mhurhangee/ep-ind-claims huggingface dataset:
A water heater (110, 120, 130, 140) comprising: - a tank which stores a liquid to be heated; - a heater disposed midway in a liquid to-be-heated piping to form a flow channel through which the liquid to-be-heated flown out from the tank flows into the tank again, the heater including a heating flow channel, the liquid to-be-heated flown out from the tank into the liquid to-be-heated piping flowing into the heating flow channel where a temperature of the liquid to-be-heated is increased, and then the liquid to-be-heated being flown into the to-be-heated piping on an inlet side of the tank; and - a distribution control unit (101, 102, 103) which is adapted to distribute the liquid to-be-heated stored in the tank into the liquid to-be-heated piping; - wherein the distribution control unit (101, 102, 103) is adapted to control a flow rate of the liquid to-be-heated which passes through the heating flow channel of the heater, thereby pulsating, within a boiling time, the liquid to-be-heated which circulates through the flow channel including the tank and the heater, and which passes through the heating flow channel of the heater, the boiling time being set as a time to be taken for an entire volume of the liquid to-be-heated to reach a predetermined temperature; and - wherein the distribution control unit (101, 102, 103) is adapted to control the flow rate of the liquid to-be-heated which passes through the heating flow channel of the heater so that the entire volume of the liquid to-be-heated stored in the tank passes through the heater a predetermined number of times or less within the boiling time. - a tank which stores a liquid to be heated; - a heater disposed midway in a liquid to-be-heated piping to form a flow channel through which the liquid to-be-heated flown out from the tank flows into the tank again, the heater including a heating flow channel, the liquid to-be-heated flown out from the tank into the liquid to-be-heated piping flowing into the heating flow channel where a temperature of the liquid to-be-heated is increased, and then the liquid to-be-heated being flown into the to-be-heated piping on an inlet side of the tank; and - a distribution control unit (101, 102, 103) which is adapted to distribute the liquid to-be-heated stored in the tank into the liquid to-be-heated piping; - wherein the distribution control unit (101, 102, 103) is adapted to control a flow rate of the liquid to-be-heated which passes through the heating flow channel of the heater, thereby pulsating, within a boiling time, the liquid to-be-heated which circulates through the flow channel including the tank and the heater, and which passes through the heating flow channel of the heater, the boiling time being set as a time to be taken for an entire volume of the liquid to-be-heated to reach a predetermined temperature; and - wherein the distribution control unit (101, 102, 103) is adapted to control the flow rate of the liquid to-be-heated which passes through the heating flow channel of the heater so that the entire volume of the liquid to-be-heated stored in the tank passes through the heater a predetermined number of times or less within the boiling time.
A cart and mount secure coupling and receiver system comprising: a secure receiver and a cart, said cart including: a top deck assembly having a carrying portion, a mount secure coupling and a secure coupling lock assembly; an undercarriage assembly capable of supporting and adjusting the height of the top deck assembly so that the mount secure coupling is capable of being attached to the secure receiver by the engagement of both the mount secure coupling and the secure coupling lock assembly; characterized in that the mount secure coupling comprises at least one mount secure coupling top tine; in that the secure receiver comprises at least one upper tine retention slot capable of receiving the corresponding at least one mount secure coupling top tine; and in that the secure receiver further comprises: at least one lower tine reception slot capable of receiving a corresponding at least one mount secure coupling lower tine; and an opening capable of receiving a latch bolt. a top deck assembly having a carrying portion, a mount secure coupling and a secure coupling lock assembly; an undercarriage assembly capable of supporting and adjusting the height of the top deck assembly so that the mount secure coupling is capable of being attached to the secure receiver by the engagement of both the mount secure coupling and the secure coupling lock assembly; characterized in that the mount secure coupling comprises at least one mount secure coupling top tine; in that the secure receiver comprises at least one upper tine retention slot capable of receiving the corresponding at least one mount secure coupling top tine; and in that the secure receiver further comprises: at least one lower tine reception slot capable of receiving a corresponding at least one mount secure coupling lower tine; and an opening capable of receiving a latch bolt. at least one lower tine reception slot capable of receiving a corresponding at least one mount secure coupling lower tine; and an opening capable of receiving a latch bolt.
A communications device, the communications device comprising a receiver (104.r) configured to receive signals from an infrastructure equipment of mobile communications network via a first wireless access interface belonging to a first radio access technology, a transmitter (104.t) configured to transmit signals representing data via a relay node to the infrastructure equipment of the mobile communications network via a second wireless access interface belonging to a second radio access technology, and a controller (104.c) for controlling the transmitter and the receiver to transmit data to the infrastructure equipment in accordance with a synchronous process in which a synchronized response is received from the infrastructure equipment, or to receive data from the infrastructure equipment in accordance with a synchronous process in which a synchronized response is transmitted to the infrastructure equipment, wherein the controller is configured in combination with the transmitter and the receiver to transmit signals via the second wireless access interface to a communications apparatus operating as a relay node, the signals being for transmission to the infrastructure equipment by the communications apparatus as if the signals were transmitted by the communications device via the first wireless access interface, to receive signals from the infrastructure equipment via the first wireless access interface, to determine an additional delay caused by the transmission of the signals to the communications apparatus acting as the relay node via the second wireless access interface compared with a time taken which would have been taken to transmit the signals to the infrastructure equipment as if transmitted via the first wireless access interface, and to transmit to the communications apparatus acting as the relay node for forwarding to the infrastructure equipment an indication from which the infrastructure equipment can derive the determined additional delay for adjusting the transmission or reception of the synchronized response.
A method for synthesizing silodosin intermediate 10, characterized in that the method is carried out by the following reaction steps: the specific steps are: step 1, chloride 2 is deacetylated with hydrochloric acid and acetic acid to obtain indoline 3, step 2, indoline 3 and potassium phthalimide are subjected to SN2 substitution reaction in an organic solvent under the presence of potassium carbonate to obtain imide 4. step 3, N-alkylation reaction is carried out between imide 4 and 3-chloropropyl benzoate in an organic solvent at a certain temperature under the presence of a phase transfer catalyst, potassium carbonate and potassium iodide to obtain benzoate 5, step 4, the carbonyl of benzoate 5 is reduced by triethylsilane and trifluoroacetic acid to obtain indoline 6, step 5, indoline 6 is subjected to Vilsmeier reaction under the action of dimethylformamide and phosphorus oxychloride to obtain aldehyde 7, step 6, aldehyde 7 is subjected to oximation and dehydration to obtain nitrile 8, step 7, nitrile 8 reacts with hydrazine hydrate to remove the phthaloyl group, and the obtained amine 9 is resolved by L-tartaric acid to obtain silodosin intermediate 10. step 1, chloride 2 is deacetylated with hydrochloric acid and acetic acid to obtain indoline 3, step 2, indoline 3 and potassium phthalimide are subjected to SN2 substitution reaction in an organic solvent under the presence of potassium carbonate to obtain imide 4. step 3, N-alkylation reaction is carried out between imide 4 and 3-chloropropyl benzoate in an organic solvent at a certain temperature under the presence of a phase transfer catalyst, potassium carbonate and potassium iodide to obtain benzoate 5, step 4, the carbonyl of benzoate 5 is reduced by triethylsilane and trifluoroacetic acid to obtain indoline 6, step 5, indoline 6 is subjected to Vilsmeier reaction under the action of dimethylformamide and phosphorus oxychloride to obtain aldehyde 7, step 6, aldehyde 7 is subjected to oximation and dehydration to obtain nitrile 8, step 7, nitrile 8 reacts with hydrazine hydrate to remove the phthaloyl group, and the obtained amine 9 is resolved by L-tartaric acid to obtain silodosin intermediate 10.
An apparatus for providing diffuse light to an object to enhance subcutaneous blood vessel visibility, the apparatus comprising: an array of light-emitting sources for emitting infrared light for illuminating the subcutaneous blood vessel; a diffusing structure having more than one diffusion stage providing various levels of diffusion to infrared light emitted by the array; an imaging device for receiving diffuse light reflected from the object and for producing an image; the diffusing structure further comprising a first diffusing layer disposed adjacent the illumination source, and providing a first level of diffusion to the light emitted by the array, characterized in that the diffusing structure further comprises a second diffusing layer providing a second level of diffu-sion to the light emitted by the array as the emitted light passes through the first and second diffusion layer. an array of light-emitting sources for emitting infrared light for illuminating the subcutaneous blood vessel; a diffusing structure having more than one diffusion stage providing various levels of diffusion to infrared light emitted by the array; an imaging device for receiving diffuse light reflected from the object and for producing an image; the diffusing structure further comprising a first diffusing layer disposed adjacent the illumination source, and providing a first level of diffusion to the light emitted by the array, characterized in that the diffusing structure further comprises a second diffusing layer providing a second level of diffu-sion to the light emitted by the array as the emitted light passes through the first and second diffusion layer.
A method of making a deployable antenna having a support (14, 18) and a collector, the support (14, 18) including an outer frame and ribs traversing an enclosed space within a perimeter of the outer frame and providing support for a reflective surface of a reflector, and struts to couple component parts, the method comprising: providing a plurality of carbon fibers of an appropriate length; applying a resin to the plurality of carbon fibers to create resin carbon fibers; providing a mandrel having channels in the desired shape of the support (14, 18); positioning the resin carbon fibers within a channel of the mandrel; repeating the steps of providing a plurality of carbon fibers, and applying a resin to the carbon fibers, and positioning the resin carbon fibers within another channel of the mandrel until all desired channels of the mandrel are filled with resin impregnated fibers; curing the resin impregnated fibers within the mandrel to create the support (14, 18); removing the support (14, 18) from the mandrel; and coupling a membrane to the support (14, 18) to create the collector, such that the outer frame and/or the ribs and/or the struts are formed of a shape memory composite material which includes a base material of the carbon fibers which are generally aligned along a length of the structure of that component part and the resin forms a matrix around or between the base material. providing a plurality of carbon fibers of an appropriate length; applying a resin to the plurality of carbon fibers to create resin carbon fibers; providing a mandrel having channels in the desired shape of the support (14, 18); positioning the resin carbon fibers within a channel of the mandrel; repeating the steps of providing a plurality of carbon fibers, and applying a resin to the carbon fibers, and positioning the resin carbon fibers within another channel of the mandrel until all desired channels of the mandrel are filled with resin impregnated fibers; curing the resin impregnated fibers within the mandrel to create the support (14, 18); removing the support (14, 18) from the mandrel; and coupling a membrane to the support (14, 18) to create the collector, such that the outer frame and/or the ribs and/or the struts are formed of a shape memory composite material which includes a base material of the carbon fibers which are generally aligned along a length of the structure of that component part and the resin forms a matrix around or between the base material.
A scandium concentrate recovery method comprising: a cooling step of cooling a molten alloy containing aluminum and scandium until reaching 660°C to 730°C while maintaining a cooling rate of 10°C to 100°C per minute; a holding step of holding the temperature of 660°C to 730°C for at least 60 minutes; and a recovery step of recovering a solid scandium concentrate. a cooling step of cooling a molten alloy containing aluminum and scandium until reaching 660°C to 730°C while maintaining a cooling rate of 10°C to 100°C per minute; a holding step of holding the temperature of 660°C to 730°C for at least 60 minutes; and a recovery step of recovering a solid scandium concentrate.
A method for reporting measurement capability, comprising: reporting, by a User Equipment, UE, the measurement capability of the UE to a base station, wherein the measurement capability is the capability of whether a measurement gap is required for the UE to execute different-frequency and different-system measurement when the UE operates in one frequency band and in a carrier aggregation scenario; and characterized in that, after the base station receives the measurement capability of the UE, determining, by the base station, whether to configure the measurement gap for the UE according to the frequency band to which carriers configured to be aggregated for the UE belong, the frequency band to which the carrier frequency for a measurement object of a currently configured measurement task belongs, and the measurement capability of the UE. reporting, by a User Equipment, UE, the measurement capability of the UE to a base station, wherein the measurement capability is the capability of whether a measurement gap is required for the UE to execute different-frequency and different-system measurement when the UE operates in one frequency band and in a carrier aggregation scenario; and characterized in that, after the base station receives the measurement capability of the UE, determining, by the base station, whether to configure the measurement gap for the UE according to the frequency band to which carriers configured to be aggregated for the UE belong, the frequency band to which the carrier frequency for a measurement object of a currently configured measurement task belongs, and the measurement capability of the UE.
A gas combustion type striking machine comprising: a body; a cylinder arranged in the body; a piston arranged slidably in a vertical direction in the cylinder; a movable sleeve arranged in an upper portion of the cylinder; a combustion chamber which is opened and closed by moving the movable sleeve in the vertical direction; a nose portion arranged in a lower side of the body and from which a nail is driven out; a contact member projecting from the nose portion to be slidable in the vertical direction and configured to upwardly move with respect to the body by being pressed against a workpiece so as to move the movable sleeve in a closing direction to close the combustion chamber; a trigger; a safety lever pivotally supported on a shaft fixed on the trigger and rotatable between a first position and a second position with respect to the trigger and arranged to be moveably linked to the movement of the contact member, wherein a torsion coil spring is supported on the shaft fixed on the trigger, wherein the safety lever is configured to be engaged with the trigger directly, a switch lever arranged to be engageable with the safety lever; a switch disposed upwardly of the trigger configured to be switched by being pressed by the switch lever; and a hold member rotatably connected to the trigger and arranged to be engageable with the movable sleeve. a body; a cylinder arranged in the body; a piston arranged slidably in a vertical direction in the cylinder; a movable sleeve arranged in an upper portion of the cylinder; a combustion chamber which is opened and closed by moving the movable sleeve in the vertical direction; a nose portion arranged in a lower side of the body and from which a nail is driven out; a contact member projecting from the nose portion to be slidable in the vertical direction and configured to upwardly move with respect to the body by being pressed against a workpiece so as to move the movable sleeve in a closing direction to close the combustion chamber; a trigger; a safety lever pivotally supported on a shaft fixed on the trigger and rotatable between a first position and a second position with respect to the trigger and arranged to be moveably linked to the movement of the contact member, wherein a torsion coil spring is supported on the shaft fixed on the trigger, wherein the safety lever is configured to be engaged with the trigger directly, a switch lever arranged to be engageable with the safety lever; a switch disposed upwardly of the trigger configured to be switched by being pressed by the switch lever; and a hold member rotatably connected to the trigger and arranged to be engageable with the movable sleeve.
An optical device comprising: a reflector (103, 303, 403, 503, 603, 703, 810, 811) being curved along a first directional axis and being rotationally asymmetric along the first directional axis; a partially reflective circular polarizer (104, 404, 604), for selecting polarized light, positioned between the reflector and an expected position of a first user eye and curved along the first directional axis; and an electronic display (302, 402, 502, 602, 702, 808), configured to provide light to the first user eye, positioned at an eye-ward side of the partially reflective circular polarizer and curved to fit a contour of the eye-ward side of the partially reflective circular polarizer. a reflector (103, 303, 403, 503, 603, 703, 810, 811) being curved along a first directional axis and being rotationally asymmetric along the first directional axis; a partially reflective circular polarizer (104, 404, 604), for selecting polarized light, positioned between the reflector and an expected position of a first user eye and curved along the first directional axis; and an electronic display (302, 402, 502, 602, 702, 808), configured to provide light to the first user eye, positioned at an eye-ward side of the partially reflective circular polarizer and curved to fit a contour of the eye-ward side of the partially reflective circular polarizer.
An Application Server, AS, which takes part in establishing a call between an originating user equipment, UE, and a terminating satellite UE, wherein the AS is a component in an IP Multimedia Subsystem, IMS,, wherein the IMS further comprises at least a Home Subscriber Server, HSS,, a Proxy Call Session Control Function, P-CSCF,, a Serving Call Session Control Function, S-CSCF,, and a Policy Charging and Rule Function, PCRF,, wherein the IMS is coupled to an access network, and wherein the access network is further coupled to a satellite radio access network, the AS comprising: a processor; and a memory that stores processor-executable instructions where the processor interfaces with the memory to execute the processor-executable instructions, whereby the AS is operable to: receive, from the access network, a Session Initiation Protocol, SIP, INVITE message associated with the call for the terminating satellite UE; retrieve a High Penetration Alert, HPA, subscription if any associated with the terminating satellite UE; and based on the terminating satellite UE having the HPA subscription, send, the PCRF, an Authorize and Authenticate Request, AAR, message to: 1) initiate a Network Initiated Secondary PDP Context Activation, NRSPCA, on Offer in order to establish a secondary Packet Data Protocol, PDP, context between the access network and the terminating satellite UE via the satellite radio access network, and 2) initiate transmission of a HPA page to the terminating satellite UE. a processor; and a memory that stores processor-executable instructions where the processor interfaces with the memory to execute the processor-executable instructions, whereby the AS is operable to: receive, from the access network, a Session Initiation Protocol, SIP, INVITE message associated with the call for the terminating satellite UE; retrieve a High Penetration Alert, HPA, subscription if any associated with the terminating satellite UE; and based on the terminating satellite UE having the HPA subscription, send, the PCRF, an Authorize and Authenticate Request, AAR, message to: 1) initiate a Network Initiated Secondary PDP Context Activation, NRSPCA, on Offer in order to establish a secondary Packet Data Protocol, PDP, context between the access network and the terminating satellite UE via the satellite radio access network, and 2) initiate transmission of a HPA page to the terminating satellite UE. receive, from the access network, a Session Initiation Protocol, SIP, INVITE message associated with the call for the terminating satellite UE; retrieve a High Penetration Alert, HPA, subscription if any associated with the terminating satellite UE; and based on the terminating satellite UE having the HPA subscription, send, the PCRF, an Authorize and Authenticate Request, AAR, message to: 1) initiate a Network Initiated Secondary PDP Context Activation, NRSPCA, on Offer in order to establish a secondary Packet Data Protocol, PDP, context between the access network and the terminating satellite UE via the satellite radio access network, and 2) initiate transmission of a HPA page to the terminating satellite UE.
A stitchless steering wheel fitted with leather, which is formed by covering a grip body with the leather, the steering wheel comprising: a first rim bezel received and mounted in a wheel groove of the grip body, and including a bezel groove to receive end portions of the leather; and a second rim bezel received and fastened in the bezel groove of the first rim bezel and fixing the end portions of the leather received in the bezel groove, wherein the first rim bezel and the second rim bezel are fastened to each other through coupling of a first hook formed on wall surfaces of the bezel groove of the first rim bezel and a second hook formed at a lower end portion of the second rim bezel. a first rim bezel received and mounted in a wheel groove of the grip body, and including a bezel groove to receive end portions of the leather; and a second rim bezel received and fastened in the bezel groove of the first rim bezel and fixing the end portions of the leather received in the bezel groove, wherein the first rim bezel and the second rim bezel are fastened to each other through coupling of a first hook formed on wall surfaces of the bezel groove of the first rim bezel and a second hook formed at a lower end portion of the second rim bezel.