mhurhangee/patent-ind-claim-en huggingface dataset:
An eye tracking module for attachably complementing a head-wearable device (500 - 900) of a user as a single piece, the module comprising: - a module housing which is, at least in a lower portion , at least substantially mirror symmetric with respect to a central plane (S) and shaped to partly surround a nose of the user; - a scene camera arranged in and/or on the module housing ; - at least one of a first eye camera arranged in and/or on the lower portion of the module housing , and a second eye camera arranged in and/or on the lower portion of the module housing ; and - an electric connector arranged in and/or on the module housing , and in electric connection with at least one of the scene camera , the first eye camera and the second eye camera . - a module housing which is, at least in a lower portion , at least substantially mirror symmetric with respect to a central plane (S) and shaped to partly surround a nose of the user; - a scene camera arranged in and/or on the module housing ; - at least one of a first eye camera arranged in and/or on the lower portion of the module housing , and a second eye camera arranged in and/or on the lower portion of the module housing ; and - an electric connector arranged in and/or on the module housing , and in electric connection with at least one of the scene camera , the first eye camera and the second eye camera .
Turbomachine , preferably an aircraft turbine engine, comprising a first casing defining a first gooseneck duct, a second casing defining a second gooseneck duct, and a low-pressure compressor positioned directly between the first and the second gooseneck duct, the compressor comprising: - a rotor provided with at most four annular rows of rotor blades ; and - a rectifier provided with at most six, and preferably at most four, annular rows of stator vanes ; characterized in that in the turbomachine can be defined a geometrical plane (P), upstream of which the rows of rotor blades and stator vanes are intertwined, and downstream of which at least two rows of vanes are provided, the vanes of the compressor downstream of the geometric plane (P) being only stator vanes with have a fixed orientation and are fixed to a common ferrule . - a rotor provided with at most four annular rows of rotor blades ; and - a rectifier provided with at most six, and preferably at most four, annular rows of stator vanes ;
Plug adapter for an electrical device for plugging a multi-wire electric supply line in to the device, and electrical device, wherein, in the device, device connection contacts are positioned in a row next to each other, and they are contacted mechanically and electrically by the supply line via screwless clamping elements, wherein the plug adapter , when the plug adapter is plugged in to the device, comprises a top that is parallel to the top of the device and an output side facing the device and oriented in the direction of the device connection contacts , characterised in that a supply line unlocking element is configured as decoupling fingers and the clamping elements are released by actuating the supply line unlocking element of the device, wherein the decoupling fingers provided in order to release the clamping elements are positioned at 90° relative to the access direction of the conductor, and they protrude by the length of their actuation stroke from the device housing in the direction of the top of the device, wherein the plug adapter has at least the following features: - it has an approximately prismatic structure made of insulating moulded material, - having, in the plugged-in state of the plug adapter, an access side facing away from the device, wherein the access side is suitable for introducing the supply line wires , and - having parallel receiving channels located between the output side and the access side for each supply line wire , wherein the receiving channels are associated with the device connection contacts , - and wherein an actuation bar is also arranged on the plug adapter , said actuation bar being positioned, in the plugged-in state of the plug adapter , above the supply line unlocking element such that using the actuation bar all the decoupling fingers are pressed at once and the supply line wires are decoupled, wherein the decoupling fingers are reached and actuated by pressing down the actuation bar and the plug adapter is removed along with the supply line wires . - it has an approximately prismatic structure made of insulating moulded material, - having, in the plugged-in state of the plug adapter, an access side facing away from the device, wherein the access side is suitable for introducing the supply line wires , and - having parallel receiving channels located between the output side and the access side for each supply line wire , wherein the receiving channels are associated with the device connection contacts , - and wherein an actuation bar is also arranged on the plug adapter , said actuation bar being positioned, in the plugged-in state of the plug adapter , above the supply line unlocking element such that using the actuation bar all the decoupling fingers are pressed at once and the supply line wires are decoupled, wherein the decoupling fingers are reached and actuated by pressing down the actuation bar and the plug adapter is removed along with the supply line wires .
A magnetic transformer system , e.g. for wireless bicycle charging, comprising a primary core member provided with primary coil windings and a secondary core member provided with secondary coil windings , wherein the primary and secondary coil windings are arranged for inductive engagement, wherein the primary core member comprises a first end portion and an opposing second end portion providing an air gap between the first and second end portion , wherein the secondary core member is moveably receivable within the air gap of the primary core member and retractable therefrom, and wherein a length (L) of the secondary core member is smaller than a gap distance (D) of the air gap ; characterized in that the primary core member further comprises auxiliary primary coil windings and wherein the secondary core member comprises auxiliary secondary coil windings , the auxiliary primary and auxiliary secondary coil windings being arranged for auxiliary inductive engagement, and wherein the inductive engagement between the primary and secondary coil windings is substantially orthogonal to the auxiliary inductive engagement between the auxiliary primary and auxiliary secondary coil windings . wherein the primary core member comprises a first end portion and an opposing second end portion providing an air gap between the first and second end portion , wherein the secondary core member is moveably receivable within the air gap of the primary core member and retractable therefrom, and wherein a length (L) of the secondary core member is smaller than a gap distance (D) of the air gap ; characterized in that the primary core member further comprises auxiliary primary coil windings and wherein the secondary core member comprises auxiliary secondary coil windings , the auxiliary primary and auxiliary secondary coil windings being arranged for auxiliary inductive engagement, and wherein the inductive engagement between the primary and secondary coil windings is substantially orthogonal to the auxiliary inductive engagement between the auxiliary primary and auxiliary secondary coil windings .
Bogie for a rail vehicle, comprising a bogie frame and at least four wheels , which are arranged at the bogie frame , wherein the bogie frame comprises a length in a longitudinal direction (D), a width in a cross direction (C) to this longitudinal direction (D) and a height in a height direction (H), which is perpendicular to both the longitudinal direction (D) and the cross direction (C), wherein the bogie frame comprises a first and a second frame part , each frame part comprising a longitudinal beam and a cross beam , wherein the cross beams each comprise a first end and a second end , wherein each cross beam is fixedly attached at the first end to the respective longitudinal beam , wherein each cross beam comprises a pin at the second end , wherein the longitudinal beam of the first frame part comprises a receptacle for the pin of the second frame part and the longitudinal beam of the second frame part comprises a receptacle for the pin of the first frame part , wherein an at least partially elastomeric element , in particular an elastomeric flange bushing, is fixed to each of the cross beams respectively, in particular to the pin , characterized in that the bogie comprises two anti-roll stabilizer systems , which are arranged symmetrically to a cross middle plane of the bogie , one on each frame part .
A method for enabling to produce materials such as marble, travertine, granite, natural stone having natural cracks, cavities and regional different physical and chemical properties at desired standard sizes in blocks, including the steps of: - boring a plurality of holes in a block located in a mine ; - applying reinforcement elements into the holes bored into the block by feeding said reinforcement elements into the holes by manual, dumping, infiltration or pressure application methods ; and - separating the reinforced block from the mine using any method in the state of the art , wherein said reinforcement elements are made of a material selected from resin, epoxy or polyester, and wherein said boring comprises a boring method selected from impact and/or non-impact rotary, cutting, break-off, pneumatic, hydraulic or manual boring methods, wherein in the step of applying said reinforcement elements into the holes, said holes are covered by apparatuses functioning as single-way valve to prevent the reinforcement elements fed into the holes from getting out of the holes and to feed the reinforcing elements into the holes in a controlled way, and wherein the holes are so arranged as to form a reinforcement cage in the block, and wherein the holes bored from the outer edges of the block are interrelated. - boring a plurality of holes in a block located in a mine ; - applying reinforcement elements into the holes bored into the block by feeding said reinforcement elements into the holes by manual, dumping, infiltration or pressure application methods ; and - separating the reinforced block from the mine using any method in the state of the art ,
A monitoring system for a water meter , said monitoring system comprising a cover provided with a central portion provided to wrap the water meter , and further comprising a downstream leak detection device for detecting a water leak downstream from said water meter , said downstream leak detection device comprising: - at least one acoustic sensor disposed inside the central portion of the cover , said acoustic sensor being provided to, in situation, detect a sound characteristic of a flow of water flowing through the water meter and generated by a movable portion, such as a turbine, a rotor or a piston, disposed inside the water meter for the metering; and - a control module connected to said acoustic sensor for receiving and processing an acoustic detection signal generated by said acoustic sensor , and determining a water leak downstream from said water meter as a function of said acoustic detection signal. - at least one acoustic sensor disposed inside the central portion of the cover , said acoustic sensor being provided to, in situation, detect a sound characteristic of a flow of water flowing through the water meter and generated by a movable portion, such as a turbine, a rotor or a piston, disposed inside the water meter for the metering; and - a control module connected to said acoustic sensor for receiving and processing an acoustic detection signal generated by said acoustic sensor , and determining a water leak downstream from said water meter as a function of said acoustic detection signal.
An apparatus for radiographic imaging of a body cavity, comprising: a guidewire adapted to be inserted in the body cavity, the guidewire comprising a position sensor , for operating in a tracking system, at a distal end of the guidewire; a display screen ; a processor coupled to the position sensor and to the display screen, configured to: store and display a CT image of the body cavity; register the tracking system with the CT image; track a position of the distal end; display on the display screen the tracked position of the distal end superimposed on the CT image; assign voxels within a predefined imaging volume relative to the distal end and having a radiodensity less than a predetermined threshold to have a uniform radiodensity of a predefined default value; incorporate the voxels with the assigned predefined default value into the CT image so as to form an updated CT image; and display the updated CT image on the display screen. a guidewire adapted to be inserted in the body cavity, the guidewire comprising a position sensor , for operating in a tracking system, at a distal end of the guidewire; a display screen ; a processor coupled to the position sensor and to the display screen, configured to: store and display a CT image of the body cavity; register the tracking system with the CT image; track a position of the distal end; display on the display screen the tracked position of the distal end superimposed on the CT image; assign voxels within a predefined imaging volume relative to the distal end and having a radiodensity less than a predetermined threshold to have a uniform radiodensity of a predefined default value; incorporate the voxels with the assigned predefined default value into the CT image so as to form an updated CT image; and display the updated CT image on the display screen. store and display a CT image of the body cavity; register the tracking system with the CT image; track a position of the distal end; display on the display screen the tracked position of the distal end superimposed on the CT image; assign voxels within a predefined imaging volume relative to the distal end and having a radiodensity less than a predetermined threshold to have a uniform radiodensity of a predefined default value; incorporate the voxels with the assigned predefined default value into the CT image so as to form an updated CT image; and display the updated CT image on the display screen.
Method for joining a microelectronic chip to at least one electrically conductive wire element ; the joining method comprising: - a first step of applying a cover to a first face of the microelectronic chip , the cover being configured to form at least one temporary side groove with the first face ; - a step of inserting the wire element into the temporary groove ; - a step of attaching the wire element to the microelectronic chip ; the joining method being characterized in that it subsequently comprises: - a step of removing the cover from the microelectronic chip . - a first step of applying a cover to a first face of the microelectronic chip , the cover being configured to form at least one temporary side groove with the first face ; - a step of inserting the wire element into the temporary groove ; - a step of attaching the wire element to the microelectronic chip ; - a step of removing the cover from the microelectronic chip .
A method for wireless communication, comprising: identifying discovery information to broadcast in a discovery message as part of a device discovery procedure; generating a discovery preamble (210-a, 210-b) to transmit prior to the discovery message , wherein the discovery preamble indicates an upcoming transmission of the discovery message; applying a first cyclic prefix (220-a) to the discovery preamble and a second cyclic prefix (220-b) to the discovery message, wherein the first cyclic prefix comprises an extended cyclic prefix and is longer than the second cyclic prefix, and wherein the second cyclic prefix comprises a normal cyclic prefix; and transmitting one or more copies of the generated discovery preamble. identifying discovery information to broadcast in a discovery message as part of a device discovery procedure; generating a discovery preamble (210-a, 210-b) to transmit prior to the discovery message , wherein the discovery preamble indicates an upcoming transmission of the discovery message; applying a first cyclic prefix (220-a) to the discovery preamble and a second cyclic prefix (220-b) to the discovery message, wherein the first cyclic prefix comprises an extended cyclic prefix and is longer than the second cyclic prefix, and wherein the second cyclic prefix comprises a normal cyclic prefix; and transmitting one or more copies of the generated discovery preamble.
A system for releasing an implant in an aneurysm, the system comprising: a braided implant ; a delivery tube comprising a lumen therethrough, a distal end , an outer surface , and a channel ; a releasing component comprising: a band comprising an outer surface attached to a first portion of the braided implant and a lumen encompassing the delivery tube approximate the distal end of the delivery tube, and a spring member attached to the band, the spring member movable from a compression configuration to an extended configuration, the compression configuration pressing the outer surface of the delivery tube, and the extended configuration extending away from the outer surface of the delivery tube; and a pull wire positioned within the channel of the delivery tube, the pull wire movable from an engaging configuration to a releasing configuration, the engaging configuration engaging the releasing component, and the releasing configuration allowing the spring member to expand to its extended configuration; the system being characterized in that said channel is disposed on the outer surface of the delivery tube . a braided implant ; a delivery tube comprising a lumen therethrough, a distal end , an outer surface , and a channel ; a releasing component comprising: a band comprising an outer surface attached to a first portion of the braided implant and a lumen encompassing the delivery tube approximate the distal end of the delivery tube, and a spring member attached to the band, the spring member movable from a compression configuration to an extended configuration, the compression configuration pressing the outer surface of the delivery tube, and the extended configuration extending away from the outer surface of the delivery tube; and a band comprising an outer surface attached to a first portion of the braided implant and a lumen encompassing the delivery tube approximate the distal end of the delivery tube, and a spring member attached to the band, the spring member movable from a compression configuration to an extended configuration, the compression configuration pressing the outer surface of the delivery tube, and the extended configuration extending away from the outer surface of the delivery tube; and a pull wire positioned within the channel of the delivery tube, the pull wire movable from an engaging configuration to a releasing configuration, the engaging configuration engaging the releasing component, and the releasing configuration allowing the spring member to expand to its extended configuration; the system being characterized in that said channel is disposed on the outer surface of the delivery tube .
A device for creating a side-to-side anastomosis between first and second body lumens, wherein the device comprises: a first element for placement in the first body lumen and including an outer surface with a receiving feature suitable for securely receiving an elastomeric band or o-ring for placement in the second body lumen, the first element having a continuous wall that includes an overhanging lip radiating therefrom; the elastomeric band or o-ring being sized to stretch over the overhanging lip and rest within the receiving feature while in a stretched state to trap sidewalls of the first and second body lumens between the first element and the elastomeric band or o-ring and lock the sidewalls around the first element for creating the side-to-side anastomosis as a pressure anastomosis between the first and second body lumens. a first element for placement in the first body lumen and including an outer surface with a receiving feature suitable for securely receiving an elastomeric band or o-ring for placement in the second body lumen, the first element having a continuous wall that includes an overhanging lip radiating therefrom; the elastomeric band or o-ring being sized to stretch over the overhanging lip and rest within the receiving feature while in a stretched state to trap sidewalls of the first and second body lumens between the first element and the elastomeric band or o-ring and lock the sidewalls around the first element for creating the side-to-side anastomosis as a pressure anastomosis between the first and second body lumens.
A storage assembly for a flexible tubular component , the storage assembly comprising: an axle configured with one or more axle stubs ; and a reel rotatably mounted around the axle to allow winding of the tubular component on the reel , wherein the reel is manufactured of a plastic material; wherein the one or more axle stubs are two axle stubs and at least partially enclose at least one cylindrical metal element therein, wherein the cylindrical metal element has a length which is longer than a total length of the two axle stubs , characterized in that: the cylindrical metal element is locking and safeguarding a snap connection between the reel and the axle stubs . an axle configured with one or more axle stubs ; and a reel rotatably mounted around the axle to allow winding of the tubular component on the reel , wherein the reel is manufactured of a plastic material; wherein the one or more axle stubs are two axle stubs and at least partially enclose at least one cylindrical metal element therein, wherein the cylindrical metal element has a length which is longer than a total length of the two axle stubs , characterized in that: the cylindrical metal element is locking and safeguarding a snap connection between the reel and the axle stubs .
A compound, 3-[2-fluoro-5-(2,3-difluoro-6-methoxybenzyloxy)-4-methoxyphenyl]-2,4-dioxo-1,2,3,4- tetrahydrothieno pyrimidine-5-carboxylic acid, represented by formula (VI) or a pharmaceutically acceptable salt thereof, for use in a method of treating adenomyosis in a human patient in need thereof, the method comprising administering a therapeutically effective amount of the compound to the patient.
A method for indicating a resource location, comprising: sending, by a first-type node, resource location information to a second-type node on a physical broadcast channel, PBCH, wherein the resource location information at least indicates a frequency-domain location of a second resource according to a frequency domain offset from the second resource to a boundary location of a first resource in a frequency domain, and a bandwidth of the second resource; wherein the second resource comprises a common control resource set, the first resource comprises a synchronization signal, SS, block, and a frequency-domain location of the first resource is indicated by the boundary location of the first resource in a frequency domain and a bandwidth of the first resource; characterized in that the frequency domain offset is represented by a number of physical resource blocks, PRBs, and a number of sub-carriers. sending, by a first-type node, resource location information to a second-type node on a physical broadcast channel, PBCH, wherein the resource location information at least indicates a frequency-domain location of a second resource according to a frequency domain offset from the second resource to a boundary location of a first resource in a frequency domain, and a bandwidth of the second resource; wherein the second resource comprises a common control resource set, the first resource comprises a synchronization signal, SS, block, and a frequency-domain location of the first resource is indicated by the boundary location of the first resource in a frequency domain and a bandwidth of the first resource; characterized in that the frequency domain offset is represented by a number of physical resource blocks, PRBs, and a number of sub-carriers.