mhurhangee/patent-ind-claim-en huggingface dataset:
A cooling machine for a reefer container, the cooling machine comprising one or more evaporator fans and a back-plate , the back-plate being mounted on one side of the cooling machine for side facing the inside of the reefer container for thereby forming an end wall in a cooling compartment of the container, the back-plate comprising a fan grille, wherein the back-plate includes a grille or grating provided at an upper part of the back-plate , wherein the one or more evaporator fans are placed to draw in return air in the cooling machine characterized in that the grille or grating is formed integral with the back-plate .
A vehicle door trim board comprising: a reinforcing part made of an impact resistant resin containing a polyolefin resin, a polyamide resin, and a compatibilizer, wherein the compatibilizer is a modified elastomer having a reactive group that reacts with the polyamide resin, and the vehicle door trim board fulfills one of the following options (i) the vehicle door trim board further comprises an upper board part and a lower board part which are separated in a vertical direction, wherein the reinforcing part is interposed between the upper board part and the lower board part and the reinforcing part is provided in a band form so as to penetrate the vehicle door trim board in a front-back direction of a vehicle, or (ii) the vehicle door trim board further comprises an upper board part and a lower board part which are adjacent to each other in a vertical direction, wherein the reinforcing part covers at least a surface of a boundary zone between the upper board part and the lower board part . the compatibilizer is a modified elastomer having a reactive group that reacts with the polyamide resin, and the vehicle door trim board fulfills one of the following options (i) the vehicle door trim board further comprises an upper board part and a lower board part which are separated in a vertical direction, wherein the reinforcing part is interposed between the upper board part and the lower board part and the reinforcing part is provided in a band form so as to penetrate the vehicle door trim board in a front-back direction of a vehicle, or (ii) the vehicle door trim board further comprises an upper board part and a lower board part which are adjacent to each other in a vertical direction, wherein (i) the vehicle door trim board further comprises an upper board part and a lower board part which are separated in a vertical direction, wherein the reinforcing part is interposed between the upper board part and the lower board part and the reinforcing part is provided in a band form so as to penetrate the vehicle door trim board in a front-back direction of a vehicle, or (ii) the vehicle door trim board further comprises an upper board part and a lower board part which are adjacent to each other in a vertical direction, wherein the reinforcing part covers at least a surface of a boundary zone between the upper board part and the lower board part .
Bearing having a bearing outer ring or a bearing outer ring segment with a device for measuring an elongation of a circumference of the bearing ring and an at least two-piece bearing inner ring , the bearing having, furthermore, rolling bodies which are situated between the bearing inner ring and the bearing outer ring , and the bearing inner ring being split axially in such a way that a prestress of the bearing can be set via a force which acts between the two axially split bearing inner ring parts , the bearing having, furthermore, one or more temperature sensors , with the result that an influence of the interaction of the temperature of the inner/outer ring and the deformation of the bearing outer ring on the prestress of the bearing can be compensated for via the force which acts between the bearing inner ring parts .
A separator assembly for a battery module , the separator assembly comprising an insulating plate , a circuit board , busbars and connection sheets , the circuit board being arranged on the insulating plate , the busbars being arranged on the insulating plate on at least one side of the circuit board , the connection sheets being connected between the busbars and the circuit board ; wherein the connection sheets comprise an upper connection sheet and a lower connection sheet , the insulating plate comprising a first surface and a second surface opposite to each other, the upper connection sheet being arranged on the first surface , the insulating plate and the lower connection sheet being arranged to be at least partially overlapped in a height direction of the separator assembly , and at least a portion of the lower connection sheet being arranged on the second surface ; characterized in that the busbars comprise a crossover busbar and an abutting busbar , on the same side of the circuit board , at least a portion of the crossover busbar being located on the side of the abutting busbar facing towards the circuit board ; the crossover busbar is connected to the circuit board via the upper connection sheet , the abutting busbar being connected to the circuit board via the lower connection sheet , the lower connection sheet and the crossover busbar being at least partially overlapped in the height direction. wherein the connection sheets comprise an upper connection sheet and a lower connection sheet , the insulating plate comprising a first surface and a second surface opposite to each other, the upper connection sheet being arranged on the first surface , the insulating plate and the lower connection sheet being arranged to be at least partially overlapped in a height direction of the separator assembly , and at least a portion of the lower connection sheet being arranged on the second surface ; characterized in that the busbars comprise a crossover busbar and an abutting busbar , on the same side of the circuit board , at least a portion of the crossover busbar being located on the side of the abutting busbar facing towards the circuit board ; the crossover busbar is connected to the circuit board via the upper connection sheet , the abutting busbar being connected to the circuit board via the lower connection sheet , the lower connection sheet and the crossover busbar being at least partially overlapped in the height direction.
A fluid analysis cartridge assembly comprising: a sample collecting member having a sample collecting chamber; and a fluid analysis cartridge comprising: a housing ; a sample receiving chamber arranged in the housing and for receiving a sample from the sample collecting chamber, wherein the sample receiving chamber stores a buffer solution to be mixed with the sample; a first hole arranged in the housing and located on one side of the sample receiving chamber , a test chamber coupled to the housing for receiving a reagent to react with a sample input to the sample receiving chamber , wherein the sample receiving chamber comprises a second hole formed on a bottom surface of the sample receiving chamber so that the sample flows to the test chamber , wherein the sample receiving chamber further comprises a patch attached to the bottom surface of the sample receiving chamber to cover the second hole , characterized in that the first hole of is covered by a first patch and arranged to be opened by connecting the sample collecting member to the first hole , and the patch covering the second hole is a second patch, wherein the second hole is arranged to be opened when the second patch is pressed and moved by a portion of the sample collecting member being inserted into to the first hole . a sample collecting member having a sample collecting chamber; and a fluid analysis cartridge comprising: a housing ; a sample receiving chamber arranged in the housing and for receiving a sample from the sample collecting chamber, wherein the sample receiving chamber stores a buffer solution to be mixed with the sample; a first hole arranged in the housing and located on one side of the sample receiving chamber , a test chamber coupled to the housing for receiving a reagent to react with a sample input to the sample receiving chamber , a housing ; a sample receiving chamber arranged in the housing and for receiving a sample from the sample collecting chamber, wherein the sample receiving chamber stores a buffer solution to be mixed with the sample; a first hole arranged in the housing and located on one side of the sample receiving chamber , a test chamber coupled to the housing for receiving a reagent to react with a sample input to the sample receiving chamber , wherein the sample receiving chamber comprises a second hole formed on a bottom surface of the sample receiving chamber so that the sample flows to the test chamber , wherein the sample receiving chamber further comprises a patch attached to the bottom surface of the sample receiving chamber to cover the second hole , characterized in that the first hole of is covered by a first patch and arranged to be opened by connecting the sample collecting member to the first hole , and the patch covering the second hole is a second patch, wherein the second hole is arranged to be opened when the second patch is pressed and moved by a portion of the sample collecting member being inserted into to the first hole .
A computer-implemented method for training a classifier for determining a quality of target localization from a plurality of images acquired by an imaging device during radiation therapy treatment to a patient, the method comprising: determining a localization result indicating a location of a target in a plurality of images representative of images acquired in a radiation therapy treatment session; determining a quality indicator for each localization result, the quality indicator representing a localization quality of each localization result; extracting one or more features from each localization result; and training the classifier using the localization result and one or more of the extracted features, wherein the classifier is trained to predict the localization quality of a new localization result of a newly captured image. determining a localization result indicating a location of a target in a plurality of images representative of images acquired in a radiation therapy treatment session; determining a quality indicator for each localization result, the quality indicator representing a localization quality of each localization result; extracting one or more features from each localization result; and training the classifier using the localization result and one or more of the extracted features, wherein the classifier is trained to predict the localization quality of a new localization result of a newly captured image.
A method for producing a reflection-reducing layer system on a substrate comprising the steps of: - depositing an organic layer , - generating a nanostructure in the organic layer by a plasma etching process, - applying a cover layer to the nanostructure , wherein the organic layer provided with the nanostructure and the cover layer together form a reflection-reducing structure , wherein the cover layer comprises an inorganic material or an organosilicon compound and wherein the cover layer is at least 5 nm thick, and - carrying out a post-treatment after the application of the cover layer , wherein the material of the organic layer is at least partially removed or decomposed, and wherein the effective refractive index n eff,2 of the reflection-reducing structure after the post-treatment is smaller than the effective refractive index n eff,1 of the reflection-reducing structure before the post-treatment. - depositing an organic layer , - generating a nanostructure in the organic layer by a plasma etching process, - applying a cover layer to the nanostructure , wherein the organic layer provided with the nanostructure and the cover layer together form a reflection-reducing structure , wherein the cover layer comprises an inorganic material or an organosilicon compound and wherein the cover layer is at least 5 nm thick, and - carrying out a post-treatment after the application of the cover layer , wherein the material of the organic layer is at least partially removed or decomposed, and wherein the effective refractive index n eff,2 of the reflection-reducing structure after the post-treatment is smaller than the effective refractive index n eff,1 of the reflection-reducing structure before the post-treatment.
Method of controlling switching of parallel coupled power semiconductor switching devices , the method using control circuitry to transmit switch command signals to drive modules , said drive modules voltage isolated from the control circuitry , each said switch command signal to trigger a said drive module to control a said device to switch state, the method comprising performing for each said device the steps of - comparing at a said drive module a switching delay of a said device and a reference delay, wherein said switching delay is a time interval between detecting a said switch command signal at the drive module and switching of the device in accordance with the detected switching command signal; - controlling a controllable delay of the drive module to delay at least one said triggering by a said switch command signal subsequent to the detected switch command signal, said controlling according to a result of the comparison to thereby reduce a time difference between the reference delay and a said switching delay of the device in accordance with the subsequent switching command signal, wherein, if the comparison states that said controllable delay adjustments are to be made in two or more drive modules and are greater than a given threshold, a said controlling said controllable delay comprises a series of adjustments of a controllable delay element over a plurality of switching cycles of the device , to thereby gradually reduce the time difference between the reference delay and a said switching delay of the device . - comparing at a said drive module a switching delay of a said device and a reference delay, wherein said switching delay is a time interval between detecting a said switch command signal at the drive module and switching of the device in accordance with the detected switching command signal; - controlling a controllable delay of the drive module to delay at least one said triggering by a said switch command signal subsequent to the detected switch command signal, said controlling according to a result of the comparison to thereby reduce a time difference between the reference delay and a said switching delay of the device in accordance with the subsequent switching command signal,
A method for producing a laminated body including a base material and a coating layer laminated on the base material, the method comprising: a step of applying a coating liquid containing cellulose nanofibers onto the base material composed of at least acid-resistant paper, thereby forming the coating layer; wherein an average fiber diameter of the cellulose nanofibers is 2 nm or more and 2000 nm or less, a content of the cellulose nanofibers in the coating liquid is 10 mass% or more of solid contents of the coating liquid, a coating amount of the coating layer is 0.2 g/m 2 or more in dry mass, and as the cellulose nanofibers, nanofibers obtained by fibrillating non-chemically treated cellulose raw material, and TEMPO oxidized cellulose nanofibers are mixed and used. a step of applying a coating liquid containing cellulose nanofibers onto the base material composed of at least acid-resistant paper, thereby forming the coating layer; wherein an average fiber diameter of the cellulose nanofibers is 2 nm or more and 2000 nm or less, a content of the cellulose nanofibers in the coating liquid is 10 mass% or more of solid contents of the coating liquid, a coating amount of the coating layer is 0.2 g/m 2 or more in dry mass, and as the cellulose nanofibers, nanofibers obtained by fibrillating non-chemically treated cellulose raw material, and TEMPO oxidized cellulose nanofibers are mixed and used.
A power switch, comprising: a housing mountable on or at least partially within a surface, the housing having a front panel ; an interface element disposed on the front panel ; a power interrupter operable to control power delivery to one or more powered loads based at least in part on user interaction with the interface element; and one or more processors configured to: obtain data indicative of presence of a user in a space associated with the power switch obtain data indicative of one or more non-contact gestures; determine a control action based at least in part on each of the presence of a user and the data indicative of the one or more hand gestures; and implement the control action, characterised in that the control action includes changing an operating mode of the power switch from a passive listening mode to an active listening mode, the active listening mode including activating one or more microphones . a housing mountable on or at least partially within a surface, the housing having a front panel ; an interface element disposed on the front panel ; a power interrupter operable to control power delivery to one or more powered loads based at least in part on user interaction with the interface element; and one or more processors configured to: obtain data indicative of presence of a user in a space associated with the power switch obtain data indicative of one or more non-contact gestures; determine a control action based at least in part on each of the presence of a user and the data indicative of the one or more hand gestures; and implement the control action, obtain data indicative of presence of a user in a space associated with the power switch obtain data indicative of one or more non-contact gestures; determine a control action based at least in part on each of the presence of a user and the data indicative of the one or more hand gestures; and implement the control action,
An electric connection box that is configured to relay power of power supply supplied from an input-side power supply line and to supply the relayed power of power supply to an output-side load on a vehicle, that includes a first circuit unit having a relatively large heat generation characteristic, a second circuit unit that has a heat generation amount smaller than that of the first circuit unit and is influenceable by a temperature rise, and an air blower configured to blow air to the first circuit unit , and in which the first circuit unit and the second circuit unit are arranged in a state of being close to each other, the electric connection box further comprising: a gap portion that is a space formed on a boundary between the first circuit unit and the second circuit unit , and is configured to allow air to flow through the space; and an airflow guide portion configured to guide an airflow blown by the air blower to both the first circuit unit and the gap portion . a gap portion that is a space formed on a boundary between the first circuit unit and the second circuit unit , and is configured to allow air to flow through the space; and an airflow guide portion configured to guide an airflow blown by the air blower to both the first circuit unit and the gap portion .
A method of registration of a UE by an access and mobility management function , AMF, in a wireless communication system, the method comprising: receiving (S1910) a registration request message for requesting to register the UE from the UE; and transmitting (S1920) a registration response message responsive to the registration request message to the UE, characterized in that the registration request message includes a session management, SM, message for requesting to establish a packet data unit, PDU, session for the UE and an indicator indicating whether the PDU session establishment is required. receiving (S1910) a registration request message for requesting to register the UE from the UE; and transmitting (S1920) a registration response message responsive to the registration request message to the UE, characterized in that the registration request message includes a session management, SM, message for requesting to establish a packet data unit, PDU, session for the UE and an indicator indicating whether the PDU session establishment is required.
A capacitance-to-digital converter comprising: first and second capacitors , wherein the second capacitor is configured to measure a change in charge stored by the second capacitor, wherein the change in charge is representative of a corresponding change in a value; first and second switches switchably connecting the first and second capacitors, respectively, to a reference voltage while the first and second switches are in a first position such that charge is stored by the first and second capacitors in response to the reference voltage; and a saturation detector configured to detect the charge stored by the second capacitor equaling or exceeding the charge stored by the first capacitor and, in response to detecting the charge stored by the second capacitor equaling or exceeding the charge stored by the first capacitor, causing the first and second switches to switch to a second position while continuing to measure the change in the value with the charge stored by the second capacitor, wherein, in the second position, the manner in which the first and second capacitors are connected within the capacitance-to-digital converter is reversed. first and second capacitors , wherein the second capacitor is configured to measure a change in charge stored by the second capacitor, wherein the change in charge is representative of a corresponding change in a value; first and second switches switchably connecting the first and second capacitors, respectively, to a reference voltage while the first and second switches are in a first position such that charge is stored by the first and second capacitors in response to the reference voltage; and a saturation detector configured to detect the charge stored by the second capacitor equaling or exceeding the charge stored by the first capacitor and, in response to detecting the charge stored by the second capacitor equaling or exceeding the charge stored by the first capacitor, causing the first and second switches to switch to a second position while continuing to measure the change in the value with the charge stored by the second capacitor, wherein, in the second position, the manner in which the first and second capacitors are connected within the capacitance-to-digital converter is reversed.