mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus, comprising: an add-on supplemental door actuation module having an outer housing structured for engagement to a door closer device and having an actuator configured to be in force communication with the door closer device , wherein the add-on supplemental door actuation module is structured to activate an energy storage device of said add-on supplemental door actuation module to store an energy along a swing of a door when the door closer device is actuated in a first direction and structured to maintain the stored energy when the door closer device is actuated in a second direction until the door reaches a boost location wherein the stored energy is released to deliver a boost energy to the door to supplement the door closer device ; the add-on supplemental door actuation module further comprising: a first reaction member and a second reaction member configured to be in contact with the actuator, the first reaction member configured to energize the energy storage device as a result of a first movement of the actuator in the first direction, the second reaction member configured to receive the boost energy from the energy storage device as a result of a second movement of the actuator in the second direction; a keeper structured to permit independent movement of the first reaction member and second reaction member during the first movement, and couple the first reaction member and the second reaction member to have sympathetic movement during the second movement, wherein the keeper comprises a latch and a catch , the latch being receivable by the catch to couple the first reaction member and second reaction member to provide the sympathetic movement during the second movement, and permit the independent movement of the first reaction member and second reaction member during the first movement. a first reaction member and a second reaction member configured to be in contact with the actuator, the first reaction member configured to energize the energy storage device as a result of a first movement of the actuator in the first direction, the second reaction member configured to receive the boost energy from the energy storage device as a result of a second movement of the actuator in the second direction; a keeper structured to permit independent movement of the first reaction member and second reaction member during the first movement, and couple the first reaction member and the second reaction member to have sympathetic movement during the second movement, wherein the keeper comprises a latch and a catch , the latch being receivable by the catch to couple the first reaction member and second reaction member to provide the sympathetic movement during the second movement, and permit the independent movement of the first reaction member and second reaction member during the first movement.
A serial NOR memory device, comprising: an input-output circuit comprising a transceiver coupled to receive a clock signal on a clock input terminal, the transceiver having a single data rate mode serial data input terminal to receive serial input data and a double data rate mode serial data output terminal to transmit serial data.
A method for manufacturing an electrode, comprising the following steps (S 10)-(S40) of: (S10) preparing a slurry for forming an electrode layer comprising an electrode active material, a binder resin, a crosslinking initiator, an inorganic solid electrolyte and a solvent; (S20) applying the slurry for forming an electrode layer to the surface of a current collector, followed by drying, to form an electrode layer (a); (S30) pressing the electrode layer (a) to form an electrode layer (a'); and (S40) warming the electrode layer (a') to form an electrode layer (a"), wherein step (S20) is carried out in a temperature range where no crosslinking is initiated, and step (S40) is carried out in a temperature range where crosslinking of the electrode layer is initiated and performed, the solvent in step (S10) is a nonpolar solvent, and the crosslinking initiator is an organic peroxide-based crosslinking initiator. (S10) preparing a slurry for forming an electrode layer comprising an electrode active material, a binder resin, a crosslinking initiator, an inorganic solid electrolyte and a solvent; (S20) applying the slurry for forming an electrode layer to the surface of a current collector, followed by drying, to form an electrode layer (a); (S30) pressing the electrode layer (a) to form an electrode layer (a'); and (S40) warming the electrode layer (a') to form an electrode layer (a"), wherein step (S20) is carried out in a temperature range where no crosslinking is initiated, and step (S40) is carried out in a temperature range where crosslinking of the electrode layer is initiated and performed, the solvent in step (S10) is a nonpolar solvent, and the crosslinking initiator is an organic peroxide-based crosslinking initiator.
A log transmission apparatus connected to a log collection apparatus via a communication network , the log transmission apparatus comprising: an application execution unit which executes one or more applications and outputs an operation log of each application in the log transmission apparatus ; an environment change management unit which generates an environment code as information indicating a change in a state of the log transmission apparatus , wherein the state of the log transmission apparatus is an environment of the log transmission apparatus and includes a configuration of at least one of hardware and software of the log transmission apparatus ; and a transmission unit which transmits the log and the environment code to the log collection apparatus , wherein the environment change management unit generates the environment code which indicates the change in the state during a period from a previous output to present output of the log by the application execution unit . an application execution unit which executes one or more applications and outputs an operation log of each application in the log transmission apparatus ; an environment change management unit which generates an environment code as information indicating a change in a state of the log transmission apparatus , wherein the state of the log transmission apparatus is an environment of the log transmission apparatus and includes a configuration of at least one of hardware and software of the log transmission apparatus ; and a transmission unit which transmits the log and the environment code to the log collection apparatus , wherein the environment change management unit generates the environment code which indicates the change in the state during a period from a previous output to present output of the log by the application execution unit .
An installation mechanism of an air ventilation hose in an end segment with a cylindrical end part wherein it contains the end segment with a cylindrical end part , an installing pin and a guide channel , wherein the through guide channel is situated in a wall of the cylindrical end part of the end segment , this guide channel is cylindrical in shape and the guide channel is determinated by a secant of a circle which forms an inner cross-section of the cylindrical end part of the end segment , wherein the secant is distanced from the center of the circle by a minimum of an inner radius r of the air ventilation hose and by a maximum of r + 6 mm, wherein the outer diameter of the air ventilation hose is less than an inner diameter of the cylindrical end part of the end segment and an inner diameter of the guide channel is greater than an outer diameter of the installing pin , wherein the installing pin comprises an installing pin body which has a cylindrical rod shape, the installing pin body is terminated by a tip on one side and by a head on the other side and a projection of the installing pin head along a longitudinal axis of the installing pin extends beyond the projection of the installing pin body, wherein the installing pin has a minimum length equivalent to 1⁄2 the length of the circle secant , characterized in that the installing pin body is provided with fixing tabs that are linear or point-like. cylindrical end part wherein it contains the end segment with a cylindrical end part , an installing pin and a guide channel , wherein the through guide channel is situated in a wall of the cylindrical end part of the end segment , this guide channel is cylindrical in shape and the guide channel is determinated by a secant of a circle which forms an inner cross-section of the cylindrical end part of the end segment , wherein the secant is distanced from the center of the circle by a minimum of an inner radius r of the air ventilation hose and by a maximum of r + 6 mm, wherein the outer diameter of the air ventilation hose is less than an inner diameter of the cylindrical end part of the end segment and an inner diameter of the guide channel is greater than an outer diameter of the installing pin , wherein the installing pin comprises an installing pin body which has a cylindrical rod shape, the installing pin body is terminated by a tip on one side and by a head on the other side and a projection of the installing pin head along a longitudinal axis of the installing pin extends beyond the projection of the installing pin body, wherein the installing pin has a minimum length equivalent to 1⁄2 the length of the circle secant , characterized in that the installing pin body is provided with fixing tabs that are linear or point-like.
A method of following the crystallization of a substance in solution in a solvent, comprising the following steps: - droplets (G) of said solution, optionally with different concentrations of said substance, are formed in an inert phase (T); - the droplets are produced and stored in at least one storage microchannel ; - crystals are formed in all the droplets by cooling these droplets below the solubility temperature of said substance; - the temperature is increased so as to dissolve at least some of the crystals in at least some droplets; and - the crystallization and dissolution process is observed by analyzing means. - droplets (G) of said solution, optionally with different concentrations of said substance, are formed in an inert phase (T); - the droplets are produced and stored in at least one storage microchannel ; - crystals are formed in all the droplets by cooling these droplets below the solubility temperature of said substance; - the temperature is increased so as to dissolve at least some of the crystals in at least some droplets; and - the crystallization and dissolution process is observed by analyzing means.
A storage-stable omeprazole powder system, the system comprising (i) a first powder mixture comprising (a) a therapeutically effective amount of omeprazole, or a pharmaceutically acceptable salt thereof, (b) sodium alginate, and (c) a first buffering agent; and (ii) a second powder mixture comprising sodium alginate and a second buffering agent, wherein the first powder mixture and the second powder mixture are stored separately from each other and are mixed together on or just before constitution with water, and wherein the system contains sodium and potassium at a ratio of from 1:2.6 to 1:3.4 by weight.
Device (12; 112) for detecting the improper adjustment of a ventilatory support machine used on a mammal, characterized in that it comprises: - means (40; 140) for measuring, as a function of time, a neurophysiological signal involved in the respiratory process of the mammal for at least two successive respiratory cycles, each respiratory cycle comprising a respiratory initiation time; - an input for receiving a respiratory initiation signal (t o ) which is different from the neurophysiological signal; - means (42; 142) for processing the neurophysiological signals, which means are configured for processing the neurophysiological signals for each respiratory initiation time (t o ) over a period of time comprising the respiratory initiation time (t o ) and starting before the respiratory initiation time (t o ); and - means (44; 144) for detecting an improper adjustment of the ventilator by means of said processed signals. - means (40; 140) for measuring, as a function of time, a neurophysiological signal involved in the respiratory process of the mammal for at least two successive respiratory cycles, each respiratory cycle comprising a respiratory initiation time; - an input for receiving a respiratory initiation signal (t o ) which is different from the neurophysiological signal; - means (42; 142) for processing the neurophysiological signals, which means are configured for processing the neurophysiological signals for each respiratory initiation time (t o ) over a period of time comprising the respiratory initiation time (t o ) and starting before the respiratory initiation time (t o ); and - means (44; 144) for detecting an improper adjustment of the ventilator by means of said processed signals.
A computer-implemented method for determining column lineage metadata , the method comprising: responsive to determining that a logical query plan is available for a transformation code in a first programming language, identifying the logical query plan to derive a target dataset from one or more source datasets, wherein the logical query plan was generated from the transformation code in the first programming language, wherein the logical query plan identifies a plurality of source columns of the one or more source datasets and respective target columns of the target dataset, and parsing the logical query plan to derive relationships between the plurality of source columns of the one or more source datasets and the respective target columns of the target dataset; responsive to determining that the logical query plan is not available, inferring the relationships between the source columns of the one or more source datasets and the target columns of the target dataset; generating target column lineage metadata for a target column of the target dataset, the target column metadata reflecting a relationship between one or more source columns and the target column and existing source column metadata of each of the one or more source columns; and storing the target column lineage metadata for the target column of the target dataset. responsive to determining that a logical query plan is available for a transformation code in a first programming language, identifying the logical query plan to derive a target dataset from one or more source datasets, wherein the logical query plan was generated from the transformation code in the first programming language, wherein the logical query plan identifies a plurality of source columns of the one or more source datasets and respective target columns of the target dataset, and parsing the logical query plan to derive relationships between the plurality of source columns of the one or more source datasets and the respective target columns of the target dataset; identifying the logical query plan to derive a target dataset from one or more source datasets, wherein the logical query plan was generated from the transformation code in the first programming language, wherein the logical query plan identifies a plurality of source columns of the one or more source datasets and respective target columns of the target dataset, and parsing the logical query plan to derive relationships between the plurality of source columns of the one or more source datasets and the respective target columns of the target dataset; responsive to determining that the logical query plan is not available, inferring the relationships between the source columns of the one or more source datasets and the target columns of the target dataset; generating target column lineage metadata for a target column of the target dataset, the target column metadata reflecting a relationship between one or more source columns and the target column and existing source column metadata of each of the one or more source columns; and storing the target column lineage metadata for the target column of the target dataset.
A host Head-Mounted Device, HMD , configured for hosting a co-located virtual, augmented, or mixed reality, xR, session including a network of HMDs in a first physical environment , comprising: a processor ; a plurality of sensors, each sensor associated with a transmission mechanism for participating in the co-located xR session; and a memory coupled to the processor , the memory having program instructions stored thereon that, upon execution, cause the host HMD to: transmit a first beacon to a first HMD; receive a second beacon from the first HMD, wherein the second beacon includes a signal strength of the first beacon received by the first HMD; determine a second signal strength of the second beacon received from the first HMD; determine aggregated signal strength information for the first HMD based on the determined second signal strength and further based on the first signal strength reported in the second beacon by the first HMD; and authorize participation of the first HMD in the xR session when the aggregated signal strength information indicates the first HMD can participate in the xR session. a processor ; a plurality of sensors, each sensor associated with a transmission mechanism for participating in the co-located xR session; and a memory coupled to the processor , the memory having program instructions stored thereon that, upon execution, cause the host HMD to: transmit a first beacon to a first HMD; receive a second beacon from the first HMD, wherein the second beacon includes a signal strength of the first beacon received by the first HMD; determine a second signal strength of the second beacon received from the first HMD; determine aggregated signal strength information for the first HMD based on the determined second signal strength and further based on the first signal strength reported in the second beacon by the first HMD; and authorize participation of the first HMD in the xR session when the aggregated signal strength information indicates the first HMD can participate in the xR session. transmit a first beacon to a first HMD; receive a second beacon from the first HMD, wherein the second beacon includes a signal strength of the first beacon received by the first HMD; determine a second signal strength of the second beacon received from the first HMD; determine aggregated signal strength information for the first HMD based on the determined second signal strength and further based on the first signal strength reported in the second beacon by the first HMD; and authorize participation of the first HMD in the xR session when the aggregated signal strength information indicates the first HMD can participate in the xR session.
Removable handle , particularly for cooking containers for food, comprising: - a base portion adapted to be fixed immovably to a wall of a cooking vessel and comprising a coupling body ; - a handle portion adapted to be detachably fixed to said base portion and comprising a coupling cavity configured to receive said coupling body of said base portion , said coupling body being insertable in said coupling cavity along a main coupling direction (D), - a locking and unlocking lever which can be activated to lock and unlock said coupling body inside said coupling cavity , characterized in that said locking and unlocking lever is hinged to said handle portion around a rotation axis (A) substantially parallel to said main coupling direction (D), said locking and unlocking lever comprising at least a first relief , said coupling body comprising at least a second relief configured to engage with said first relief of said locking and unlocking lever , said locking and unlocking lever being rotatable about said rotation axis (A) between a locking position in which said first relief of said locking and unlocking lever holds said second relief of said coupling body so that said coupling body is locked inside said coupling cavity and an unlocking position in which said first relief and said second relief are not mutually engaged so that said coupling body is free to move with respect to said coupling cavity , said locking and unlocking lever comprising an elastically deformable portion configured to snap engage a corresponding rigid portion of said handle portion when said locking and unlocking lever is in said locking position. - a base portion adapted to be fixed immovably to a wall of a cooking vessel and comprising a coupling body ; - a handle portion adapted to be detachably fixed to said base portion and comprising a coupling cavity configured to receive said coupling body of said base portion , said coupling body being insertable in said coupling cavity along a main coupling direction (D), - a locking and unlocking lever which can be activated to lock and unlock said coupling body inside said coupling cavity , said locking and unlocking lever is hinged to said handle portion around a rotation axis (A) substantially parallel to said main coupling direction (D), said locking and unlocking lever comprising at least a first relief , said coupling body comprising at least a second relief configured to engage with said first relief of said locking and unlocking lever , said locking and unlocking lever being rotatable about said rotation axis (A) between a locking position in which said first relief of said locking and unlocking lever holds said second relief of said coupling body so that said coupling body is locked inside said coupling cavity and an unlocking position in which said first relief and said second relief are not mutually engaged so that said coupling body is free to move with respect to said coupling cavity , said locking and unlocking lever comprising an elastically deformable portion configured to snap engage a corresponding rigid portion of said handle portion when said locking and unlocking lever is in said locking position.
A solarium for tanning skin with a radiation source, designed to emit UV light at a spectral irradiance E λ (λ), the biologically effective irradiance for the direct pigmentation E pi being at least 180 W/m 2 , characterized in that the spectral irradiance E λ (λ) is chosen such that the ratio of the NMSC-effective, biological irradiance E NMSC to the erythema-effective, biological irradiance E er is 0.9 or less.