mhurhangee/patent-ind-claim-en huggingface dataset:
A fume extractor hood , comprising a suction opening for aspiring fumes and an exhaust duct , wherein the suction opening and the exhaust duct are fluidically connected for discharging an airflow including the aspired fumes through the exhaust duct towards the outside, wherein between the suction opening and the exhaust duct , there is arranged a device for the adjustment of an airflow within the fume extractor hood , said device comprising: a housing having an inlet and an outlet , which are fluidically connected for conducting the airflow along a flow path from the inlet to the outlet ; a sheet , movable into the flow path along a moving direction , for adjusting an aperture area in the flow path, wherein the sheet is arranged at the inlet or at the outlet or in between the inlet and the outlet ; wherein the suction opening is fluidically connected to the inlet of the device and the outlet of the device is fluidically connected to the exhaust duct , characterized in that the device further comprises: a motor , arranged at or nearby the housing ; a driving element , arranged in or on the movable sheet ; and a connecting element , which is connected to the motor and the driving element ; wherein at least one of the housing , the movable sheet , and the driving element are made by molding, in particular by metal molding. wherein between the suction opening and the exhaust duct , there is arranged a device for the adjustment of an airflow within the fume extractor hood , said device comprising: a housing having an inlet and an outlet , which are fluidically connected for conducting the airflow along a flow path from the inlet to the outlet ; a sheet , movable into the flow path along a moving direction , for adjusting an aperture area in the flow path, wherein the sheet is arranged at the inlet or at the outlet or in between the inlet and the outlet ; a housing having an inlet and an outlet , which are fluidically connected for conducting the airflow along a flow path from the inlet to the outlet ; a sheet , movable into the flow path along a moving direction , for adjusting an aperture area in the flow path, wherein the sheet is arranged at the inlet or at the outlet or in between the inlet and the outlet ; wherein the suction opening is fluidically connected to the inlet of the device and the outlet of the device is fluidically connected to the exhaust duct , characterized in that the device further comprises: a motor , arranged at or nearby the housing ; a driving element , arranged in or on the movable sheet ; and a connecting element , which is connected to the motor and the driving element ; wherein at least one of the housing , the movable sheet , and the driving element are made by molding, in particular by metal molding. a motor , arranged at or nearby the housing ; a driving element , arranged in or on the movable sheet ; and a connecting element , which is connected to the motor and the driving element ; wherein at least one of the housing , the movable sheet , and the driving element are made by molding, in particular by metal molding.
Programming method for a path to be travelled by an end effector , - wherein a number of local coordinate systems (K1 to K4) are specified for a programming device by a user in that the programming device receives the local coordinate systems (K1 to K4) from the user in a first step (S1), - wherein the local coordinate systems (K1 to K4) are in particular rectangular Cartesian coordinate systems, - wherein each local coordinate system (K1 to K4) is referenced directly or via at least one other local coordinate system (K1 to K4) to a global machine coordinate system (K) of a motion-controlled machine, - wherein the programming device receives from the user , in each case with reference to one of the local coordinate systems (K1 to K4), at least two different positions (A1 to A4) to be approached by the end effector referenced to different local coordinate systems (A1 to A4) in a second step (S2), - wherein the programming device determines, on the basis of the positions (A1 to A4) to be approached received from the user in the global machine coordinate system (K), the path to be travelled by the end effector in a third step (S3), - wherein the programming device stores the path to be travelled by the end effector as a first file so that it can be retrieved again at a later time. - wherein a number of local coordinate systems (K1 to K4) are specified for a programming device by a user in that the programming device receives the local coordinate systems (K1 to K4) from the user in a first step (S1), - wherein the local coordinate systems (K1 to K4) are in particular rectangular Cartesian coordinate systems, - wherein each local coordinate system (K1 to K4) is referenced directly or via at least one other local coordinate system (K1 to K4) to a global machine coordinate system (K) of a motion-controlled machine, - wherein the programming device receives from the user , in each case with reference to one of the local coordinate systems (K1 to K4), at least two different positions (A1 to A4) to be approached by the end effector referenced to different local coordinate systems (A1 to A4) in a second step (S2), - wherein the programming device determines, on the basis of the positions (A1 to A4) to be approached received from the user in the global machine coordinate system (K), the path to be travelled by the end effector in a third step (S3), - wherein the programming device stores the path to be travelled by the end effector as a first file so that it can be retrieved again at a later time.
A radio frequency integrated circuit comprising: a plurality of transceiver intellectual properties , hereinafter referred to as transceiver IPs, wherein the plurality of transceiver IP includes an analog mixer configured to perform frequency adjustment on a signal input thereto, and a filter configured to perform filtering on the signal having the adjusted frequency; characterised by a plurality of registers corresponding to the plurality of transceiver IPs , respectively, wherein the plurality of registers are configured to generate a plurality of control signals (Ctrl2) for controlling the plurality of transceiver IPs , respectively; a memory configured to store therein, in a form of a lookup table, a plurality of register addresses and a plurality of register data corresponding to the plurality of registers ; and a processor configured to receive a command (CMD2) related to the lookup table from an external component, and to control the plurality of registers based on the lookup table by loading the lookup table and providing the plurality of register data to the corresponding plurality of registers ; wherein each of the plurality of control signals (Ctrl2) is a 32-bit sized control signal. a plurality of transceiver intellectual properties , hereinafter referred to as transceiver IPs, wherein the plurality of transceiver IP includes an analog mixer configured to perform frequency adjustment on a signal input thereto, and a filter configured to perform filtering on the signal having the adjusted frequency; characterised by a plurality of registers corresponding to the plurality of transceiver IPs , respectively, wherein the plurality of registers are configured to generate a plurality of control signals (Ctrl2) for controlling the plurality of transceiver IPs , respectively; a memory configured to store therein, in a form of a lookup table, a plurality of register addresses and a plurality of register data corresponding to the plurality of registers ; and a processor configured to receive a command (CMD2) related to the lookup table from an external component, and to control the plurality of registers based on the lookup table by loading the lookup table and providing the plurality of register data to the corresponding plurality of registers ; wherein each of the plurality of control signals (Ctrl2) is a 32-bit sized control signal.
A resin composition for an acoustic matching layer, comprising a binder, and surface-treated metal particles, characterized in that the surface-treated metal particles are metal particles having been subjected to surface treatment with a silane coupling agent or a phosphoric acid compound that includes iron phosphate, wherein the surface-treated metal particles have a particle size of 1 to 10 μm, and wherein the binder includes a thermoplastic resin or a thermosetting resin, and the thermosetting resin includes an epoxy resin, a phenolic resin, a melamine resin, a urea resin, an unsaturated polyester resin, an alkyd resin, a thermosetting polyurethane resin, or a thermosetting polyimide resin. a binder, and surface-treated metal particles, characterized in that the surface-treated metal particles are metal particles having been subjected to surface treatment with a silane coupling agent or a phosphoric acid compound that includes iron phosphate, wherein the surface-treated metal particles have a particle size of 1 to 10 μm, and wherein the binder includes a thermoplastic resin or a thermosetting resin, and the thermosetting resin includes an epoxy resin, a phenolic resin, a melamine resin, a urea resin, an unsaturated polyester resin, an alkyd resin, a thermosetting polyurethane resin, or a thermosetting polyimide resin.
An accumulator assembly comprising: an accumulator tank body , wherein an inlet and outlet port is disposed at the bottom of the tank body and is flush therewith; and a connecting pipe , having a first end connected to the inlet and outlet port , and a second end for connection to an air conditioning system; characterized in that the inlet and outlet port is provided with an arcuate flow guiding surface. an accumulator tank body , wherein an inlet and outlet port is disposed at the bottom of the tank body and is flush therewith; and a connecting pipe , having a first end connected to the inlet and outlet port , and a second end for connection to an air conditioning system; characterized in that the inlet and outlet port is provided with an arcuate flow guiding surface.
An integral image processing apparatus comprising a display unit configured to reproduce an entire elemental image for a 3-dimensional object as a 3D image, wherein the display unit comprises: a light source ; and a reproduction lens array for integrating a plurality of individual elemental images, characterized in that said individual elemental images are included in a patterned image obtained by patterning the entire elemental image and constitute the entire elemental image, and reproducing the individual elemental images as a stereoscopic image, in that the display unit includes a pattern film with the patterned image, and in that the pattern film is disposed between the light source and the reproduction lens array at a first separation distance (g) from the reproduction lens array , in that said first separation distance (g) is determined as indicated by Equation 1 according to a resolution (R I ) of the reproduced stereoscopic image g = R I aδ wherein δ denotes the size of a unit pixel of a patterned image having a pattern engraved on the pattern film , and wherein a denotes the separation distance between the reproduction lens array and a center depth plane (CDP) of the reproduced stereoscopic image, and in that a view angle of the reproduced stereoscopic image is determined as indicated by Equation 2 according to the size of a unit lens included in the reproduction lens array tan ψ 2 = p 2 ⁢ g . wherein ψ denotes the view angle of the reproduced stereoscopic image, and wherein p denotes the size of the unit lens included in the reproduction lens array . a light source ; and a reproduction lens array for integrating a plurality of individual elemental images, characterized in that said individual elemental images are included in a patterned image obtained by patterning the entire elemental image and constitute the entire elemental image, and reproducing the individual elemental images as a stereoscopic image, in that the display unit includes a pattern film with the patterned image, and in that the pattern film is disposed between the light source and the reproduction lens array at a first separation distance (g) from the reproduction lens array , in that said first separation distance (g) is determined as indicated by Equation 1 according to a resolution (R I ) of the reproduced stereoscopic image g = R I aδ wherein δ denotes the size of a unit pixel of a patterned image having a pattern engraved on the pattern film , and wherein a denotes the separation distance between the reproduction lens array and a center depth plane (CDP) of the reproduced stereoscopic image, and in that a view angle of the reproduced stereoscopic image is determined as indicated by Equation 2 according to the size of a unit lens included in the reproduction lens array tan ψ 2 = p 2 ⁢ g . wherein ψ denotes the view angle of the reproduced stereoscopic image, and wherein p denotes the size of the unit lens included in the reproduction lens array .
An apparatus for determining moisture ingress in an insulating layer surrounding a pipe , said insulating layer being surrounded by a tubular jacket , said apparatus comprising an acoustic transducer in communication with an exciter adapted to provide a broad band acoustic signal including frequencies which by propagation in the material of the jacket has a wavelength corresponding to twice the thickness of the jacket or an odd multiple part of twice the thickness of the jacket, signal processing receiver in communication with the transducer and adapted to receive and process a reverberation signal emitted by the jacket in response to transmitting into the jacket the broad band acoustic signal from the transducer, characterised in that the signal processing receiver is adapted to carry out a frequency analysis of the received reverberation signal identifying a primary echo and a secondary echo inclusive tail, wherein a frequency power spectrum of the reflected signal is estimated, the resonance frequency or harmonic sets of resonance frequencies in the reflected signal is identified, the decay time of the resonance(s) is identified, the power of the reflected signal at the resonance frequency or frequencies are identified, and any moisture ingress in the insulating layer is determined by comparing the decay time of the resonance frequency or frequencies in the tail, maximum power at the resonance frequency or frequencies in the tail, and frequency power spectrum of the reflected signal with reference values for dry and wet conditions in the insulating layer .
A self mode locking laser comprising: a resonator terminated by first and second mirrors and folded by a third mirror , the third mirror comprising a reflector surmounted by a multilayer semiconductor gain medium including at least one quantum well layer and an optical Kerr lensing layer , a perturbator configured to provide a means to induce a small perturbation on an intensity of one or more cavity modes of the resonator causing the optical Kerr lensing layer to induce mode locking on an output field of the resonator , characterised in that the second mirror comprises an intensity saturable mirror employed to reduce the pulse width and noise of the output field of the resonator . a resonator terminated by first and second mirrors and folded by a third mirror , the third mirror comprising a reflector surmounted by a multilayer semiconductor gain medium including at least one quantum well layer and an optical Kerr lensing layer , a perturbator configured to provide a means to induce a small perturbation on an intensity of one or more cavity modes of the resonator causing the optical Kerr lensing layer to induce mode locking on an output field of the resonator , characterised in that the second mirror comprises an intensity saturable mirror employed to reduce the pulse width and noise of the output field of the resonator .
A method performed by a wireless communication device, comprising: multiplexing a first reference signal and at least a second reference signal utilizing code division multiplexing for transmission across a first resource element and a second resource element, wherein the first resource element utilizes a first subcarrier in a first orthogonal frequency division multiplexed "OFDM" symbol employing a first numerology, and the second resource element utilizes a second subcarrier in a second OFDM symbol employing a second numerology that is different from the first numerology, wherein the second subcarrier overlaps in frequency with at least a portion of the first subcarrier; and transmitting the first OFDM symbol and the second OFDM symbol, the transmission including the multiplexed first reference signal and second reference signal, wherein multiplexing the first reference signal and at least the second reference signal comprises determining a respective code division multiplexing weight based at least in part on a duration of the first OFDM symbol and a duration of the second OFDM symbol. multiplexing a first reference signal and at least a second reference signal utilizing code division multiplexing for transmission across a first resource element and a second resource element, wherein the first resource element utilizes a first subcarrier in a first orthogonal frequency division multiplexed "OFDM" symbol employing a first numerology, and the second resource element utilizes a second subcarrier in a second OFDM symbol employing a second numerology that is different from the first numerology, wherein the second subcarrier overlaps in frequency with at least a portion of the first subcarrier; and the first resource element utilizes a first subcarrier in a first orthogonal frequency division multiplexed "OFDM" symbol employing a first numerology, and the second resource element utilizes a second subcarrier in a second OFDM symbol employing a second numerology that is different from the first numerology, wherein the second subcarrier overlaps in frequency with at least a portion of the first subcarrier; and transmitting the first OFDM symbol and the second OFDM symbol, the transmission including the multiplexed first reference signal and second reference signal, wherein multiplexing the first reference signal and at least the second reference signal comprises determining a respective code division multiplexing weight based at least in part on a duration of the first OFDM symbol and a duration of the second OFDM symbol.
A method (M) for controlling an air processing system (I) of a vehicle , said air processing system comprising an air dryer device configured to dry compressed air (A) from a compressor operable by means of a drive member , said air dryer device comprising an air dryer cartridge for said drying of compressed air, said dried compressed air (A1) being configured to be distributed to vehicle systems during a compressor activation event, said air dryer device further comprising a purge valve for venting air during regeneration of the air dryer cartridge by means of dried compressed air, characterized by the steps of: - determining (S1) the temperature associated with said purge valve by means of temperature determination means ; - if said temperature is below a predetermined temperature value, performing (S5) regeneration after a compressor activation event so that moist in connection to said purge valve is removed. - determining (S1) the temperature associated with said purge valve by means of temperature determination means ; - if said temperature is below a predetermined temperature value, performing (S5) regeneration after a compressor activation event so that moist in connection to said purge valve is removed.
Combustor of a gas turbine engine , the combustor comprising a primary combustion system and a secondary combustion system for introducing a fuel/air mixture into a flow of combustion gases in the combustor , the secondary combustion system comprising: a manifold ring ; and a plurality of injectors extending from the manifold ring ; the plurality of injectors comprising a plurality of jets in communication with the manifold ring ; wherein each jet comprises a fuel passage and an air passage and a mixing passage in communication with the fuel passage and the air passage so as to create the fuel/air mixture therein and in that one or more of the plurality of jets comprises an angled configuration for the introduction of the fuel/air mixture into the flow of combustion gases at an angle (Θ) with respect to the flow of combustion gases and with respect to the wall of the injector , characterized in that the angled configuration of the one or more of the plurality of jets comprises at least one of an upstream configuration with respect to the flow of combustion gases so as to achieve increasing the mixing rate with reduced penetration and a downstream configuration with respect to the flow of combustion gases so as to achieve improving flame liftoff. a manifold ring ; and a plurality of injectors extending from the manifold ring ; the plurality of injectors comprising a plurality of jets in communication with the manifold ring ; wherein each jet comprises a fuel passage and an air passage and a mixing passage in communication with the fuel passage and the air passage so as to create the fuel/air mixture therein and in that one or more of the plurality of jets comprises an angled configuration for the introduction of the fuel/air mixture into the flow of combustion gases at an angle (Θ) with respect to the flow of combustion gases and with respect to the wall of the injector , characterized in that the angled configuration of the one or more of the plurality of jets comprises at least one of an upstream configuration with respect to the flow of combustion gases so as to achieve increasing the mixing rate with reduced penetration and a downstream configuration with respect to the flow of combustion gases so as to achieve improving flame liftoff.