floor is pivoted about the pivot axis. - a cabin, - a folding canopy and - a walkable swivel floor, - at least the swivel floor is pivotably arranged on the cabin about a pivot axis which extends perpendicularly to the transverse extent of the swivel floor, in order to align the swivel floor with a door opening in a fuselage and - the swivel floor is covered by the folding canopy,
A drug delivery device comprising a drive mechanism and a body, wherein the drive mechanism has a first state for preparation and a second state, in which the drive mechanism is ready to carry out a dose setting and a dose dispensing operation, and comprises a piston rod configured to be moved in a distal direction when the drive mechanism is operated and an adjusting member, wherein the adjusting member is rotatable relative to the body of the drug delivery device in the first state of the drive mechanism and is prevented from rotating relative to the body in the second state of the drive mechanism, and wherein the adjusting member is configured to adjust an axial position of the piston rod in the first state of the drive mechanism, wherein the piston rod is configured to be moved in the distal direction - when the drive mechanism is operated in its first state or - when an external member engaged with the adjusting member in the first state of the drive mechanism rotates the adjusting member thereby carrying out a priming operation, characterized in that the piston rod is moveable relative to the adjusting member in the second state of the drive mechanism. - when the drive mechanism is operated in its first state or - when an external member engaged with the adjusting member in the first state of the drive mechanism rotates the adjusting member thereby carrying out a priming operation,
A particulate material comprising: a shaped abrasive particle having a body comprising: a first layer; a second layer overlying the first layer and comprising a dopant; and a diffusion interface disposed between the first layer and the second layer, wherein the diffusion interface defines a step function difference in a concentration of the dopant in the second layer compared to a concentration of the dopant in the first layer. a first layer; a second layer overlying the first layer and comprising a dopant; and a diffusion interface disposed between the first layer and the second layer, wherein the diffusion interface defines a step function difference in a concentration of the dopant in the second layer compared to a concentration of the dopant in the first layer.
Mixture of materials to be used as organic fertilizer and for soil improvement, consisting of plant associated bacillus subtilis or bacillus amyloliquefaciens, inorganic phosphite and methylene urea.
A method for treating an ophthalmic lens comprising two main sides and having at least one side comprising an organic or mineral external layer coated with a MgF 2 temporary protective layer, characterized in that treating comprises depositing the MgF 2 temporary protective layer on the external layer through vacuum evaporation at a speed lower than 0.5 nm/s.
Control circuit for self-turn-off of an automatic machine, connectable to a domestic electric voltage power line (L1, L2), comprising a logic controller having low supply electric voltage, a power supply comprising electrical storage means for providing the low electric voltage to the logic controller, at least one switch connected to the logic controller to control at least one electrical load (4, 5) of the machine, an electrically actuated deviator connected to the logic controller characterised in that said electrically actuated deviator is switchable between machine activation status, in which it connects a main electric power line of the power supply to the power line (L1, L2), and machine deactivation status, in which it connects a secondary electric power line of the power supply to the power line (L1, L2), said secondary electric power line having a normally open reactivation switch activatable by a manual reactivation button of the machine, said normally open reactivation switch being connected to the logic controller, the electrical energy storage means maintaining the electric power supply of the logic controller for the entire operating time of the deviator switching from machine deactivation status to activation status, said switching being automatically generated by the logic controller immediately after manual closure of the reactivation switch.