mhurhangee/ep-ind-claims huggingface dataset:
A drawing bench of a drawing machine, comprising: - a drawing carriage which is translatable along a predetermined direction on a base structure, - a rack-pinion system adapted to translate the drawing carriage along said predetermined direction on the base structure; wherein the rack-pinion system comprises at least two motors, at least two pinions, and one or more racks; wherein each motor is adapted to drive a respective pinion; the drawing bench being characterized in that the rotation axis of each pinion is substantially orthogonal to a translation plane of the drawing carriage on the base structure. - a drawing carriage which is translatable along a predetermined direction on a base structure, - a rack-pinion system adapted to translate the drawing carriage along said predetermined direction on the base structure; wherein the rack-pinion system comprises at least two motors, at least two pinions, and one or more racks; at least two motors, at least two pinions, and one or more racks; wherein each motor is adapted to drive a respective pinion; the drawing bench being characterized in that the rotation axis of each pinion is substantially orthogonal to a translation plane of the drawing carriage on the base structure.
A radio control apparatus (eNB#1, eNB#2) configured to control radio communication of a communication terminal in a first radio communication system, the radio control apparatus (eNB#1, eNB#2) comprising: a determination unit configured to determine a call type of a communication of the communication terminal when a connection destination of the communication terminal is switched to a second radio communication system; a storing unit configured to repeatedly receive and store broadcast information, wherein the broadcast information is transmitted in the second radio communication system; and a communication unit configured to transmit a release redirection control signal to the communication terminal, wherein the release redirection control signal indicates that a connection with the first radio communication system is to be disconnected, and that a connection with the second radio communication system is to be established; wherein, when the call type determined by the determination unit is a general call, the communication unit transmits the release redirection control signal not including the broadcast information to the communication terminal, and wherein, when the call type determined by the determination unit is an important communication call, the important communication call being one of a priority call, an emergency call, a maintenance call and a special call, the communication unit transmits the release redirection control signal including the broadcast information to the communication terminal. a determination unit configured to determine a call type of a communication of the communication terminal when a connection destination of the communication terminal is switched to a second radio communication system; a storing unit configured to repeatedly receive and store broadcast information, wherein the broadcast information is transmitted in the second radio communication system; and a communication unit configured to transmit a release redirection control signal to the communication terminal, wherein the release redirection control signal indicates that a connection with the first radio communication system is to be disconnected, and that a connection with the second radio communication system is to be established; wherein, when the call type determined by the determination unit is a general call, the communication unit transmits the release redirection control signal not including the broadcast information to the communication terminal, and wherein, when the call type determined by the determination unit is an important communication call, the important communication call being one of a priority call, an emergency call, a maintenance call and a special call, the communication unit transmits the release redirection control signal including the broadcast information to the communication terminal.
A sealing element for sealing vehicle components of a motor vehicle, having at least one first region and one second region, wherein the first region is formed from a first material and the second region is formed from a second material, which has a higher chemical resistance than the first material, characterized in that a distribution of the first region and of the second region in the cross-sectional profile of the sealing element is variable in longitudinal direction.
An antiperspirant composition comprising ethanol, amphiphilic material and volatile silicone having a vapour pressure of greater than 1 Pa at 25°C, the amphiphilic material being a mixture consisting of isostearyl alcohol and glycerol monolaurate at a ratio of from 25: 75 to 45: 55 by weight, characterised in that: (i) the ratio of amphiphilic material to (ethanol + volatile silicone) is greater than or equal to 1:9 by weight; (ii) the ratio of volatile silicone to (ethanol + amphiphilic material) is from 1:9 to 1:1 by weight and wherein (iii) the ratio of ethanol to amphiphilic material is greater than or equal to 7:3 by weight. (i) the ratio of amphiphilic material to (ethanol + volatile silicone) is greater than or equal to 1:9 by weight; (ii) the ratio of volatile silicone to (ethanol + amphiphilic material) is from 1:9 to 1:1 by weight and wherein (iii) the ratio of ethanol to amphiphilic material is greater than or equal to 7:3 by weight.
A catheter device (60,120) for treating a patent foramen avale in a heart, the catheter device comprising: an elongate catheter body (62,122) having a proximal end and a distal end; at least one tissue apposition member (64,124) at or near the catheter body distal end for bringing tissues adjacent the patent foramen ovale at least partially together; and at least one energy transmission member (23,25,35) at or near the distal end for applying energy to the tissues to substantially close the patent foramen ovale, wherein: the at least one tissue apposition member (64,124) comprises an expandable member (64,124) releasably disposed within the catheter body (62,122), wherein advancing the expandable member (64,124) out the distal end of the catheter body or retracting the catheter body relative to the expandable member allows the expandable member to expand within the patent foremen ovale, wherein the expandable member (62,122) comprises two prongs that expand apart to provide lateral force to the tissues adjacent the patent foramen ovale. an elongate catheter body (62,122) having a proximal end and a distal end; at least one tissue apposition member (64,124) at or near the catheter body distal end for bringing tissues adjacent the patent foramen ovale at least partially together; and at least one energy transmission member (23,25,35) at or near the distal end for applying energy to the tissues to substantially close the patent foramen ovale, the at least one tissue apposition member (64,124) comprises an expandable member (64,124) releasably disposed within the catheter body (62,122), wherein advancing the expandable member (64,124) out the distal end of the catheter body or retracting the catheter body relative to the expandable member allows the expandable member to expand within the patent foremen ovale, wherein the expandable member (62,122) comprises two prongs that expand apart to provide lateral force to the tissues adjacent the patent foramen ovale.
An arrangement of a bracket and an airbag module, wherein the bracket is adapted to connect a left side frame and a right side frame of a vehicle seat, wherein the airbag module comprises an airbag set to be such that the airbag is developed and expanded from a downside to an upside of a seat cushion against a forward movement of a vehicle occupant seated in a vehicle seat toward a front side of a motor vehicle when an accident occurs, and wherein the airbag module is constructed to be fixed toward a vehicle seat's seat pan and the bracket via a fixing member, such that pressure caused at the time when the airbag is developed and expanded is extended into the bracket from the seat pan.
Catheter for dialysis, in particular for long-term use, having a proximal end for insertion into a blood vessel, having a middle wall extending along a longitudinal axis l and forming a midplane E w, wherein the middle wall separates an introduction lumen from a removal lumen, and wherein the removal lumen has at the proximal end a removal opening for the removal of blood, and the introduction lumen has at the proximal end an introduction opening for the introduction of purified blood, characterized in that the removal opening is located in a plane E 1 which intersects the midplane E w in a section line s 1 at an acute angle w 1, wherein the section line s 1 and the longitudinal axis 1 enclose an acute angle α, and that the introduction opening is located in a plane E 2 which intersects the midplane E w in a section line s 2 at an acute angle w 2, wherein the section line s 1 and the section line s 2 enclose an angle β which lies in the range from 60° to 120°.
A device for thawing and/or heating medical products such as bags of plasma or frozen blood or stem cells or the like, comprising a main tank for containing heating liquid, provided with heating means for heating the liquid contained herein, characterized by comprising - a plurality of secondary small tanks in fluid communication with said main tank, - for each secondary small tank, a pouch with floppy walls, inserted in the respective secondary small tank; said pouch being opened upwards for inserting a bag of medical product to be thawed, temperature sensors being arranged in said pouch, - for each said secondary small tank, an hydraulic circuit comprising a first segment of duct designed to put into fluid communication said main tank with the respective secondary small tank through pumping means, and a second segment for fall of the fluid from said secondary small tank to said main tank; said hydraulic circuit being designed to pump liquid from said main tank in said respective secondary small tank so that said liquid surrounds said pouch at least partially, generating a buoyancy force on the pouch making the floppy walls of the pouch adhere to the product contained inside it, - electronic control means for controlling said pumping means of each secondary small tank, designed to allow filling of each secondary small tank in a way independent of that of the other secondary small tanks. - a plurality of secondary small tanks in fluid communication with said main tank, - for each secondary small tank, a pouch with floppy walls, inserted in the respective secondary small tank; said pouch being opened upwards for inserting a bag of medical product to be thawed, temperature sensors being arranged in said pouch, - for each said secondary small tank, an hydraulic circuit comprising a first segment of duct designed to put into fluid communication said main tank with the respective secondary small tank through pumping means, and a second segment for fall of the fluid from said secondary small tank to said main tank; said hydraulic circuit being designed to pump liquid from said main tank in said respective secondary small tank so that said liquid surrounds said pouch at least partially, generating a buoyancy force on the pouch making the floppy walls of the pouch adhere to the product contained inside it, - electronic control means for controlling said pumping means of each secondary small tank, designed to allow filling of each secondary small tank in a way independent of that of the other secondary small tanks.
An audio communication system comprising a speaker device having at least one speaker, a first wireless communication unit and a first connector part, a dongle having control functionality, a second wireless communication unit, and a second connector part, the dongle being configured to operate in a first mode being an audio communication system pairing mode and in a second mode being an audio communication system operating mode, wherein the second connector part of the dongle, in the audio communication system pairing mode, is configured to interconnect with the first connector part to enable pairing of the dongle and the speaker device, wherein the second connector part of the dongle, in the audio communication system operating mode, is configured to physically connect to a third connector part of an external device, to provide wireless communication between the first wireless communication unit of the speaker device and the external device via the second wireless communication unit of the dongle. a speaker device having at least one speaker, a first wireless communication unit and a first connector part, a dongle having control functionality, a second wireless communication unit, and a second connector part, the dongle being configured to operate in a first mode being an audio communication system pairing mode and in a second mode being an audio communication system operating mode, wherein the second connector part of the dongle, in the audio communication system pairing mode, is configured to interconnect with the first connector part to enable pairing of the dongle and the speaker device, wherein the second connector part of the dongle, in the audio communication system operating mode, is configured to physically connect to a third connector part of an external device, to provide wireless communication between the first wireless communication unit of the speaker device and the external device via the second wireless communication unit of the dongle.
A method for rejuvenating a coated superalloy component, the coated superalloy component having undergone service at an elevated temperature, the method comprising controlled removal of at least a portion of a thickness of a diffusion aluminide coating from the coated superalloy component, the diffusion coating comprising an oxide layer, an additive layer between the oxide layer and a diffusion zone, the diffusion zone being between the additive layer and a superalloy substrate of the superalloy component, the controlled removal comprising the steps of: providing the coated superalloy component; and selectively removing the oxide layer and a portion of the additive layer by grit blasting to create an exposed portion, wherein the portion of the additive layer removed is 25% to 80% of the thickness of the additive layer; wherein grit blasting is done using a pressure of 207 kPa (30 psi) to 414 kPa (60 psi), using a grit media having 177 μm (80 grit) to 63 μm (220 grit) and a grit media comprising of aluminia (Al 2 O 3), silicium carbide (SiC) and combinations thereof; after the step of selectively removing, air blasting; the method further comprising: applying an aluminide coating to the exposed portion by a gel process; and diffusion heat treating at a preselected elevated temperature to form a rejuvenated protective aluminide coating on the superalloy component. providing the coated superalloy component; and selectively removing the oxide layer and a portion of the additive layer by grit blasting to create an exposed portion, wherein the portion of the additive layer removed is 25% to 80% of the thickness of the additive layer; wherein grit blasting is done using a pressure of 207 kPa (30 psi) to 414 kPa (60 psi), using a grit media having 177 μm (80 grit) to 63 μm (220 grit) and a grit media comprising of aluminia (Al 2 O 3), silicium carbide (SiC) and combinations thereof; the oxide layer and a portion of the additive layer by grit blasting to create an exposed portion, wherein the portion of the additive layer removed is 25% to 80% of the thickness of the additive layer; wherein grit blasting is done using a pressure of 207 kPa (30 psi) to 414 kPa (60 psi), using a grit media having 177 μm (80 grit) to 63 μm (220 grit) and a grit media comprising of aluminia (Al 2 O 3), silicium carbide (SiC) and combinations thereof; after the step of selectively removing, air blasting; the method further comprising: applying an aluminide coating to the exposed portion by a gel process; and diffusion heat treating at a preselected elevated temperature to form a rejuvenated protective aluminide coating on the superalloy component.
An assembly comprising a pump, provided with a horizontal cylindrical hydroaccumulator, and a bracket to fix the pump and the hydroaccumulator on a vertical wall, wherein the assembly comprising a rail with a base and holes for fastening to the vertical wall, and two pairs of guides, in pairs making up slots narrowing towards the bottom, to allocate top ends of two posts, each post being connected by means of stiffeners (6, 7) and a strut to an arched console, tangent to which there is at least one flange with a hole to fasten the installed pump and hydroaccumulator through elastic dampers.
A method of autonomous generation of shortest lateral path for Unmanned Aerial Systems, wherein a constant Turn Radius and a constant vertical path of a UAS platform is previously defined, the method comprising the steps of: a) receiving an initial scenario defined in cartographic coordinates, the initial scenario comprising a source point and a target point that define a vector representing an initial flight intention of the UAS platform and at least one No Flight Zone (86, 87, 88); b) estimating a computation time for obtaining the shortest lateral path that avoids the at least one NFZ, the required computation time being directly proportional to an overall number of vertices of the at least one NFZ and checking whether the estimated computation time is less than or equal to a required computation time previously provided; and, applying a vertex reduction algorithm to the at least one NFZ only when the estimated computation time is longer than the required computation time; c) determining a safety area surrounding each individual NFZ, wherein the safety area is defined by shifting the boundaries of the NFZ towards its outside by an offset distance; d) constructing a visibility graph that comprises all the possible lateral paths between the source point and the target point avoiding the safety areas, the possible lateral paths being all possible combinations of vectors connecting the vertices of the safety areas; and e) determining the shortest lateral path among all the possible lateral paths generated in step d). a) receiving an initial scenario defined in cartographic coordinates, the initial scenario comprising a source point and a target point that define a vector representing an initial flight intention of the UAS platform and at least one No Flight Zone (86, 87, 88); b) estimating a computation time for obtaining the shortest lateral path that avoids the at least one NFZ, the required computation time being directly proportional to an overall number of vertices of the at least one NFZ and checking whether the estimated computation time is less than or equal to a required computation time previously provided; and, applying a vertex reduction algorithm to the at least one NFZ only when the estimated computation time is longer than the required computation time; c) determining a safety area surrounding each individual NFZ, wherein the safety area is defined by shifting the boundaries of the NFZ towards its outside by an offset distance; d) constructing a visibility graph that comprises all the possible lateral paths between the source point and the target point avoiding the safety areas, the possible lateral paths being all possible combinations of vectors connecting the vertices of the safety areas; and e) determining the shortest lateral path among all the possible lateral paths generated in step d).
A radar filling level measuring device for transmitting and receiving circularly polarized waves having a wavelength λ, comprising a directional coupler having a first, a second, a third and a fourth terminal, a microwave generator, a receiving unit, an antenna having a first antenna feed and a second antenna feed, wherein: - the first terminal is coupled with the microwave generator, - the second terminal is coupled with the receiving unit, - the third terminal is coupled with the first antenna feed via a first antenna lead, and - the fourth terminal is coupled with the second antenna feed via a second antenna lead; wherein the microwave generator, the receiving unit, the directional coupler, the first and the second antenna feed, the first and the second antenna leads are arranged on a single printed circuit board; and wherein the circularly polarized waves generated by the radar filling level measuring device are received after reflection by the first and second antenna feeds and fed into the directional coupler where they eliminate each other at the first terminal and maximally amplify each other at the second terminal. - the first terminal is coupled with the microwave generator, - the second terminal is coupled with the receiving unit, - the third terminal is coupled with the first antenna feed via a first antenna lead, and - the fourth terminal is coupled with the second antenna feed via a second antenna lead; wherein the microwave generator, the receiving unit, the directional coupler, the first and the second antenna feed, the first and the second antenna leads are arranged on a single printed circuit board; and wherein the circularly polarized waves generated by the radar filling level measuring device are received after reflection by the first and second antenna feeds and fed into the directional coupler where they eliminate each other at the first terminal and maximally amplify each other at the second terminal.