mhurhangee/ep-ind-claims huggingface dataset:
Mechanical or mechatronic closure system comprising an actuating means (112, 12), such as socket key receptacle or swivel handle, being pivoted in a housing or tray and a locking nut or bearing piece being screwable on with the housing or with the tray with intermediate positioning of a thin wall (142,42) such as door panel of a metal cabinet or a sheet metal housing, characterized by a light ring (128, 28) surrounding flange (126, 26) of the housing or of the tray and with a flexible foil (132, 32) arranged between light ring (128, 28) and thin wall (142,42), the flexible foil (132, 32) carrying light emitting diodes (LEDs) (130, 30) and transmitting the light thereof.
An apparatus to generate a resource map for a neural network, the apparatus comprising: a constraint definer to define performance characteristic targets for selected layers of the neural network, wherein performance characteristic targets comprise throughput metrics, response time metrics, and/or reduced power metrics; an action determiner to apply permutations of resources to each of the selected layers in a first sequence of iterations over the permutations of resources and in a second sequence of iterations over the selected layers; a state definer to update state metrics in response to applying a particular permutation of resources; a reward determiner to calculate a results metric based on (a) resource performance metrics and (b) the performance characteristic targets, to determine, for each of the selected layers and each applied permutation of resources, which resource assignments exhibit the best performance as compared to other resource assignments, and to generate a respective iteration decision for each of the selected layers and each applied permutation of resources, based on the results metric, wherein the respective iteration decision indicates that the first sequence of iterations is to be stopped if a threshold degree of convergence has been detected or a threshold number of iterations has been reached; and a layer map generator to generate a resource mapping file, the resource mapping file including respective resource assignments for corresponding layers of the neural network, the resource assignments selected based on the results metric. a constraint definer to define performance characteristic targets for selected layers of the neural network, wherein performance characteristic targets comprise throughput metrics, response time metrics, and/or reduced power metrics; an action determiner to apply permutations of resources to each of the selected layers in a first sequence of iterations over the permutations of resources and in a second sequence of iterations over the selected layers; a state definer to update state metrics in response to applying a particular permutation of resources; a reward determiner to calculate a results metric based on (a) resource performance metrics and (b) the performance characteristic targets, to determine, for each of the selected layers and each applied permutation of resources, which resource assignments exhibit the best performance as compared to other resource assignments, and to generate a respective iteration decision for each of the selected layers and each applied permutation of resources, based on the results metric, wherein the respective iteration decision indicates that the first sequence of iterations is to be stopped if a threshold degree of convergence has been detected or a threshold number of iterations has been reached; and a layer map generator to generate a resource mapping file, the resource mapping file including respective resource assignments for corresponding layers of the neural network, the resource assignments selected based on the results metric.
A contact lens assembly for ophthalmic surgery, the contact lens assembly comprising: a contact lens; an anti-fogging device coupled to the contact lens, wherein the anti-fogging device delivers thermal energy to the contact lens while the contact lens is in use during ophthalmic surgery to view an interior portion of an eye of a patient using a surgical microscope; characterized in that: the anti-fogging device further comprises a handle for supporting the contact lens on the eye during surgery; and wherein electrical energy to generate the thermal energy is delivered via lead lines attached to the handle. a contact lens; an anti-fogging device coupled to the contact lens, wherein the anti-fogging device delivers thermal energy to the contact lens while the contact lens is in use during ophthalmic surgery to view an interior portion of an eye of a patient using a surgical microscope; characterized in that: the anti-fogging device further comprises a handle for supporting the contact lens on the eye during surgery; and wherein electrical energy to generate the thermal energy is delivered via lead lines attached to the handle. the anti-fogging device further comprises a handle for supporting the contact lens on the eye during surgery; and wherein electrical energy to generate the thermal energy is delivered via lead lines attached to the handle.
An overrunning clutch having a torque-introducing clutch member, a torque-receiving clutch member, and having a switching member (3, 10, 29) which, as a function of the direction of an adequate change in the rotation-angle position prevalent between the torque-introducing clutch member and the torque-receiving clutch member, by means of an actuating force exerted on the switching member (3, 10, 29) by an actuator is urged from an engagement position to an overrun position so as to indirectly or directly establish free mutual rotation of the clutch members (1, 2) in an overrun rotation direction, or from an overrun position is urged to an engagement position so as to indirectly or directly establish a rotationally fixed coupling of the clutch members (1, 2), characterized in that the actuating force is a friction-force-induced actuating force which is induced by a friction-force pairing between the actuator and a component of the overrunning clutch that is in frictional contact with said actuator, and in that the actuator configures an actuation detent which acts in a form-fitting manner and by way of which the actuating force acts indirectly or directly on the switching member (3, 10, 29).
A plug connection, which is configured for the connection of conductors and comprises a first plug-in connector and a second plug-in connector which is intermateable with said first connector, said connectors comprising corresponding intermateable connector faces (4, 5) having corresponding contacts, wherein the first plug-in connector is suitable for mounting on a wall, in particular a housing, for which purpose it comprises a flange plate which can be fastened with one or a plurality of mounting means on the wall, and wherein the second plug-in connector is formed to connect a cable, characterized in that the second plug-in connector is formed in such a way that it partly covers the fastening means for the mounting of the flange plate with its connector face, wherein the second plug-in connector is provided in the area of its connector face with at least one or more recesses, in which the fastening means for mounting the flange plate partially engages or engage, and the fastening means are screws that have head sections and shaft sections, and the head sections engage partially into the recess(es).
A light emitting device module comprising: a light emitting device package; and a printed circuit board to which the light emitting device package is coupled, wherein the light emitting device package includes a sliding groove (h1, h2) and a fixing groove, and wherein the printed circuit board includes a sliding protrusion (vl, v2) coupled to the sliding groove (h1, h2) to guide the light emitting device package to a predetermined position and a fixing protrusion coupled to the fixing groove at the predetermined position, wherein the light emitting device package includes, a light emitting device; and a body including a first lead frame on which the LED is arranged and a second lead frame spaced apart from the first lead frame, wherein the sliding groove (h1, h2) includes a first sliding groove formed at a first surface of the body and a second sliding groove formed at a second surface of the body, wherein the first surface is parallel to the second surface, wherein the fixing groove is formed at a bottom surface of the body different from the first and second surfaces (25a, 25b). a light emitting device package; and a printed circuit board to which the light emitting device package is coupled, wherein the light emitting device package includes a sliding groove (h1, h2) and a fixing groove, and wherein the printed circuit board includes a sliding protrusion (vl, v2) coupled to the sliding groove (h1, h2) to guide the light emitting device package to a predetermined position and a fixing protrusion coupled to the fixing groove at the predetermined position, wherein the light emitting device package includes, a light emitting device; and a body including a first lead frame on which the LED is arranged and a second lead frame spaced apart from the first lead frame, a light emitting device; and a body including a first lead frame on which the LED is arranged and a second lead frame spaced apart from the first lead frame, wherein the sliding groove (h1, h2) includes a first sliding groove formed at a first surface of the body and a second sliding groove formed at a second surface of the body, wherein the first surface is parallel to the second surface, wherein the fixing groove is formed at a bottom surface of the body different from the first and second surfaces (25a, 25b).
Silicas modified with groups selected one or more of the groups having the general formula RSi (OX')O 1/2, R'Si(OX")(O 1/2) 2 and R"Si(O 1/2) 3, where R, R', R" are an aliphatic or aromatic hydrocarbon radical having 1 to 24 C atoms and X, X' and X" are hydrogen or an aliphatic or aromatic hydrocarbon radical having 1 to 24 C atoms and R, R', R", X, X' and X" may be identical or different, and where the fraction of T1 groups on the surface of the modified silica, based on the sum of T1+T2+T3, is at least 15%, or the fraction of T1 groups on the surface of the modified silica is greater than the fraction of T3 groups on the surface of the modified silica, which may be determined by NMR spectroscopy in 29Si CP/MAS mode, and where the fraction of the modified silica that is extractable with solvents is not more than 15 wt%.
Agricultural harvesting machine, in particular in the form of a loader wagon or a baler, having a pick-up conveyor for picking up harvested material from the ground, comprising a spiked rotor that has conveyor tines that can be driven continuously, a connecting conveyor to which the pick-up conveyor transfers the harvested material picked up from the ground, as well as a conveying aid arranged above the spiked rotor for supporting the crop transfer from the spiked rotor to the connecting conveyor, wherein said conveying aid is movably suspended by means of at least two supporting arms spaced apart from one another, which are each articulated to a machine frame so as to be pivotable about a horizontal axis transverse to the direction of travel and, in addition to vertical movements of the conveying aid, also permit tilting of the conveying aid about a horizontal axis approximately parallel to the direction of travel, characterised in that at least one of the supporting arms is designed to be rotatable in itself and has a torsion joint with a torsion axis extending at least approximately in the longitudinal direction of the supporting arm between two supporting arm parts.
A fitting arrangement for a window shutter or door shutter having a shutter-side fitting part, which is configured for fastening to a shutter hinge of the window shutter or door shutter, and having a wall-side fitting part (13, 15), which is configured for fastening to a stationary wall section, wherein the shutter-side fitting part and the wall-side fitting part (13, 15) are rotatably connected to one another about a shutter hinge axis and are fixable in at least one rotational position by means of a latching mechanism; wherein the latching mechanism comprises at least one shutter-side latch element, which is non-rotatable with respect to the shutter-side fitting part, and a wall-side latch element which cooperates with said shutter-side latch element and which is non-rotatable with respect to the wall-side fitting part; wherein the shutter-side latch element and the wall-side latch element are displaceable relative to one another between an engagement position and a non-engagement position in a direction of displacement extending in parallel with the shutter hinge axis; and wherein at least one spring element is provided for preloading the shutter-side latch element or the wall-side latch element into the engagement position, wherein the shutter-side latch element and/or the wall-side latch element has/have an inclination or a rounding which, on a mutual rotation of the fitting parts (13, 15, 29) in at least one direction of rotation, brings about a displacement of the shutter-side latch element or of the wall-side latch element from the engagement position into the non-engagement position while overcoming the preload force of the spring element, characterized in that the wall-side fitting part (13, 15) comprises an arrangement of a shutter pin sleeve and a shutter pin rod projecting therefrom, with the wall-side latch element being arranged at a retainer sleeve, which engages around the shutter pin sleeve and which is non-rotatable with respect thereto, but is displaceable along the direction of displacement.
A planar waveguide laser apparatus comprising: a planar waveguide comprising a core formed from a laser medium for absorbing pump light and claddings (2, 3) bonded to an upper surface and a lower surface of the core, each cladding having a smaller refractive index than the laser medium; a pump light generation source (4a, 4b) for emitting the pump light to a side surface of the core; and laser light reflection films (6a, 6b) formed on, out of four side surfaces of the core, two opposite side surfaces that are different from the side surface to which the pump light is emitted by the pump light generation source, wherein a structure of at least one side surface of two opposite side surfaces, out of four side surfaces of the planar waveguide, that are different from the side surface to which the pump light is emitted by the pump light generation source comprises a ridge structure, characterized in that the ridge structure comprises a projection and depressions that are adjacent to the projection and recessed toward the other side surface of the two opposite side surfaces, wherein the ridge structure is provided at least in one of the claddings (2, 3), wherein the ridge structure is defined such that a change in the wave front state of laser light and a change in the propagating direction of the laser light are suppressed. a planar waveguide comprising a core formed from a laser medium for absorbing pump light and claddings (2, 3) bonded to an upper surface and a lower surface of the core, each cladding having a smaller refractive index than the laser medium; a pump light generation source (4a, 4b) for emitting the pump light to a side surface of the core; and laser light reflection films (6a, 6b) formed on, out of four side surfaces of the core, two opposite side surfaces that are different from the side surface to which the pump light is emitted by the pump light generation source, wherein a structure of at least one side surface of two opposite side surfaces, out of four side surfaces of the planar waveguide, that are different from the side surface to which the pump light is emitted by the pump light generation source comprises a ridge structure, characterized in that the ridge structure comprises a projection and depressions that are adjacent to the projection and recessed toward the other side surface of the two opposite side surfaces, wherein the ridge structure is provided at least in one of the claddings (2, 3), wherein the ridge structure is defined such that a change in the wave front state of laser light and a change in the propagating direction of the laser light are suppressed.
A method for handling a service discovery request for a service provided by a service based architecture communications network comprising a message proxy (100, MP), the method comprising at an entity (100, 200) handling the service discovery request: - receiving (S31, S51) the service discovery request from a client requesting a service in the service based architecture communications network in which the service is provided by a plurality of different processing entities (31, 32), the received service discovery request comprising a plurality of service related parameters, - assigning (S32, S52) a service identifier to, and uniquely identifying, the service discovery request, the identifier linking the received service discovery request to the plurality of service related parameters, - storing the plurality of service related parameters with the service identifier at the entity handling the service discovery request, - transmitting (S33, S56) a service discovery response to the client in response to the received service discovery request, the service discovery response comprising the service identifier, - receiving (S36, S57) a subsequent request related to the service, the subsequent request comprising the service identifier, - determining the plurality of service related parameters for the subsequent request based on the received service identifier present in the subsequent request and the stored plurality of service related parameters, - determining (S37, S58) a list of processing entities (31, 32) capable of handling the subsequent request related to the service based on the determined plurality of service related parameters. - receiving (S31, S51) the service discovery request from a client requesting a service in the service based architecture communications network in which the service is provided by a plurality of different processing entities (31, 32), the received service discovery request comprising a plurality of service related parameters, - assigning (S32, S52) a service identifier to, and uniquely identifying, the service discovery request, the identifier linking the received service discovery request to the plurality of service related parameters, - storing the plurality of service related parameters with the service identifier at the entity handling the service discovery request, - transmitting (S33, S56) a service discovery response to the client in response to the received service discovery request, the service discovery response comprising the service identifier, - receiving (S36, S57) a subsequent request related to the service, the subsequent request comprising the service identifier, - determining the plurality of service related parameters for the subsequent request based on the received service identifier present in the subsequent request and the stored plurality of service related parameters, - determining (S37, S58) a list of processing entities (31, 32) capable of handling the subsequent request related to the service based on the determined plurality of service related parameters.
A spool valve connection arrangement comprising: a connecting rod including a rod retention element adjacent a first end of the connecting rod; and a valve spool including lands and at least one recess between the lands, the valve spool also defining an internal connecting rod bore positioned adjacent one end of the valve spool, the valve spool further including an axial end face at the end of the valve spool, characterized in that: the axial end face defining a bore access opening including a first region and a second region laterally offset from the first region, the second region of the bore access opening being co-extensive with the connecting rod bore and the first region being at least partially laterally offset from the connecting rod bore, the first region of the bore access opening being sized and shaped to allow the first end of the connecting rod including rod retention element to be inserted therethrough, the second region of the bore access opening being sized and shaped to prevent the first end of the connecting rod including the retention element from being axially withdrawn from the connecting rod bore, wherein the connecting rod is coupled to the end of the spool by inserting the first end of the connecting rod including the rod retention element through the first region of the bore access opening and then moving the connecting rod laterally from the first region of the bore access opening into the second region of the bore access opening. a connecting rod including a rod retention element adjacent a first end of the connecting rod; and a valve spool including lands and at least one recess between the lands, the valve spool also defining an internal connecting rod bore positioned adjacent one end of the valve spool, the valve spool further including an axial end face at the end of the valve spool, characterized in that: the axial end face defining a bore access opening including a first region and a second region laterally offset from the first region, the second region of the bore access opening being co-extensive with the connecting rod bore and the first region being at least partially laterally offset from the connecting rod bore, the first region of the bore access opening being sized and shaped to allow the first end of the connecting rod including rod retention element to be inserted therethrough, the second region of the bore access opening being sized and shaped to prevent the first end of the connecting rod including the retention element from being axially withdrawn from the connecting rod bore, wherein the connecting rod is coupled to the end of the spool by inserting the first end of the connecting rod including the rod retention element through the first region of the bore access opening and then moving the connecting rod laterally from the first region of the bore access opening into the second region of the bore access opening.
An ethylene absorption filter for refrigerated spaces, comprising an inner granulate, a perforated tubular body and a mesh cover, the mesh cover covering the perforated tubular body externally and the inner granulate being a granulate of clays impregnated with a permanganate, characterized in that the perforated tubular body is stiff and has a distribution of holes having an elongate form, the smallest dimension of said holes being equal to or less than 1.5 mm and the largest dimension thereof being at least 45% greater than the smallest dimension. the perforated tubular body is stiff and has a distribution of holes having an elongate form, the smallest dimension of said holes being equal to or less than 1.5 mm and the largest dimension thereof being at least 45% greater than the smallest dimension.