mhurhangee/patent-ind-claim-en huggingface dataset:
A method for altering one or more properties of a dielectric fluid for use in an electrohydrodynamic, EHD, thermal management system , the system comprising a radiating source, at least one EHD pump unit comprising at least two electrodes for pumping the dielectric fluid and at least one enclosure for accommodating the fluid within the system, the method comprising: exposing the dielectric fluid to an ionizing irradiation from the radiating source, wherein the ionizing irratiation is configured to ionize the dielectric fluid; and operating the pump unit to circulate the exposed fluid in the enclosure; wherein the dielectric fluid is exposed to the ionizing irradiation from the radiating source in at least one of: a part of said enclosure, wherein a wall portion of the enclosure is exposed to said ionizing irradiation, a location separated from said EHD thermal management system, from which the fluid is added to said EHD thermal management system after exposure, and within said enclosure, wherein the dielectric fluid is exposed to the ionizing irradiation by a substance located within said enclosure. exposing the dielectric fluid to an ionizing irradiation from the radiating source, wherein the ionizing irratiation is configured to ionize the dielectric fluid; and operating the pump unit to circulate the exposed fluid in the enclosure; wherein the dielectric fluid is exposed to the ionizing irradiation from the radiating source in at least one of: a part of said enclosure, wherein a wall portion of the enclosure is exposed to said ionizing irradiation, a location separated from said EHD thermal management system, from which the fluid is added to said EHD thermal management system after exposure, and within said enclosure, wherein the dielectric fluid is exposed to the ionizing irradiation by a substance located within said enclosure. a part of said enclosure, wherein a wall portion of the enclosure is exposed to said ionizing irradiation, a location separated from said EHD thermal management system, from which the fluid is added to said EHD thermal management system after exposure, and within said enclosure, wherein the dielectric fluid is exposed to the ionizing irradiation by a substance located within said enclosure.
A method of automated modification of computer program code for a manufacturing machine for an article of clothing, comprising: responsive to receiving a message parsing the received message into a first part comprising an identification of an item of clothing, and, a second part comprising at least one modification identifier representing a modification to be made to the item, wherein the modification identifier comprises a part identifier and a definition identifier , wherein the part identifier defines the part of the item to which the modification is to be made and the definition identifier defines the modification to be made to the part of the item; providing a template database to store templates of computer program code with a mapping between item identifiers and the stored templates, wherein each of the item identifiers is mapped to at least one of the stored templates, thereby associating each stored template with an item; and retrieving from the template database a template comprising the item in dependence on the first part; and parsing the second part to separate the part identifier and the definition identifier and providing an output of a value associated with the modification in dependence on the second part; adjusting the retrieved template associated with the item by modifying the output template with the value associated with the modification, wherein the modifying step comprises modifying a part of a computer program code for controlling a machine to manufacture the item. responsive to receiving a message parsing the received message into a first part comprising an identification of an item of clothing, and, a second part comprising at least one modification identifier representing a modification to be made to the item, wherein the modification identifier comprises a part identifier and a definition identifier , wherein the part identifier defines the part of the item to which the modification is to be made and the definition identifier defines the modification to be made to the part of the item; providing a template database to store templates of computer program code with a mapping between item identifiers and the stored templates, wherein each of the item identifiers is mapped to at least one of the stored templates, thereby associating each stored template with an item; and retrieving from the template database a template comprising the item in dependence on the first part; and parsing the second part to separate the part identifier and the definition identifier and providing an output of a value associated with the modification in dependence on the second part; adjusting the retrieved template associated with the item by modifying the output template with the value associated with the modification, wherein the modifying step comprises modifying a part of a computer program code for controlling a machine to manufacture the item.
A method for sending an end marker, characterized by comprising: receiving , by a source access node providing a service to a UE before the UE is handed over, AN, through a source next-generation3, NG3, path between the source AN and a core-network user-plane device, a first end marker from the core-network user-plane device, wherein the first end marker is used to indicate that sending downlink data of user equipment, UE, on the source NG3 path is completed; generating , by the source AN, N second end marker(s) based on the first end marker, wherein N is the number of source data radio bearer(s), DRB(s), corresponding to the source NG3 path; and sending , by the source AN, the N second end marker(s) to a target AN providing a service to the UE after the UE is handed over, through a forwarding path corresponding to the source NG3 path, wherein the forwarding path is used by the source AN to forward, to the target AN, data of the UE received through the source NG3 path. receiving , by a source access node providing a service to a UE before the UE is handed over, AN, through a source next-generation3, NG3, path between the source AN and a core-network user-plane device, a first end marker from the core-network user-plane device, wherein the first end marker is used to indicate that sending downlink data of user equipment, UE, on the source NG3 path is completed; generating , by the source AN, N second end marker(s) based on the first end marker, wherein N is the number of source data radio bearer(s), DRB(s), corresponding to the source NG3 path; and sending , by the source AN, the N second end marker(s) to a target AN providing a service to the UE after the UE is handed over, through a forwarding path corresponding to the source NG3 path, wherein the forwarding path is used by the source AN to forward, to the target AN, data of the UE received through the source NG3 path.
A grate bar front section to be mounted to a grate bar rear section , to thereby form a grate bar for example for a waste incineration plant, wherein the grate bar front section has an upper surface , a lower surface , a front surface , two narrow side surfaces, a rear surface , and a grate bar longitudinal axis extending parallel to the upper surface through the front surface and the rear surface , wherein a recess extends from the lower surface towards the upper surface , wherein - the grate bar front section has a refractory mineral material, - the recess has at least one contact surface to transmit a force acting in the direction of the rear surface and/or the front surface into the grate bar front section , and - at least one channel with a channel longitudinal axis connects the rear surface and/or the front surface with the recess , wherein the channel is configured to receive a bolt or another connecting element to brace the grate bar front section with a rear section or a front plate , wherein the contact surface is configured to be an abutment for tensioning the connecting element . - the grate bar front section has a refractory mineral material, - the recess has at least one contact surface to transmit a force acting in the direction of the rear surface and/or the front surface into the grate bar front section , and - at least one channel with a channel longitudinal axis connects the rear surface and/or the front surface with the recess , wherein the channel is configured to receive a bolt or another connecting element to brace the grate bar front section with a rear section or a front plate , wherein the contact surface is configured to be an abutment for tensioning the connecting element .
A P-type skutterudite thermoelectric material represented by the following Chemical Formula 1: [Chemical Formula 1] M x Fe 4-y Co y Sb 12-z H z wherein, in Chemical Formula 1, M is two or more kinds of elements selected from the group consisting of Ce, La, Sm, Nd, Yb, In, and Ba, H is one or more kinds of elements selected from the group consisting of Sn, Ge, Se, and Te, 0 < x ≤1, 0 < y ≤ 1.5, and 0 < z ≤0.2. M is two or more kinds of elements selected from the group consisting of Ce, La, Sm, Nd, Yb, In, and Ba, H is one or more kinds of elements selected from the group consisting of Sn, Ge, Se, and Te, 0 < x ≤1, 0 < y ≤ 1.5, and 0 < z ≤0.2.
An apparatus for the automated handling of workpieces, comprising an object recognition device (30, 42 for detecting the workpieces; and a gripper arranged at a gripping arm for picking the workpieces; and a control for evaluating the data of the object recognition device, for track planning and for controlling the gripping arm and the gripper; and comprising a compensation unit which allows an evasion movement of the gripper, wherein the compensation unit only allows an evasion movement of the gripper on the exceeding of a predefined first load of the gripping arm and remains rigid below the first load, wherein the first load is larger than a load exerted on the gripping arm solely by the gripper and/or the picked workpiece, and wherein the compensation unit has a sensor arrangement which recognizes an evasion movement occurring due to a collision, characterized in that , on the detection of a collision, a predefined travel path of the gripping arm is advantageously still permitted. comprising an object recognition device (30, 42 for detecting the workpieces; and a gripper arranged at a gripping arm for picking the workpieces; and a control for evaluating the data of the object recognition device, for track planning and for controlling the gripping arm and the gripper; and comprising a compensation unit which allows an evasion movement of the gripper, wherein the compensation unit only allows an evasion movement of the gripper on the exceeding of a predefined first load of the gripping arm and remains rigid below the first load, wherein the first load is larger than a load exerted on the gripping arm solely by the gripper and/or the picked workpiece, and wherein the compensation unit has a sensor arrangement which recognizes an evasion movement occurring due to a collision, characterized in that , on the detection of a collision, a predefined travel path of the gripping arm is advantageously still permitted.
A curable isocyanate-free formulation for preparing a polyurethane self-blowing foam comprising at least one multifunctional cyclic carbonate having at least two cyclic carbonate groups at the end of the chain (compound A), at least one multifunctional amine (compound B), at least one multifunctional thiol (compound C) and at least one catalyst (compound D).
A waveform generator configured to: generate a digital representation of a waveform and apply the digital representation of the waveform to a digital interface of a radio system ; and mark the digital representation of the waveform with respect to a frame of digital data with a marker; wherein the shape of the waveform allows for accurate delay measurement. generate a digital representation of a waveform and apply the digital representation of the waveform to a digital interface of a radio system ; and mark the digital representation of the waveform with respect to a frame of digital data with a marker;
A surgical fastener comprising: an upper toothed leg and a lower toothed leg , the upper toothed leg and the lower toothed leg each defining at least one tooth having a proximal face and a distal face and defining a receptacle, wherein a hole is formed in each of the proximal and distal faces; a securing member receivable through the holes of the at least one tooth of the upper toothed leg and the lower toothed leg when all of the holes are in longitudinal alignment; and a fluid material (M) disposed in the receptacle of the at least one tooth of the upper toothed leg and the lower toothed leg, characterized in that each of the teeth are hollow and contain the fluid material such that passage of the securing member through the holes of the teeth releases the fluid material into the space between the upper and lower toothed legs. an upper toothed leg and a lower toothed leg , the upper toothed leg and the lower toothed leg each defining at least one tooth having a proximal face and a distal face and defining a receptacle, wherein a hole is formed in each of the proximal and distal faces; a securing member receivable through the holes of the at least one tooth of the upper toothed leg and the lower toothed leg when all of the holes are in longitudinal alignment; and a fluid material (M) disposed in the receptacle of the at least one tooth of the upper toothed leg and the lower toothed leg, characterized in that each of the teeth are hollow and contain the fluid material such that passage of the securing member through the holes of the teeth releases the fluid material into the space between the upper and lower toothed legs.
A system comprising an externally heated aerosol generation device and a cigarette , wherein the cigarette is capable of generating an aerosol from an aerosol generating substrate included in a medium portion through external heating, and wherein the cigarette comprises: - a medium portion wrapper that is wrapped around the medium portion; and - a final wrapper that is collectively wrapped around the medium portion wrapped by the medium portion wrapper and cigarette elements other than the medium portion, wherein the medium portion wrapper and the final wrapper comprise a thermal conductivity enhancement material coating or an internally added thermal conductivity enhancement material. wherein the cigarette is capable of generating an aerosol from an aerosol generating substrate included in a medium portion through external heating, and wherein the cigarette comprises: - a medium portion wrapper that is wrapped around the medium portion; and - a final wrapper that is collectively wrapped around the medium portion wrapped by the medium portion wrapper and cigarette elements other than the medium portion, - a medium portion wrapper that is wrapped around the medium portion; and - a final wrapper that is collectively wrapped around the medium portion wrapped by the medium portion wrapper and cigarette elements other than the medium portion, wherein the medium portion wrapper and the final wrapper comprise a thermal conductivity enhancement material coating or an internally added thermal conductivity enhancement material.
A system for detecting a possibility of boiling over and preventing said boiling over, the system comprising a vessel having a lid , the lid being characterised in that it is configured: • to receive information on an initial level of a vessel content and a current level of the vessel content; and • based on a difference between the initial level and the current level as well as the time of a creation of said difference: ∘ to instruct, by means of a controller , a height actuator of the lid to extend said lid vertically, in order to extend the height of said vessel ; and ∘ to instruct, by means of a controller , an aperture actuator to create an aperture in a top of the lid in order to facilitate exchange of heat. • to receive information on an initial level of a vessel content and a current level of the vessel content; and • based on a difference between the initial level and the current level as well as the time of a creation of said difference: ∘ to instruct, by means of a controller , a height actuator of the lid to extend said lid vertically, in order to extend the height of said vessel ; and ∘ to instruct, by means of a controller , an aperture actuator to create an aperture in a top of the lid in order to facilitate exchange of heat. ∘ to instruct, by means of a controller , a height actuator of the lid to extend said lid vertically, in order to extend the height of said vessel ; and ∘ to instruct, by means of a controller , an aperture actuator to create an aperture in a top of the lid in order to facilitate exchange of heat.
A dispensing system , comprising: a cartridge having a head part and a cartridge wall which define a reception chamber configured to retain a medium to be dispensed, the head part including a surface and an outlet in the surface , the outlet configured to enable the material to be dispensed therethrough, the cartridge wall configured to be collapsible; and a piston configured to collapse the cartridge and dispense the medium, the piston including a rigid portion having a first diameter (D 3 ), a first end and a second end , the first end configured to be disposed in a material dispensing direction (DD), and a flexible portion having a second diameter (D 4 ) less than the first diameter (D 3 ), a first end disposed in the material dispensing direction (DD) and the second end disposed in an opposite direction, the flexible portion being disposed on the first end of the rigid portion such that the second end of the flexible portion is disposed to face the first end of the rigid portion , and the flexible portion configured to radially expand upon a force being applied to the piston in the material dispensing direction (DD) such that the first end of the flexible portion contacts the surface of the head part . a cartridge having a head part and a cartridge wall which define a reception chamber configured to retain a medium to be dispensed, the head part including a surface and an outlet in the surface , the outlet configured to enable the material to be dispensed therethrough, the cartridge wall configured to be collapsible; and a piston configured to collapse the cartridge and dispense the medium, the piston including a rigid portion having a first diameter (D 3 ), a first end and a second end , the first end configured to be disposed in a material dispensing direction (DD), and a flexible portion having a second diameter (D 4 ) less than the first diameter (D 3 ), a first end disposed in the material dispensing direction (DD) and the second end disposed in an opposite direction, the flexible portion being disposed on the first end of the rigid portion such that the second end of the flexible portion is disposed to face the first end of the rigid portion , and the flexible portion configured to radially expand upon a force being applied to the piston in the material dispensing direction (DD) such that the first end of the flexible portion contacts the surface of the head part .
Anti-roll stabilizer device for boats comprising: - a container adapted to be mounted on a suspension so as to be able to oscillate around a first axis (X);- a mass rotatably supported inside said container so as to form a rotor which rotates around a second axis (Y), transverse to the first axis (X); - a rotor cooling system by cooling fluid, characterized by that the cooling system includes: - a hollow shaft being stationary with respect to the container around which said rotor rotates by means of rolling bearings , said hollow shaft being housed in a cylindrical cavity formed in the rotor , said cylindrical cavity and said hollow shaft being arranged along said second axis (Y); - a first and a second cooling chamber sealed with respect to the container of the rotor and towards the outside, arranged at the ends of the hollow shaft and communicating through the hollow shaft , the first chamber having an inlet and the second chamber an outlet , said inlet and said outlet being connected to a forced circulation circuit of the cooling fluid, so that the cooling fluid can circulate from the first chamber to the second chamber through the hollow shaft , and from the second chamber to the first chamber through the circulation circuit. - a container adapted to be mounted on a suspension so as to be able to oscillate around a first axis (X);- a mass rotatably supported inside said container so as to form a rotor which rotates around a second axis (Y), transverse to the first axis (X); - a rotor cooling system by cooling fluid, - a hollow shaft being stationary with respect to the container around which said rotor rotates by means of rolling bearings , said hollow shaft being housed in a cylindrical cavity formed in the rotor , said cylindrical cavity and said hollow shaft being arranged along said second axis (Y); - a first and a second cooling chamber sealed with respect to the container of the rotor and towards the outside, arranged at the ends of the hollow shaft and communicating through the hollow shaft , the first chamber having an inlet and the second chamber an outlet , said inlet and said outlet being connected to a forced circulation circuit of the cooling fluid, so that the cooling fluid can circulate from the first chamber to the second chamber through the hollow shaft , and from the second chamber to the first chamber through the circulation circuit.
A vessel comprising a system for reducing drag of the vessel, the vessel comprising a hull having a portion below waterline , wherein the hull comprises at least one opening in the portion below waterline, the system comprising at least one water outlet arranged at the at least one opening and means for feeding water to the at least one water outlet, said means for feeding water comprising a water inlet arrangeable at a bow of the vessel, characterised in that the at least one water outlet is a nozzle arranged essentially at a junction between an outer surface of the hull of the vessel and the opening or at chamfer of the at least one opening.
Quick change assembly for a coil winding machine, comprising: - an engaging body intended to be fixed to a spindle of the winding machine, - a pin engageable in said body along an axis (A-A) of engagement, - the pin being able to support a tool for use in the winding machine; characterised in that - the pin is engageable in the body without a resilient opposition in the direction of said axis (A-A) of engagement, - wherein the assembly also comprises a slider slidable inside a respective seat of the body , in a direction (B-B) perpendicular to the axial direction (A-A) of engagement of the pin, - wherein said slider is formed so as to engage with the pin when the pin reaches a position of full engagement inside the body , and the slider is displaceable manually between a position engaged with the pin and a position disengaged from said pin, and the engagement of the slider is such as to axially retain the pin inside said body . - an engaging body intended to be fixed to a spindle of the winding machine, - a pin engageable in said body along an axis (A-A) of engagement, - the pin being able to support a tool for use in the winding machine; - the pin is engageable in the body without a resilient opposition in the direction of said axis (A-A) of engagement, - wherein the assembly also comprises a slider slidable inside a respective seat of the body , in a direction (B-B) perpendicular to the axial direction (A-A) of engagement of the pin, - wherein said slider is formed so as to engage with the pin when the pin reaches a position of full engagement inside the body , and the slider is displaceable manually between a position engaged with the pin and a position disengaged from said pin, and the engagement of the slider is such as to axially retain the pin inside said body .