mhurhangee/patent-ind-claim-en huggingface dataset:
An air conditioner comprising: a housing including a circular shaped grille in which an inlet is formed, an insertion space inside the housing , and an outlet having a ring-shape, surrounding the circular shaped grille, through which to discharge air suctioned through the inlet to an outside of the housing ; a heat exchanger inside the housing ; an airflow control guide unit which is insertable into the insertion space and is slidable between a first position (H3) and a second position (H4), wherein the airflow control guide unit is configured so that when the airflow control guide unit is in the first position (H3), the airflow control guide unit is inserted into the insertion space , and the air discharged through the outlet is wide airflow heading toward the outward direction of the radial direction of the outlet , and when the airflow control guide unit is in the second position (H4), the airflow control guide unit is protruding toward the outside of the housing , and the air discharged through the outlet is descending airflow heading below the outlet ; and a driving device configured to slide the airflow control guide unit between the first position (H3) and the second position (H4), and wherein the airflow control guide unit and the insertion space are provided at an outside in the outward radial direction of the outlet . a housing including a circular shaped grille in which an inlet is formed, an insertion space inside the housing , and an outlet having a ring-shape, surrounding the circular shaped grille, through which to discharge air suctioned through the inlet to an outside of the housing ; a circular shaped grille in which an inlet is formed, an insertion space inside the housing , and an outlet having a ring-shape, surrounding the circular shaped grille, through which to discharge air suctioned through the inlet to an outside of the housing ; a heat exchanger inside the housing ; an airflow control guide unit which is insertable into the insertion space and is slidable between a first position (H3) and a second position (H4), wherein the airflow control guide unit is configured so that when the airflow control guide unit is in the first position (H3), the airflow control guide unit is inserted into the insertion space , and the air discharged through the outlet is wide airflow heading toward the outward direction of the radial direction of the outlet , and when the airflow control guide unit is in the second position (H4), the airflow control guide unit is protruding toward the outside of the housing , and the air discharged through the outlet is descending airflow heading below the outlet ; and a driving device configured to slide the airflow control guide unit between the first position (H3) and the second position (H4), and wherein the airflow control guide unit and the insertion space are provided at an outside in the outward radial direction of the outlet .
A method of controlling a washing apparatus including a tub , a drum , an induction module disposed on a surface of the tub and configured to heat the drum through electromagnetic induction, and a circulation pump that pumps washing water into the drum from the tub , the method comprising: a water supply step (S20) of supplying washing water to the tub via a water valve , wherein when reaching a target water level, the water supply step (S20) ends; a soaking step (S30) of soaking laundry by driving the drum while circulating the washing water with the circulation pump , after the water supply step (S20) ends; a heating step (S40) of heating by driving the induction module after the soaking step (S30) ends; and a main washing step (S50) of performing washing by driving the drum after the heating step (S40) ends, wherein a water level at the end of the soaking step (S30) is lower than a water level at the end of the water supply step (S20); and wherein the soaking step (S30) comprises a measuring step (S33) of measuring the water level and wherein an additional water supply step is performed when the water level measured in the measuring step is lower than a circulation water level that is preset, and wherein the soaking step (S30) ends when the water level does not change after the drum and the circulation pump are operated. a water supply step (S20) of supplying washing water to the tub via a water valve , wherein when reaching a target water level, the water supply step (S20) ends; a soaking step (S30) of soaking laundry by driving the drum while circulating the washing water with the circulation pump , after the water supply step (S20) ends; a heating step (S40) of heating by driving the induction module after the soaking step (S30) ends; and a main washing step (S50) of performing washing by driving the drum after the heating step (S40) ends, wherein a water level at the end of the soaking step (S30) is lower than a water level at the end of the water supply step (S20); and wherein the soaking step (S30) comprises a measuring step (S33) of measuring the water level and wherein an additional water supply step is performed when the water level measured in the measuring step is lower than a circulation water level that is preset, and wherein the soaking step (S30) ends when the water level does not change after the drum and the circulation pump are operated.
A computer-implemented method comprising: receiving first speech from a first user who is associated with a first user profile having an administration privilege, analyzing first attributes of the first speech to determine that the first speech is associated with the first user profile; processing content of the first speech to identify an introduction command or intent, to determine the second user and to identify a command or intent to grant a privilege to the second user; outputting a prompt requesting speech from the second user; receiving second speech from the second user; determining second attributes derived from the second speech, the second attributes enabling identification of subsequent speech associated with the second user; and associating the second attributes and the granted privilege with a second user profile associated with the second user. receiving first speech from a first user who is associated with a first user profile having an administration privilege, analyzing first attributes of the first speech to determine that the first speech is associated with the first user profile; processing content of the first speech to identify an introduction command or intent, to determine the second user and to identify a command or intent to grant a privilege to the second user; outputting a prompt requesting speech from the second user; receiving second speech from the second user; determining second attributes derived from the second speech, the second attributes enabling identification of subsequent speech associated with the second user; and associating the second attributes and the granted privilege with a second user profile associated with the second user.
A crowbar device for a circuit protection component comprising: a substrate having a first doping polarity; an epitaxial layer having a second doping polarity opposite to the first doping polarity and formed on the substrate,; a base having a first doping polarity and formed on the epitaxial layer, wherein the epitaxial layer comprises a first region , subjacent the base, and a second region, peripheral to the base, wherein a concentration of dopants is higher in the first region than in the second region; and an emitter having a second doping polarity and having a hole therein, the emitter being formed in the epitaxial layer and in the base , the crowbar device having a breakdown voltage, wherein a portion of the emitter overlaps an edge between the base and the second region, to form a low voltage breakdown region which defines the breakdown voltage of the crowbar device. a substrate having a first doping polarity; an epitaxial layer having a second doping polarity opposite to the first doping polarity and formed on the substrate,; a base having a first doping polarity and formed on the epitaxial layer, wherein the epitaxial layer comprises a first region , subjacent the base, and a second region, peripheral to the base, wherein a concentration of dopants is higher in the first region than in the second region; and an emitter having a second doping polarity and having a hole therein, the emitter being formed in the epitaxial layer and in the base , the crowbar device having a breakdown voltage, wherein a portion of the emitter overlaps an edge between the base and the second region, to form a low voltage breakdown region which defines the breakdown voltage of the crowbar device.
A wrapping unit (B) to produce a sealed wrap by folding a wrapping sheet around a group of smoking articles; the wrapping unit (B) comprises: a wrapping conveyor , which moves the group of smoking articles coupled to the wrapping sheet along a wrapping path (P3); a folding device , which is coupled to the wrapping conveyor , is configured to fold the wrapping sheet around the group of articles and comprises fixed folding blades , which are arranged along the wrapping conveyor ; and a sealing device , which is coupled to the wrapping conveyor downstream of the folding device and is configured to form a seal on the wrapping sheet folded around the group of smoking articles; the wrapping unit (B) is characterized in that it comprises a cooling system , which is configured to cool the fixed folding blades of the folding device . a wrapping conveyor , which moves the group of smoking articles coupled to the wrapping sheet along a wrapping path (P3); a folding device , which is coupled to the wrapping conveyor , is configured to fold the wrapping sheet around the group of articles and comprises fixed folding blades , which are arranged along the wrapping conveyor ; and a sealing device , which is coupled to the wrapping conveyor downstream of the folding device and is configured to form a seal on the wrapping sheet folded around the group of smoking articles; the wrapping unit (B) is characterized in that it comprises a cooling system , which is configured to cool the fixed folding blades of the folding device .
A semiconductor device comprising: a semiconductor substrate ; at least two gate trenches formed in said semiconductor substrate, wherein individual trenches of said at least two trenches comprise a gate electrode ; a body contact trench formed in said semiconductor substrate between said gate trenches, wherein a sidewall of said body contact trench has a constant sidewall slope to a first depth, whereby the body contact trench has a smaller width at the first depth; a body contact trench extension formed in said semiconductor substrate extending from the bottom of said body contact trench, wherein a sidewall of said body contact trench extension is offset from said sidewall of said body contact trench; and an ohmic body contact implant beneath said body contact trench extension, wherein a horizontal extent of said ohmic body contact implant is not greater than a width of said body contact trench at said first depth. a semiconductor substrate ; at least two gate trenches formed in said semiconductor substrate, wherein individual trenches of said at least two trenches comprise a gate electrode ; a body contact trench formed in said semiconductor substrate between said gate trenches, wherein a sidewall of said body contact trench has a constant sidewall slope to a first depth, whereby the body contact trench has a smaller width at the first depth; a body contact trench extension formed in said semiconductor substrate extending from the bottom of said body contact trench, wherein a sidewall of said body contact trench extension is offset from said sidewall of said body contact trench; and an ohmic body contact implant beneath said body contact trench extension, wherein a horizontal extent of said ohmic body contact implant is not greater than a width of said body contact trench at said first depth.
A bending vibration type sound transmitter , comprising: a plurality of vibrating bodies (1A-1F) performing resonant vibration; and two lids , wherein each of said vibrating bodies is quadrangular-shaped, wherein said plurality of vibrating bodies form a column by joining long-sides thereof to each other, wherein said column is fastened between said two lids by nipping two short-sides of each vibrating bodies in said two lids, characterised in that each of said vibrating bodies (1A-1F) includes a driving transducer vibrating by applying an electric signal and at least one resonating vibrator driven by said driving transducer, wherein each of said resonating vibrating bodies is tabular and includes a concave portion in which said driving transducer is arranged, and wher ein each of said two lids includes a protruding portion for fitting in said column. a plurality of vibrating bodies (1A-1F) performing resonant vibration; and two lids , wherein each of said vibrating bodies is quadrangular-shaped, wherein said plurality of vibrating bodies form a column by joining long-sides thereof to each other, wherein said column is fastened between said two lids by nipping two short-sides of each vibrating bodies in said two lids, characterised in that each of said vibrating bodies (1A-1F) includes a driving transducer vibrating by applying an electric signal and at least one resonating vibrator driven by said driving transducer, wherein each of said resonating vibrating bodies is tabular and includes a concave portion in which said driving transducer is arranged, and wher ein each of said two lids includes a protruding portion for fitting in said column.
An enteric coated pellet, comprising: (a) a pellet core containing orbitazine fumarate, (b) an isolation layer, and (c) an enteric layer, wherein the enteric layer comprises an enteric coating material, which is hydroxypropyl methylcellulose acetate succinate, or hydroxypropyl methylcellulose phthalate.
An implantable medical device for treating arrhythmia, comprising a control unit as well as a sense amplifier , a first switch and a second switch each coupled to the control unit , wherein: the sense amplifier comprises a polarity selection module , an amplification unit and a filtering unit , which are sequentially connected; the first switch is disposed within the polarity selection module and the second switch is disposed within the filtering unit ; and the control unit is configured to shield the sense amplifier from interference from a pacing pulse signal by providing multi-stage on/off control over the first and second switches according to a pacing period and a discharging period in a pacing interval, characterized in that : the sense amplifier further comprises a comparator coupled to the filtering unit ; the filtering unit comprises a low-pass filter and a high-pass filter ; the low-pass filter has an input coupled to an output of the amplification unit and an output coupled to an input of the high-pass filter , and the high-pass filter has an output coupled to an input of the comparator ; and the second switch is disposed at the input of the low-pass filter . the sense amplifier comprises a polarity selection module , an amplification unit and a filtering unit , which are sequentially connected; the first switch is disposed within the polarity selection module and the second switch is disposed within the filtering unit ; and the control unit is configured to shield the sense amplifier from interference from a pacing pulse signal by providing multi-stage on/off control over the first and second switches according to a pacing period and a discharging period in a pacing interval, characterized in that : the sense amplifier further comprises a comparator coupled to the filtering unit ; the filtering unit comprises a low-pass filter and a high-pass filter ; the low-pass filter has an input coupled to an output of the amplification unit and an output coupled to an input of the high-pass filter , and the high-pass filter has an output coupled to an input of the comparator ; and the second switch is disposed at the input of the low-pass filter . the sense amplifier further comprises a comparator coupled to the filtering unit ; the filtering unit comprises a low-pass filter and a high-pass filter ; the low-pass filter has an input coupled to an output of the amplification unit and an output coupled to an input of the high-pass filter , and the high-pass filter has an output coupled to an input of the comparator ; and the second switch is disposed at the input of the low-pass filter .
An organic electroluminescent display device , comprising: a substrate ; an organic light-emitting device formed over the substrate ; and an encapsulation layer formed over the organic light-emitting device and the substrate , the encapsulation layer comprising an inorganic layer and a polymer organic layer stacked with an intermediate layer formed of an organic monomer between the inorganic layer and the polymer organic layer , wherein one surface of the intermediate layer is bonded to the inorganic layer , another surface of the intermediate layer is bonded to the polymer organic layer by polymerization, and the inorganic layer is the closest layer of the encapsulation layer to the substrate . a substrate ; an organic light-emitting device formed over the substrate ; and an encapsulation layer formed over the organic light-emitting device and the substrate , the encapsulation layer comprising an inorganic layer and a polymer organic layer stacked with an intermediate layer formed of an organic monomer between the inorganic layer and the polymer organic layer , wherein one surface of the intermediate layer is bonded to the inorganic layer , another surface of the intermediate layer is bonded to the polymer organic layer by polymerization, and the inorganic layer is the closest layer of the encapsulation layer to the substrate .
A method for network authorization, performed by an authentication authority connected to a network, comprising: receiving a user credential from a host device connected to the network; authenticating the user credential; in response to authenticating the user credential, determining an authorization policy associated with the host device; polling a network overlay control plane of the network to access a network mapping system for the network to obtain network location information associated with the host device, wherein the network location information comprises a network attachment point for the host device; identifying , using the network location information, at least one network device of the network to enforce the authorization policy at the network attachment point for the host device; and transmitting the authorization policy to the at least one network device. receiving a user credential from a host device connected to the network; authenticating the user credential; in response to authenticating the user credential, determining an authorization policy associated with the host device; polling a network overlay control plane of the network to access a network mapping system for the network to obtain network location information associated with the host device, wherein the network location information comprises a network attachment point for the host device; identifying , using the network location information, at least one network device of the network to enforce the authorization policy at the network attachment point for the host device; and transmitting the authorization policy to the at least one network device.
A method, comprising: at an electronic device with one or more microphones , a speaker , one or more processors , and memory storing one or more programs for execution by the one or more processors , the electronic device being configured to be awakened by any of a plurality of affordances, the plurality of affordances including: (i) a voice-based affordance comprising a hotword, and (ii) an affordance other than the voice-based affordance: determining ambient noise of an environment associated with the electronic device , the ambient noise being characterized with a noise profile; determining whether the noise profile would interfere with recognition of the hotword in voice inputs detected by the electronic device , wherein determining whether the noise profile would interfere with recognition of the hotword in voice inputs comprises comparing the noise profile to a predetermined set of noise profiles, wherein the noise profiles of the predetermined set of noise profiles are known to negatively affect recognition of the hotword by the electronic device in voice inputs; and in accordance with a determination that the ambient noise would interfere with recognition of the hotword, indicating to a user to use the affordance of the plurality of affordances other than the voice-based affordance. determining whether the noise profile would interfere with recognition of the hotword in voice inputs detected by the electronic device , wherein determining whether the noise profile would interfere with recognition of the hotword in voice inputs comprises comparing the noise profile to a predetermined set of noise profiles, wherein the noise profiles of the predetermined set of noise profiles are known to negatively affect recognition of the hotword by the electronic device in voice inputs; and in accordance with a determination that the ambient noise would interfere with recognition of the hotword, indicating to a user to use the affordance of the plurality of affordances other than the voice-based affordance.
A load-weighing assembly having a substantially laterally-extending load-weighing platform , and a substantially laterally-extending cantilever fork blade member located beneath said platform , said load-weighing platform and said cantilever fork blade member being interconnected by a load weight-measuring cell , characterized by : a slightly loosened fastening of said load weight-measuring cell with respect to either said load weighing platform or said fork blade member and by a tight fastening of said load weight-measuring cell with respect to either said fork blade member or said load weighing platform , respectively, whereby said load weight-measuring cell is capable of lateral movement with respect to at least one of said load-weighing platform and said cantilever fork blade member during an initial part of said load weighing so as to minimize transmission of lateral force between said load-weighing platform and said load weight-measuring cell during said initial part of said load weighing. a slightly loosened fastening of said load weight-measuring cell with respect to either said load weighing platform or said fork blade member and by a tight fastening of said load weight-measuring cell with respect to either said fork blade member or said load weighing platform , respectively, whereby said load weight-measuring cell is capable of lateral movement with respect to at least one of said load-weighing platform and said cantilever fork blade member during an initial part of said load weighing so as to minimize transmission of lateral force between said load-weighing platform and said load weight-measuring cell during said initial part of said load weighing.