mhurhangee/patent-ind-claim-en huggingface dataset:
An embolic procedure device, comprising: a catheter comprising an elongated cylinder with a hollow interior tube and having an elastic coupler disposed therein and configured to engage an aperture of an embolic device ; an actuator operably coupled to the coupler and configured to maneuver the coupler to engage and disengage the embolic device ; characterized in that the embolic procedure device further comprises: a lower locking window disposed on a first side of an interior wall of the hollow interior tube of the catheter adjacent to a distal end of the catheter, wherein a maneuverable engagement member is formed as a U-shaped curve in the elastic coupler and extends into the lower locking window when the elastic coupler is engaged with the embolic device ; and an upper locking window disposed on an opposite side of an interior wall of the hollow interior tube of the catheter adjacent to the distal end of the catheter wherein a tip of the engagement member curves upwardly, extends into the aperture of the embolic device and protrudes through the upper locking window when the elastic coupler is engaged with the embolic device . a catheter comprising an elongated cylinder with a hollow interior tube and having an elastic coupler disposed therein and configured to engage an aperture of an embolic device ; an actuator operably coupled to the coupler and configured to maneuver the coupler to engage and disengage the embolic device ; characterized in that the embolic procedure device further comprises: a lower locking window disposed on a first side of an interior wall of the hollow interior tube of the catheter adjacent to a distal end of the catheter, wherein a maneuverable engagement member is formed as a U-shaped curve in the elastic coupler and extends into the lower locking window when the elastic coupler is engaged with the embolic device ; and an upper locking window disposed on an opposite side of an interior wall of the hollow interior tube of the catheter adjacent to the distal end of the catheter wherein a tip of the engagement member curves upwardly, extends into the aperture of the embolic device and protrudes through the upper locking window when the elastic coupler is engaged with the embolic device . a lower locking window disposed on a first side of an interior wall of the hollow interior tube of the catheter adjacent to a distal end of the catheter, wherein a maneuverable engagement member is formed as a U-shaped curve in the elastic coupler and extends into the lower locking window when the elastic coupler is engaged with the embolic device ; and an upper locking window disposed on an opposite side of an interior wall of the hollow interior tube of the catheter adjacent to the distal end of the catheter wherein a tip of the engagement member curves upwardly, extends into the aperture of the embolic device and protrudes through the upper locking window when the elastic coupler is engaged with the embolic device .
Method for recovery of organic and inorganic phosphorus compounds from solid components of organic residues comprising the following steps: - separation of the organic residues into a first solid phase and a first liquid phase , by means of a mechanical separation process ; - mixing of the first solid phase with a process water to form a solution ; - conversion of the divalent ions contained in the solution into hard to dissolve chemical compounds; - enzymatic conversion of organic phosphorus compounds into inorganic phosphates in the solution ; - separation of the solution into a second solid phase and a second liquid phase ; - separation of the inorganic phosphates from the second liquid phase ; - separation of ammonium salts from the second liquid phase ; - separation of divalent ions contained in the first liquid phase in the form of salts - drying of the second solid phase ; - mixing and pelletizing of the second solid phase with phosphate salts , ammonium salts and salts of the divalent ions that were recovered in the preceding deposition processes and whereas the process water 20 is obtained from the second liquid phase . - separation of the organic residues into a first solid phase and a first liquid phase , by means of a mechanical separation process ; - mixing of the first solid phase with a process water to form a solution ; - conversion of the divalent ions contained in the solution into hard to dissolve chemical compounds; - enzymatic conversion of organic phosphorus compounds into inorganic phosphates in the solution ; - separation of the solution into a second solid phase and a second liquid phase ; - separation of the inorganic phosphates from the second liquid phase ; - separation of ammonium salts from the second liquid phase ; - separation of divalent ions contained in the first liquid phase in the form of salts - drying of the second solid phase ; - mixing and pelletizing of the second solid phase with phosphate salts , ammonium salts and salts of the divalent ions that were recovered in the preceding deposition processes and whereas the process water 20 is obtained from the second liquid phase .
Structurally ineffective molded part for fastening to a building wall or ceiling, wherein the molded part contains at least one lightweight mineral filler and one binding agent, characterized in that the lightweight mineral filler comprises foamed particles with a closed-cell structure and/or a closed, preferably glass-like or sinter-like surface, in that the particles are characterized by a largely regular spherical shape, in that a glass-rich volcanic rock containing bound water is used as a raw material, which is heated in such a way that the bound water contained expands upon heating of the raw material, evaporates and leaves the desired cavities, while ensuring a uniform heat distribution in order to prevent the particles from bursting, and in that the lightweight mineral filler constitutes 75 to 95% by weight, preferably 80 to 90% by weight, of the total weight of the starting materials.
Method for presenting image information for a cyclist riding a vehicle which is embodied as a bicycle, by means of a device which can be worn on the cyclist's head, in which a position of the presented image information is varied in terms of the perceived depth within a display area of the device depending on the relative position of the cyclist's head with respect to a specific part of the vehicle , in such a way that the position, perceived by the cyclist , of the presented image information , in particular of at least one display element within the display area forms, relative to the specific part of the vehicle , a predefinable spatial relationship which can be perceived by the cyclist , and remains essentially constant.
A medical device identifier , comprising: a coil ; a computer subsystem comprising a processor and memory , the memory holding instructions executable by the processor and also holding a plurality of digitized waveforms; a digital-to-analog converter coupled to the processor ; drive circuitry coupled to the coil and the digital-to-analog converter ; and receiver circuitry coupled to the coil and the computer subsystem ; wherein the instructions, when executed by the processor , cause the medical device identifier to: sequentially excite the coil , via the digital-to-analog converter and the drive circuitry, to generate electromagnetic waveforms corresponding to one or more of the digitized waveforms; receive and digitize, via the coil and the receiver circuitry, a returned electromagnetic waveform transmitted from a medical device in response to the electromagnetic waveforms generated by the medical device identifier; and identify the medical device based on the digitized returned electromagnetic waveform. a coil ; a computer subsystem comprising a processor and memory , the memory holding instructions executable by the processor and also holding a plurality of digitized waveforms; a digital-to-analog converter coupled to the processor ; drive circuitry coupled to the coil and the digital-to-analog converter ; and receiver circuitry coupled to the coil and the computer subsystem ; wherein the instructions, when executed by the processor , cause the medical device identifier to: sequentially excite the coil , via the digital-to-analog converter and the drive circuitry, to generate electromagnetic waveforms corresponding to one or more of the digitized waveforms; receive and digitize, via the coil and the receiver circuitry, a returned electromagnetic waveform transmitted from a medical device in response to the electromagnetic waveforms generated by the medical device identifier; and identify the medical device based on the digitized returned electromagnetic waveform. sequentially excite the coil , via the digital-to-analog converter and the drive circuitry, to generate electromagnetic waveforms corresponding to one or more of the digitized waveforms; receive and digitize, via the coil and the receiver circuitry, a returned electromagnetic waveform transmitted from a medical device in response to the electromagnetic waveforms generated by the medical device identifier; and identify the medical device based on the digitized returned electromagnetic waveform.
An endoscope reprocessor comprising: a concentration sensor including a concave section in which a sensing section is housed and a permeable membrane configured to cover the concave section; a pressure resistant container in which the concentration sensor is housed; a medicinal-solution lead-in section configured to introduce a medicinal solution into the pressure resistant container; and a pressure adjusting section configured to adjust pressure such that an internal pressure of the concave section is low compared with an internal pressure of the pressure resistant container. a concentration sensor including a concave section in which a sensing section is housed and a permeable membrane configured to cover the concave section; a pressure resistant container in which the concentration sensor is housed; a medicinal-solution lead-in section configured to introduce a medicinal solution into the pressure resistant container; and a pressure adjusting section configured to adjust pressure such that an internal pressure of the concave section is low compared with an internal pressure of the pressure resistant container.
Built-in multi-purpose outlet unit comprising at least one container casing (C, D) and at least one electric/electronic circuit (A) having at least one USB socket (B) and being suited to transform mains alternate current at 220V or 110V into 5V direct current, delivering it to specified contacts of the USB socket (B), said container casing (C, D) comprising: • a first rear part (C) substantially parallelepiped-shaped and with an open side suited to contain said electric/electronic circuit (A) and to be housed in common built-in container casings installed in walls; • a second front part (D) suited to be coupled with and to close the open side of said first rear part (C) and having the shape of a common outlet unit fixable to supporting plates, said second front part (D) being provided with front holes and/or openings (E2) suited to house the at least one USB socket (B) of the electric/electronic circuit (A), characterized in that said second front part (D) of said container casing (C, D) comprises at least one parallelepiped element (E) having the shape of a keystone unit, provided with the front holes or openings (E2) suited to house the USB sockets (B) of the electric/electronic circuit (A) or to allow the passage of a USB plug, and wherein said parallelepiped element (E) in the shape of a keystone unit is provided with couplings (E1) on its perimeter for fixing it to adapters (U) on the supporting plates of the wall sockets. • a first rear part (C) substantially parallelepiped-shaped and with an open side suited to contain said electric/electronic circuit (A) and to be housed in common built-in container casings installed in walls; • a second front part (D) suited to be coupled with and to close the open side of said first rear part (C) and having the shape of a common outlet unit fixable to supporting plates, said second front part (D) being provided with front holes and/or openings (E2) suited to house the at least one USB socket (B) of the electric/electronic circuit (A),
A scooter comprising: a standing surface ; at least one rear wheel attached to the standing surface and at least one front wheel attached to the standing surface , which scooter can be moved in a forward direction of travel , wherein the scooter can be moved in the same forward direction of travel when in use in a case defined by a first position of an element and when in use in a further case defined by a second position of the element , wherein the element is attached onto the standing surface via a joint , wherein the element can be converted from the first position as a seat element to a second position as a holding bar for a person standing on the standing surface , characterised in that the element is mounted to be pivotable only about an axis of element rotation , wherein the axis of element rotation is the angle bisector between the first position and the second position of the element . a standing surface ; at least one rear wheel attached to the standing surface and at least one front wheel attached to the standing surface , which scooter can be moved in a forward direction of travel , wherein the scooter can be moved in the same forward direction of travel when in use in a case defined by a first position of an element and when in use in a further case defined by a second position of the element , wherein the element is attached onto the standing surface via a joint , wherein the element can be converted from the first position as a seat element to a second position as a holding bar for a person standing on the standing surface , characterised in that the element is mounted to be pivotable only about an axis of element rotation , wherein the axis of element rotation is the angle bisector between the first position and the second position of the element .
A turbine having variable turbine geometry for use in a combustion engine comprising a bearing housing ; a turbine housing ; a cartridge , which features a vane bearing ring for supporting a plurality of adjustable vanes ; and a shield ring , the shield ring is arranged radially outward of the vane bearing ring , the turbine being characterised in that a seal is arranged radially outward of the shield ring between the shield ring and the turbine housing , and in that the seal is arranged in axial direction between a second ledge on the interior surface of the turbine housing and a radial side surface of the bearing housing .
A selective method of extracting metals from a raw mineral, comprising: - a step of electromagnetic heating of said raw mineral with microwaves in the dominant magnetic field, or H field, followed by an additional step of dielectric heating with microwaves in the dominant electric field, or E field, and a step of dielectric and magnetic heating simultaneously with microwaves in alternating electric and magnetic field, or E-H field; - a step of electromagnetic heating of said raw mineral with microwaves in the H field, followed by a step of dielectric and magnetic heating simultaneously with microwaves in the E-H field; or - a step of electromagnetic heating of said raw mineral with microwaves in the H field, followed by an additional step of dielectric and magnetic heating simultaneously with microwaves in the E-H field and a step of heating with microwaves in the E field; wherein all electromagnetic fields are applied in an open single-mode applicator, and separation of the obtained products after each step of heating by magnetic separation of selectively magnetized components, in a dry process of an open rotary system at continuous flow. - a step of electromagnetic heating of said raw mineral with microwaves in the dominant magnetic field, or H field, followed by an additional step of dielectric heating with microwaves in the dominant electric field, or E field, and a step of dielectric and magnetic heating simultaneously with microwaves in alternating electric and magnetic field, or E-H field; - a step of electromagnetic heating of said raw mineral with microwaves in the H field, followed by a step of dielectric and magnetic heating simultaneously with microwaves in the E-H field; or - a step of electromagnetic heating of said raw mineral with microwaves in the H field, followed by an additional step of dielectric and magnetic heating simultaneously with microwaves in the E-H field and a step of heating with microwaves in the E field;
A slip yoke assembly, comprising: a slip yoke having a body which includes an outer cylindrical surface , a first end , and a second end , wherein the slip yoke further has a pair of opposed lug ears attached to the body and extending in an axial direction from the body and a long bore which is splined and has a plurality of splined teeth formed thereon and extends through the body between a first end and a second end , wherein the splined teeth extend longitudinally and radially inward, the opposed lug ears having inner surfaces and cylindrical openings that are coaxial with one another, wherein the slip yoke further has a counterbore at the second end of the long bore , and wherein the counterbore has a first wall which defines a first diameter which is greater than a major diameter of the long bore ; an annular groove positioned between the long bore and the first wall ; a sealing member disposed within the annular groove ; and a plug disposed within the counterbore and over the sealing member wherein the plug is secured to the slip yoke by a contiguous annular lip formed over an outer edge of the plug to provide a fluid tight seal at the second end of the slip yoke wherein the inner surfaces of the lug ears extend from the openings to the lip , wherein the lip comprises a radial surface , an outer surface attached to the radial surface and an inclined surface having an end to which the outer surface is attached to wherein, on an opposite end , the inclined surface is attached to the inner surface of the lug ears . a slip yoke having a body which includes an outer cylindrical surface , a first end , and a second end , wherein the slip yoke further has a pair of opposed lug ears attached to the body and extending in an axial direction from the body and a long bore which is splined and has a plurality of splined teeth formed thereon and extends through the body between a first end and a second end , wherein the splined teeth extend longitudinally and radially inward, the opposed lug ears having inner surfaces and cylindrical openings that are coaxial with one another, wherein the slip yoke further has a counterbore at the second end of the long bore , and wherein the counterbore has a first wall which defines a first diameter which is greater than a major diameter of the long bore ; an annular groove positioned between the long bore and the first wall ; a sealing member disposed within the annular groove ; and a plug disposed within the counterbore and over the sealing member wherein the plug is secured to the slip yoke by a contiguous annular lip formed over an outer edge of the plug to provide a fluid tight seal at the second end of the slip yoke wherein the inner surfaces of the lug ears extend from the openings to the lip , wherein the lip comprises a radial surface , an outer surface attached to the radial surface and an inclined surface having an end to which the outer surface is attached to wherein, on an opposite end , the inclined surface is attached to the inner surface of the lug ears .
A method for automatically determining whether a detected issue in a computing system is a bug, comprising: receiving information about a detected issue from a stack trace or a crash dump; storing the information about the detected issue in a storage device; generating , by each of one or more feature generators, a feature vector for the detected issue, wherein the one or more feature generators are used to determine whether a particular word is present in the information or a number of times a particular error is present in the information, wherein each of the one or more feature generators is configured to generate a feature vector for an associated model of one or more models of an evaluation component, and wherein each model is configured to look for a specific type of bug; providing each feature vector to its associated model of the evaluation component; analyzing , by the one or more models of the evaluation component, the respective feature vector to determine a probability that the detected issue is a bug; when the probability is above a threshold, reporting the detected issue to a client device; receiving feedback from a user indicating whether the reported detected issue is a bug, comprising providing a fix to the detected issue if the detected issue is a bug; training the one or more models of the evaluation component based on the received feedback; and when it is determined that the probability is not above the threshold, automatically resolving the issue by the computing system. receiving information about a detected issue from a stack trace or a crash dump; storing the information about the detected issue in a storage device; generating , by each of one or more feature generators, a feature vector for the detected issue, wherein the one or more feature generators are used to determine whether a particular word is present in the information or a number of times a particular error is present in the information, wherein each of the one or more feature generators is configured to generate a feature vector for an associated model of one or more models of an evaluation component, and wherein each model is configured to look for a specific type of bug; providing each feature vector to its associated model of the evaluation component; analyzing , by the one or more models of the evaluation component, the respective feature vector to determine a probability that the detected issue is a bug; when the probability is above a threshold, reporting the detected issue to a client device; receiving feedback from a user indicating whether the reported detected issue is a bug, comprising providing a fix to the detected issue if the detected issue is a bug; training the one or more models of the evaluation component based on the received feedback; and when it is determined that the probability is not above the threshold, automatically resolving the issue by the computing system.