mhurhangee/ep-ind-claims huggingface dataset:
Battery exchange system for an electric vehicle, comprising: - a battery unit comprising a bottom surface, a top surface and a circumferential side surface extending therebetween; - a battery receiving unit adapted for being fixed at or near an underside of the electric vehicle and comprising a housing with an opening at a bottom side of the housing for at least partially receiving the battery unit in the housing through the opening, wherein the battery receiving unit has a central axis which extends through the opening; wherein the battery receiving unit is adapted for allowing movement of the battery unit along the central axis between an unmounted position below the battery receiving unit and a mounted position at least partially within the battery receiving unit, characterized in that the battery unit comprises first engagement elements and the battery receiving unit comprises second engagement elements, each of the first and second engagement elements being adapted for engaging each other while moving relative to each other along an associated sloping path (S1; S7 - S10; S11 - S14; S15 - S17) causing lifting of the battery unit from the unmounted position to the mounted position or lowering of the battery unit from the mounted position to the unmounted position, wherein said associated sloping path slopes with respect to a plane normal to the central axis. - a battery unit comprising a bottom surface, a top surface and a circumferential side surface extending therebetween; - a battery receiving unit adapted for being fixed at or near an underside of the electric vehicle and comprising a housing with an opening at a bottom side of the housing for at least partially receiving the battery unit in the housing through the opening, wherein the battery receiving unit has a central axis which extends through the opening; wherein the battery receiving unit is adapted for allowing movement of the battery unit along the central axis between an unmounted position below the battery receiving unit and a mounted position at least partially within the battery receiving unit, characterized in that the battery unit comprises first engagement elements and the battery receiving unit comprises second engagement elements, each of the first and second engagement elements being adapted for engaging each other while moving relative to each other along an associated sloping path (S1; S7 - S10; S11 - S14; S15 - S17) causing lifting of the battery unit from the unmounted position to the mounted position or lowering of the battery unit from the mounted position to the unmounted position, wherein said associated sloping path slopes with respect to a plane normal to the central axis.
A staple cartridge, comprising: a cartridge body comprising a deck; a plurality of staples removably stored within said cartridge body; and an implantable layer assembly positioned over said deck, wherein said implantable layer assembly comprises: a compensation layer configured to be at least partially captured within said staples when said staples are moved from an unfired position to a fired position, wherein said compensation layer comprises a first length; and an overlap layer extending from said compensation layer, wherein said overlap layer comprises a second length, wherein said second length is longer than said first length and wherein said overlap layer is configured to overlap an adjacent implanted implantable layer; and characterized in that: said overlap layer is configured to be more flexible than said compensation layer. a cartridge body comprising a deck; a plurality of staples removably stored within said cartridge body; and an implantable layer assembly positioned over said deck, wherein said implantable layer assembly comprises: a compensation layer configured to be at least partially captured within said staples when said staples are moved from an unfired position to a fired position, wherein said compensation layer comprises a first length; and an overlap layer extending from said compensation layer, wherein said overlap layer comprises a second length, wherein said second length is longer than said first length and wherein said overlap layer is configured to overlap an adjacent implanted implantable layer; and characterized in that: said overlap layer is configured to be more flexible than said compensation layer. a compensation layer configured to be at least partially captured within said staples when said staples are moved from an unfired position to a fired position, wherein said compensation layer comprises a first length; and an overlap layer extending from said compensation layer, wherein said overlap layer comprises a second length, wherein said second length is longer than said first length and wherein said overlap layer is configured to overlap an adjacent implanted implantable layer; and characterized in that: said overlap layer is configured to be more flexible than said compensation layer.
A method performed by a first wireless device in a wireless communication system, the method comprising: reserving a set of resources comprising a first resource for an initial transmission and one or more second resources for a retransmission; performing the initial transmission of a data unit to a second wireless device by using the first resource; determining to perform the retransmission of the data unit based on receiving a negative acknowledgement, NACK, for the initial transmission; determining whether to reserve one or more third resources other than the reserved one or more second resources based on a priority of the data unit before performing the retransmission; based on a determination to reserve the one or more third resources: i) removing the reserved one or more second resources, and ii) reserving the one or more third resources after removing the reserved one or more second resources; and performing the retransmission to the second wireless device by using the one or more third resources. reserving a set of resources comprising a first resource for an initial transmission and one or more second resources for a retransmission; performing the initial transmission of a data unit to a second wireless device by using the first resource; determining to perform the retransmission of the data unit based on receiving a negative acknowledgement, NACK, for the initial transmission; determining whether to reserve one or more third resources other than the reserved one or more second resources based on a priority of the data unit before performing the retransmission; based on a determination to reserve the one or more third resources: i) removing the reserved one or more second resources, and ii) reserving the one or more third resources after removing the reserved one or more second resources; and i) removing the reserved one or more second resources, and ii) reserving the one or more third resources after removing the reserved one or more second resources; and performing the retransmission to the second wireless device by using the one or more third resources.
An oil-based inkjet ink comprising a pigment, an amide-based dispersant and a non-aqueous solvent, wherein the non-aqueous solvent comprises a modified silicone oil having 2 or 3 silicon atoms in one molecule, and a petroleum-based hydrocarbon solvent.
A control device configured to control an object to be controlled, the control device comprising: a main storage device configured to store a user program and one or more program packages (32A, 32B, 32C) in a nonvolatile manner, the one or more program packages each storing one or more versions of programs that are executed in cooperation with the user program, and the main storage device configured to store model information about a model name of hardware of the control device; a main memory configured to arrange the user program and the programs of the program packages (32A, 32B, 32C); and a processor configured to execute software including a package management module that manages the program packages (32A, 32B, 32C), wherein the package management module is configured to perform a deployment process for selecting, from the one or more program packages (32A, 32B, 32C), a package to be deployed based on the model information and a version of the user program, and arranging, from the package to be deployed, a version of a program compatible with the version of the user program in the main memory, wherein the package management module is configured to acquire the model information from the main storage device. a main storage device configured to store a user program and one or more program packages (32A, 32B, 32C) in a nonvolatile manner, the one or more program packages each storing one or more versions of programs that are executed in cooperation with the user program, and the main storage device configured to store model information about a model name of hardware of the control device; a main memory configured to arrange the user program and the programs of the program packages (32A, 32B, 32C); and a processor configured to execute software including a package management module that manages the program packages (32A, 32B, 32C), wherein the package management module is configured to perform a deployment process for selecting, from the one or more program packages (32A, 32B, 32C), a package to be deployed based on the model information and a version of the user program, and arranging, from the package to be deployed, a version of a program compatible with the version of the user program in the main memory, wherein the package management module is configured to acquire the model information from the main storage device.
A process for manufacturing a liquid container (13, 40) for a spray gun comprising a base; and side walls extending from the base; wherein the side walls are collapsible but the container is capable of standing unsupported, on the base with the side walls extended and upright; characterised in that the base and side walls are thermo/vacuum formed together from a plastics material by heating a sheet of the material to a softened condition and forming it into the shape defined by a mould while in that softened condition with assistance of a differential pressure; and in that the base is comparatively rigid and the side walls are thin in comparison to the base. a base; and side walls extending from the base; wherein the side walls are collapsible but the container is capable of standing unsupported, on the base with the side walls extended and upright; characterised in that the base and side walls are thermo/vacuum formed together from a plastics material by heating a sheet of the material to a softened condition and forming it into the shape defined by a mould while in that softened condition with assistance of a differential pressure; and in that the base is comparatively rigid and the side walls are thin in comparison to the base.
A rechargeable battery comprising: a cathode comprising a silver material comprising Ag, AgO, Ag 2 O, Ag 2 O 3, AgOH, AgOOH, AgONa, AgCuO 2, AgFeO 2, AgMnO 2, Ag 2, or any combination thereof, that is doped with from 0.25 wt% to 10 wt% of a trivalent dopant by weight of the silver material, wherein the trivalent dopant comprises boron, indium, gallium, a lanthanide element, or any combination thereof; an anode comprising zinc; and an electrolyte comprising aqueous KOH. a cathode comprising a silver material comprising Ag, AgO, Ag 2 O, Ag 2 O 3, AgOH, AgOOH, AgONa, AgCuO 2, AgFeO 2, AgMnO 2, Ag 2, or any combination thereof, that is doped with from 0.25 wt% to 10 wt% of a trivalent dopant by weight of the silver material, wherein the trivalent dopant comprises boron, indium, gallium, a lanthanide element, or any combination thereof; an anode comprising zinc; and an electrolyte comprising aqueous KOH.
Device comprising: - an electronic component comprising a sensor provided with a sensitive element; - a housing comprising a side wall and a bottom so as to define a cavity; - a resin filling the cavity so as to submerge the electronic component, leaving said sensitive element protruding, the electronic component resting on at least one protuberance projecting from said bottom so as to prevent the forming of air bubbles in the resin, the protuberance being spaced apart from the side wall by a distance d greater than 1 mm or being in contact with the side wall. - an electronic component comprising a sensor provided with a sensitive element; - a housing comprising a side wall and a bottom so as to define a cavity; - a resin filling the cavity so as to submerge the electronic component, leaving said sensitive element protruding,
Layer system for solar cells, that comprises an absorber layer and a first buffer layer, in which the absorber layer is formed based on a Cu(In,Ga)(S 1-y,Se y) 2 - compound semiconductor material, wherein 0 ≤ y ≤ 1, wherein the first buffer layer is amorphous and the first buffer layer comprises In 2 (S 1-x,Se x) 3+δ, wherein 0 ≤ x ≤ 1, characterized in that the deviation δ from stoichiometry is between -0.2 and 0, and the ratio of the molar concentrations /([Se]+) on the surface of the absorber layer facing the first buffer layer is between 20% and 60% and is decreasing to values of 5% to 10% in the interior of the absorber layer.
A method of increasing the storage capacity of a natural gas storage cavern, characterised in that: cavern pressure and temperature sensors in communication with gaseous natural gas in a natural gas storage cavern are used to monitor the pressure and temperature in a natural gas storage cavern; a pump is used to add liquefied natural gas at a controlled flow rate to gaseous natural gas in the natural gas storage cavern such that the liquefied natural gas reduces the temperature of the gaseous natural gas, the controlled flow rate being based upon feedback from the sensors that monitor the result of the addition of liquefied natural gas to the natural gas storage cavern to achieve a desired reduction in the temperature and associated pressure of the natural gas storage cavern and thereby increase the storage capacity of the natural gas storage cavern. cavern pressure and temperature sensors in communication with gaseous natural gas in a natural gas storage cavern are used to monitor the pressure and temperature in a natural gas storage cavern; a pump is used to add liquefied natural gas at a controlled flow rate to gaseous natural gas in the natural gas storage cavern such that the liquefied natural gas reduces the temperature of the gaseous natural gas, the controlled flow rate being based upon feedback from the sensors that monitor the result of the addition of liquefied natural gas to the natural gas storage cavern to achieve a desired reduction in the temperature and associated pressure of the natural gas storage cavern and thereby increase the storage capacity of the natural gas storage cavern.
An outdoor unit including a refrigerant pipe connection valve (8, 9) including a refrigerant charging service port sealed with a sealing hexagon nut to be removed when refrigerant is charged, the outdoor unit comprising an indication cover including: a cover portion on which at least one of a type of the refrigerant employed and a caution are marked, the cover portion being disposed so as to cover a hexagonal column-shaped outer circumference of the sealing hexagon nut; a ring portion attached to the refrigerant pipe connection valve (8, 9); and a joint portion formed so as to be bendable and connecting the cover portion and the ring portion, wherein the joint portion is bendable and formed in a belt shape, and characterised in that a central portion of the joint portion is formed thinner than adjacent portions of the joint portion on a side of the cover portion and a side of the ring portion. a cover portion on which at least one of a type of the refrigerant employed and a caution are marked, the cover portion being disposed so as to cover a hexagonal column-shaped outer circumference of the sealing hexagon nut; a ring portion attached to the refrigerant pipe connection valve (8, 9); and a joint portion formed so as to be bendable and connecting the cover portion and the ring portion, wherein the joint portion is bendable and formed in a belt shape, and characterised in that a central portion of the joint portion is formed thinner than adjacent portions of the joint portion on a side of the cover portion and a side of the ring portion.
Tool base module for independent use, having a drive unit, having a transmission unit for adapting a rotational speed of the drive unit, having a main output (14a; 14b), wherein the main output (14a; 14b) has an output shaft with a tool receptacle for receiving an insert tool, and having a coupling device which has a mechanical interface (16a; 16b; 16c; 16d; 16e; 16f; 16g; 16h) for a drive-technological mechanical connection of at least one attachment device (18a, 20a, 22a; 18e; 18f; 18g; 18h) to the main output (14a; 14b), characterized in that the coupling device has an electrical interface (24a; 24b; 24c) for transmission of a low power of at most 4 watts and/or of a small current of at most 1000 mA, which is intended for an electrical connection, coupled to the mechanical connection, of the at least one attachment device (18a, 20a, 22a; 18e; 18f; 18g; 18h) to the main output (14a; 14b).
A method for reference signal evaluation, comprising: a user equipment, UE, (102, 200), measuring a Radio Link Monitoring Reference Signals, RLM-RS, resource sample from a base station (110, 130, 200) at each of a plurality of RLM-RS resources on an unlicensed band during an evaluation period; the method is characterised by: determining whether one or more RLM-RS resource samples are missing during the evaluation period; and evaluating an in-sync condition and an out-of-sync condition based on a determination of whether the one or more RLM-RS resource samples are missing during the evaluation period. a user equipment, UE, (102, 200), measuring a Radio Link Monitoring Reference Signals, RLM-RS, resource sample from a base station (110, 130, 200) at each of a plurality of RLM-RS resources on an unlicensed band during an evaluation period; the method is characterised by: determining whether one or more RLM-RS resource samples are missing during the evaluation period; and evaluating an in-sync condition and an out-of-sync condition based on a determination of whether the one or more RLM-RS resource samples are missing during the evaluation period. determining whether one or more RLM-RS resource samples are missing during the evaluation period; and evaluating an in-sync condition and an out-of-sync condition based on a determination of whether the one or more RLM-RS resource samples are missing during the evaluation period.
An in vitro or ex vivo platform for creating a cell-based vaccine against an antigen of interest, wherein the platform comprises: a. a population of Chlamydia-activated B cells (CABs), having been exposed to inactivated, whole Chlamydia spp. bacteria; and b. the antigen of interest, wherein the antigen of interest is not derived from a Chlamydia spp.; wherein the antigen of interest is exposed and/or crosslinked to the CABs. a. a population of Chlamydia-activated B cells (CABs), having been exposed to inactivated, whole Chlamydia spp. bacteria; and b. the antigen of interest, wherein the antigen of interest is not derived from a Chlamydia spp.;
Annular manifold for an extrusion parison head for producing a tubular moulding from a thermoplastic material, comprising: an accommodation body with a first accommodation chamber with an inner surface, a first distribution sleeve with an outer surface, which has a distribution groove, wherein the first distribution sleeve is accommodated in the first accommodation chamber, as well as an annular first distribution chamber, which is formed between the inner surface of the first accommodation chamber and the outer surface of the first distribution sleeve, and which opens into an annular gap opening, characterized in that the outer surface of the first distribution sleeve has a single helical distribution groove with more than one winding and less than 1.25 windings. an accommodation body with a first accommodation chamber with an inner surface, a first distribution sleeve with an outer surface, which has a distribution groove, wherein the first distribution sleeve is accommodated in the first accommodation chamber, as well as an annular first distribution chamber, which is formed between the inner surface of the first accommodation chamber and the outer surface of the first distribution sleeve, and which opens into an annular gap opening, characterized in that the outer surface of the first distribution sleeve has a single helical distribution groove with more than one winding and less than 1.25 windings.
Tank for containing a component fluid or a mixture of components, said tank comprising a first main wall or first wall portion, a second main wall or second wall portion, said walls delimiting at least one housing area of said component fluid or mixture of components, first heating means of said first wall or first wall portion and second heating means of said second wall or second wall portion, at least one controller means of the flow rate of said component fluid leaving said tank, a control unit designed to operate said heating means (6, 7) so as to maintain said first wall at a temperature lower than said second wall, said control unit being designed to receive the signals of said controller means and to consequently control said heating means (6, 7) so as to increase, decrease or keep constant the temperature difference between said first wall and said second wall according to whether the flow rate of said component fluid evaluated or obtained by said control unit as a function of the signals received by said at least one controller means is respectively less than, greater than or equal to a given value or range of values.
A process for the production of 1,1-difluoroethane (HFC-152a), the process comprising: (a) providing a reaction vessel, (b) providing in the reaction vessel activated carbon impregnated with a strong Lewis acid fluorination catalyst wherein the strong Lewis acid catalyst is selected from the group consisting of halides of Sb, (c) activating the catalyst by passing through the activated carbon impregnated with the strong Lewis acid fluorination catalyst, anhydrous hydrogen fluoride gas and chlorine gas, (d) contacting, in a vapor state in the reaction vessel containing the activated catalyst, hydrogen fluoride and one or more chlorinated hydrocarbons selected from the group consisting of vinyl chloride, 1,2-dichloroethane and 1,1-dichloroethane for 1 to 120 seconds at 40 to 200°C to produce a product stream comprising hydrofluorocarbon product(s) corresponding to the chlorinated hydrocarbon reactant(s), hydrogen chloride, unreacted chlorinated hydrocarbon reactant(s) and unreacted hydrogen fluoride, and (e) separating the hydrofluorocarbon product(s) from the product stream. (a) providing a reaction vessel, (b) providing in the reaction vessel activated carbon impregnated with a strong Lewis acid fluorination catalyst wherein the strong Lewis acid catalyst is selected from the group consisting of halides of Sb, (c) activating the catalyst by passing through the activated carbon impregnated with the strong Lewis acid fluorination catalyst, anhydrous hydrogen fluoride gas and chlorine gas, (d) contacting, in a vapor state in the reaction vessel containing the activated catalyst, hydrogen fluoride and one or more chlorinated hydrocarbons selected from the group consisting of vinyl chloride, 1,2-dichloroethane and 1,1-dichloroethane for 1 to 120 seconds at 40 to 200°C to produce a product stream comprising hydrofluorocarbon product(s) corresponding to the chlorinated hydrocarbon reactant(s), hydrogen chloride, unreacted chlorinated hydrocarbon reactant(s) and unreacted hydrogen fluoride, and (e) separating the hydrofluorocarbon product(s) from the product stream.