mhurhangee/patent-ind-claim-en huggingface dataset:
A transillumination guidewire device comprising: a flexible distal end portion; a proximal end portion; at least one light emitting element in said distal end portion; and at least one illumination fibre extending from a proximal end of said device through said proximal end portion and at least part of said distal end portion to connect said at least one light emitting element with a light source; wherein said at least one light emitting element comprises a distal end of said at least one illumination fibre in said distal end portion and, when the guidewire device is located in a sinus, the light emitted from the guidewire device is adapted to pass through the facial structures and appears as a glowing region on the skin of the patient, and wherein the light emitted from the guidewire device is a flashing light. a flexible distal end portion; a proximal end portion; at least one light emitting element in said distal end portion; and at least one illumination fibre extending from a proximal end of said device through said proximal end portion and at least part of said distal end portion to connect said at least one light emitting element with a light source; wherein said at least one light emitting element comprises a distal end of said at least one illumination fibre in said distal end portion and, when the guidewire device is located in a sinus, the light emitted from the guidewire device is adapted to pass through the facial structures and appears as a glowing region on the skin of the patient, and wherein the light emitted from the guidewire device is a flashing light.
A Matcha-containing beverage obtained by heat sterilization, that is substantially free of a milk component, the Matcha-containing beverage comprising Matcha, a green tea leaf extract, a grain extract being an extract of roasted rice, and a sweetener component, wherein an insoluble solid content per 100 mL of beverage is from 0.3 g to 0.9 g and wherein a viscosity at 20°C is from 1.5 to 6.5 mPa·s.
An audio signal processing device comprising: a calculator that generates a plurality of audio signals to be supplied respectively to a plurality of loudspeakers on the basis of an audio signal corresponding to a virtual sound source and having position information, an acquirer that acquires, through communication with a portable terminal , speaker position information indicating a position of each of the plurality of loudspeakers taken from and relative to the listening point (LP) corresponding to a position of a listener, and position information indicating a position of the virtual sound source (Vm) taken from and relative to the listening point (LP); wherein the calculator calculates, on the basis of the position information indicating a position of the virtual sound source (Vm) and the speaker position information indicating a position of each of the plurality of loudspeakers , a distance (D) between each of the plurality of loudspeakers and the virtual sound source (Vm) with respect to each of the plurality of loudspeakers , and calculates, on the basis of the distance (D), the audio signal corresponding to the virtual sound source (Vm) to be supplied to each of the plurality of loudspeakers . a calculator that generates a plurality of audio signals to be supplied respectively to a plurality of loudspeakers on the basis of an audio signal corresponding to a virtual sound source and having position information, an acquirer that acquires, through communication with a portable terminal , speaker position information indicating a position of each of the plurality of loudspeakers taken from and relative to the listening point (LP) corresponding to a position of a listener, and position information indicating a position of the virtual sound source (Vm) taken from and relative to the listening point (LP); wherein the calculator calculates, on the basis of the position information indicating a position of the virtual sound source (Vm) and the speaker position information indicating a position of each of the plurality of loudspeakers , a distance (D) between each of the plurality of loudspeakers and the virtual sound source (Vm) with respect to each of the plurality of loudspeakers , and calculates, on the basis of the distance (D), the audio signal corresponding to the virtual sound source (Vm) to be supplied to each of the plurality of loudspeakers .
A handling device for picking up flat objects, comprising - several cantilever arms each comprising at least one suction head for gripping the flat object and - a central flange section from which the plurality of cantilever arms extends in different directions and which provides a supporting function for the plurality of cantilever arms , wherein the central flange section has a conduit system as well as a connection , which is opening into the conduit system , which conduit system is in fluidic communication with the suction heads of the plurality of cantilever arms for transmitting a negative pressure to the suction heads , characterized in that the conduit system has one or more branches, each with a respective cross-sectional narrowing for generating the negative pressure by means of Venturi effect, which is built up by a positive pressure introduced into the conduit system via the connection , and wherein the central flange section and its conduit system are manufactured by means of a three-dimensional printing principle. - several cantilever arms each comprising at least one suction head for gripping the flat object and - a central flange section from which the plurality of cantilever arms extends in different directions and which provides a supporting function for the plurality of cantilever arms ,
A system-on-chip (SOC) structure comprising: a common bus ; and a plurality of cells in communication over said common bus, wherein each cell comprises an integration unit connected to said common bus and a functional core connected to said integration unit, and characterized in that said integration unit is adapted to communicate integration information for said functional core to all other cells over said common bus and is further adapted to receive corresponding integration information from said all other cells over said common bus. a common bus ; and a plurality of cells in communication over said common bus, wherein each cell comprises an integration unit connected to said common bus and a functional core connected to said integration unit, and characterized in that said integration unit is adapted to communicate integration information for said functional core to all other cells over said common bus and is further adapted to receive corresponding integration information from said all other cells over said common bus.
A method for determining elastic properties of a test specimen , wherein the test specimen is a wind turbine rotor blade or a subcomponent of a wind turbine or a component of a wind turbine rotor blade, by tensile or compressive loading in a test rig, wherein - a centroid line is defined for the test specimen for a longitudinal axis which runs through elastic centroids of infinitesimally thick discs, which are orthogonal to the longitudinal axis and into which the test specimen can be divided, - the test specimen is clamped at two clamping points by means of clamping devices , characterized in that the clamping devices are configured for a punctiform application of force at the clamping points, - a force is introduced in the direction of the respective other clamping point to at least one of the two clamping points, so that a line of action of the force introduced to at least one of the clamping points is substantially parallel to a connecting line between the two clamping points, wherein one direction of force has at least one component along the longitudinal axis, and wherein the centroid line of the test specimen is converted into a modified centroid line of the whole system comprising the test specimen and the additional material or the springs by providing additional material or springs on the test specimen for adjusting bending moments that act when the force is introduced. - a centroid line is defined for the test specimen for a longitudinal axis which runs through elastic centroids of infinitesimally thick discs, which are orthogonal to the longitudinal axis and into which the test specimen can be divided, - the test specimen is clamped at two clamping points by means of clamping devices , characterized in that the clamping devices are configured for a punctiform application of force at the clamping points, - a force is introduced in the direction of the respective other clamping point to at least one of the two clamping points, so that a line of action of the force introduced to at least one of the clamping points is substantially parallel to a connecting line between the two clamping points, wherein one direction of force has at least one component along the longitudinal axis, and wherein the centroid line of the test specimen is converted into a modified centroid line of the whole system comprising the test specimen and the additional material or the springs by providing additional material or springs on the test specimen for adjusting bending moments that act when the force is introduced.
A battery pack comprising: a battery cell comprising a terminal surface on which an electrode terminal is formed, a bottom surface which is opposite the terminal surface , and a lateral surface which is between the terminal surface and the bottom surface ; a first tank (T1) which faces the terminal surface of the battery cell ; a second tank (T2) which extends from the first tank (T1) and faces the lateral surface of the battery cell ; and a third tank (T3) which extends from the second tank (T2) and faces the bottom surface of the battery cell , wherein a cavity (C) is formed in the first and second tanks (T1, T2) to extend across the first and second tanks (T1, T2), and the cavity (C) is filled with a first cooling medium (F1) and is fluidically isolated from outside of the battery pack, and a flow path (D) is formed in the third tank (T3) to receive a flow of a second cooling medium (F2) which is different from the first cooling medium (F1). a battery cell comprising a terminal surface on which an electrode terminal is formed, a bottom surface which is opposite the terminal surface , and a lateral surface which is between the terminal surface and the bottom surface ; a first tank (T1) which faces the terminal surface of the battery cell ; a second tank (T2) which extends from the first tank (T1) and faces the lateral surface of the battery cell ; and a third tank (T3) which extends from the second tank (T2) and faces the bottom surface of the battery cell , wherein a cavity (C) is formed in the first and second tanks (T1, T2) to extend across the first and second tanks (T1, T2), and the cavity (C) is filled with a first cooling medium (F1) and is fluidically isolated from outside of the battery pack, and a flow path (D) is formed in the third tank (T3) to receive a flow of a second cooling medium (F2) which is different from the first cooling medium (F1).
Method for disclosing at least one cryptographic key (KK) which is used to encrypt at least one communication connection between a first communication subscriber and a second communication subscriber , wherein - at least one of the communication subscribers is registered as a publishing unit (P1, P2) with a publish/subscribe server and at least one monitoring device is registered as a subscribing unit (S1), and when subsequently negotiating a cryptographic key (KK) by means of the publishing unit (P1, P2) when setting up a communication connection between the first and second communication subscribers automatically - the negotiated cryptographic key (KK) is made available to the publish/subscribe server by the publishing unit (PI), - the negotiated cryptographic key (KK) is transmitted from the publish/subscribe server to the at least one subscribing unit (S1), and - the encrypted communication connection is decrypted by the subscribing unit (S1) using the cryptographic key (KK). - at least one of the communication subscribers is registered as a publishing unit (P1, P2) with a publish/subscribe server and at least one monitoring device is registered as a subscribing unit (S1), and when subsequently negotiating a cryptographic key (KK) by means of the publishing unit (P1, P2) when setting up a communication connection between the first and second communication subscribers automatically - the negotiated cryptographic key (KK) is made available to the publish/subscribe server by the publishing unit (PI), - the negotiated cryptographic key (KK) is transmitted from the publish/subscribe server to the at least one subscribing unit (S1), and - the encrypted communication connection is decrypted by the subscribing unit (S1) using the cryptographic key (KK).
Method for manufacturing a waveguide device comprising the following steps: additive manufacturing of a core provided with an opening ; additive manufacturing of at least one portion of an anode through said opening; application of an electric current between said anode and a cathode, in order to carry out a deposition of a conductive metal layer on said core and/or an electropolishing of the walls of said opening, and said anode being removed after electrodeposition or electropolishing. additive manufacturing of a core provided with an opening ; additive manufacturing of at least one portion of an anode through said opening; application of an electric current between said anode and a cathode, in order to carry out a deposition of a conductive metal layer on said core and/or an electropolishing of the walls of said opening, and said anode being removed after electrodeposition or electropolishing.
A hydraulic tire curing press apparatus for shaping and curing tires, wherein said apparatus comprising: an upper press cavity including a vertically separable upper housing , and a top mold fastened to the upper housing ; a lower press cavity mounted on a base and capable of providing mold height adjustment during curing process, wherein said base comprises a bottom bolster structure , and a bottom mold , said bottom bolster structure comprises: an indexing lock ring means rotatably arranged with said bottom bolster structure to facilitate engagement or disengagement of said top mold with said bottom mold ; plurality of hydraulic squeeze cylinders , wherein each squeeze cylinder includes means to move the bottom mold thereby providing mold height adjustment; a squeeze retract stop assembly adapted to restrict downward movement of said bottom mold during a tire curing process; characterized by a locking arrangement comprising at least one locking lever and at least one indexing lock pin , wherein said indexing lock pin is adapted to connect said locking lever to any one of lock holes in said bottom bolster structure , wherein each lock hole corresponds to a particular mold height, wherein said indexing lock ring has a bottom profile engaged to a groove in the bottom bolster structure and a top profile engaging with said upper housing and holding said upper housing in position during tire curing. an upper press cavity including a vertically separable upper housing , and a top mold fastened to the upper housing ; a lower press cavity mounted on a base and capable of providing mold height adjustment during curing process, wherein said base comprises a bottom bolster structure , and a bottom mold , said bottom bolster structure comprises: an indexing lock ring means rotatably arranged with said bottom bolster structure to facilitate engagement or disengagement of said top mold with said bottom mold ; plurality of hydraulic squeeze cylinders , wherein each squeeze cylinder includes means to move the bottom mold thereby providing mold height adjustment; a squeeze retract stop assembly adapted to restrict downward movement of said bottom mold during a tire curing process; an indexing lock ring means rotatably arranged with said bottom bolster structure to facilitate engagement or disengagement of said top mold with said bottom mold ; plurality of hydraulic squeeze cylinders , wherein each squeeze cylinder includes means to move the bottom mold thereby providing mold height adjustment; a squeeze retract stop assembly adapted to restrict downward movement of said bottom mold during a tire curing process;
Unit for cutting filters for capsules of inhalation or vaporization articles, characterized in that said cutting unit comprises: - a positioning device configured to receive and guide at least a rod made of filtering material pre-cut to size from which to make a plurality of filters , said positioning device comprising a drawer provided with a housing compartment configured to receive at least one rod and guide means provided with one or more guide channels , - a cutting device configured to cut said at least one rod , sequentially making single filters , the length of which is a fraction of the length of said rod , - a thrust member able to cooperate with said cutting device and configured to make said rod advance step-wise acting on a tail end of said rod , distal with respect to said cutting device , in order to position a head end of said rod , opposite said tail end , on each occasion in a predefined cutting position with respect to said cutting device , along a cutting path (C) through said drawer , and a respective guide channel at least temporarily aligned during the advance of said rod , - said positioning device comprising at least an alignment member configured to interfere with said head end of said rod , preventing an autonomous advance thereof, so as to define a desired predefined reference position, with respect to said cutting device , of the tail end on which said thrust member acts. - a positioning device configured to receive and guide at least a rod made of filtering material pre-cut to size from which to make a plurality of filters , said positioning device comprising a drawer provided with a housing compartment configured to receive at least one rod and guide means provided with one or more guide channels , - a cutting device configured to cut said at least one rod , sequentially making single filters , the length of which is a fraction of the length of said rod , - a thrust member able to cooperate with said cutting device and configured to make said rod advance step-wise acting on a tail end of said rod , distal with respect to said cutting device , in order to position a head end of said rod , opposite said tail end , on each occasion in a predefined cutting position with respect to said cutting device , along a cutting path (C) through said drawer , and a respective guide channel at least temporarily aligned during the advance of said rod , - said positioning device comprising at least an alignment member configured to interfere with said head end of said rod , preventing an autonomous advance thereof, so as to define a desired predefined reference position, with respect to said cutting device , of the tail end on which said thrust member acts.
An optical arrangement comprising: at least two optical input/output ports for receiving an optical beam; a dispersion element receiving the optical beam and spatially separating the optical beam into a plurality of wavelength components; a collimating optical element for collimating the plurality of wavelength components; an actuatable optical element for receiving the optical beam having a plurality of spatially separated wavelength components and diffracting the plurality of wavelength components in a wavelength dependent manner; and a compensating optical element located in an optical path between the dispersion element and the actuatable optical element , said compensating optical element being a prism configured to adjust an optical path length experienced by the wavelength components between the collimating optical element and the actuatable optical element so that the wavelength components are focused on the actuatable optical element ; characterised in that said compensating optical element has at least one refractive surface configured to compensate for the wavelength dependent manner in which the wavelength components are diffracted by the actuatable optical element so that longer wavelength components are refracted by the at least one surface at a greater angle of refraction than shorter wavelength components. at least two optical input/output ports for receiving an optical beam; a dispersion element receiving the optical beam and spatially separating the optical beam into a plurality of wavelength components; a collimating optical element for collimating the plurality of wavelength components; an actuatable optical element for receiving the optical beam having a plurality of spatially separated wavelength components and diffracting the plurality of wavelength components in a wavelength dependent manner; and a compensating optical element located in an optical path between the dispersion element and the actuatable optical element , said compensating optical element being a prism configured to adjust an optical path length experienced by the wavelength components between the collimating optical element and the actuatable optical element so that the wavelength components are focused on the actuatable optical element ;
Cardiac device comprising a transmitter arranged to transmit at least one wave, a probe arranged to measure a shear wave caused by a wave coming from the transmitter , a detector arranged to detect a systole phase in an electrocardiographic signal, and an estimator arranged to determine, during at least one cardiac cycle, the propagation velocity of a plurality of shear waves caused by the transmission of waves in several directions towards the heart of a patient, to determine, using the detector , that which has a maximum propagation velocity during the systole phase, and to derive an active cardiac stress therefrom.
Bone implant comprising a body having a porous structure and having a size and shape configured for fitment to a bone, preferably in a bone defect, wherein the porous structure is comprised of regularly arranged elementary cells whose interior spaces form interconnected pores, and wherein the elementary cells are formed by basic elements arranged in layers, wherein the basic elements are shaped like tetrapods , characterized in that the tetrapods are in standard orientation, wherein in standard orientation one of the legs of the tetrapods points upwards and the other three legs form a stand and their ends define a base plane, and the tetrapods in each layer are arranged in parallel orientation and are positioned rotated in their layer with respect to tetrapods of an adjacent layer, wherein the rotated position relates to a true rotation by an angle leading to an oblique position with respect to tetrapods of an adjacent layer.
Friction brake comprising a brake pad and a pressing unit stationary arranged in the friction brake for pressing the brake pad against a friction surface, whereas the brake pad abuts a holding part and a pressing shaft or a shaft journal is rotatably mounted in the holding part , characterized in that the pressing unit is designed as a gear pressing transmission which is arranged in a pressing transmission housing , whereas an actuating shaft is arranged so as to be rotatably mounted in the pressing transmission housing , in which actuating shaft the pressing shaft is mounted in an axial, eccentric bore or at which axial end the shaft journal is eccentrically arranged, and the actuating shaft is rotated by the gear pressing transmission , and in that the pressing transmission housing is arranged on the friction brake and is used as a stationary brake part for the pressing unit , whereas the pressing transmission housing being provided for absorbing the pad pressing forces generated by the eccentric during braking and for diverting the pad pressing forces to the friction brake .