mhurhangee/patent-ind-claim-en huggingface dataset:
A process for the production of 1-chloro-3,3,3-trifluoropropene (HCFO-1233zd) which comprises the steps of: i. providing a propane feedstock selected from the group consisting of tetrachlorofluoropropanes, trichlorodifluoropropanes, dichlorotrifluoropropanes, and mixtures thereof; ii. reacting the propane feedstock in a vapor phase reactor in the presence of HF and in the presence of a solid catalyst under conditions effective to form a product stream comprising HCFO-1233zd isomers, HCl and unconverted starting materials, iii. recovering or removing HCl and HF, and iv. isolating the HCFO-1233zd E-isomer, the HCFO-1233zd Z-isomer, or both compounds. i. providing a propane feedstock selected from the group consisting of tetrachlorofluoropropanes, trichlorodifluoropropanes, dichlorotrifluoropropanes, and mixtures thereof; ii. reacting the propane feedstock in a vapor phase reactor in the presence of HF and in the presence of a solid catalyst under conditions effective to form a product stream comprising HCFO-1233zd isomers, HCl and unconverted starting materials, iii. recovering or removing HCl and HF, and iv. isolating the HCFO-1233zd E-isomer, the HCFO-1233zd Z-isomer, or both compounds.
Apparatus for secure local access to an asset and validation with a mobile device , characterised in that it comprises wireless communication means and proximity detection means, the apparatus being configured to: i) issue a wireless beacon (S1), periodically, through the wireless communication means, and comprising an information associated with the apparatus, ii) detect a first proximity value (S2a) of said mobile device via said proximity detection means, iii) detect a second proximity value (S2b) of said mobile device via said wireless communication means, on receipt of an at least one wireless message issued by the mobile device , the apparatus being further configured to, based on said first proximity value and second proximity value, determine a detected proximity (S3) and cause a certain action to initiate (S4), in an asset, based on such detected proximity, wherein the wireless communication means and the proximity detection means are separate means, the wireless communication means and the proximity detection means are configured such that the wireless communication means detect the second proximity value of the mobile device at a distance which is larger than the proximity detection means detect the first proximity value of the mobile device, and wherein the wireless communication means and proximity detection means are installed within a minimum distance from each other, in a same enclosure, and are used to detect proximity. i) issue a wireless beacon (S1), periodically, through the wireless communication means, and comprising an information associated with the apparatus, ii) detect a first proximity value (S2a) of said mobile device via said proximity detection means, iii) detect a second proximity value (S2b) of said mobile device via said wireless communication means, on receipt of an at least one wireless message issued by the mobile device , the apparatus being further configured to, based on said first proximity value and second proximity value, determine a detected proximity (S3) and cause a certain action to initiate (S4), in an asset, based on such detected proximity, wherein the wireless communication means and the proximity detection means are separate means, the wireless communication means and the proximity detection means are configured such that the wireless communication means detect the second proximity value of the mobile device at a distance which is larger than the proximity detection means detect the first proximity value of the mobile device, and wherein the wireless communication means and proximity detection means are installed within a minimum distance from each other, in a same enclosure, and are used to detect proximity.
An apparatus for estimating a depth of discharge, DOD, of a secondary battery including a blended cathode material containing at least first and second cathode materials, wherein the first cathode material reacts with working ions in a higher voltage range than the second cathode material, wherein the kind of cathode material among the first and second cathode material changes in a transition voltage range, comprising: a sensor unit configured to repeatedly measure a voltage of the secondary battery at time intervals when the secondary battery is in an operation state or in an idle state including the transition voltage range known to be the voltage range where the kind of cathode material among the first and second cathode materials reacting with working ions changes; and a control unit configured to receive the repeatedly measured plurality of voltages from the sensor unit, identify an inflection point in a voltage change profile corresponding to the plurality of voltages, estimate a reference voltage, which is to be used for estimating a DOD of the secondary battery, by means of extrapolation from a plurality of voltages measured after the inflection point is identified, and estimate the DOD based on the reference voltage by using a predetermined correlation between reference voltage and DOD. a sensor unit configured to repeatedly measure a voltage of the secondary battery at time intervals when the secondary battery is in an operation state or in an idle state including the transition voltage range known to be the voltage range where the kind of cathode material among the first and second cathode materials reacting with working ions changes; and a control unit configured to receive the repeatedly measured plurality of voltages from the sensor unit, identify an inflection point in a voltage change profile corresponding to the plurality of voltages, estimate a reference voltage, which is to be used for estimating a DOD of the secondary battery, by means of extrapolation from a plurality of voltages measured after the inflection point is identified, and estimate the DOD based on the reference voltage by using a predetermined correlation between reference voltage and DOD.
An irrigation system for irrigating a field divided into zones , wherein the system comprises a plurality of distinct drip line segments , wherein at least a first drip line segment is configured to irrigate at least a portion of a first zone and at least one other second drip line segment is configured to irrigate at least a portion of a second zone, wherein the first drip line segment is located immediately upstream of the second drip line segment, characterized in that the system is configured to open simultaneously a flow path out of the first drip line segment for flushing liquid, while opening a flow path into the second drip line segment for performing a drip irrigation sequence. wherein the system comprises a plurality of distinct drip line segments , wherein at least a first drip line segment is configured to irrigate at least a portion of a first zone and at least one other second drip line segment is configured to irrigate at least a portion of a second zone, wherein the first drip line segment is located immediately upstream of the second drip line segment, characterized in that the system is configured to open simultaneously a flow path out of the first drip line segment for flushing liquid, while opening a flow path into the second drip line segment for performing a drip irrigation sequence.
Core/shell type semiconductor nanoparticles, comprising: a core comprising In and P; and a shell having one or more layers, wherein the semiconductor nanoparticles further comprise at least Zn, Se, and halogen, and in the semiconductor nanoparticles, molar ratios of P, Zn, Se, and halogen each relative to In in terms of atoms are P: 0.20 ~ 0.95, Zn: 11.00 ~ 50.00, Se: 7.00 ~ 25.00, and halogen: 0.80 ~ 15.00. a core comprising In and P; and a shell having one or more layers, wherein the semiconductor nanoparticles further comprise at least Zn, Se, and halogen, and in the semiconductor nanoparticles, molar ratios of P, Zn, Se, and halogen each relative to In in terms of atoms are P: 0.20 ~ 0.95, Zn: 11.00 ~ 50.00, Se: 7.00 ~ 25.00, and halogen: 0.80 ~ 15.00.
An ice making device , comprising: an upper plate tray defining an upper appearance of the ice making device , a lower plate tray defining a lower appearance of the ice making device , wherein when the upper plate tray and the lower plate tray are closed a recess part of the lower plate tray and a recess part of the upper plate tray are coupled to match each other in shape, thereby defining a cell which provides an ice making space having a globular or spherical shape; a rotating arm and an elastic member disposed on a side of the lower plate tray ; a driving unit for operating one of the upper plate tray and the lower plate tray ; an ejecting unit for separating ice pieces made in the upper plate tray or the lower plate tray ; and wherein each of the recess parts arranged inside of the lower plate tray has a hemispherical shape and defines a lower half of the globular or spherical ice piece; and wherein the lower plate tray includes: a tray case defining an outer appearance; a tray body mounted on the tray case and having the recess parts ; and a tray cover fixing the tray body to the tray case , characterized in that the ice making device further comprises: a water supply unit disposed above the upper plate tray , for supplying water into a water supply part of the upper plate tray ; and a flow sensor configured to detect water supply flow to the ice making device by using a pulse value according to rotation of an impeller. an upper plate tray defining an upper appearance of the ice making device , a lower plate tray defining a lower appearance of the ice making device , wherein when the upper plate tray and the lower plate tray are closed a recess part of the lower plate tray and a recess part of the upper plate tray are coupled to match each other in shape, thereby defining a cell which provides an ice making space having a globular or spherical shape; a rotating arm and an elastic member disposed on a side of the lower plate tray ; a driving unit for operating one of the upper plate tray and the lower plate tray ; an ejecting unit for separating ice pieces made in the upper plate tray or the lower plate tray ; and wherein each of the recess parts arranged inside of the lower plate tray has a hemispherical shape and defines a lower half of the globular or spherical ice piece; a tray case defining an outer appearance; a tray body mounted on the tray case and having the recess parts ; and a tray cover fixing the tray body to the tray case , a water supply unit disposed above the upper plate tray , for supplying water into a water supply part of the upper plate tray ; and a flow sensor configured to detect water supply flow to the ice making device by using a pulse value according to rotation of an impeller.
A process for manufacturing a graft copolymer (B), the process comprising the steps of: emulsion polymerizing: (b1) a (meth)acrylate monomer a homopolymer of which has a glass transition temperature exceeding 0 °C determined according to the description, in the presence of (A) a composite rubber containing (A1) a polyorganosiloxane, and (A2) a poly(meth)acrylate, and thereafter then emulsion polymerizing with (b2) an aromatic vinyl monomer, and (b3) a cyanide vinyl monomer.
A light emitting device comprising: a substrate including a flexible base extending in a first direction corresponding to a longitudinal direction of the substrate (D1), a plurality of wiring portions arranged on the flexible base , a groove portion formed between the plurality of wiring portions spaced apart from each other, the groove portion including a first groove portion extending in a second direction (D2) intersecting the first direction (D1), and a reflective layer arranged on the plurality of wiring portions , the reflective layer includes a plurality of opening portions ; and a light emitting element disposed in a corresponding opening portion of the reflective layer and electrically connected to the plurality of wiring portions , the light emitting element being spaced apart from the first groove portion ; and a sealing resin member sealing the light emitting element and the substrate , the sealing resin member being spaced apart from the first groove portion . a substrate including a flexible base extending in a first direction corresponding to a longitudinal direction of the substrate (D1), a plurality of wiring portions arranged on the flexible base , a groove portion formed between the plurality of wiring portions spaced apart from each other, the groove portion including a first groove portion extending in a second direction (D2) intersecting the first direction (D1), and a reflective layer arranged on the plurality of wiring portions , the reflective layer includes a plurality of opening portions ; and a light emitting element disposed in a corresponding opening portion of the reflective layer and electrically connected to the plurality of wiring portions , the light emitting element being spaced apart from the first groove portion ; and a sealing resin member sealing the light emitting element and the substrate , the sealing resin member being spaced apart from the first groove portion .
A computer program product for facilitating processing in a computing environment, said computer program product comprising: a computer readable storage medium readable by a processing circuit and storing instructions which, when the program is executed by the processing circuit, perform a method comprising: obtaining an instruction to perform an action related to one or more guarded storage controls; and executing the instruction to perform the action, the executing comprising: obtaining, from a location, content associated with the one or more guarded storage controls , the one or more guarded storage controls to control operation of a guarded storage facility used to guard a portion of memory , and wherein the one or more guarded storage controls comprise a designation register used to designate an area of memory to be guarded, a mask register indicating whether one or more sections of the area of memory are to be guarded, and a parameter list address register to designate a location of one or more attributes of a guarded storage event, wherein the guarded storage event is an event that occurs when a program attempts to access an address in a guarded section thereby protecting the addresses within the guarded section; and performing the action using the content, wherein the action comprises a load or a store, wherein based on the action being the load, the obtaining the content comprises obtaining the content from memory, and the performing the action comprises loading the content obtained from memory into the one or more guarded storage controls, and based on the action being the store, the obtaining the content comprises obtaining the content from the one or more guarded storage controls, and the performing the action comprises storing the content obtained from the one or more guarded storage controls into memory. obtaining an instruction to perform an action related to one or more guarded storage controls; and executing the instruction to perform the action, the executing comprising: obtaining, from a location, content associated with the one or more guarded storage controls , the one or more guarded storage controls to control operation of a guarded storage facility used to guard a portion of memory , and wherein the one or more guarded storage controls comprise a designation register used to designate an area of memory to be guarded, a mask register indicating whether one or more sections of the area of memory are to be guarded, and a parameter list address register to designate a location of one or more attributes of a guarded storage event, wherein the guarded storage event is an event that occurs when a program attempts to access an address in a guarded section thereby protecting the addresses within the guarded section; and performing the action using the content, wherein the action comprises a load or a store,
A pharmaceutical composition stored in a sealed manner in a container comprising a cylindrical bottle and a closure storage cap, said pharmaceutical composition comprising as active ingredients ferric complex with N-acetyl-L-aspartic casein and calcium folinate pentahydrate, the two active ingredients to be mixed together creating a single dose oral solution at the time of use, wherein the ferric complex with N-acetyl-L-aspartic casein is stored in liquid form in the cylindrical bottle and calcium folinate pentahydrate is stored in solid form in the hollow space of the closure storage cap which seals the bottle.
A fluid pump comprising: a pump casing ; a top cap securable to an upper end of the pump casing and having an air intake port and a fluid discharge port; a fluid discharge tube extending to adjacent a lower end of the pump casing; a first one-way check valve adjacent the lower end of the pump, forming a one-way path to admit fluid into the pump casing during a fill cycle of operation of the pump and a second one-way check valve at the pump's discharge port to release fluid during a discharge cycle; characterised by an auger element disposed inside the pump casing and extending at least partially around the discharge tube such that the discharge tube extends at least partially through the auger element , and the auger element disposed between an outer surface of the fluid discharge tube and an inside surface of the pump casing , the auger element configured to cause a swirling, rotational fluid flow in a first direction about the fluid discharge tube during the discharge cycle, the discharge cycle occurring in response to a jet of compressed air released into the pump casing in which fluid having collected within the pump casing is forced by the jet of compressed air into and up through the discharge tube and out from the pump casing ; wherein the swirling, rotational fluid flow helps to clean the inside surface of the pump casing and the outer surface of the fluid discharge tube by breaking loose contaminant particles on the inside surface and the outer surface to remove the contaminant particles. a pump casing ; a top cap securable to an upper end of the pump casing and having an air intake port and a fluid discharge port; a fluid discharge tube extending to adjacent a lower end of the pump casing; a first one-way check valve adjacent the lower end of the pump, forming a one-way path to admit fluid into the pump casing during a fill cycle of operation of the pump and a second one-way check valve at the pump's discharge port to release fluid during a discharge cycle; characterised by an auger element disposed inside the pump casing and extending at least partially around the discharge tube such that the discharge tube extends at least partially through the auger element , and the auger element disposed between an outer surface of the fluid discharge tube and an inside surface of the pump casing , the auger element configured to cause a swirling, rotational fluid flow in a first direction about the fluid discharge tube during the discharge cycle, the discharge cycle occurring in response to a jet of compressed air released into the pump casing in which fluid having collected within the pump casing is forced by the jet of compressed air into and up through the discharge tube and out from the pump casing ; wherein the swirling, rotational fluid flow helps to clean the inside surface of the pump casing and the outer surface of the fluid discharge tube by breaking loose contaminant particles on the inside surface and the outer surface to remove the contaminant particles.
An electric motor, comprising: a stator ; and a rotor disposed so as to be rotatable with respect to the stator, wherein the rotor includes: a rotor core having a plurality of poles and slots ; a shaft coupled to a central portion of the rotor core; a rotor coil wound on the rotor core; and coil supporting members provided at the rotor core, and configured to support the rotor coil such that the rotor coil is prevented from being separated from the rotor core in a radial direction when the rotor rotates, wherein the coil supporting members are coupled to the rotor core after the rotor coil is wound on the rotor core, wherein each pole is provided with a pole shoe extending in a circumferential direction, and wherein the coil supporting member includes: coil end accommodation portions for accommodating the coil ends of the rotor coil ; and supporting plates disposed between the pole shoes. a stator ; and a rotor disposed so as to be rotatable with respect to the stator, wherein the rotor includes: a rotor core having a plurality of poles and slots ; a shaft coupled to a central portion of the rotor core; a rotor coil wound on the rotor core; and coil supporting members provided at the rotor core, and configured to support the rotor coil such that the rotor coil is prevented from being separated from the rotor core in a radial direction when the rotor rotates, wherein the coil supporting members are coupled to the rotor core after the rotor coil is wound on the rotor core, wherein each pole is provided with a pole shoe extending in a circumferential direction, and wherein the coil supporting member includes: coil end accommodation portions for accommodating the coil ends of the rotor coil ; and supporting plates disposed between the pole shoes. a rotor core having a plurality of poles and slots ; a shaft coupled to a central portion of the rotor core; a rotor coil wound on the rotor core; and coil supporting members provided at the rotor core, and configured to support the rotor coil such that the rotor coil is prevented from being separated from the rotor core in a radial direction when the rotor rotates, wherein the coil supporting members are coupled to the rotor core after the rotor coil is wound on the rotor core, wherein each pole is provided with a pole shoe extending in a circumferential direction, and wherein the coil supporting member includes: coil end accommodation portions for accommodating the coil ends of the rotor coil ; and supporting plates disposed between the pole shoes. coil end accommodation portions for accommodating the coil ends of the rotor coil ; and supporting plates disposed between the pole shoes.