mhurhangee/patent-ind-claim-en huggingface dataset:
Device for the production of balloon or hollow parts starting from a tubular molding blank or extruded parent material by blow molding comprising at least one molding tool with at least one hollow mold with controllable temperature, inside of which the molding blank is expanded up to its desired shape, and inside of which it can be fixated by heating followed by subsequent cooling, where the hollow mold of the molding tool is formed as a walling having a surface that delimits it to the inside as well as to the outside , and where approximately centered in between these surfaces of the molding tool one or more cavities for the circulation of a liquid medium are located, and, where the medium-conducting internal space integrated inside the molding tool walling is delimited to the inside and to the outside by a walling of approximately identical thickness, thus exhibiting a symmetric wall structure, and where the structural composition and the dimensions of the walling of the molding tool directed to the inside are to the possible extent congruent with or symmetrical to the shape of its walling directed to the outside, and where because of the symmetrical wall structure of the molding tool in conjunction with the reproduction of the inner mold contour at the outer side of the mold walling the temperature development at its outer surface approximately corresponds to the temperature development at its inner side , and therefore enables a reading of the temperature profile as it develops at the inner surface at the outer surface of the mold on all sides, and where at the opposite surface of the outer walling of the mold the directly effective shaping temperature at the inner walling of the molding tool , as it acts upon the plastic material to be shaped, can be shown, observed in its course, and captured, e.g. by infrared imaging simultaneously over all surfaces, in a quasi-indirect way, and that particularly in real-time.
A transformable baby cot comprising: an interior space bounded on all sides by first and second boundary elements with an interior space bottom surface ; wherein a planar first support element is mounted to the first boundary element and a planar second support element is mounted to the second boundary element ; wherein the first support element is pivotably connected to the second support element by at least one first axis ; wherein the first support element is reversibly foldable about the at least one pivot axis from a sleeping position , in which the bounded interior space bottom surface is formed by the first support element , to a playpen position , in which the interior space bottom surface is formed by the first and second support elements ; and wherein the first boundary element is connected in an articulated manner to the first support element by at least one flat-band-shaped pivot lever such that the first boundary element is translationally reversibly displaced relative to the second boundary element when folded from the sleeping position to the playpen position in order to adapt the boundary elements to the size of the bottom surface . an interior space bounded on all sides by first and second boundary elements with an interior space bottom surface ; wherein a planar first support element is mounted to the first boundary element and a planar second support element is mounted to the second boundary element ; wherein the first support element is pivotably connected to the second support element by at least one first axis ; wherein the first support element is reversibly foldable about the at least one pivot axis from a sleeping position , in which the bounded interior space bottom surface is formed by the first support element , to a playpen position , in which the interior space bottom surface is formed by the first and second support elements ; and wherein the first boundary element is connected in an articulated manner to the first support element by at least one flat-band-shaped pivot lever such that the first boundary element is translationally reversibly displaced relative to the second boundary element when folded from the sleeping position to the playpen position in order to adapt the boundary elements to the size of the bottom surface .
Filter element, particularly a diesel filter element, for separating water from fluids such as diesel fuel, with a filter casing with a coalescing action, through which the flow passes from the outside to the inside during filtration, and with a barrier that traps the coalesced water droplets and discharges them from the filter element, the filter casing being supported, on its inner circumference, at least partially on a support tube and the barrier being formed by a screen structure , which forms an integral part of the support tube , the ends of said support tube each comprising a support ring , which is at least partially closed on its outer circumference, and a support structure , with the screen structure , extending between the two support rings , characterised in that the support structure comprises guideways arranged opposite one another in pairs for transporting water, which lead with a pre-definable guideway incline, moving from a higher to a lower level, and in that the guideways adjacent to and opposite one another together delimit a discharge slot in the region of the lower level.
Deep-drawing tool for deep drawing blanks which are punched out of sheet material that is painted or coated with film material, in order to obtain flangeless moulded blanks, with a drawing bell , a drawing core , a blank holder , a drawing cushion for applying a spring force to the blank holder by means of force transmission means , and a drive for driving the force transmission means , characterized in that after drawing bell reaches a predetermined position in its downward movement, the drive drives the force transmission means to perform a movement which precedes the movement of drawing bell .
A delivery device comprising: - a cannula device for mounting in a base part comprising a housing and at least one membrane together defining at least one cavity , wherein the at least one cavity comprises walls, the cannula device further comprises a cannula mounted in the housing and in fluid communication with the at least one cavity , said cannula device provided with means for attaching the cannula device to a base part ; - said base part comprising a receiving portion adapted to receive the cannula device , a portion which can be placed on the skin of a patient and attachment parts ; and - a delivery part comprising parts corresponding to attachment parts of the base part , at least a reservoir , and transporting means providing controlled transport of fluid from the at least a reservoir to the patient, said parts corresponding to attachment parts slidable along a track or surface from a first position to a second position, wherein a fluid connection between the delivery part and the cannula device is formed, said delivery part connected to the base part during use, wherein a connection for transferring fluid from the at least a reservoir of the delivery part to the base part can be provided at different angles relative to the base part , said different angles defined by positioning of the at least one membrane relative to the base part or said walls of the at least one cavity of the cannula device relative to the base part , wherein at least two connection angles deviate from each other by at least 40°, said cannula device provided with guiding means corresponding to guiding means of an inserter device , and said guiding means of the cannula device secures the cannula device when being moved towards the base part . - a cannula device for mounting in a base part comprising a housing and at least one membrane together defining at least one cavity , wherein the at least one cavity comprises walls, the cannula device further comprises a cannula mounted in the housing and in fluid communication with the at least one cavity , said cannula device provided with means for attaching the cannula device to a base part ; - said base part comprising a receiving portion adapted to receive the cannula device , a portion which can be placed on the skin of a patient and attachment parts ; and - a delivery part comprising parts corresponding to attachment parts of the base part , at least a reservoir , and transporting means providing controlled transport of fluid from the at least a reservoir to the patient, said parts corresponding to attachment parts slidable along a track or surface from a first position to a second position, wherein a fluid connection between the delivery part and the cannula device is formed,
Method for providing at least one solid-state layer , wherein the solid-state layer is separated from a solid body and wherein the method at least comprises: generating a plurality of modifications by means of laser beams inside the solid body in order to form a separation plane , wherein compressive stresses are generated in the solid body by the modifications , separating the solid-state layer by a separation of the remaining solid body and the solid-state layer along the separation plane formed by the modifications , wherein at least portions of the modifications generating the compressive stresses remain on the solid-state layer , wherein so many modifications are generated that the solid-state layer separates from the solid body due to the modifications or wherein an external force is introduced into the solid body in order to generate further stresses in the solid body , wherein the external force is so strong that the stresses cause a crack propagation along the separation plane formed by the modifications, wherein the method is characterized by generating a metal layer on the surface exposed by the separation of the solid-state layer from the solid body for at least partially and preferably predominantly and particularly preferably completely compensating a deformation of the solid-state layer caused by the compressive stresses of the remaining modification portions, or for at least partially and preferably predominantly or completely compensating the compressive stresses. generating a plurality of modifications by means of laser beams inside the solid body in order to form a separation plane , wherein compressive stresses are generated in the solid body by the modifications , separating the solid-state layer by a separation of the remaining solid body and the solid-state layer along the separation plane formed by the modifications , wherein at least portions of the modifications generating the compressive stresses remain on the solid-state layer , wherein so many modifications are generated that the solid-state layer separates from the solid body due to the modifications or wherein an external force is introduced into the solid body in order to generate further stresses in the solid body , wherein the external force is so strong that the stresses cause a crack propagation along the separation plane formed by the modifications, wherein the method is characterized by generating a metal layer on the surface exposed by the separation of the solid-state layer from the solid body for at least partially and preferably predominantly and particularly preferably completely compensating a deformation of the solid-state layer caused by the compressive stresses of the remaining modification portions, or for at least partially and preferably predominantly or completely compensating the compressive stresses.
A two step process for the destruction of a precursor material using steam plasma in a reactor, wherein the precursor material is hydrolyzed as a first step in a high temperature zone of the reactor, followed by a second step of medium temperature oxidation of the reactant stream in a combustion zone of the reactor where combustion oxygen or air is injected and immediate quenching of the resulting gas stream to avoid the formation of unwanted by products, wherein the steam plasma is created by a non transferred direct current steam plasma torch, whereby an electric arc created between metallic electrodes and superheated steam forms a high temperature plasma plume at an exit end of the plasma torch, which is rich in reactive hydrogen and hydroxyl ions, and wherein the plasma torch preferably uses a small amount of an inert gas such as nitrogen, argon or helium or a mixture thereof as the shroud gas to protect the back electrode from excessive oxidation.
Gathering device for selectively laterally bringing together a film for wrapping around a bale, comprising a gathering element which interacts with an edge of the film and, by way of at least one power-operated drive , which comprises a motor and a reduction gear mechanism , is movable in relation to the film in a lateral direction between a non-operational position and an operating position in order to gather the film according to requirement, wherein a holding device for fixing the gathering element in the operating position is provided, characterized in that the holding device acts electrically on the motor , which is in the form of an electric motor, and brakes it electrically, and/or acts mechanically as a brake or latching means on the drivetrain of the gathering element that couples the gathering element to the motor .
A method for producing an anti-resonant hollow-core fiber which comprises a hollow core extending along a fiber longitudinal axis and an inner casing region that surrounds the hollow core and comprises a plurality of anti-resonant elements, comprising the method steps of: (a) providing a primary preform for the hollow-core fiber, which preform has at least one sheath comprising a sheath inner bore and a sheath longitudinal axis along which a sheath wall delimited by an inner side and an outer side extends, (b) forming a number of precursors or preforms for anti-resonance elements at desired positions of the sheath wall, and (c) further processing the primary preform to form a secondary preform from which the hollow-core fiber is drawn, the further processing comprising a single or repeated collapse of additional casing material in the form of an overlay cylinder , the overlay cylinder comprising an overlay cylinder inner side facing the sheath , an overlay cylinder outer side and an overlay cylinder wall therebetween, characterized in that during the further processing of the primary preform according to method step (c), an overlay cylinder is used which has a radial viscosity profile in which the viscosity in the overlay cylinder wall increases from a viscosity minimum η(Z min ) toward the inner side of the overlay cylinder. (a) providing a primary preform for the hollow-core fiber, which preform has at least one sheath comprising a sheath inner bore and a sheath longitudinal axis along which a sheath wall delimited by an inner side and an outer side extends, (b) forming a number of precursors or preforms for anti-resonance elements at desired positions of the sheath wall, and (c) further processing the primary preform to form a secondary preform from which the hollow-core fiber is drawn, the further processing comprising a single or repeated collapse of additional casing material in the form of an overlay cylinder , the overlay cylinder comprising an overlay cylinder inner side facing the sheath , an overlay cylinder outer side and an overlay cylinder wall therebetween, characterized in that during the further processing of the primary preform according to method step (c), an overlay cylinder is used which has a radial viscosity profile in which the viscosity in the overlay cylinder wall increases from a viscosity minimum η(Z min ) toward the inner side of the overlay cylinder.
An interface comprising: a mask , headgear , characterized in that the interface further comprises: a connection between said mask and said headgear comprising an elastic elongate element and a substantially inelastic elongate element arranged in parallel; and an adjustment mechanism operable to alter or adjust the length of the inelastic elongate element of the connection; wherein the elastic elongate element is configured to retain the mask on a face of a user and the headgear on the head of the user during fitting said mask to the user and the substantially inelastic elongate element is configured to reduce stretching of the connection during treatment after the length of the inelastic elongate element has been adjusted. a mask , headgear , characterized in that the interface further comprises: a connection between said mask and said headgear comprising an elastic elongate element and a substantially inelastic elongate element arranged in parallel; and an adjustment mechanism operable to alter or adjust the length of the inelastic elongate element of the connection; wherein the elastic elongate element is configured to retain the mask on a face of a user and the headgear on the head of the user during fitting said mask to the user and the substantially inelastic elongate element is configured to reduce stretching of the connection during treatment after the length of the inelastic elongate element has been adjusted. a connection between said mask and said headgear comprising an elastic elongate element and a substantially inelastic elongate element arranged in parallel; and an adjustment mechanism operable to alter or adjust the length of the inelastic elongate element of the connection; wherein the elastic elongate element is configured to retain the mask on a face of a user and the headgear on the head of the user during fitting said mask to the user and the substantially inelastic elongate element is configured to reduce stretching of the connection during treatment after the length of the inelastic elongate element has been adjusted.
A neural stimulation device comprising: • at least one neural electrode comprising at least two electrical contacts and intended to be implanted on at least one nerve; • a current pulse generator connected to the at least one neural electrode via a current distributor; • a storage element configured to contain a library of sequences, each sequence comprising a time series of current pulses associated with a configuration of electrical contacts; and • a sequencer configured to apply neural activation to the at least one neural electrode, said neural activation comprising at least two interleaved sequences of the library of sequences. • at least one neural electrode comprising at least two electrical contacts and intended to be implanted on at least one nerve; • a current pulse generator connected to the at least one neural electrode via a current distributor; • a storage element configured to contain a library of sequences, each sequence comprising a time series of current pulses associated with a configuration of electrical contacts; and • a sequencer configured to apply neural activation to the at least one neural electrode, said neural activation comprising at least two interleaved sequences of the library of sequences.
A method for storage media programming with adaptive write buffer release, comprising: Storing , to a write buffer, data received from a host interface of a storage system that includes storage media; Determining , with a parity-based encoder, parity information for the data stored to the write buffer; releasing the write buffer as soon as the determining of the parity information for the data is completed; and writing at least a portion of the data to the storage media of the storage system after the write buffer is released from storing the data. Storing , to a write buffer, data received from a host interface of a storage system that includes storage media; Determining , with a parity-based encoder, parity information for the data stored to the write buffer; releasing the write buffer as soon as the determining of the parity information for the data is completed; and writing at least a portion of the data to the storage media of the storage system after the write buffer is released from storing the data.
Use of a laser processing apparatus for refining magnetic domains of a grain-oriented electromagnetic steel sheet by setting a laser beam to be focused on the grain-oriented electromagnetic steel sheet and scanned in a scanning direction, wherein the laser beam focused on the grain-oriented electromagnetic steel sheet is linearly polarized light, when it is assumed that a power of the linearly polarized component of the linearly polarized light is given by PW1 and a power of an orthogonal component of the linearly polarized light is given by PW2, and (PW1/(PW1+PW2)) is defined as a degree of polarization, the linearly polarized light has a degree of polarization of 0.9 or higher and lower than 1.0, where an incident position of the laser beam is coincident with a center portion of a laser scanning width, an incident angle φ of the laser beam becomes 0°, and as the incident position of the laser beam approaches an end portion of the laser scanning width, the incident angle φ of the laser beam increases, and an angle between a linear polarization direction and the scanning direction is higher than 45° and equal to or lower than 90°. wherein the laser beam focused on the grain-oriented electromagnetic steel sheet is linearly polarized light, when it is assumed that a power of the linearly polarized component of the linearly polarized light is given by PW1 and a power of an orthogonal component of the linearly polarized light is given by PW2, and (PW1/(PW1+PW2)) is defined as a degree of polarization, the linearly polarized light has a degree of polarization of 0.9 or higher and lower than 1.0, where an incident position of the laser beam is coincident with a center portion of a laser scanning width, an incident angle φ of the laser beam becomes 0°, and as the incident position of the laser beam approaches an end portion of the laser scanning width, the incident angle φ of the laser beam increases, and an angle between a linear polarization direction and the scanning direction is higher than 45° and equal to or lower than 90°.
Hollow needle for an ophthalmic surgical instrument for in vivo destruction and removal of organic lenses by means of ultrasound, having a connection region which is formed at the proximal end for coupling to the instrument and a needle tip which is formed at the distal end having at least one active face for destroying the lens material, wherein in an axial direction a suction channel for drawing off lens debris extends through the hollow needle, at least one opening of which is delimited by an active face , wherein the distal end of the needle tip is configured to be closed and the at least one active face is arranged laterally close to the needle tip , characterised in that the closed needle tip has a sharp cutting face for cutting the lens.