mhurhangee/patent-ind-claim-en huggingface dataset:
A scroll compressor comprising: a partition plate that partitions an inside of a sealed container into a high-pressure space and a low-pressure space ; a fixed scroll adjacent to the partition plate ; an orbiting scroll that meshes with the fixed scroll to form a compression chamber ; a rotation restrictor that prevents rotation of the orbiting scroll ; a main bearing that supports the orbiting scroll ; a bearing coupler provided in the main bearing ; a scroll coupler provided in the fixed scroll ; and a pillar member having a lower end and an upper end, the lower end being inserted in the bearing coupler , the upper end being inserted in the scroll coupler , wherein the fixed scroll , the orbiting scroll , the rotation restrictor , and the main bearing are disposed in the low-pressure space , the fixed scroll and the orbiting scroll are disposed between the partition plate and the main bearing , characterized in that the lower end of the pillar member and the bearing coupler are fixed together, and the upper end of the pillar member and the scroll coupler are coupled together in a manner slidable in an axial direction, and a coupling region where the pillar member couples with the scroll coupler is in intersecting relationship with a horizontal plane positioned at a center of a scroll wrap height of the fixed scroll , and wherein H / 2 ≥ L is satisfied, where H is the scroll wrap height of the fixed scroll and L is an axial length of a coupling region where the upper end of the pillar member couples with the scroll coupler . a partition plate that partitions an inside of a sealed container into a high-pressure space and a low-pressure space ; a fixed scroll adjacent to the partition plate ; an orbiting scroll that meshes with the fixed scroll to form a compression chamber ; a rotation restrictor that prevents rotation of the orbiting scroll ; a main bearing that supports the orbiting scroll ; a bearing coupler provided in the main bearing ; a scroll coupler provided in the fixed scroll ; and a pillar member having a lower end and an upper end, the lower end being inserted in the bearing coupler , the upper end being inserted in the scroll coupler , wherein the fixed scroll , the orbiting scroll , the rotation restrictor , and the main bearing are disposed in the low-pressure space , the fixed scroll and the orbiting scroll are disposed between the partition plate and the main bearing , characterized in that the lower end of the pillar member and the bearing coupler are fixed together, and the upper end of the pillar member and the scroll coupler are coupled together in a manner slidable in an axial direction, and a coupling region where the pillar member couples with the scroll coupler is in intersecting relationship with a horizontal plane positioned at a center of a scroll wrap height of the fixed scroll , and wherein H / 2 ≥ L is satisfied, where H is the scroll wrap height of the fixed scroll and L is an axial length of a coupling region where the upper end of the pillar member couples with the scroll coupler .
An aerosol-generating system comprising: an aerosol-generating device comprising a heater element; and an aerosol-generating article configured to engage with the aerosol-generating device and comprising: a medicament source; a volatile delivery enhancing compound source; and at least one frangible barrier sealing the medicament source and the volatile delivery enhancing compound source; wherein the heater element is an elongate heater element comprising a proximal end attached to the aerosol-generating device and a free distal end for insertion into the aerosol-generating article, and wherein the elongate heater element forms a piercing element and is arranged so that the elongate heater element pierces the at least one frangible barrier when a user engages the aerosol-generating article with the aerosol-generating device. an aerosol-generating device comprising a heater element; and an aerosol-generating article configured to engage with the aerosol-generating device and comprising: a medicament source; a volatile delivery enhancing compound source; and at least one frangible barrier sealing the medicament source and the volatile delivery enhancing compound source; a medicament source; a volatile delivery enhancing compound source; and at least one frangible barrier sealing the medicament source and the volatile delivery enhancing compound source; wherein the heater element is an elongate heater element comprising a proximal end attached to the aerosol-generating device and a free distal end for insertion into the aerosol-generating article, and wherein the elongate heater element forms a piercing element and is arranged so that the elongate heater element pierces the at least one frangible barrier when a user engages the aerosol-generating article with the aerosol-generating device.
Composition comprising a) at least one silane-functional polymer P with alkoxy end groups that are not methoxy groups; b) at least one catalyst for the cross-linking of silane-functional polymers, selected from the group consisting of an organotitanate, organozirconate and organoaluminate; c) at least one compound that has at least one amidino group, wherein the alkoxy end groups of the silane-functional polymer P are end groups of formula (I) where R 1 represents an alkyl group with 1 to 8 C atoms; R 2 represents an alkyl group with 2 to 12 C atoms; R 3 represents a linear or branched, optionally cyclic, alkylene group with 1 to 12 C atoms, optionally with aromatic fractions, and optionally with one or more heteroatoms; and a represents a value of 0 or 1 or 2; and wherein the fraction of the compound that has at least one amidino group amounts to 0.3 to 0.5 wt% of the total composition. a) at least one silane-functional polymer P with alkoxy end groups that are not methoxy groups; b) at least one catalyst for the cross-linking of silane-functional polymers, selected from the group consisting of an organotitanate, organozirconate and organoaluminate; c) at least one compound that has at least one amidino group, wherein the alkoxy end groups of the silane-functional polymer P are end groups of formula (I) where R 1 represents an alkyl group with 1 to 8 C atoms; R 2 represents an alkyl group with 2 to 12 C atoms; R 3 represents a linear or branched, optionally cyclic, alkylene group with 1 to 12 C atoms, optionally with aromatic fractions, and optionally with one or more heteroatoms; and a represents a value of 0 or 1 or 2; and wherein the fraction of the compound that has at least one amidino group amounts to 0.3 to 0.5 wt% of the total composition. R 1 represents an alkyl group with 1 to 8 C atoms; R 2 represents an alkyl group with 2 to 12 C atoms; R 3 represents a linear or branched, optionally cyclic, alkylene group with 1 to 12 C atoms, optionally with aromatic fractions, and optionally with one or more heteroatoms; and a represents a value of 0 or 1 or 2; and wherein the fraction of the compound that has at least one amidino group amounts to 0.3 to 0.5 wt% of the total composition.
A handheld tool driven by a motor so as to rotate and having a light sensor and a control unit , wherein the light sensor detects light , in particular a laser beam , incident radially or transversely to an axis of rotation of the handheld tool and interacts with the control unit in such a way that the control unit switches off a rotary drive of the handheld tool when light impinges the light sensor radially or transversely to the axis of rotation of the handheld tool , characterized in that the control unit switches off the rotary drive depending on the direction of rotation.
Automotive lighting device for an automotive vehicle , the automotive lighting device comprising a voltage regulator configured to be electrically fed between a power source and a ground connection; a thermistor, such as a NTC or a PTC ; a controlled light group, comprising a plurality of light sources and a light driver , the light driver being intended to be fed at a constant driver voltage value, the light driver comprising terminals and being configured to selectively activate or deactivate current flow in each terminal , in such a way that each light source is connected to one of the terminals , wherein the voltage regulator , the plurality of light sources , and the light driver are arranged in series; the automotive lighting device being characterized in that the controlled light group is fed by a voltage output value of the voltage regulator , wherein the thermistor is arranged to sense temperature values around the plurality of light sources and send information about the sensed temperature values of the plurality of light sources to the voltage regulator: wherein the voltage regulator comprises a control driver configured to modify the voltage output value when receiving said information from the thermistor , wherein the voltage regulator is configured to establish a voltage output value, which provides a constant driver voltage value in the light driver , for each temperature value sensed by the thermistor . a voltage regulator configured to be electrically fed between a power source and a ground connection; a thermistor, such as a NTC or a PTC ; a controlled light group, comprising a plurality of light sources and a light driver , the light driver being intended to be fed at a constant driver voltage value, the light driver comprising terminals and being configured to selectively activate or deactivate current flow in each terminal , in such a way that each light source is connected to one of the terminals , wherein the voltage regulator , the plurality of light sources , and the light driver are arranged in series; the automotive lighting device being characterized in that the controlled light group is fed by a voltage output value of the voltage regulator , wherein the thermistor is arranged to sense temperature values around the plurality of light sources and send information about the sensed temperature values of the plurality of light sources to the voltage regulator: wherein the voltage regulator comprises a control driver configured to modify the voltage output value when receiving said information from the thermistor , wherein the voltage regulator is configured to establish a voltage output value, which provides a constant driver voltage value in the light driver , for each temperature value sensed by the thermistor .
A piezoelectric micro-electro-mechanical system (MEMS) scanning mirror system, the system comprising: a conductive bridge, an actuator frame consisting of a frame material; at least one actuator having a top electrode on a top surface of the at least one actuator and a bottom electrode on a bottom surface of the at least actuator, the at least one actuator attached to a top surface of the actuator frame with a partially conductive adhesive ; the mirror extending across a gap in a central mounting member of the actuator frame and attached with a structural adhesive via anchor portions of the mirror to the top surface of the actuator frame; a substrate connected to a bottom surface of the actuator frame with the structural adhesive , the structural adhesive having no conductive properties; and the conductive bridge comprising a trace of conductive adhesive enabling an electrical connection between the top surface of the actuator frame and the substrate. a conductive bridge, an actuator frame consisting of a frame material; at least one actuator having a top electrode on a top surface of the at least one actuator and a bottom electrode on a bottom surface of the at least actuator, the at least one actuator attached to a top surface of the actuator frame with a partially conductive adhesive ; the mirror extending across a gap in a central mounting member of the actuator frame and attached with a structural adhesive via anchor portions of the mirror to the top surface of the actuator frame; a substrate connected to a bottom surface of the actuator frame with the structural adhesive , the structural adhesive having no conductive properties; and the conductive bridge comprising a trace of conductive adhesive enabling an electrical connection between the top surface of the actuator frame and the substrate.
A transmitting device for wireless transmission of measured parameters characterizing a tire of a vehicle, said transmitting device comprising a microcontroller and pulse generating means connected to said microcontroller , said microcontroller being configured to receive at least one detection signal representative of at least one measured parameter value, said microcontroller being also configured to control said pulse generating means so that said pulse generating means generate at least one pulse position modulation (PPM) signal comprising information corresponding to said at least one measured parameter value, said transmitting device further comprising or being connectable to an antenna for the wireless transmission of said PPM signal, said pulse generating means comprising an oscillator and a power amplifier connected to said oscillator in order to amplify the pulses output from said oscillator and to output said PPM signal, characterized in that said microcontroller is configured, for each pulse of said PPM signal to be generated, to activate only said oscillator for a first period of time (T1) and then to activate also said power amplifier only for a second period of time (T2) following said first period of time (T1), said microcontroller being also configured to maintain deactivated said oscillator and said power amplifier outside the time interval defined by said first and second periods of time (T1, T2).
A vehicle door structure comprising: a side door that is openably/closably supported by a vehicle body via a door hinge provided at a rear part of the side door , the side door including, a door inner panel ; a door outer panel ; a door side engaging portion that is provided in a lower part and configured to engage a vehicle body side engaging portion provided in a vehicle body lower part at least at the time of lateral collision; a door built-in center pillar extending from an upper end to a lower end in a front part in the side door and fixedly joined to the door inner panel by a reinforcement mounted to a door lower part, a part of the lower end of the door built-in center pillar being mounted to the reinforcement , characterized in that the door built-in center pillar includes a low rigidity portion having lower rigidity than an upper part of the door built-in center pillar and provided above the lower end of the door built-in center pillar . a side door that is openably/closably supported by a vehicle body via a door hinge provided at a rear part of the side door , the side door including, a door inner panel ; a door outer panel ; a door side engaging portion that is provided in a lower part and configured to engage a vehicle body side engaging portion provided in a vehicle body lower part at least at the time of lateral collision; a door built-in center pillar extending from an upper end to a lower end in a front part in the side door and fixedly joined to the door inner panel by a reinforcement mounted to a door lower part, a door inner panel ; a door outer panel ; a door side engaging portion that is provided in a lower part and configured to engage a vehicle body side engaging portion provided in a vehicle body lower part at least at the time of lateral collision; a door built-in center pillar extending from an upper end to a lower end in a front part in the side door and fixedly joined to the door inner panel by a reinforcement mounted to a door lower part, a part of the lower end of the door built-in center pillar being mounted to the reinforcement , characterized in that the door built-in center pillar includes a low rigidity portion having lower rigidity than an upper part of the door built-in center pillar and provided above the lower end of the door built-in center pillar .
A computer-implemented method of stabilizing bounding boxes for objects in a video stream , the method comprising: receiving a video stream comprising a sequence of image frames ; detecting an object in the image frames and generating a bounding box surrounding the object ; measuring a noise level for the video stream ; and temporally filtering the bounding box over a plurality of image frames based on the measured noise level, thereby stabilizing the bounding box in the video stream , wherein the bounding box is temporally filtered over a number of preceding image frames characterized in that the number of preceding image frames is adapted such that a higher noise level implies a temporal filtering over a greater number of preceding image frames and a lower noise level implies a temporal filtering over a smaller number of preceding image frames . receiving a video stream comprising a sequence of image frames ; detecting an object in the image frames and generating a bounding box surrounding the object ; measuring a noise level for the video stream ; and temporally filtering the bounding box over a plurality of image frames based on the measured noise level, thereby stabilizing the bounding box in the video stream , wherein the bounding box is temporally filtered over a number of preceding image frames characterized in that the number of preceding image frames is adapted such that a higher noise level implies a temporal filtering over a greater number of preceding image frames and a lower noise level implies a temporal filtering over a smaller number of preceding image frames .
A process for recovering the phosphorus present in an effluent to be treated, comprising the following steps: i. a step of biological dephosphatation of the effluent to be treated, said step comprising: i.1. at least one step of treatment under anaerobic conditions, and i.2. at least one step of treatment under aerobic conditions; ii. a step of separating said treated effluent from step i, in particular for separating the treated water issued from step i and the sludge; iii. a step of anaerobic hydrolysis of at least one portion of the sludge issued from step ii in which phosphorous is released ; iv. a step of liquid/solid separation of the effluent from step iii; v. a step of advanced treatment of at least one portion of the sludge from step iv; said advanced treatment being chosen among the heat, mechanical, chemical, enzymatic treatments or a combination thereof ; vi. a step of recirculating, to step iii, at least one portion of the liquid effluent issued from step v corresponding to the return of the liquid effluent from step v to step iii while the solid effluent remains at the advanced treatment, the later allowing the passage into the liquid phase of high concentrations of nitrogen, phosphorus and VFAs ; and vii. a step of recovering the phosphorus present in the liquid effluent from step iv. i. a step of biological dephosphatation of the effluent to be treated, said step comprising: i.1. at least one step of treatment under anaerobic conditions, and i.2. at least one step of treatment under aerobic conditions; i.1. at least one step of treatment under anaerobic conditions, and i.2. at least one step of treatment under aerobic conditions; ii. a step of separating said treated effluent from step i, in particular for separating the treated water issued from step i and the sludge; iii. a step of anaerobic hydrolysis of at least one portion of the sludge issued from step ii in which phosphorous is released ; iv. a step of liquid/solid separation of the effluent from step iii; v. a step of advanced treatment of at least one portion of the sludge from step iv; said advanced treatment being chosen among the heat, mechanical, chemical, enzymatic treatments or a combination thereof ; vi. a step of recirculating, to step iii, at least one portion of the liquid effluent issued from step v corresponding to the return of the liquid effluent from step v to step iii while the solid effluent remains at the advanced treatment, the later allowing the passage into the liquid phase of high concentrations of nitrogen, phosphorus and VFAs ; and vii. a step of recovering the phosphorus present in the liquid effluent from step iv.
A communication control method comprising: determining whether or not reception quality of a second reception device satisfies a predetermined reference in a communication system including a first transmission device , a first reception device , a second transmission device secondarily using a frequency having been assigned to the first transmission device , and the second reception device ; and characterized in that when it is determined that the reception quality of the second reception device does not satisfy the predetermined reference, additionally performing reception beam steering by the first reception device , transmission beam steering by the first transmission device , reception beam steering by the second reception device , and transmission beam steering by the second transmission device in a predetermined order. determining whether or not reception quality of a second reception device satisfies a predetermined reference in a communication system including a first transmission device , a first reception device , a second transmission device secondarily using a frequency having been assigned to the first transmission device , and the second reception device ; and characterized in that when it is determined that the reception quality of the second reception device does not satisfy the predetermined reference, additionally performing reception beam steering by the first reception device , transmission beam steering by the first transmission device , reception beam steering by the second reception device , and transmission beam steering by the second transmission device in a predetermined order.
Process for the removal of a plastic coating from a cheese loaf, the process having the following steps: a) the cheese loaf, with a plastic coating, is fed to the process, b) a laser beam is directed onto the plastic coating of the cheese loaf, characterized in that c) the power of the laser which emits the laser beam is adjusted so that a removal of the plastic coating ensues by detachment of a region of the plastic coating and/or by erosion or evaporation of the plastic coating, in that d) a gas is fed to the laser beam in the area of impingement onto the food loaf, in particular a protective gas and/or a gas supporting the removal process and/or a gas reducing the adhesion of removed material to the remaining food, and in that e) in the area of impingement of the laser beam onto the food loaf, gas and removed material are vacuumed off. a) the cheese loaf, with a plastic coating, is fed to the process, b) a laser beam is directed onto the plastic coating of the cheese loaf, characterized in that c) the power of the laser which emits the laser beam is adjusted so that a removal of the plastic coating ensues by detachment of a region of the plastic coating and/or by erosion or evaporation of the plastic coating, in that d) a gas is fed to the laser beam in the area of impingement onto the food loaf, in particular a protective gas and/or a gas supporting the removal process and/or a gas reducing the adhesion of removed material to the remaining food, and in that e) in the area of impingement of the laser beam onto the food loaf, gas and removed material are vacuumed off.