mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising a disposable inserter and a reusable inserter , configured to accommodate the disposable inserter , wherein the disposable inserter comprises: a housing having arranged in a displaceable configuration an inserter assembly comprising a cannula assembly with a cannula , a manually operable member for displacing the inserter assembly from a retracted position to an advanced position in order to manually insert the cannula into the skin of a patient, a coupling arrangement for coupling the disposable inserter to the reusable inserter for automatically displacing the inserter assembly from the retracted position to the advanced position in order to automatically insert the cannula into the skin of the patient, wherein the reusable inserter comprises a release for activating a drive for automatically displacing the inserter assembly of the disposable inserter from a retracted position to an advanced position in order to automatically insert the cannula into the skin of a patient, characterized in that the disposable inserter further comprises a locking element for blocking or enabling displacement of the inserter assembly , wherein the locking element is configured to block displacement of the inserter assembly when the disposable inserter is not engaged with a baseplate of an infusion system, and to enable displacement of the inserter assembly when the disposable inserter is engaged with the baseplate of the infusion system. a housing having arranged in a displaceable configuration an inserter assembly comprising a cannula assembly with a cannula , a manually operable member for displacing the inserter assembly from a retracted position to an advanced position in order to manually insert the cannula into the skin of a patient, a coupling arrangement for coupling the disposable inserter to the reusable inserter for automatically displacing the inserter assembly from the retracted position to the advanced position in order to automatically insert the cannula into the skin of the patient, wherein the reusable inserter comprises a release for activating a drive for automatically displacing the inserter assembly of the disposable inserter from a retracted position to an advanced position in order to automatically insert the cannula into the skin of a patient, characterized in that the disposable inserter further comprises a locking element for blocking or enabling displacement of the inserter assembly , wherein the locking element is configured to block displacement of the inserter assembly when the disposable inserter is not engaged with a baseplate of an infusion system, and to enable displacement of the inserter assembly when the disposable inserter is engaged with the baseplate of the infusion system.
A method of directionally aligning nanofibers in a porous medium , comprising: establishing a nanofiber dispersion in a fluid matrix within an outer flow device ; contacting the porous medium with the fluid matrix; positioning the porous medium against a permeable shaping tool , thereby causing the porous medium to at least partially conform to an outer surface of the shaping tool; and controlling a pressure within the shaping tool thereby causing the fluid matrix to flow through the porous medium and the shaping tool such that the nanofibers within the porous medium are aligned; wherein the outer surface of the shaping tool is curved, wherein the controlling is performed such that_the fluid matrix to flow in a radial direction relative to a curvature of the outer surface of the shaping tool, and wherein the controlling comprises creating a pressure differential between the pressure within the shaping tool and the pressure of the fluid matrix within the outer flow device. establishing a nanofiber dispersion in a fluid matrix within an outer flow device ; contacting the porous medium with the fluid matrix; positioning the porous medium against a permeable shaping tool , thereby causing the porous medium to at least partially conform to an outer surface of the shaping tool; and controlling a pressure within the shaping tool thereby causing the fluid matrix to flow through the porous medium and the shaping tool such that the nanofibers within the porous medium are aligned; wherein the outer surface of the shaping tool is curved, wherein the controlling is performed such that_the fluid matrix to flow in a radial direction relative to a curvature of the outer surface of the shaping tool, and wherein the controlling comprises creating a pressure differential between the pressure within the shaping tool and the pressure of the fluid matrix within the outer flow device.
A system for treatment of involuntary muscle contraction, comprising: a wearable interface having an internal contact surface , the wearable interface configured to at least partially encircle a first portion of a limb of a subject; and an energy applicator carried by the wearable interface and configured to apply vibrational energy and electrical stimulation energy to the limb of the subject, characterised in that the energy applicator is configured to apply the vibrational energy at a frequency of between about 15 kHz and about 1 MHz. a wearable interface having an internal contact surface , the wearable interface configured to at least partially encircle a first portion of a limb of a subject; and an energy applicator carried by the wearable interface and configured to apply vibrational energy and electrical stimulation energy to the limb of the subject, characterised in that the energy applicator is configured to apply the vibrational energy at a frequency of between about 15 kHz and about 1 MHz.
Root crop harvester , comprising an elevator for lifting root crops and unloading these root crops inside the root crop harvester , the elevator comprising: - a first pair of endless carrying strips , belts or chains, arranged in parallel, which are drivable over a first closed path; - baskets , at least in an ascending part of the closed path arranged between the first strips , belts or chains, for receiving the root crops; and - at least two deflection rollers , onto which the first strips , belts, chains are arranged, which define the said ascending part or which define a descending part of the closed path; characterized in that the elevator comprises a fixed frame and a moveable frame to which the said deflection rollers are rotatably fixed, which moveable frame is moveable in a horizontal direction (X) with respect to the fixed frame , such that that the elevator is deformable between - a working position; - and a travel position in which in at least the ascending part or the descending part of the path, the first strips , belts or chains are moved in the horizontal direction (X) with respect to the working position, such that the width of the elevator is reduced. - a first pair of endless carrying strips , belts or chains, arranged in parallel, which are drivable over a first closed path; - baskets , at least in an ascending part of the closed path arranged between the first strips , belts or chains, for receiving the root crops; and - at least two deflection rollers , onto which the first strips , belts, chains are arranged, which define the said ascending part or which define a descending part of the closed path; - a working position; - and a travel position in which in at least the ascending part or the descending part of the path, the first strips , belts or chains are moved in the horizontal direction (X) with respect to the working position, such that the width of the elevator is reduced.
Actuating drive for a valve having an activation means , an actuator which moves the activation means between two end positions in dependence upon controlled or manipulated variables, and a manually activatable switching means being in contact with said actuator which can be used to move the activation means into at least one of the two end positions independently of the controlled or manipulated variables, wherein the switching means is an eccentric which can be activated via a manual activation element , characterised in that said eccentric has a round end which, when the eccentric is in a mounting position, snaps into a corresponding recess .
An electronic device , comprising: at least one processor configured to select a subscriber profile to be used by an external electronic device functionally connected to the electronic device from among a plurality of subscriber profiles available in the electronic device in response to receiving a network connection request from the external device ; a memory configured to store a subscriber profile use history for the external electronic device or for an application to be executed in the external electronic device ; and a communication interface configured to provide, to the external electronic device , a network service based on the subscriber profile selected; wherein the communication interface is further configured to receive information related to the external electronic device from the external electronic device or a server ; wherein the at least one processor is further configured to select the subscriber profile to be used by the external electronic device from among the plurality of subscriber profiles based on the received information related to the external electronic device and the subscriber profile use history; and wherein the information related to the external electronic device is at least one of device information of the external electronic device , and application information of an application to be executed in the external electronic device . at least one processor configured to select a subscriber profile to be used by an external electronic device functionally connected to the electronic device from among a plurality of subscriber profiles available in the electronic device in response to receiving a network connection request from the external device ; a memory configured to store a subscriber profile use history for the external electronic device or for an application to be executed in the external electronic device ; and a communication interface configured to provide, to the external electronic device , a network service based on the subscriber profile selected; wherein the communication interface is further configured to receive information related to the external electronic device from the external electronic device or a server ; wherein the at least one processor is further configured to select the subscriber profile to be used by the external electronic device from among the plurality of subscriber profiles based on the received information related to the external electronic device and the subscriber profile use history; and wherein the information related to the external electronic device is at least one of device information of the external electronic device , and application information of an application to be executed in the external electronic device .
Cableway system for transporting passengers over long distances, comprising: - at least one mast , the at least one mast being erectable on the ground ; - at least one end station , wherein the at least one end station can be set up on the ground ; - an endless cable , in which the cable forms a transport path between the at least one mast and the at least one end station ; - a number of passenger compartments , the passenger compartments being connectable with the cable at a distance from each other, and being arranged for holding passengers; and - drive means for driving the cable about the transport path, characterised in that , at least during use, neither the mast nor the end station is anchored with a foundation in the ground . - at least one mast , the at least one mast being erectable on the ground ; - at least one end station , wherein the at least one end station can be set up on the ground ; - an endless cable , in which the cable forms a transport path between the at least one mast and the at least one end station ; - a number of passenger compartments , the passenger compartments being connectable with the cable at a distance from each other, and being arranged for holding passengers; and - drive means for driving the cable about the transport path, characterised in that , at least during use, neither the mast nor the end station is anchored with a foundation in the ground .
A rotary tool configured to be turned at high speed in both condensing and cutting rotary directions to accomplish different effects while forming a hole in a host material, said rotary tool comprising: a shank establishing a longitudinal axis of rotation (A), said shank being an elongated shaft having an upper end and a lower end; a body extending axially from said lower end of said shank , said body having an apical end remote from said shank , a plurality of flutes disposed about said body , each said flute having a cutting face on one side thereof defining a cutting rake angle and a densifying face on the other side thereof defining a densifying rake angle, each said flute having an axial length and a radial depth, each said flute being formed with a continuously negative densifying rake angle along the length thereof, a land formed between each adjacent pair of flutes , each said land having a working edge along said cutting face of one said flute , each said working edge being substantially margin-less; characterised by : a cavity disposed in said body , said cavity extending axially within said body and opening through said apical end; and a plurality of spurs disposed on said apical end of said body , said spurs disposed around said opening of said cavity . a shank establishing a longitudinal axis of rotation (A), said shank being an elongated shaft having an upper end and a lower end; a body extending axially from said lower end of said shank , said body having an apical end remote from said shank , a plurality of flutes disposed about said body , each said flute having a cutting face on one side thereof defining a cutting rake angle and a densifying face on the other side thereof defining a densifying rake angle, each said flute having an axial length and a radial depth, each said flute being formed with a continuously negative densifying rake angle along the length thereof, a land formed between each adjacent pair of flutes , each said land having a working edge along said cutting face of one said flute , each said working edge being substantially margin-less; a cavity disposed in said body , said cavity extending axially within said body and opening through said apical end; and a plurality of spurs disposed on said apical end of said body , said spurs disposed around said opening of said cavity .
A system to manage streaming content comprising: one or more computing devices associated with a video packaging and origination service , wherein the video packaging and origination service is configured to: identify synchronization information corresponding to at least one of segment sequence numbering information or timestamp information; obtain a first plurality of segments of a set of segments encoded according to an encoding profile from a first encoding node of a plurality of encoding nodes; obtain a second plurality of segments of the set of segments encoded according to the encoding profile from a second encoding node of the plurality of encoding nodes, the second encoding node different from the first encoding node, wherein the first plurality of segments and the second plurality of segments are at least partially overlapping segments; assemble at least one segment from the first plurality of segments and at least one segment from the second plurality of segments to form a set of ordered segments utilizing the synchronization information, wherein forming the set of ordered segments includes removing duplicate segments of the at least partially overlapping segments based on one or more of a quality measurement, a priority designation, and attributable cost; and store the set of ordered segments and meta-data associated with the stored set of ordered segments. identify synchronization information corresponding to at least one of segment sequence numbering information or timestamp information; obtain a first plurality of segments of a set of segments encoded according to an encoding profile from a first encoding node of a plurality of encoding nodes; obtain a second plurality of segments of the set of segments encoded according to the encoding profile from a second encoding node of the plurality of encoding nodes, the second encoding node different from the first encoding node, wherein the first plurality of segments and the second plurality of segments are at least partially overlapping segments; assemble at least one segment from the first plurality of segments and at least one segment from the second plurality of segments to form a set of ordered segments utilizing the synchronization information, wherein forming the set of ordered segments includes removing duplicate segments of the at least partially overlapping segments based on one or more of a quality measurement, a priority designation, and attributable cost; and store the set of ordered segments and meta-data associated with the stored set of ordered segments.
A method of manufacturing a light projector module, comprising, in the following order, the steps of: firstly, providing a base plate with two opposite sides , a light source mounted on the base plate for emitting at least one light beam (17 - 19), and a micro-electro-mechanical-system, MEMS, scanning assembly mounted on the base plate at a distance from the light source for scanning the at least one light beam (17 - 19) over a display area, wherein the base plate has, between the light source and the MEMS scanning assembly , a mounting surface accessible at one side of the base plate ; secondly, positioning a set of at least one lens (21 - 26) on the mounting surface and adjusting the position/s of the lens/es (21 - 26) of the set while the light source is emitting and the at least one light beam (17 - 19, 31) projected by the light projector module is monitored in the display area; and lastly mounting the lens/es (21 - 26) of the set in the adjusted position/s fixedly on the base plate . firstly, providing a base plate with two opposite sides , a light source mounted on the base plate for emitting at least one light beam (17 - 19), and a micro-electro-mechanical-system, MEMS, scanning assembly mounted on the base plate at a distance from the light source for scanning the at least one light beam (17 - 19) over a display area, wherein the base plate has, between the light source and the MEMS scanning assembly , a mounting surface accessible at one side of the base plate ; secondly, positioning a set of at least one lens (21 - 26) on the mounting surface and adjusting the position/s of the lens/es (21 - 26) of the set while the light source is emitting and the at least one light beam (17 - 19, 31) projected by the light projector module is monitored in the display area; and lastly mounting the lens/es (21 - 26) of the set in the adjusted position/s fixedly on the base plate .
Dressing tool comprising a basic body in the form of a rotatable disk element with a carrier , where said carrier is formed by a circular bar projecting from the basic body and having an all-round frontal area with a front face (128; 226, 228) and with at least one side face (124; 324), and where hard grains , such as grains of diamond or cubic boron nitride (CBN), are bonded in a coating on the side face (124; 324) by a connection, wherein in addition to the hard grains distributed in the coating , one-piece plate-like or rod-like dressing elements of a hard material are connected by a brazed metal and/or ceramic connection to the side face (124; 324); the dressing elements on the front merge flush into the front face of the frontal area, extend from the frontal area of the carrier and are surrounded both at the side and facing away from the frontal area by the hard grains ; the coating is an evenly closed coating with a constant effective width, where the outer face of the plate-like or rod-like dressing elements extends in a plane in which the outer face of the coating also extends and in which are located the hard grains surrounding the dressing elements at the side and facing away from the frontal area, and where the thickness of the coating formed by the hard grains is equal to the thickness D of the dressing elements .
An optical sensor cable , comprising: at least one light source fiber extending substantially the entire length of the cable ; characterised by : a plurality of optical sensors functionally coupled at an input thereof to the at least one light source fiber using two wavelength drop filters having a same wavelength coupled to the at least one light source fiber in opposed directions; and at least one signal return fiber extending substantially along the entire length of the cable and functionally coupled to an output of each of the optical sensors ; wherein the plurality of optical sensors are functionally coupled at an output thereof to the at least one signal return fiber using two optical couplings coupled to the at least one signal return fiber in opposed directions; and wherein the at least one light source fiber and the at least one signal return fiber are configured to be coupled at either end thereof to a respective one of a light source and a photodetection device . at least one light source fiber extending substantially the entire length of the cable ; characterised by : a plurality of optical sensors functionally coupled at an input thereof to the at least one light source fiber using two wavelength drop filters having a same wavelength coupled to the at least one light source fiber in opposed directions; and at least one signal return fiber extending substantially along the entire length of the cable and functionally coupled to an output of each of the optical sensors ; wherein the plurality of optical sensors are functionally coupled at an output thereof to the at least one signal return fiber using two optical couplings coupled to the at least one signal return fiber in opposed directions; and wherein the at least one light source fiber and the at least one signal return fiber are configured to be coupled at either end thereof to a respective one of a light source and a photodetection device . a plurality of optical sensors functionally coupled at an input thereof to the at least one light source fiber using two wavelength drop filters having a same wavelength coupled to the at least one light source fiber in opposed directions; and at least one signal return fiber extending substantially along the entire length of the cable and functionally coupled to an output of each of the optical sensors ; wherein the plurality of optical sensors are functionally coupled at an output thereof to the at least one signal return fiber using two optical couplings coupled to the at least one signal return fiber in opposed directions; and wherein the at least one light source fiber and the at least one signal return fiber are configured to be coupled at either end thereof to a respective one of a light source and a photodetection device .