mhurhangee/patent-ind-claim-en huggingface dataset:
System for heat exchange between air located inside a space and air located outside the space , comprising: - first and second heat exchangers one forming a condenser and the other an evaporator, - a heat-transfer-fluid circuit connected to the first and second heat exchangers and adapted to circulate a heat-transfer fluid in said first and second heat exchangers, - a first air circuit associated with the first heat exchanger to perform heat exchange between the heat-transfer fluid and the air located inside the space via the first heat exchanger , and a second air circuit associated with the second heat exchanger to perform heat exchange between the heat-transfer fluid and the air located outside the space via the second heat exchanger , - a drainage tray arranged to collect condensation water that forms on the evaporator, said drainage tray comprising an ultrasound device adapted to spray in the form of droplets the condensation water collected in the drainage tray , said heat-exchange system being characterised in that it comprises a heating device adapted to heat the condensation water collected in the drainage tray , the heating device comprising: - a heating loop in which a heating fluid circulates, said heating loop extending in the vicinity of the drainage tray , - a distribution circuit adapted to connect the heating loop to the heat-transfer-fluid circuit, said distribution circuit being adapted to circulate the heat-transfer fluid coming from the condenser, as a heating fluid, in the heating loop . - first and second heat exchangers one forming a condenser and the other an evaporator, - a heat-transfer-fluid circuit connected to the first and second heat exchangers and adapted to circulate a heat-transfer fluid in said first and second heat exchangers, - a first air circuit associated with the first heat exchanger to perform heat exchange between the heat-transfer fluid and the air located inside the space via the first heat exchanger , and a second air circuit associated with the second heat exchanger to perform heat exchange between the heat-transfer fluid and the air located outside the space via the second heat exchanger , - a drainage tray arranged to collect condensation water that forms on the evaporator, said drainage tray comprising an ultrasound device adapted to spray in the form of droplets the condensation water collected in the drainage tray , - a heating loop in which a heating fluid circulates, said heating loop extending in the vicinity of the drainage tray , - a distribution circuit adapted to connect the heating loop to the heat-transfer-fluid circuit, said distribution circuit being adapted to circulate the heat-transfer fluid coming from the condenser, as a heating fluid, in the heating loop .
A system for simultaneously forming and filling a polymeric container with a product, the system comprising: a mold defining a container profile and a mold vacuum vent extending from the container profile to an upper surface of the mold ; and a striker plate secured to the upper surface of the mold , wherein the striker plate defines a striker vacuum vent that aligns with the mold vacuum vent to allow some of the product to be pulled by vacuum out of the mold through the mold vacuum vent and the striker vacuum vent , characterized in that the system further comprises a knock-out vessel configured to regulate the vacuum and receive the product pulled by the vacuum out of the mold ; and a vacuum valve between the striker plate and the knock-out vessel , the vacuum valve configured to sync the vacuum with consecutive container forming and filling processes. a mold defining a container profile and a mold vacuum vent extending from the container profile to an upper surface of the mold ; and a striker plate secured to the upper surface of the mold , wherein the striker plate defines a striker vacuum vent that aligns with the mold vacuum vent to allow some of the product to be pulled by vacuum out of the mold through the mold vacuum vent and the striker vacuum vent , characterized in that the system further comprises a knock-out vessel configured to regulate the vacuum and receive the product pulled by the vacuum out of the mold ; and a vacuum valve between the striker plate and the knock-out vessel , the vacuum valve configured to sync the vacuum with consecutive container forming and filling processes.
A light blocking material for use in architectural coverings , the material comprising: a polymer film having a first side and a second and opposite side; a first metalized layer on the first side of the polymer film ; a second metalized layer on the second side of the polymer film ; a metal protective layer adhered to the first metalized layer , the metal protective layer comprising a polymer and having a basis weight of from 0.5 g·m -2 (gsm) to 5 g·m -2 (gsm); and a finishing layer forming an exterior surface of the light blocking material , the finishing layer comprising a fabric material or a colored polymer sealant layer, characterized in that the polymer of the metal protective layer is a cured polymer; and the first metalized layer has an optical density of greater than 2.0 and the second metalized layer has an optical density, measured in accordance to the method described in the description, of less than 2.0. a polymer film having a first side and a second and opposite side; a first metalized layer on the first side of the polymer film ; a second metalized layer on the second side of the polymer film ; a metal protective layer adhered to the first metalized layer , the metal protective layer comprising a polymer and having a basis weight of from 0.5 g·m -2 (gsm) to 5 g·m -2 (gsm); and a finishing layer forming an exterior surface of the light blocking material , the finishing layer comprising a fabric material or a colored polymer sealant layer, characterized in that the polymer of the metal protective layer is a cured polymer; and the first metalized layer has an optical density of greater than 2.0 and the second metalized layer has an optical density, measured in accordance to the method described in the description, of less than 2.0.
A method of manufacturing an electro-active lens including a peripheral edge, a discrete electro-active region, and at least two substrates, each of the at least two substrates including a respective layer of a transparent conductive material and a respective electrode contacting said layer of conductive material, said method comprising: isolating regions of the transparent conductive material required for establishing an electrical connection between the peripheral edge and the electro-active region from regions of the transparent conductive material not required for establishing an electrical connection by cutting the transparent conductive material; and laser cutting regions not required for establishing an electrical connection between the peripheral edge and the electro-active region to restrict electrical conductivity between an upper peripheral edge of the lens and a lower peripheral edge of the lens, wherein isolating the regions of the transparent conductive material required for establishing an electrical connection includes laser cutting patterns around an electrode of each of the substrates, the respective cut being substantially in the plane of the respective electrode. isolating regions of the transparent conductive material required for establishing an electrical connection between the peripheral edge and the electro-active region from regions of the transparent conductive material not required for establishing an electrical connection by cutting the transparent conductive material; and laser cutting regions not required for establishing an electrical connection between the peripheral edge and the electro-active region to restrict electrical conductivity between an upper peripheral edge of the lens and a lower peripheral edge of the lens, wherein isolating the regions of the transparent conductive material required for establishing an electrical connection includes laser cutting patterns around an electrode of each of the substrates, the respective cut being substantially in the plane of the respective electrode.
A submerged arc welding method for a steel plate characterized in that in performing internal-and-external one layer welding on a steel plate by submerged arc welding to form a weld joint, a sum of a cross-sectional area of internal weld metal S 1 and a cross-sectional area of external weld metal S 2 satisfies the formula , the cross-sectional area of the internal weld metal S 1 satisfies the formula , and the cross-sectional area of the external weld metal S 2 satisfies the formula ; 0.40 ≤ S 1 + S 2 / t 2 ≤ 0.80 0.20 ≤ S 1 / t 2 ≤ 0.35 S 2 / t 2 ≤ 0.45 wherein t: a plate thickness of the steel plate (mm), S 1 : a cross-sectional area of the internal weld metal (mm 2 ) excluding a cross-sectional area of a portion of the internal weld metal overlapping with external weld metal after external welding, and S 2 : a cross-sectional area of the external weld metal (mm 2 ).
Apparatus for acquiring information on an occupancy state of parking spaces with a sensor which has a detection area, wherein in the fixed state on the vehicle the detection area is aligned laterally to the direction of travel of the vehicle , wherein the sensor is designed for determining data on the distance between the sensor and an object , wherein the sensor is designed to detect at least a distance of 40 m, characterized in that the device is designed to be self-sufficient, without integration into the vehicle system, in that a fastening device for fastening to a vehicle is provided, which is designed to provide the device in the range between 40 cm and 70 cm with respect to the road level, in that the apparatus has a device for position determination, in that a control and evaluation unit is provided which is designed to link the data of the sensor with data of the device for position determination in that the sensor is a 1D LIDAR sensor, and in that the detection area is aligned between 85° and 95° to the direction of travel in the state attached to the vehicle . wherein in the fixed state on the vehicle the detection area is aligned laterally to the direction of travel of the vehicle , wherein the sensor is designed for determining data on the distance between the sensor and an object , wherein the sensor is designed to detect at least a distance of 40 m, characterized in that the device is designed to be self-sufficient, without integration into the vehicle system, in that a fastening device for fastening to a vehicle is provided, which is designed to provide the device in the range between 40 cm and 70 cm with respect to the road level, in that the apparatus has a device for position determination, in that a control and evaluation unit is provided which is designed to link the data of the sensor with data of the device for position determination in that the sensor is a 1D LIDAR sensor, and in that the detection area is aligned between 85° and 95° to the direction of travel in the state attached to the vehicle .
Mowing head assembly, comprising: - a mowing head comprising a spool housing configured to receive therein a spool with wire for rotation relative to the spool housing; - a coupling configured to couple the spool and the spool housing non-rotatably relative to each other in a coupling position and to uncouple the spool relative to the spool housing in a releasing position; and - wherein a selectively actuable control is provided which is configured to carry the coupling from the coupling position to the releasing position.; characterized in that the coupling is arranged outside the spool housing of the mowing head . - a mowing head comprising a spool housing configured to receive therein a spool with wire for rotation relative to the spool housing; - a coupling configured to couple the spool and the spool housing non-rotatably relative to each other in a coupling position and to uncouple the spool relative to the spool housing in a releasing position; and - wherein a selectively actuable control is provided which is configured to carry the coupling from the coupling position to the releasing position.;
A method for providing clients with image transfomations when using a hybrid distribution architecture comprising at least a cloud service hosting an original image and a content distribution network, CDN, , wherein the clients can choose between the cloud service and the CDN to retrieve images, the method comprising: receiving , at the cloud service, a request from a client device for a transformed image based on the original image ; determining whether the cloud service stores the transformed image; in response to determining that the cloud service does not store the transformed image: transmitting the original image to an image transformation service ; and receiving , at the cloud service from the image transformation service, the transformed image based on the original image according to the request; transmitting the transformed image from the cloud service to the client device; determining, at the cloud service, that the original image is also present in a location associated as a source for the CDN; and copying the transformed image to that location so that the transformed image is cached by the CDN. receiving , at the cloud service, a request from a client device for a transformed image based on the original image ; determining whether the cloud service stores the transformed image; in response to determining that the cloud service does not store the transformed image: transmitting the original image to an image transformation service ; and receiving , at the cloud service from the image transformation service, the transformed image based on the original image according to the request; transmitting the original image to an image transformation service ; and receiving , at the cloud service from the image transformation service, the transformed image based on the original image according to the request; transmitting the transformed image from the cloud service to the client device; determining, at the cloud service, that the original image is also present in a location associated as a source for the CDN; and copying the transformed image to that location so that the transformed image is cached by the CDN.
A delivery device comprising: a handle assembly having a distal end and a proximal end , the handle assembly further including a body defining a lumen that extends from the distal end to the proximal end; a hollow shaft extending from the distal end of the handle assembly; a guide wire extending through the lumen; and a guide wire control ; the guide wire control including an actuator positioned at the distal end of the handle assembly and a lock positioned at the proximal end of the handle assembly, the actuator interconnected to the lock with a connector positioned within the lumen; wherein the guide wire control has an unlocked state, in which the guide wire can move longitudinally through the lumen of the body and through a lumen of the lock , and the guide wire control further having a locked state in which the guide wire is locked with the lock and in which the actuator is configured to control advancement of the guide wire . a handle assembly having a distal end and a proximal end , the handle assembly further including a body defining a lumen that extends from the distal end to the proximal end; a hollow shaft extending from the distal end of the handle assembly; a guide wire extending through the lumen; and
An arithmetic processing device comprising: a fixed-point operator that executes an operation on a fixed-point number; a floating-point operator that executes an operation on a floating-point number; a first converter that converts a result of the operation by the floating-point operator to a fixed-point number having a second bit width larger than a first bit width; a statistical information acquirer that acquires statistical information of any of the fixed-point number output by the fixed-point operator and the fixed-point number output by the first converter; and a second converter that converts, to a fixed-point number having the first bit width, the fixed-point number that has been output by the fixed-point operator or by the first converter and of which the statistical information has been acquired. a fixed-point operator that executes an operation on a fixed-point number; a floating-point operator that executes an operation on a floating-point number; a first converter that converts a result of the operation by the floating-point operator to a fixed-point number having a second bit width larger than a first bit width; a statistical information acquirer that acquires statistical information of any of the fixed-point number output by the fixed-point operator and the fixed-point number output by the first converter; and a second converter that converts, to a fixed-point number having the first bit width, the fixed-point number that has been output by the fixed-point operator or by the first converter and of which the statistical information has been acquired.
Formulation of synthetic repellent additive, wherein it comprises 45.0 to 60.0% weight of active ingredients permethrin and/or cypermethrin, 8.0 to 12.0% weight of propylene glycol and/or dipropylene glycol; 10.0 to 15.0% weight of hydrogenated castor oil 40 EO; 4.0 to 7.0% weight of propoxylate alcohol and/or ethoxylate alcohol; and 15.0 to 20.0% weight of calcium dodecylbenzenesulfonate and/or polyethylene-polypropylene monobutyl glycol ether.
A fishing light attractor for attaching to a fishing line, the fishing light attractor comprising: a waterproof housing having: a first part ; and a second part comprising a solid plug portion configured to be insertable within an opening in the first part to form the waterproof housing wherein the compressive strength across the solid plug portion is at least 10% more than the compressive strength of the first part across the opening, the solid plug portion comprising a body therein, the body arranged to prevent compression of the plug portion; an O-ring located in use between the solid plug portion of the second part and the opening in the first part; an LED provided within the housing; a power source within the housing for powering the LED ; the housing having a translucent portion for allowing light from the LED to pass therethrough; and a line attachment mechanism located on the housing. a waterproof housing having: a first part ; and a second part comprising a solid plug portion configured to be insertable within an opening in the first part to form the waterproof housing wherein the compressive strength across the solid plug portion is at least 10% more than the compressive strength of the first part across the opening, the solid plug portion comprising a body therein, the body arranged to prevent compression of the plug portion; a first part ; and a second part comprising a solid plug portion configured to be insertable within an opening in the first part to form the waterproof housing wherein the compressive strength across the solid plug portion is at least 10% more than the compressive strength of the first part across the opening, the solid plug portion comprising a body therein, the body arranged to prevent compression of the plug portion; an O-ring located in use between the solid plug portion of the second part and the opening in the first part; an LED provided within the housing; a power source within the housing for powering the LED ; the housing having a translucent portion for allowing light from the LED to pass therethrough; and a line attachment mechanism located on the housing.
A method comprising: receiving from a radio network controller information at a base station for a plurality of user equipment in one frame (T1), said information comprising data for the plurality of user equipment, said data to be transmitted in a same scheduling interval; said information comprises scheduling information identifying said scheduling interval; said frame comprises a plurality of parts which are associated with respective ones of said user equipment, each of said parts associated with a respective one of said user equipment comprising information indicating if there is a subsequent part containing data to be transmitted in the same scheduling interval; and causing said data to be transmitted in the same scheduling interval (T3). receiving from a radio network controller information at a base station for a plurality of user equipment in one frame (T1), said information comprising data for the plurality of user equipment, said data to be transmitted in a same scheduling interval; said information comprises scheduling information identifying said scheduling interval; said frame comprises a plurality of parts which are associated with respective ones of said user equipment, each of said parts associated with a respective one of said user equipment comprising information indicating if there is a subsequent part containing data to be transmitted in the same scheduling interval; and causing said data to be transmitted in the same scheduling interval (T3).
A hybrid electric torpedo comprising: an igniter having a resistance of an ignition element of the igniter , a current source, and a contactor; and a controller having: input channels operable to receive a battery state of charge for a battery of the hybrid electric torpedo, and the resistance of the ignition element ; and output channels configured to operate the contactor to control the current source of the igniter, the controller having stored memory instructions operable upon execution to, responsive to the battery state of charge for the battery being less than a predetermined state of charge threshold and the resistance of the ignition element being less than a predetermined open circuit threshold, operate the contactor to conduct current through the igniter such that a temperature of the ignition element of the igniter increases. an igniter having a resistance of an ignition element of the igniter , a current source, and a contactor; and a controller having: input channels operable to receive a battery state of charge for a battery of the hybrid electric torpedo, and the resistance of the ignition element ; and output channels configured to operate the contactor to control the current source of the igniter, the controller having stored memory instructions operable upon execution to, responsive to the battery state of charge for the battery being less than a predetermined state of charge threshold and the resistance of the ignition element being less than a predetermined open circuit threshold, operate the contactor to conduct current through the igniter such that a temperature of the ignition element of the igniter increases. input channels operable to receive a battery state of charge for a battery of the hybrid electric torpedo, and the resistance of the ignition element ; and output channels configured to operate the contactor to control the current source of the igniter, the controller having stored memory instructions operable upon execution to, responsive to the battery state of charge for the battery being less than a predetermined state of charge threshold and the resistance of the ignition element being less than a predetermined open circuit threshold, operate the contactor to conduct current through the igniter such that a temperature of the ignition element of the igniter increases.