mhurhangee/patent-ind-claim-en huggingface dataset:
A thermal cooking device comprising: a heating compartment in which a cooking object is heated; a plane heater provided above a ceiling wall of the heating compartment , the plane heater being one heat source formed of an inner heater disposed right above a central portion of the ceiling wall , and an outer heater surrounding the inner heater ; and a controller that controls the inner heater and the outer heater of the plane heater , wherein the ceiling wall of the heating compartment has a three-dimensional curved surface concavely facing the heating compartment , the plane heater is fixed to make close contact with the ceiling wall throughout an entire area of the plane heater , the ceiling wall includes a heat-generating area to which the plane heater is closely mounted, characterized in that : the heat-generating area is formed with a plurality of areas that are divided by grooves from one another. a heating compartment in which a cooking object is heated; a plane heater provided above a ceiling wall of the heating compartment , the plane heater being one heat source formed of an inner heater disposed right above a central portion of the ceiling wall , and an outer heater surrounding the inner heater ; and a controller that controls the inner heater and the outer heater of the plane heater , wherein the ceiling wall of the heating compartment has a three-dimensional curved surface concavely facing the heating compartment , the plane heater is fixed to make close contact with the ceiling wall throughout an entire area of the plane heater , the ceiling wall includes a heat-generating area to which the plane heater is closely mounted, characterized in that : the heat-generating area is formed with a plurality of areas that are divided by grooves from one another.
A packaging system comprising: a) a container comprising first and second openings and an interior ; b) a package positioned within the container interior , the package comprising a pouch comprising a first and second panel with a frangible seal positioned between the panels , and a flowable product disposed in the pouch ; and c) a dispensing assembly (100; 215); characterized in that the frangible seal comprises: d) a single label with a first face and a second face , the first face comprising a permanent sealant and the second face comprising a peelable sealant ; or e) first and second labels , each label comprising: i) a first face , wherein the first face of the first label comprises a permanent sealant positioned adjacent the pouch first panel and wherein the first face of the second label comprises a permanent sealant positioned adjacent to the pouch second panel ; and ii) a second face , wherein the second face of the first label comprises a peelable sealant positioned adjacent to the second label second face , and/or wherein the second face of the second label comprises a peelable sealant positioned adjacent to the first label second face . a) a container comprising first and second openings and an interior ; b) a package positioned within the container interior , the package comprising a pouch comprising a first and second panel with a frangible seal positioned between the panels , and a flowable product disposed in the pouch ; and c) a dispensing assembly (100; 215); d) a single label with a first face and a second face , the first face comprising a permanent sealant and the second face comprising a peelable sealant ; or e) first and second labels , each label comprising: i) a first face , wherein the first face of the first label comprises a permanent sealant positioned adjacent the pouch first panel and wherein the first face of the second label comprises a permanent sealant positioned adjacent to the pouch second panel ; and ii) a second face , wherein the second face of the first label comprises a peelable sealant positioned adjacent to the second label second face , and/or wherein the second face of the second label comprises a peelable sealant positioned adjacent to the first label second face . i) a first face , wherein the first face of the first label comprises a permanent sealant positioned adjacent the pouch first panel and wherein the first face of the second label comprises a permanent sealant positioned adjacent to the pouch second panel ; and ii) a second face , wherein the second face of the first label comprises a peelable sealant positioned adjacent to the second label second face , and/or wherein the second face of the second label comprises a peelable sealant positioned adjacent to the first label second face .
Glazing , and in particular vehicle glazing, comprising two contiguous windows , in particular with at least one, or even two, laminated window(s) comprising an exterior layer of glass , an interior layer of glass and a plastic material interlayer situated between said two layers of glass, each window having an exterior face , an edge surface and an interior face , characterized in that it includes: - on the one hand two profiled bodies situated face to face and each situated in contact against a part of the edge surface of one of said windows , and - on the other hand one, or two, exterior covering(s) that is (or are each) situated farther toward the exterior than said profiled bodies and against a part of the edge surface of said windows and that has (or each have) an exterior face that is situated in continuity with said exterior face of said window , - said exterior covering(s) being flexible, with a Shore A hardness between 45 and 90 inclusive, or even between 55 and 85 inclusive. - on the one hand two profiled bodies situated face to face and each situated in contact against a part of the edge surface of one of said windows , and - on the other hand one, or two, exterior covering(s) that is (or are each) situated farther toward the exterior than said profiled bodies and against a part of the edge surface of said windows and that has (or each have) an exterior face that is situated in continuity with said exterior face of said window , - said exterior covering(s) being flexible, with a Shore A hardness between 45 and 90 inclusive, or even between 55 and 85 inclusive.
A manifold body comprising: at least first and second valve body segments each comprising an upper perimeter wall portion defining a valve cavity and a lower base portion defining one or more flow ports characterised in that the manifold body further comprising: a unified leak test port ; a first branch leak test passage extending from the unified leak test port to an outer peripheral portion of the valve cavity of the first valve body segment , radially outward of an outer seal surface in the valve cavity; and a second branch leak test passage extending from the unified leak test port to an outer peripheral portion of the valve cavity of the second valve body segment , radially outward of an outer seal surface in the valve cavity. at least first and second valve body segments each comprising an upper perimeter wall portion defining a valve cavity and a lower base portion defining one or more flow ports characterised in that the manifold body further comprising: a unified leak test port ; a first branch leak test passage extending from the unified leak test port to an outer peripheral portion of the valve cavity of the first valve body segment , radially outward of an outer seal surface in the valve cavity; and a second branch leak test passage extending from the unified leak test port to an outer peripheral portion of the valve cavity of the second valve body segment , radially outward of an outer seal surface in the valve cavity.
A radiation-curable ink jet composition comprising: monomer A represented by formula , a mono-, bi-, or trifunctional urethane (meth)acrylate oligomer, an acylphosphine oxide photopolymerization initiator, and an N-vinyl compound: CH2=CR1-COOR2-O-CH=CH-R3 ... where R1 denotes -H or -CH3, R2 denotes an organic residue having 2 to 20 carbon atoms, and R3 denotes a hydrogen atom or an organic residue having 1 to 11 carbon atoms, wherein the N-vinyl compound is N-vinylcaprolactam, the N-vinylcaprolactam representing 5% by mass or more and 15% by mass or less of a total mass of the ink jet composition. monomer A represented by formula , a mono-, bi-, or trifunctional urethane (meth)acrylate oligomer, an acylphosphine oxide photopolymerization initiator, and an N-vinyl compound: CH2=CR1-COOR2-O-CH=CH-R3 ... where R1 denotes -H or -CH3, R2 denotes an organic residue having 2 to 20 carbon atoms, and R3 denotes a hydrogen atom or an organic residue having 1 to 11 carbon atoms, wherein the N-vinyl compound is N-vinylcaprolactam, the N-vinylcaprolactam representing 5% by mass or more and 15% by mass or less of a total mass of the ink jet composition.
A system for electrostatic collection of particles and/or microorganisms in suspension in a gaseous medium comprising an electrostatic collector and a housing for supporting the electrostatic collector : - the collector comprising: ∘ a first assembly including a first portion and a collection electrode disposed in the first portion which delimits a tubular-shaped collection chamber oriented along a first axis (P1), ∘ a second assembly including a discharge electrode , of elongated shape, extending along a first axis (P1), - the housing comprising a first electrical terminal capable of driving the collection electrode to a first potential and a second electrical terminal capable of driving the discharge electrode to a second potential, characterised in that it further comprises means for receiving at least one of the first assembly and the second assembly of the collector , these receiving means being hinged for displacement on the housing between a first mounting position of said at least one first assembly and one second assembly of the collector in the receiving means and a second collection position in which the first electrical terminal makes an electrical connection with the collection electrode and the second electrical terminal makes an electrical connection with the discharge electrode , the receiving means comprising a sheath , one end of which is hinged in rotation along a second axis (P2) on the housing and the other end of which delimits an opening for inserting a first tubular portion of the collector into the sheath . - the collector comprising: ∘ a first assembly including a first portion and a collection electrode disposed in the first portion which delimits a tubular-shaped collection chamber oriented along a first axis (P1), ∘ a second assembly including a discharge electrode , of elongated shape, extending along a first axis (P1), ∘ a first assembly including a first portion and a collection electrode disposed in the first portion which delimits a tubular-shaped collection chamber oriented along a first axis (P1), ∘ a second assembly including a discharge electrode , of elongated shape, extending along a first axis (P1), - the housing comprising a first electrical terminal capable of driving the collection electrode to a first potential and a second electrical terminal capable of driving the discharge electrode to a second potential,
A transmitter device comprising: a processor ; a radio frequency, RF, transmitter having a digitally controlled phased array antenna coupled to and controlled by the processor to transmit content using adaptive beamforming over a first wireless connection to a receiver device; and an interface to a wireless communication channel of a second wireless connection coupled to the processor, such that during initialization of the phased array antenna , the transmitter device can receive, via the wireless communication channel antenna information comprising antenna location information and performance information corresponding to a location of a phased array antenna of the receiver device such that the transmitter device can select a direction to steer the beam formed by the phased array antenna of the transmitter device; wherein when the phased array antenna of the transmitter device is operating in a mode during which content is transmitted, the transmitter device is arranged to receive, via the wireless communication channel, an indication of the status of the communication path from the receiver device, characterised in that the transmitter device is further arranged to communicate content protection information via the wireless communication channel to facilitate playing of the content, said content protection information comprising one or more of a group consisting of encryption keys sent by the processor of the transmitter device, and one or more acknowledgments received from the processor of the receiver device. a processor ; a radio frequency, RF, transmitter having a digitally controlled phased array antenna coupled to and controlled by the processor to transmit content using adaptive beamforming over a first wireless connection to a receiver device; and an interface to a wireless communication channel of a second wireless connection coupled to the processor, such that during initialization of the phased array antenna , the transmitter device can receive, via the wireless communication channel antenna information comprising antenna location information and performance information corresponding to a location of a phased array antenna of the receiver device such that the transmitter device can select a direction to steer the beam formed by the phased array antenna of the transmitter device; wherein when the phased array antenna of the transmitter device is operating in a mode during which content is transmitted, the transmitter device is arranged to receive, via the wireless communication channel, an indication of the status of the communication path from the receiver device, characterised in that the transmitter device is further arranged to communicate content protection information via the wireless communication channel to facilitate playing of the content, said content protection information comprising one or more of a group consisting of encryption keys sent by the processor of the transmitter device, and one or more acknowledgments received from the processor of the receiver device.
A planetary unit comprising: a planet carrier having a carrier body and a plurality of carrier pins , the carrier body having a pair of carrier plates , each of the carrier plates having a plate portion and a plurality of pin bosses that are raised above the plate portion , each of the pin bosses defining a pin bore, each of the carrier pins being received in a corresponding one of the pin bores in each of the carrier plates , each of the carrier pins having a first head and a second head , the first head abutting a corresponding one of the pin bosses on a first one of the carrier plates , the second head abutting a corresponding one of the pin bosses on a second one of the carrier plates , and a plurality of planet gears , each of the planet gears being rotatably received on a corresponding one of the carrier pins , characterized in that at least one of the first and second heads has an axial step that engages an associated axial step on a corresponding one of the pin bosses , wherein engagement of the axial step with the associated axial step inhibits rotation of the carrier pin relative to the carrier body . a planet carrier having a carrier body and a plurality of carrier pins , the carrier body having a pair of carrier plates , each of the carrier plates having a plate portion and a plurality of pin bosses that are raised above the plate portion , each of the pin bosses defining a pin bore, each of the carrier pins being received in a corresponding one of the pin bores in each of the carrier plates , each of the carrier pins having a first head and a second head , the first head abutting a corresponding one of the pin bosses on a first one of the carrier plates , the second head abutting a corresponding one of the pin bosses on a second one of the carrier plates , and a plurality of planet gears , each of the planet gears being rotatably received on a corresponding one of the carrier pins , characterized in that at least one of the first and second heads has an axial step that engages an associated axial step on a corresponding one of the pin bosses , wherein engagement of the axial step with the associated axial step inhibits rotation of the carrier pin relative to the carrier body .
Computer-implemented method for designing a 3D assembly of modeled objects, comprising: - rendering (S10) on a second computer a 3D assembly of modeled objects by merging a second 3D modeled object with at least one raster image of a first 3D modeled object, the at least one raster image having being streamed from a first computer to the second computer; - sending (S20) from the second computer to the first computer first data related to the second 3D modeled object for contact computation between the first and second 3D modeled objects, the first data comprising simple representations of the second 3D modeled object; - computing (S30) on the first computer a contact between the first and second 3D modeled objects; - sending from the first computer to the second computer second data for rendering again the 3D assembly of modeled objects according to the contact computation, the second data related to the first 3D modeled object that was determined being in contact with the second object at the computing step, the second data comprising geometries of the first 3D modeled object or two or more depth maps of the first 3D modeled object; and - computing (S50) on the second computer a possible contact between the second data and the second 3D modeled object. - rendering (S10) on a second computer a 3D assembly of modeled objects by merging a second 3D modeled object with at least one raster image of a first 3D modeled object, the at least one raster image having being streamed from a first computer to the second computer; - sending (S20) from the second computer to the first computer first data related to the second 3D modeled object for contact computation between the first and second 3D modeled objects, the first data comprising simple representations of the second 3D modeled object; - computing (S30) on the first computer a contact between the first and second 3D modeled objects; - sending from the first computer to the second computer second data for rendering again the 3D assembly of modeled objects according to the contact computation, the second data related to the first 3D modeled object that was determined being in contact with the second object at the computing step, the second data comprising geometries of the first 3D modeled object or two or more depth maps of the first 3D modeled object; and - computing (S50) on the second computer a possible contact between the second data and the second 3D modeled object.
Insert for child carriage or doll's pram to hold at least one child in a sitting and/or lying position with an above frame comprising of at least two longitudinal spars and at least two transverse spars , which is connected to two opposing adapters , each arranged on at least one longitudinal spar , wherein the adapter is designed in such way, that it is connectable to a frame of a child carriage or doll's pram, wherein the width of the insert in the area of the adapters is designed to be variable by means of longitudinal spars of variable spacing from one another, characterized in, that the adapters are connected to one another via at least one variable-length cross connection .
A water boiler with dual heating functionality, comprising: a hot water tank having an upper section and a lower section; the upper section is narrower than the lower section; the hot water tank comprises an instantaneous heating portion, and a storage heating section; an instantaneous heating pipe arranged within the instantaneous heating portion; a storage heating pipe arranged within the storage heating portion; a water inlet component in communication with a bottom of the hot water tank ; a water intake structure in communication with a pressurized water source and the water inlet component ; and a hot water outlet pipe connected to a top of the hot water tank ; wherein the hot water tank includes an instantaneous heating chamber , and a storage heating chamber located under and in communication with the instantaneous heating chamber ; characterized in that the instantaneous heating chamber and the storage heating chamber are coaxially aligned; and the diameter of the storage heating chamber is greater than the diameter of the instantaneous heating chamber . a hot water tank having an upper section and a lower section; the upper section is narrower than the lower section; the hot water tank comprises an instantaneous heating portion, and a storage heating section; an instantaneous heating pipe arranged within the instantaneous heating portion; a storage heating pipe arranged within the storage heating portion; a water inlet component in communication with a bottom of the hot water tank ; a water intake structure in communication with a pressurized water source and the water inlet component ; and a hot water outlet pipe connected to a top of the hot water tank ; wherein the hot water tank includes an instantaneous heating chamber , and a storage heating chamber located under and in communication with the instantaneous heating chamber ; characterized in that the instantaneous heating chamber and the storage heating chamber are coaxially aligned; and the diameter of the storage heating chamber is greater than the diameter of the instantaneous heating chamber .
Method for processing plate-type workpieces , in particular of wood or wood substitutes, in which the following steps are carried out: a. providing a large-format plate , in particular of wood or wood substitutes, and feeding (P1) the large-format plate to a separating station ; b. separating the plate-type workpieces by dividing up the large-format plate , supplied in the separating station , wherein cuts are made in the large-format plate by at least one separating assembly c. feeding the thus separated workpieces to at least one processing station downstream in order to finish off the plate-type workpiece , wherein in step b. at least one part of each separated workpiece receives from the separating assembly an alignment portion for engagement by gripper elements and/or the introduction of reference bores, wherein the workpiece provided with the alignment portion is taken over, after its separation, by means of a gripper element , engagement element or pick-up element which engages, preferably with form-locking connection, on the alignment portion , characterised in that the gripper element, engagement element or pick-up element has a centring or alignment element, preferably a spike or pin, wherein in step b., or before or after same, a reference bore is introduced into the alignment portion into which the centring or alignment element then engages. a. providing a large-format plate , in particular of wood or wood substitutes, and feeding (P1) the large-format plate to a separating station ; b. separating the plate-type workpieces by dividing up the large-format plate , supplied in the separating station , wherein cuts are made in the large-format plate by at least one separating assembly c. feeding the thus separated workpieces to at least one processing station downstream in order to finish off the plate-type workpiece ,