mhurhangee/patent-ind-claim-en huggingface dataset:
A portable oven , suitably a wood-fired oven, comprising: a housing; a cooking surface arranged within the housing; wherein the housing comprises a skirt extending below the cooking surface such as to raise the cooking surface from the bottom edge of the oven , and wherein the skirt delineates the side walls of a cavity extending beneath the cooking surface and is operable to restrict fluid communication between the external atmosphere and the cavity arranged underneath the cooking surface, wherein the housing further comprises a base for supporting the cooking surface and a cover extending over the cooking surface such as to form a partially enclosed cooking chamber with the cooking surface , characterised in that , the skirt comprises at least two substantially opposed cut-away portions on opposite sides of the cooking surface operable to be used as handles, and wherein the skirt comprises an inner skirt attached to the base and an outer skirt attached to the cover . a housing; a cooking surface arranged within the housing; wherein the housing further comprises a base for supporting the cooking surface and a cover extending over the cooking surface such as to form a partially enclosed cooking chamber with the cooking surface , characterised in that , the skirt comprises at least two substantially opposed cut-away portions on opposite sides of the cooking surface operable to be used as handles, and wherein the skirt comprises an inner skirt attached to the base and an outer skirt attached to the cover .
A method for creating a pliable thermal insulating material comprising the steps of: providing a high-temperature oxide-based fabric comprising alumina, having first and second sides; providing an oxidation-resistant coating consisting of colloidal alumina solution, alumina powder and a compatible emittance agent; coating the first and second sides of the base fabric with the oxidation-resistant coating; and drying the fabric, wherein the thermal insulating material is reusable after exposure to temperatures of up to 2800 °F (1538 °C). providing a high-temperature oxide-based fabric comprising alumina, having first and second sides; providing an oxidation-resistant coating consisting of colloidal alumina solution, alumina powder and a compatible emittance agent; coating the first and second sides of the base fabric with the oxidation-resistant coating; and drying the fabric, wherein the thermal insulating material is reusable after exposure to temperatures of up to 2800 °F (1538 °C).
Method for producing a structure by the direct bonding of two elements comprising the production of the elements to be assembled and the assembly of said elements, wherein the production of the elements to be assembled comprises the following steps: - deposition on a semi-conductor substrate of at least one growth portion made from a material chosen from TiN x and TaN x , said growth portion being deposited by physical vapour deposition, at a temperature between 20°C and 100°C, - deposition of at least one first portion of copper on all or part of the growth portion , the conditions for depositing the growth portion by physical vapour deposition being such that the ratio between the intensities of the peaks and is greater than or equal to 0.5, whereby the peaks are measured by RX diffraction, and wherein the assembly of said elements comprises the following steps: - polishing the surfaces of the first portions of copper intended to come into contact so that they have a roughness of less than 1 nm RMS and hydrophilic properties, - bringing said surfaces into contact, - storing said structure at a low temperature at a temperature between 0°C and 100°C. - deposition on a semi-conductor substrate of at least one growth portion made from a material chosen from TiN x and TaN x , said growth portion being deposited by physical vapour deposition, at a temperature between 20°C and 100°C, - deposition of at least one first portion of copper on all or part of the growth portion , the conditions for depositing the growth portion by physical vapour deposition being such that the ratio between the intensities of the peaks and is greater than or equal to 0.5, whereby the peaks are measured by RX diffraction, and - polishing the surfaces of the first portions of copper intended to come into contact so that they have a roughness of less than 1 nm RMS and hydrophilic properties, - bringing said surfaces into contact, - storing said structure at a low temperature at a temperature between 0°C and 100°C.
A method for secure transmissions on a broadcast channel, the method comprising: obtaining a short term key for a message for transmission, the short term key corresponding to a short term key identifier; determining a broadcast access key for the message, the broadcast access key corresponding to an access key identifier ; encrypting the message with the short term key; forming an Internet protocol header comprising the short term key identifier; and transmitting the encrypted message on the broadcast channel with the Internet protocol header, wherein the short term key is calculated as a function of the short term key identifier and the broadcast access key. obtaining a short term key for a message for transmission, the short term key corresponding to a short term key identifier; determining a broadcast access key for the message, the broadcast access key corresponding to an access key identifier ; encrypting the message with the short term key; forming an Internet protocol header comprising the short term key identifier; and transmitting the encrypted message on the broadcast channel with the Internet protocol header, wherein the short term key is calculated as a function of the short term key identifier and the broadcast access key.
Electrical connection member comprising electrical conductors extending in a sheath having end segments of generally rectangular cross-section, each having at least one main face (4.2), the conductors having ends connected to two external connectors , each projecting from one of the main faces, being oriented towards the outside of the sheath and on the same side thereof, the sheath comprising at least one flexible intermediate segment , characterize in that said segment freely receives extra lengths of the electrical conductors.
A separation welding device for the sectional joining and sectional separation of weldable film layers , with a temperature-controlled working surface that is designed to support joinable and separable film layers and comprises an electrical heating device , as well as a counterholder for sectionally applying pressure to the joinable and separable film layers , which delimits a variably adjustable working gap with the working surface and which comprises two mutually spaced joining stamps and one separating stamp arranged between the joining stamps , wherein the separating stamp an at least one joining stamp are moveably attached to the counterholder , wherein the separating stamp and/or the joining stamp are each assigned a force sensor and/or a motion sensor , in particular a range sensor, to calculate a separation sequence determined by the separating stamp and/or a joining sequence determined by the joining stamp , characterized in that the separating stamp and the at least one joining stamp are elastically linearly movably coupled to the counterholder .
A system of ophthalmic lenses, comprising a first lens for a first eye of a subject, the first lens comprising a first lens shape having a first base refractive power (P1.r) and a first multifocal diffractive pattern imposed on the first lens shape , the first lens including a first lower optical power (P1.low) and a first higher optical power (P1.high) that is greater than the first lower optical power (P1.low), the first lower optical power (P1.low) being equal to a sum of the first base refractive power (P1.r) and a first lower diffractive power (P1.d.low) of a first lower diffraction order of the first diffractive pattern , the first higher optical power (P1.high) being equal to a sum of the first base refractive power (P1.r) and a first higher diffractive power (P1.d.high) of a first higher diffraction order of the first diffractive pattern ; wherein the first higher optical power (P1.high) has a negative longitudinal chromatic aberration and characterized by further comprising a second lens for a second eye of the subject, the second lens comprising a second lens shape having a second base refractive power (P2.r) and a second multifocal diffractive pattern imposed on the second lens shape , the second lens including a second lower optical power (P2.low) and a second higher optical power (P2.high) that is greater than the second lower optical power (P2.low), the second lower optical power (P2.low) being equal to a sum of the second base refractive power (P2.r) and a second lower diffractive power (P2.d.low) of a second lower diffraction order of the second diffractive pattern , the second higher optical power (P2.high) being equal to a sum of the second base refractive power (P2.r) and a second higher diffractive power (P2.d.high) of a second higher diffraction order of the second diffractive pattern ; wherein the second lower optical power (P2.low) has a negative longitudinal chromatic aberration.
Operator control apparatus for operating at least one device, wherein the operator control apparatus has a surface with a shape and with a display , and wherein the shape of the surface changes and the display is switched on when an operator control member (F) is brought closer to the operator control apparatus , characterized in that the display is completely or partly switched on when the operator control member (F) penetrates a first region , which is further away from the operator control apparatus, and the shape of the surface is changed to form deformations when the operator control member (F) penetrates a second region , which is closer to the operator control apparatus.
An electronic inverter assembly , the assembly comprising: an inverter power module comprising one or more pairs of semiconductor switches mounted on a substrate, each pair of semiconductors comprising a low-side semiconductor switch and a high-side semiconductor switch , each of the semiconductor switches comprising a control terminal and switched terminals; a first circuit board having an outer side adjacent to or facing the inverter power module and a first inner side opposite the outer side; a first driver portion comprising a set of first components mounted on or associated with the first circuit board; a second circuit board spaced apart from the first circuit board, the second circuit board having a second inner side facing the first inner side ; a second driver portion comprising a set of second components mounted on or associated with the second circuit board, where the first driver portion and the second driver portion collectively are adapted to provide input signals to the control terminal of each semiconductor switch ; a first edge connector mounted on the first inner side of the first circuit board ; a second edge connector mounted on the second inner side of the second circuit board ; an interface board with mating edges that mate with the first edge connector and the second edge connector ; and wherein the first components comprises components with higher temperature operating ranges than the second components. an inverter power module comprising one or more pairs of semiconductor switches mounted on a substrate, each pair of semiconductors comprising a low-side semiconductor switch and a high-side semiconductor switch , each of the semiconductor switches comprising a control terminal and switched terminals; a first circuit board having an outer side adjacent to or facing the inverter power module and a first inner side opposite the outer side; a first driver portion comprising a set of first components mounted on or associated with the first circuit board; a second circuit board spaced apart from the first circuit board, the second circuit board having a second inner side facing the first inner side ; a second driver portion comprising a set of second components mounted on or associated with the second circuit board, where the first driver portion and the second driver portion collectively are adapted to provide input signals to the control terminal of each semiconductor switch ; a first edge connector mounted on the first inner side of the first circuit board ; a second edge connector mounted on the second inner side of the second circuit board ; an interface board with mating edges that mate with the first edge connector and the second edge connector ; and wherein the first components comprises components with higher temperature operating ranges than the second components.
An incoming call processing method, wherein the method comprises: receiving (S301), by called user equipment UE, a call request message sent by a core network device, and performing mobile terminated, MT, signaling interaction with the core network device based on the call request message, wherein the call request message comprises a phone number of calling UE; determining (S302), by the called UE, whether the MT signaling interaction succeeds within preset duration; and characterized by : sending (S303), by the called UE, prompt information to a called user based on the phone number of the calling UE when the called UE determines that the MT signaling interaction fails within the preset duration, wherein the prompt information is used to indicate to the called user that an incoming call of the calling UE fails to be answered. receiving (S301), by called user equipment UE, a call request message sent by a core network device, and performing mobile terminated, MT, signaling interaction with the core network device based on the call request message, wherein the call request message comprises a phone number of calling UE; determining (S302), by the called UE, whether the MT signaling interaction succeeds within preset duration; and characterized by : sending (S303), by the called UE, prompt information to a called user based on the phone number of the calling UE when the called UE determines that the MT signaling interaction fails within the preset duration, wherein the prompt information is used to indicate to the called user that an incoming call of the calling UE fails to be answered.
A computer-implemented method for providing a template for a casting matrix configured for casting one or more artificial gingiva parts of a removable denture, the casting matrix comprising one or more recesses , each of the recesses having a 3D geometric form, which is a negative of a 3D geometric form of a section of the removable denture with one of the artificial gingiva parts to be casted, the method comprising: providing a 3D digital tissue model of tissue of an oral cavity of a patient on which the removable denture is to be arranged, providing a 3D digital denture model of the removable denture using the 3D digital tissue model , the removable denture comprising one or more artificial teeth arranged within the one or more artificial gingiva parts arranged on the 3D digital tissue model , generating using the 3D digital tissue model and the 3D digital denture model a 3D digital matrix model of the casting matrix , the 3D digital matrix model enveloping the one or more sections of the 3D digital denture model with the one or more artificial gingiva parts arranged on the 3D digital tissue model , providing the 3D digital matrix model as the template for manufacturing the casting matrix , the 3D digital matrix model being provided in a two-part form comprising a vestibular part and an oral part , the vestibular and oral parts being configured to establish a non-destructive detachable connection with each other. providing a 3D digital tissue model of tissue of an oral cavity of a patient on which the removable denture is to be arranged, providing a 3D digital denture model of the removable denture using the 3D digital tissue model , the removable denture comprising one or more artificial teeth arranged within the one or more artificial gingiva parts arranged on the 3D digital tissue model , generating using the 3D digital tissue model and the 3D digital denture model a 3D digital matrix model of the casting matrix , the 3D digital matrix model enveloping the one or more sections of the 3D digital denture model with the one or more artificial gingiva parts arranged on the 3D digital tissue model , providing the 3D digital matrix model as the template for manufacturing the casting matrix , the 3D digital matrix model being provided in a two-part form comprising a vestibular part and an oral part , the vestibular and oral parts being configured to establish a non-destructive detachable connection with each other.
A linear compressor comprising: a shell provided with a suction part ; a cylinder provided in the shell to define a compression space of a refrigerant; a piston configured to reciprocate in an axial direction within the cylinder; and a spring mechanism configured to allow the piston to be resonant; characterized in that the spring mechanism comprises: a spring ; a first supporter to which one side of the spring is connected and which moves together with the piston; and a second supporter to which the other side of the spring is connected; wherein a coupling groove into which the spring is fitted is defined in each of the supporters ; the first supporter includes a first support body having a first space to provide a passage through which the refrigerant flows; and the first supporter is connected to the piston . a shell provided with a suction part ; a cylinder provided in the shell to define a compression space of a refrigerant; a piston configured to reciprocate in an axial direction within the cylinder; and a spring mechanism configured to allow the piston to be resonant; characterized in that the spring mechanism comprises: a spring ; a first supporter to which one side of the spring is connected and which moves together with the piston; and a second supporter to which the other side of the spring is connected; a spring ; a first supporter to which one side of the spring is connected and which moves together with the piston; and a second supporter to which the other side of the spring is connected; wherein a coupling groove into which the spring is fitted is defined in each of the supporters ; the first supporter includes a first support body having a first space to provide a passage through which the refrigerant flows; and the first supporter is connected to the piston .
A heating system comprising: an electronic controller, a turbine for burning a fuel to provide flue gas and electrical energy, a flue gas heat exchanger for receiving the flue gas and using the flue gas to heat water, a main conduit for receiving inlet air and gases from secondary inlets from within the system to elevate the temperature in the main conduit above ambient, an air heat exchanger for recovering heat from the air flow of the main conduit, and an air source heat pump ASHP to receive energy from the air heat exchanger , wherein the air heat exchanger comprises a cooler arranged to cool air from the main conduit for venting to atmosphere, characterized in that the cooler comprises an evaporator coil cooler and it shares an evaporator coil with the ASHP to transfer energy to said ASHP, the system further comprises a water source heat pump WSHP to receive a water feed at an elevated temperature from the ASHP , in which at least one stage (25(a), 25(b)) of the flue gas heat exchanger and the WSHP are configured to provide process hot water, and wherein recovered energy from the flue gas heat exchanger (25(c)) is provided to the WSHP , wherein the cooler and the ASHP are in an evaporator circuit, whereby the cooler delivers energy to the ASHP , the ASHP receives elevated-temperature water from the flue gas heat exchanger (25(c)) and delivers elevated temperature water to the WSHP , and the flue gas heat exchanger delivers elevated-temperature water to the WSHP. an electronic controller, a turbine for burning a fuel to provide flue gas and electrical energy, a flue gas heat exchanger for receiving the flue gas and using the flue gas to heat water, a main conduit for receiving inlet air and gases from secondary inlets from within the system to elevate the temperature in the main conduit above ambient, an air heat exchanger for recovering heat from the air flow of the main conduit, and an air source heat pump ASHP to receive energy from the air heat exchanger , wherein the air heat exchanger comprises a cooler arranged to cool air from the main conduit for venting to atmosphere, characterized in that the cooler comprises an evaporator coil cooler and it shares an evaporator coil with the ASHP to transfer energy to said ASHP, the system further comprises a water source heat pump WSHP to receive a water feed at an elevated temperature from the ASHP , in which at least one stage (25(a), 25(b)) of the flue gas heat exchanger and the WSHP are configured to provide process hot water, and wherein recovered energy from the flue gas heat exchanger (25(c)) is provided to the WSHP , wherein the cooler and the ASHP are in an evaporator circuit, whereby the cooler delivers energy to the ASHP , the ASHP receives elevated-temperature water from the flue gas heat exchanger (25(c)) and delivers elevated temperature water to the WSHP , and the flue gas heat exchanger delivers elevated-temperature water to the WSHP.
Organic solvent-based retroreflective ink, paint or coating composition, having a first Brookfield viscosity η 1 at a shear rate of 0.5 rpm of between 0.2 and 8 Pa·s and a second Brookfield viscosity η 2 at a shear rate of 20 rpm that is between 80 and 450 mPa·s, with the proviso that η 2 is at least 2 times lower than η 1 , wherein the organic solvent-based retroreflective ink, paint or coating composition consists of, based on the total weight of the composition: • 25 - 75 wt.% of organic solvent; • 1 - 74 wt.% of spherical glass beads having a median particle diameter D50, as measured with laser diffraction, between 1 and 150 μm, and a refractive index, measured at a wavelength λ of 589 nm, between 1.5 and 2.8; • 0.15 - 1.2 wt.% of thickener; and • 0 - 30 wt.% of one or more further ingredients; wherein the Brookfield viscosities η 1 and η 2 are measured with a #2 spindle in a 600 ml beaker having a diameter of 8.25 cm at a temperature of 25 °C, wherein the organic solvent is preferably chosen from the group consisting of aliphatic and aromatic solvents, ketones, esters, glycoethers, alcohols, halogenated hydrocarbons, and combinations thereof. • 25 - 75 wt.% of organic solvent; • 1 - 74 wt.% of spherical glass beads having a median particle diameter D50, as measured with laser diffraction, between 1 and 150 μm, and a refractive index, measured at a wavelength λ of 589 nm, between 1.5 and 2.8; • 0.15 - 1.2 wt.% of thickener; and • 0 - 30 wt.% of one or more further ingredients;
Pressing tool network comprising a pressing tool being a hand pressing tool which is actuated manually by the application of forces by a user on hand levers of the hand pressing tool, for pressing a workpiece by use of a die accommodation for accommodating an exchangeable die , the pressing tool comprising a sensing device which is configured for sensing an identification of the die , a control unit being provided which is embodied externally from the pressing tool and arranged remote therefrom, the control unit communicating with the sensing device of the pressing tool , wherein the electronic control unit which is arranged externally from the pressing tool communicates with a cloud storage via a public network by use of an encryption.