mhurhangee/ep-ind-claims huggingface dataset:
Oral pharmaceutical solution comprising melatonin, propylene glycol within the range from 20 mg/ml to 500 mg/ml, sorbitol within the range from 20 mg/ml to 400 mg/ml and purified water, wherein the pH of the oral solution is from 3.0 to 5.0 and wherein the oral solution is free of parabens, glycerol, sorbic acid, sodium or potassium benzoate.
A washing machine comprising a detergent dispenser, wherein the detergent dispenser comprises a drawer housed in a wall of the washing machine, and at least one container adapted to be loaded with a detergent product, wherein water is added to the container by a nozzle, characterized by the at least one container being pivotable about a pivot axis relative to the drawer, such that the container is stable in a first and in a second position, wherein the first position is an upright position, in which the container is upright to be loaded with the detergent product, and the second position is a tilted position, in which the container is tilted for discharging of the detergent product into a washing compartment of the washing machine and wherein the container has an asymmetric shape with respect to the pivot axis, such that, when filled with water to a first level, a common center of mass is shifted from one side of a pivot axis to the other, whereby the container is tilted from the upright to the tilted position.
A method performed by a wireless communication device (202, 502) for determining a suitable Radio Access Technology, the method comprising: receiving a first indication, transmitted by a network node, indicating that the network node is capable of inter-RAT support, wherein the network node is one of: a server (204, 800) and a radio access node; transmitting an inter-RAT assistance request to the network node; receiving a request for location information of the wireless communication device; determining the location information of the wireless communication device at the current location; transmitting the location information; receiving inter-Radio Access Technology, inter-RAT, assistance information; determining a RAT based on the received inter-RAT assistance information; and utilizing the determined RAT. receiving a first indication, transmitted by a network node, indicating that the network node is capable of inter-RAT support, wherein the network node is one of: a server (204, 800) and a radio access node; transmitting an inter-RAT assistance request to the network node; receiving a request for location information of the wireless communication device; determining the location information of the wireless communication device at the current location; transmitting the location information; receiving inter-Radio Access Technology, inter-RAT, assistance information; determining a RAT based on the received inter-RAT assistance information; and utilizing the determined RAT.
A cardiac pacing device, comprising: pulse generation circuitry for generating pacing pulses; sensing circuitry for sensing cardiac electrical activity; a controller for detecting cardiac events that define pacing timing intervals and for controlling the delivery of pacing pulses in accordance with a programmed mode; a switch matrix operable by the controller for connecting the pulse generation circuitry and sensing circuitry to selected electrodes in order to form selected sensing and pacing channels; wherein the controller is programmed to: sense cardiac activity through right ventricular and left ventricular sensing channels; schedule delivery of paces through left ventricular pacing channels to at least two left ventricular sites designated LV1 and LV2 during a cardiac cycle interval that is reset by a right ventricular sense; initiate a left ventricular protective period for site LV1 after a left ventricular pace to site LV1 or after a left ventricular sense during which further paces to site LV1 are inhibited; initiate a left ventricular protective period for site LV2 after a left ventricular pace to site LV2 or after a left ventricular sense during which further paces to site LV2 are inhibited. pulse generation circuitry for generating pacing pulses; sensing circuitry for sensing cardiac electrical activity; a controller for detecting cardiac events that define pacing timing intervals and for controlling the delivery of pacing pulses in accordance with a programmed mode; a switch matrix operable by the controller for connecting the pulse generation circuitry and sensing circuitry to selected electrodes in order to form selected sensing and pacing channels; wherein the controller is programmed to: sense cardiac activity through right ventricular and left ventricular sensing channels; schedule delivery of paces through left ventricular pacing channels to at least two left ventricular sites designated LV1 and LV2 during a cardiac cycle interval that is reset by a right ventricular sense; initiate a left ventricular protective period for site LV1 after a left ventricular pace to site LV1 or after a left ventricular sense during which further paces to site LV1 are inhibited; initiate a left ventricular protective period for site LV2 after a left ventricular pace to site LV2 or after a left ventricular sense during which further paces to site LV2 are inhibited. sense cardiac activity through right ventricular and left ventricular sensing channels; schedule delivery of paces through left ventricular pacing channels to at least two left ventricular sites designated LV1 and LV2 during a cardiac cycle interval that is reset by a right ventricular sense; initiate a left ventricular protective period for site LV1 after a left ventricular pace to site LV1 or after a left ventricular sense during which further paces to site LV1 are inhibited; initiate a left ventricular protective period for site LV2 after a left ventricular pace to site LV2 or after a left ventricular sense during which further paces to site LV2 are inhibited.
Use of a method for localized heat generation in production engineering for large-area joining of two metallic surface elements, wherein thin layers of ruthenium and aluminium are deposted sequentially one upon the other to form a multilayer, wherein the individual layer thickness of the ruthenium and of the aluminium layers is between 10 and 500 nm and the multilayer is heated locally by means of a laser beam, an ignition spark or an open flame, inducing an exothermic reaction between Ru and Al to form RuAl.
A process for preparing a poly(butylene succinate) - and silica-based composite, comprising the following two steps: - formation of oligomers by reacting succinic acid or at least one succinic acid diester with 1,4-butanediol (step 1), and - transesterification and coupling of the oligomers formed in the first step (step 2), and comprising the addition of colloidal silica in situ at the beginning of or during step 1 or at the beginning of or during step 2. - formation of oligomers by reacting succinic acid or at least one succinic acid diester with 1,4-butanediol (step 1), and - transesterification and coupling of the oligomers formed in the first step (step 2),
An implantable device comprising: a base polymer layer, a metal layer on the base polymer layer forming electrodes at a first end in an electrode array for stimulating neural tissue, bond pads in a bond pad region at a second end opposite the first end and traces connecting the electrodes to the bond pads through a cable between the electrode array and the bond pad region; a top polymer layer on the base polymer layer and the metal layer and defining openings for the electrodes; wherein edges of the base polymer layer and the top polymer layer around the electrode array are curved upward, away from the neural tissue to be stimulated, and the edges are embedded in a soft polymer, which is softer than the base polymer layer, characterised in that the edges of the base polymer layer and top polymer layer form tabs and the tabs define holes to aid in bonding to the soft polymer a base polymer layer, a metal layer on the base polymer layer forming electrodes at a first end in an electrode array for stimulating neural tissue, bond pads in a bond pad region at a second end opposite the first end and traces connecting the electrodes to the bond pads through a cable between the electrode array and the bond pad region; a top polymer layer on the base polymer layer and the metal layer and defining openings for the electrodes; wherein edges of the base polymer layer and the top polymer layer around the electrode array are curved upward, away from the neural tissue to be stimulated, and the edges are embedded in a soft polymer, which is softer than the base polymer layer, characterised in that the edges of the base polymer layer and top polymer layer form tabs and the tabs define holes to aid in bonding to the soft polymer
An electric motor generator system comprising: a hollow rotatable shaft, the hollow shaft having a central longitudinal axis; a coil spar, the coil spar being positioned concentrically within the hollow rotatable shaft, the coil spar comprising a plurality of coil assemblies, a radially outwardly facing surface of the coil spar is crenelated, the crenelated surface comprising a plurality of crenels and merlons arranged in an axial sequence; a plurality of magnet portions, each magnet portion shaped to conform to a radially inwardly facing surface of the shaft; and at least three bearing assemblies, each bearing assembly being positioned on a respective one of the merlons; wherein each bearing assembly provides for rotational support between the radially inwardly facing surface of the hollow shaft and the radially outwardly facing surface of the coil spar, a mechanical linkage between the shaft and the coil spar being provided by the bearing assemblies, each coil assembly is positioned on a radially outwardly facing surface of a respective one of the merlons, each of the plurality of magnet portions abuts conformally against the radially inwardly facing surface of the shaft between the radially inwardly facing surface and one of the plurality of coil assemblies, wherein the plurality of magnet portions extends around a complete circumference of the radially inwardly facing surface. a hollow rotatable shaft, the hollow shaft having a central longitudinal axis; a coil spar, the coil spar being positioned concentrically within the hollow rotatable shaft, the coil spar comprising a plurality of coil assemblies, a radially outwardly facing surface of the coil spar is crenelated, the crenelated surface comprising a plurality of crenels and merlons arranged in an axial sequence; a plurality of magnet portions, each magnet portion shaped to conform to a radially inwardly facing surface of the shaft; and at least three bearing assemblies, each bearing assembly being positioned on a respective one of the merlons;
Device to prepare winding mandrels on which to form reels, comprising a support structure to which supports (61a, 61b) are associated configured to support, close to or distanced from each other and on their circumference, a plurality of cores keeping them aligned along a pre-determined axis of insertion, and a gripping unit configured to allow the introduction of said mandrel in said cores and along said axis of insertion, characterized in that it comprises adjustment members configured to adjust the position of the supports (61a, 61b) in a radial direction with respect to the axis of insertion and to dispose said axis of insertion of said mandrel always in the same position with respect to the support structure as at least the diameter of said cores varies.
A scanning and display method, comprising: projecting, using a light source, first pattern data as a first series of frames and second data as a second series of frames, the second series of frames interleaved between frames in the first series of frames; wherein the first series of frames includes one or more frames that are each partially-illuminated, and the second series of frames includes one or more frames that are fully-illuminated; receiving first reflection data reflected from an object from the first pattern data; receiving second reflection data reflected from the object from the second data; processing, using a computing entity comprising software executing in hardware, the first reflection data to generate first information representing a 3D model of the object; processing, using the computing entity, the second reflection data to generate second information representing a live video preview of the object; and receiving and displaying the first and second information, wherein the first and second information is displayed in juxtaposition. projecting, using a light source, first pattern data as a first series of frames and second data as a second series of frames, the second series of frames interleaved between frames in the first series of frames; wherein the first series of frames includes one or more frames that are each partially-illuminated, and the second series of frames includes one or more frames that are fully-illuminated; receiving first reflection data reflected from an object from the first pattern data; receiving second reflection data reflected from the object from the second data; processing, using a computing entity comprising software executing in hardware, the first reflection data to generate first information representing a 3D model of the object; processing, using the computing entity, the second reflection data to generate second information representing a live video preview of the object; and receiving and displaying the first and second information, wherein the first and second information is displayed in juxtaposition.
Syringe comprising: - a syringe body, which has a cylindrical portion and, adjoining the latter, a frustoconical portion, and - a Luer lock connector, which has a Luer collar with an inner thread and a Luer cone with a through-channel, wherein a bottom surface is formed between Luer collar and Luer cone, wherein the syringe body and the Luer lock connector are formed in one piece and are made of a cyclic olefin resin; wherein the Luer collar has axially extending reinforcing ribs on its outer face; and wherein the reinforcing ribs have a radial extent of between 0.5 mm and 2.5 mm at their base facing the frustoconical portion and have a lateral extent of between 0.5 mm and 2.0 mm; and/or wherein the transition of the reinforcing ribs to the Luer collar and/or to the frustoconical portion is rounded, with a radius of at least 0.3 mm. - a syringe body, which has a cylindrical portion and, adjoining the latter, a frustoconical portion, and - a Luer lock connector, which has a Luer collar with an inner thread and a Luer cone with a through-channel, wherein a bottom surface is formed between Luer collar and Luer cone, wherein the syringe body and the Luer lock connector are formed in one piece and are made of a cyclic olefin resin; wherein the Luer collar has axially extending reinforcing ribs on its outer face; and wherein the reinforcing ribs have a radial extent of between 0.5 mm and 2.5 mm at their base facing the frustoconical portion and have a lateral extent of between 0.5 mm and 2.0 mm; and/or wherein the transition of the reinforcing ribs to the Luer collar and/or to the frustoconical portion is rounded, with a radius of at least 0.3 mm.
Tunnel fan system comprising - a fan, - a supporting structure for fixing the fan to the roof of a road tunnel, - an electronic control system of the rotation speed of the fan impeller, wherein the fan is fixed to the support structure, wherein the electronic control system comprises: - at least one electronic variable speed drive; and - at least one bypass module comprising means for the selection of a connection of the fan to the electric network selected between a direct connection and a connection through the electronic variable speed drive, the tunnel fan system being characterised in that - the fan comprises at least one temperature detector, - the selection means is configured to select the connection based on the temperature detected by the temperature detector, - the electronic control system is attached to the supporting structure of the fan, - the tunnel fan system comprises a thermally insulated metal box and the bypass module is located in the interior of said box. - a fan, - a supporting structure for fixing the fan to the roof of a road tunnel, - an electronic control system of the rotation speed of the fan impeller, - at least one electronic variable speed drive; and - at least one bypass module comprising means for the selection of a connection of the fan to the electric network selected between a direct connection and a connection through the electronic variable speed drive, - the fan comprises at least one temperature detector, - the selection means is configured to select the connection based on the temperature detected by the temperature detector, - the electronic control system is attached to the supporting structure of the fan, - the tunnel fan system comprises a thermally insulated metal box and the bypass module is located in the interior of said box.
A driver assistance system for a vehicle comprising: a camera system having at least two rear cameras constructed and arranged to obtain an image of an area behind a rear of the vehicle; a tailgate position determining system constructed and arranged to determine a position of a tailgate of the vehicle; and wherein the image provided by the camera system of the rear of the vehicle is selected based upon the position of the tailgate of the vehicle, characterized in, that the camera system comprises a first camera located on a tailgate of the vehicle and a second camera located proximate a central rear brake light of the vehicle and proximate to the top of the passenger cab, wherein the tailgate position determining system is adapted to detect the tailgate position (106a, 106b) using image processing and to automatically select the first camera and/or the second camera for the rear view based on the tailgate position (106a, 106b). a camera system having at least two rear cameras constructed and arranged to obtain an image of an area behind a rear of the vehicle; a tailgate position determining system constructed and arranged to determine a position of a tailgate of the vehicle; and wherein the image provided by the camera system of the rear of the vehicle is selected based upon the position of the tailgate of the vehicle,
A medical system comprising: a display system; a medical instrument; and a control system communicatively coupled to the display system, the control system configured to: display image data of a patient anatomy via the display system; determine, while the medical instrument navigates the patient anatomy, that a distal portion of the medical instrument is within a threshold distance of a target location in the patient anatomy; characterized in that the control system is further configured to: display an anatomical boundary via the display system if the distal portion of the medical instrument is within the threshold distance of the target location, the anatomical boundary indicating a surface of an anatomical structure of the patient anatomy. a display system; a medical instrument; and a control system communicatively coupled to the display system, the control system configured to: display image data of a patient anatomy via the display system; determine, while the medical instrument navigates the patient anatomy, that a distal portion of the medical instrument is within a threshold distance of a target location in the patient anatomy; characterized in that the control system is further configured to: display an anatomical boundary via the display system if the distal portion of the medical instrument is within the threshold distance of the target location, the anatomical boundary indicating a surface of an anatomical structure of the patient anatomy. display image data of a patient anatomy via the display system; determine, while the medical instrument navigates the patient anatomy, that a distal portion of the medical instrument is within a threshold distance of a target location in the patient anatomy; characterized in that the control system is further configured to: display an anatomical boundary via the display system if the distal portion of the medical instrument is within the threshold distance of the target location, the anatomical boundary indicating a surface of an anatomical structure of the patient anatomy.
A central database apparatus for managing the TV spectrum available for non-licensed applications, comprising: a first data storage medium for storing a first data structure comprising identification information and operational parameters for all licensed TV band users operating in a geographical area; a second data storage medium for storing a second data structure comprising central identification information and central operational parameters for all unlicensed TVBDs currently operating in the geographical area; an interface for communicating with the unlicensed TVBD; an interface (6, 6') for communicating with a local database (4, 4') to receive a query access address which is an internet access address of the local database; a central database manager for: updating the identification information and the operational information of the licensed TV band users in the first data structure at preset intervals or upon changes; providing the unlicensed TVBD with the query access address of the local database, wherein the central operational parameters for the unlicensed TVBD include the query access address of the local database; and updating the central identification information and the central operational parameters of the unlicensed TVBD in the second data structure. a first data storage medium for storing a first data structure comprising identification information and operational parameters for all licensed TV band users operating in a geographical area; a second data storage medium for storing a second data structure comprising central identification information and central operational parameters for all unlicensed TVBDs currently operating in the geographical area; an interface for communicating with the unlicensed TVBD; an interface (6, 6') for communicating with a local database (4, 4') to receive a query access address which is an internet access address of the local database; a central database manager for: updating the identification information and the operational information of the licensed TV band users in the first data structure at preset intervals or upon changes; providing the unlicensed TVBD with the query access address of the local database, wherein the central operational parameters for the unlicensed TVBD include the query access address of the local database; and updating the central identification information and the central operational parameters of the unlicensed TVBD in the second data structure. updating the identification information and the operational information of the licensed TV band users in the first data structure at preset intervals or upon changes; providing the unlicensed TVBD with the query access address of the local database, wherein the central operational parameters for the unlicensed TVBD include the query access address of the local database; and updating the central identification information and the central operational parameters of the unlicensed TVBD in the second data structure.