mhurhangee/ep-ind-claims huggingface dataset:
A brace for supporting the forearm and for restricting movement of a shoulder joint, the brace comprising: - a trunk module attachable to a human body in the vicinity of the torso at the side of the body corresponding to the arm to be supported, wherein the trunk module includes a strap for attaching the brace to the body; and at least one first part of a locking mechanism; a forearm module pivotable relative to the trunk module adapted to support the forearm in a plurality of positions relative to the upper arm, the forearm module further including at least one second part of a locking mechanism for engaging and disengaging with said first part of the locking mechanism; and - a posterior upper arm support attached to the brace in a fixed position to prevent movement of the upper arm and shoulder, characterized by - a pivoting system between the forearm module and the trunk module; wherein in a first orientation the at least one first part of the locking mechanism is engaged with the at least one second part of the locking mechanism such that the forearm module is positioned at a first position relative to the upper arm; and wherein in a second orientation the at least one first part of the locking mechanism is disengaged from the at least one second part of the locking mechanism such that the forearm module pivots relative to the trunk module and wherein the forearm module is positioned at a second position relative to the upper arm where the elbow can move as the brace is moved from the first to second position. - a trunk module attachable to a human body in the vicinity of the torso at the side of the body corresponding to the arm to be supported, wherein the trunk module includes a strap for attaching the brace to the body; and at least one first part of a locking mechanism; a forearm module pivotable relative to the trunk module adapted to support the forearm in a plurality of positions relative to the upper arm, the forearm module further including at least one second part of a locking mechanism for engaging and disengaging with said first part of the locking mechanism; and - a posterior upper arm support attached to the brace in a fixed position to prevent movement of the upper arm and shoulder, characterized by - a pivoting system between the forearm module and the trunk module; wherein in a first orientation the at least one first part of the locking mechanism is engaged with the at least one second part of the locking mechanism such that the forearm module is positioned at a first position relative to the upper arm; and wherein in a second orientation the at least one first part of the locking mechanism is disengaged from the at least one second part of the locking mechanism such that the forearm module pivots relative to the trunk module and wherein the forearm module is positioned at a second position relative to the upper arm where the elbow can move as the brace is moved from the first to second position.
Vehicle drive system comprising an internal combustion engine for driving a vehicle, wherein the internal combustion engine comprises a combustion chamber with injectors for injecting diesel into the combustion chamber, a supply line for delivering a gas mixture to the combustion chamber, an electrolysis chamber for producing hydrogen gas and oxygen gas, and a vacuum pump for sucking the hydrogen gas and the oxygen gas from the electrolysis chamber, characterised in that a gasification tank with volatile organic compounds received therein, in particular methanol or ethanol, is provided, an air pump for pumping air into the gasification tank is provided and the gas mixture comprises gasified organic compounds from the gasification tank and at least a part of the hydrogen gas and the oxygen gas.
A method for operating an electronic device comprising: receiving a message for requesting to perform an operation; and performing the requested operation in a secure environment of the electronic device based on a security level of the requested operation, wherein performing the requested operation in a secure environment of the electronic device comprises: determining whether a condition is met, and performing the requested operation in the secure environment of the electronic device only if the condition is met, wherein the condition comprises verification of information, the information being for booting the electronic device, the information is a type of data comprising a content and structure of a storage unit of the electronic device, the information is verified using a hash value generated at boot up compared to a secure stored hash value. receiving a message for requesting to perform an operation; and performing the requested operation in a secure environment of the electronic device based on a security level of the requested operation, wherein performing the requested operation in a secure environment of the electronic device comprises: determining whether a condition is met, and performing the requested operation in the secure environment of the electronic device only if the condition is met, wherein the condition comprises verification of information, the information being for booting the electronic device, the information is a type of data comprising a content and structure of a storage unit of the electronic device, the information is verified using a hash value generated at boot up compared to a secure stored hash value. determining whether a condition is met, and performing the requested operation in the secure environment of the electronic device only if the condition is met, wherein the condition comprises verification of information, the information being for booting the electronic device, the information is a type of data comprising a content and structure of a storage unit of the electronic device, the information is verified using a hash value generated at boot up compared to a secure stored hash value.
A method for microfabrication of a capacitive micromachined ultrasonic transducer (CMUT) containing at least one CMUT cell comprising the steps - preparation of a substrate by • preparing a first electrode layer on a Substrate, preferably by doping of the surface of said substrate, • and forming cavity walls on said first electrode layer by depositing a thermal oxide of silicon oxide and then etching a cavity wall material, - preparation of a membrane by • preparing or obtaining of diamond layer coated on a membrane base wafer • and forming and polishing an intermediate layer with high temperature oxide of silicon dioxide which is deposited on the diamond layer using SiH 2 Cl 2 and N 2 O with SiH 2 Cl 2 to N 2 O specific flow rate ratio of equal to 1.2; - assembling the membrane on the substrate such that the intermediate layer is facing cavities, by plasma-activated direct wafer bonding between the intermediate layer and the cavity walls; - removing the membrane base wafer of the diamond layer; - and forming at least one first electrode connection; wherein said intermediate layer is of a material with high chemical affinity towards the cavity wall material, the surface roughness of said intermediate layer is decreased by polishing to below 0.5 nm, and the thickness of said intermediate layer after polishing is determined such that the behavior of the membrane is determined by the diamond layer. - preparation of a substrate by • preparing a first electrode layer on a Substrate, preferably by doping of the surface of said substrate, • and forming cavity walls on said first electrode layer by depositing a thermal oxide of silicon oxide and then etching a cavity wall material, • preparing a first electrode layer on a Substrate, preferably by doping of the surface of said substrate, • and forming cavity walls on said first electrode layer by depositing a thermal oxide of silicon oxide and then etching a cavity wall material, - preparation of a membrane by • preparing or obtaining of diamond layer coated on a membrane base wafer • and forming and polishing an intermediate layer with high temperature oxide of silicon dioxide which is deposited on the diamond layer using SiH 2 Cl 2 and N 2 O with SiH 2 Cl 2 to N 2 O specific flow rate ratio of equal to 1.2; • preparing or obtaining of diamond layer coated on a membrane base wafer • and forming and polishing an intermediate layer with high temperature oxide of silicon dioxide which is deposited on the diamond layer using SiH 2 Cl 2 and N 2 O with SiH 2 Cl 2 to N 2 O specific flow rate ratio of equal to 1.2; - assembling the membrane on the substrate such that the intermediate layer is facing cavities, by plasma-activated direct wafer bonding between the intermediate layer and the cavity walls; - removing the membrane base wafer of the diamond layer; - and forming at least one first electrode connection;
Device for ducts sealing composed by a multilayer bag containing an inner bag, containing a reacting system apt to release gases able to inflate the multilayer bag, said reacting system consisting of a solid reagent and of a liquid reagent contained in a collapsible bag - characterized in that the collapsible bag 4 is provided on one of its sides with a weaker welding, so that the collapsible bag breaks near said weaker welding when subjected to finger pressure by an operator, in that the solid reagent is forced in a stable and fixed position near the weak welding of the collapsible bag by applying vacuum inside the multilayer bag and in that said inner bag has a partial welding that circumscribes an area of the bag where the reaction between said solid reagent and said liquid reagent takes places. - characterized in that the collapsible bag 4 is provided on one of its sides with a weaker welding, so that the collapsible bag breaks near said weaker welding when subjected to finger pressure by an operator, in that the solid reagent is forced in a stable and fixed position near the weak welding of the collapsible bag by applying vacuum inside the multilayer bag and in that said inner bag has a partial welding that circumscribes an area of the bag where the reaction between said solid reagent and said liquid reagent takes places.
A method of treating a silicon carbide substrate for improved epitaxial deposition thereon and for use as a precursor in the manufacture of devices, the method comprising: forming a capping layer of silicon dioxide on a first surface of a conductive silicon carbide wafer having a first conductivity type, wherein the capping layer is formed to a thickness of 50 nm; implanting dopant atoms of the same conductivity type as the silicon carbide wafer into and through the capping layer and the first surface of the silicon carbide wafer in a first dose with a dopant concentration of between 4E12 cm -2 and 1E15cm -2 at an implant energy of 25 keV and a second dose with a dopant concentration of between 7E12cm -2 and 1.8E15cm -2 at an implant energy of 50keV to form a dopant profile; annealing the implanted wafer; removing the capping layer; and growing an epitaxial layer on the implanted first surface of the silicon carbide substrate wafer. forming a capping layer of silicon dioxide on a first surface of a conductive silicon carbide wafer having a first conductivity type, wherein the capping layer is formed to a thickness of 50 nm; implanting dopant atoms of the same conductivity type as the silicon carbide wafer into and through the capping layer and the first surface of the silicon carbide wafer in a first dose with a dopant concentration of between 4E12 cm -2 and 1E15cm -2 at an implant energy of 25 keV and a second dose with a dopant concentration of between 7E12cm -2 and 1.8E15cm -2 at an implant energy of 50keV to form a dopant profile; annealing the implanted wafer; removing the capping layer; and growing an epitaxial layer on the implanted first surface of the silicon carbide substrate wafer.
A marine exhaust gas denitration device for an exhaust gas passage of a marine diesel engine and comprising a reaction container that receives exhaust gas discharged from the marine diesel engine, the reaction container containing catalyst elements, the reaction container being shaped like a cylinder, the reaction container including a columnar hollow part that faces a body part of the reaction container and is formed about an eccentric axis (Oe) located at a predetermined distance from a container axis, a bulkhead shaped like a partial polygonal cylinder that substantially circumscribe the hollow part, and a reaction chamber that is separated from the hollow part via the bulkhead and is formed in an axial direction of the reaction container, the reaction chamber including a unit group containing a plurality of assembled catalyst units (30A to 30C), the catalyst units (30A to 30C) being shaped at least like a square, a rectangle, and a trapezoid in cross section, the catalyst units (30A to 30C) containing the catalyst elements, the unit group having an outer periphery that includes one of an outer surface of a polygonal column substantially inscribed in the body part of the reaction container and a partial outer surface of the polygonal column, the outer periphery including surfaces forming sides of the catalyst units (30A and 30B) that are square and rectangular in cross section and surfaces being inclined at a predetermined angle with respect to the surfaces forming the sides of the catalyst units (30A and 30B) that are square and rectangular in cross section, and forming oblique sides of the catalyst units that are trapezoidal in cross section, the body part of the reaction container having a plurality of exhaust gas inlet ports that introduce exhaust gas discharged from the marine diesel engine into the hollow part facing the body part, the hollow part having an exhaust receiver tank formed at a center, the hollow part having a vaporizing chamber on one end and a communicating part on another end, the vaporizing chamber communicating with the exhaust receiver tank, the communicating part connecting the exhaust receiver tank and the reaction chamber, and the reaction container including an end plate that faces the vaporizing chamber, the end plate having a spray nozzle so as to spray a reducing agent in a conical shape.
A communication control method using a user equipment configured to be registered with a first mobile network by using a first subscriber identity module, SIM, and to be registered with a second mobile network by using a second SIM, the communication control method comprising: identifying, by the user equipment, based on a temporary mobile subscriber identity of the user equipment in the first mobile network, a first paging reception occasion for the user equipment to receive a paging message from the first mobile network; determining, by the user equipment, whether there is paging occasion collision between the first paging reception occasion and a second paging reception occasion, the second paging reception occasion being for the user equipment to receive a paging message from the second mobile network; in response to the determining, transmitting to a core network apparatus of the first mobile network, by the user equipment, a request for modifying the first paging reception occasion; and receiving of an offset provided for the temporary mobile subscriber identity from the core network apparatus. identifying, by the user equipment, based on a temporary mobile subscriber identity of the user equipment in the first mobile network, a first paging reception occasion for the user equipment to receive a paging message from the first mobile network; determining, by the user equipment, whether there is paging occasion collision between the first paging reception occasion and a second paging reception occasion, the second paging reception occasion being for the user equipment to receive a paging message from the second mobile network; in response to the determining, transmitting to a core network apparatus of the first mobile network, by the user equipment, a request for modifying the first paging reception occasion; and receiving of an offset provided for the temporary mobile subscriber identity from the core network apparatus.
Combustion unit for a biomass heating system for the combustion of fuel in the form of pellets and/or chips, said biomass heating system possessing: a boiler with a combustion unit, a heat exchanger with a plurality of boiler tubes, wherein said combustion unit possesses the following: a combustion chamber with a primary combustion zone, with a secondary combustion zone and a revolving grate; wherein the primary combustion zone is encompassed from below by the revolving grate; wherein the secondary combustion zone of the combustion chamber is fluidically connected to an inlet of the heat exchanger; characterised in that the primary combustion zone is encompassed laterally by a plurality of combustion chamber bricks and that said primary combustion zone possesses an oval horizontal cross section. a boiler with a combustion unit, a heat exchanger with a plurality of boiler tubes, a combustion chamber with a primary combustion zone, with a secondary combustion zone and a revolving grate; wherein the primary combustion zone is encompassed from below by the revolving grate; wherein the secondary combustion zone of the combustion chamber is fluidically connected to an inlet of the heat exchanger; characterised in that the primary combustion zone is encompassed laterally by a plurality of combustion chamber bricks and that said primary combustion zone possesses an oval horizontal cross section.
A method for dosing washing agents using a mobile dosing device in washing machines, comprising the steps of: - receiving control information, wherein the control information is dependent on information relating to a washing machine; - determining the progress of a washing process; - dosing washing agent depending on the received control information and the determined progress of the washing process; - wherein the information relating to the washing machine can be manually entered via a user interface, and wherein the information relating to a washing machine is device-specific information, preferably information that clearly defines the washing machine, selected from a serial number, a product number, a type number, a model number, a service number, a rack number, a trademark, a series, a construction type of the washing machine. - receiving control information, wherein the control information is dependent on information relating to a washing machine; - determining the progress of a washing process; - dosing washing agent depending on the received control information and the determined progress of the washing process; - wherein the information relating to the washing machine can be manually entered via a user interface, and wherein the information relating to a washing machine is device-specific information, preferably information that clearly defines the washing machine, selected from a serial number, a product number, a type number, a model number, a service number, a rack number, a trademark, a series, a construction type of the washing machine.
Apparatus for ascertaining the position of a first mechanical element and a second mechanical element with respect to one another, comprising a first measuring unit for positioning on the first mechanical element, a second measuring unit for positioning on the second mechanical element, and an evaluation unit, wherein the first measuring unit comprises means for producing at least one light beam (28, 30), a scattering surface for scattering light (WV, PV) that strikes the scattering surface and a camera for recording images of the scattering surface, the latter being imaged on the camera, wherein the camera comprises an optical unit to image the scattering surface on a camera sensor, wherein the second measuring unit comprises a reflector arrangement that, in order to reflect the light beam (28', 28") onto the scattering surface, faces the first measuring unit when the measuring units are positioned on the respective mechanical elements, wherein the camera is directed on the side of the scattering surface facing the reflector arrangement, and wherein the evaluation unit is embodied to ascertain the point of incidence of the light beam reflected at the reflector arrangement on the scattering surface from the image data supplied by the camera and ascertain the position of the first mechanical element and of the second mechanical element with respect to one another therefrom.
Foundation system for aligning and fastening a rod- or post-like object in the ground, comprising a thin-walled sleeve-like receiving part which is to be screwed into the ground and which, in the fastened state, receives an end region of the rod- or post-like object and surrounds its periphery at a distance at least in certain sections, and comprising a screwing-in tool having an axis of rotation, which screwing-in tool comprises a dimensionally stable fitting core which can be inserted into the receiving part in order to screw in the latter and then bears against and supports the inner contour of the receiving part, and which screwing-in tool, by being adapted in a form-fitting manner in certain regions for the purpose of installation, transmits the forces and/or torques required for installation to the receiving part with a force path which is short relative to the length of said receiving part, characterized in that the fitting core is formed from a plurality of webs which extend radially away from the axis of the screwing-in tool in a star shape over a length corresponding substantially to the length of the receiving part and which are adapted in their outer contour over their length substantially to the inner contour of the receiving part in such a way that, when inserted therein, they bear substantially frictionally and/or in a form-fitting manner against the inner contour.
A method of printing a modified product code, comprising: providing a printer, wherein the printer is a continuous ink jet printer, a drop on demand ink jet printer, a thermal ink jet printer or a thermal transfer printer; providing a substrate; determining an initial product code, wherein the initial product code comprises a plurality of unmodified characters from a set of unmodified characters; determining a modified product code (20; 30), wherein the modified product code comprises at least some of the plurality of unmodified characters from the initial product code and at least one modified character (22; 34; 36) that is different from a corresponding one (14; 26) of the plurality of unmodified characters of the initial product code and is a function at least in part of the initial product code, the method further comprising using an algorithm to select the characteristics of the modified character, wherein the algorithm is a function at least in part of the characters of the initial product code, and wherein the algorithm uses information on acceptable characteristics of the modified character; and controlling the printer to print the modified product code on the substrate. providing a printer, wherein the printer is a continuous ink jet printer, a drop on demand ink jet printer, a thermal ink jet printer or a thermal transfer printer; providing a substrate; determining an initial product code, wherein the initial product code comprises a plurality of unmodified characters from a set of unmodified characters; determining a modified product code (20; 30), wherein the modified product code comprises at least some of the plurality of unmodified characters from the initial product code and at least one modified character (22; 34; 36) that is different from a corresponding one (14; 26) of the plurality of unmodified characters of the initial product code and is a function at least in part of the initial product code, the method further comprising using an algorithm to select the characteristics of the modified character, wherein the algorithm is a function at least in part of the characters of the initial product code, and wherein the algorithm uses information on acceptable characteristics of the modified character; and controlling the printer to print the modified product code on the substrate.