mhurhangee/patent-ind-claim-en huggingface dataset:
Filter system for removing and/or neutralizing undissolved oils and greases on/in emulsions containing water from, in particular, containers and tubs which are used for holding and storing emulsions which are used for cooling and lubricating workpieces and tools during machining, with at least - a device for sucking off the emulsion from the emulsion tub/container , preferably by means of a skimmer , - a line from the device to an inlet of a first filter container , - an outlet from the first filter container , preferably arranged laterally, - a pump connected to the outlet , - a second filter container with a venting valve , - a third filter container connected to the second filter container by a line, characterised in that the filter system has a three-way valve , wherein the inlet of the three-way valve is connected to the pump , the first three-way outlet is connected to the first filter container and the second three-way outlet is connected to the second filter container . - a device for sucking off the emulsion from the emulsion tub/container , preferably by means of a skimmer , - a line from the device to an inlet of a first filter container , - an outlet from the first filter container , preferably arranged laterally, - a pump connected to the outlet , - a second filter container with a venting valve , - a third filter container connected to the second filter container by a line,
Device for measuring the preloading of a screw during a screwing operation comprising a container body in which a support of the leadscrew is inserted, inside which there is a leadscrew in which said screw (V) is screwed by means of a tightening tool, at the bottom of said support and connected thereto a transducer being arranged, capable of measuring the traction generated on itself as a result of the compression created by the screwing of the screw in the leadscrew, characterized in that said device further comprising a greasing system for the leadscrew and the screw (V) that can be directly constrained to the device or it can be provided separately and connected thereto by means of an appropriate pipe, said system comprising a refillable reservoir provided at an end thereof with a pair of internal and external injectors for the emission of lubricant in the leadscrew of the device, wherein the internal injector is fixed on a neck ring held in position around the support of the leadscrew , said neck ring having a side hole for housing the injector and an internal groove , the grease being under pressure enters the hole and moves along the groove , said groove being at the same height as the holes of the leadscrew . characterized in that said device further comprising a greasing system for the leadscrew and the screw (V) that can be directly constrained to the device or it can be provided separately and connected thereto by means of an appropriate pipe, said system comprising a refillable reservoir provided at an end thereof with a pair of internal and external injectors for the emission of lubricant in the leadscrew of the device, wherein the internal injector is fixed on a neck ring held in position around the support of the leadscrew , said neck ring having a side hole for housing the injector and an internal groove , the grease being under pressure enters the hole and moves along the groove , said groove being at the same height as the holes of the leadscrew .
An airbag device , mounted on one side of a seat of a vehicle and formed with molded parts (R1, R2) that are bent a plurality of times respectively on both ends of a seat-shaped airbag that face each other in the horizontal and longitudinal direction during expansion and deployment, comprises: a first holding member that holds the first molded part (R1) of one end portion of either end portions at least until the start of expansion and deployment, and a second holding member that holds the second molded part (R2) of the other end portion at least until the start of expansion and deployment, characterized in that said airbag device comprises an inflator provided closer to one end inside the airbag that injects gas, wherein the first molded part (R1), inflator , and second molded part (R2) are arranged so that the first molded part (R1) is interposed between the inflator and the second molded part (R2) within the airbag prior to expansion and deployment. a first holding member that holds the first molded part (R1) of one end portion of either end portions at least until the start of expansion and deployment, and a second holding member that holds the second molded part (R2) of the other end portion at least until the start of expansion and deployment,
A method for simulating an injection molding process, comprising: generating a mesh model of a mold structure; generating a mesh model of an injection unit of an injection molding machine , including at least a screw tip of the injection unit and a barrel size and diameter; providing the ability to specify a material to be injected into the mold structure; configuring parameters in different zones of at least the injection unit ; combining the mesh models of the mold structure and the injection unit ; providing the ability to apply at least one of a velocity and a pressure profile of the screw tip; and running a simulated operation of the combined mesh models of the injection unit and the mold structure. generating a mesh model of a mold structure; generating a mesh model of an injection unit of an injection molding machine , including at least a screw tip of the injection unit and a barrel size and diameter; providing the ability to specify a material to be injected into the mold structure; configuring parameters in different zones of at least the injection unit ; combining the mesh models of the mold structure and the injection unit ; providing the ability to apply at least one of a velocity and a pressure profile of the screw tip; and running a simulated operation of the combined mesh models of the injection unit and the mold structure.
An effector module comprising: (a) a stimulus response element (SRE), wherein the SRE is a destabilizing domain (DD), said DD comprising the cGMP-specific 3',5'-cyclic phosphodiesterasehPDE5 of SEQ ID NO:1, in whole or in part, wherein said whole or part is capable of binding to a stabilizing ligand and wherein the DD further comprises: i) a mutation at amino acid position 732 (R732) of SEQ ID NO: 1 and ii) a mutation at amino acid position 736 (F736) of SEQ ID NO: 1, selected from the group consisting of F736G, F736L, F736M, F736R, F736W, F736K, F736Q, F736E, F736S, F736P, F736V, F736I, F736C, F736Y, F736H, F736N, F736D, and F736T; and (b) at least one payload, which is attached, appended or associated with said SRE; and wherein the SRE is responsive to one or more stimuli. (a) a stimulus response element (SRE), wherein the SRE is a destabilizing domain (DD), said DD comprising the cGMP-specific 3',5'-cyclic phosphodiesterasehPDE5 of SEQ ID NO:1, in whole or in part, wherein said whole or part is capable of binding to a stabilizing ligand and wherein the DD further comprises: i) a mutation at amino acid position 732 (R732) of SEQ ID NO: 1 and ii) a mutation at amino acid position 736 (F736) of SEQ ID NO: 1, selected from the group consisting of F736G, F736L, F736M, F736R, F736W, F736K, F736Q, F736E, F736S, F736P, F736V, F736I, F736C, F736Y, F736H, F736N, F736D, and F736T; and i) a mutation at amino acid position 732 (R732) of SEQ ID NO: 1 and ii) a mutation at amino acid position 736 (F736) of SEQ ID NO: 1, selected from the group consisting of F736G, F736L, F736M, F736R, F736W, F736K, F736Q, F736E, F736S, F736P, F736V, F736I, F736C, F736Y, F736H, F736N, F736D, and F736T; and (b) at least one payload, which is attached, appended or associated with said SRE; and
A method of manufacturing recycled pulp fibers from a pulp fiber-containing used sanitary product, wherein the method includes: a supply step (S19-2a) of supplying an aqueous solution containing the pulp fibers to a driving fluid supply port (DI) of a treatment tank provided with an ejector , the ejector comprising the driving fluid supply port (DI), a mixed fluid discharge port (CO) connected to the treatment tank , and a suction fluid supply port (AI) between them, while supplying ozone (Z2) to the suction fluid supply port (AI), and a recycled pulp fiber-forming step (S19-2b) of forming recycled pulp fibers by discharging a liquid mixture formed by mixing of the aqueous solution and the ozone (Z2) in the ejector into the treatment solution (P2) in the treatment tank from the mixed fluid discharge port (CO), and decomposing the protein-containing components in the pulp fibers by treatment with the ozone (Z2), such that an aqueous dispersion comprising the recycled pulp fibers dispersed at a solid concentration of 5.0 mass% contains protein at a concentration of 60 μg/mL or lower, as measured by a Modified Lowry method in a protein concentration measurement step. a supply step (S19-2a) of supplying an aqueous solution containing the pulp fibers to a driving fluid supply port (DI) of a treatment tank provided with an ejector , the ejector comprising the driving fluid supply port (DI), a mixed fluid discharge port (CO) connected to the treatment tank , and a suction fluid supply port (AI) between them, while supplying ozone (Z2) to the suction fluid supply port (AI), and a recycled pulp fiber-forming step (S19-2b) of forming recycled pulp fibers by discharging a liquid mixture formed by mixing of the aqueous solution and the ozone (Z2) in the ejector into the treatment solution (P2) in the treatment tank from the mixed fluid discharge port (CO), and decomposing the protein-containing components in the pulp fibers by treatment with the ozone (Z2), such that an aqueous dispersion comprising the recycled pulp fibers dispersed at a solid concentration of 5.0 mass% contains protein at a concentration of 60 μg/mL or lower, as measured by a Modified Lowry method in a protein concentration measurement step.
A motor protection relay comprising a sensing unit configured to sense a current and a voltage of a motor ; an input unit configured to generate a start signal and a stop signal regarding starting and stopping of the motor ; and a control unit configured to control power supplied to the motor and variably control the start power to be supplied to the motor on the basis of the start signal, wherein the control unit includes a programmable logic controller, PLC, for variably controlling the start power according to a preset sequence, and is configured to variably control the start power through the PLC , characterized in that the control unit is further configured to divide the start power into a plurality of sections to have different magnitudes and different times, and wherein the preset sequence is set such that: a magnitude of the start power is sequentially increased according to the passage of time in which the start power is supplied to the motor , and a divided time of each of the plurality of sections is increased in proportion to a magnitude of the start power. a magnitude of the start power is sequentially increased according to the passage of time in which the start power is supplied to the motor , and a divided time of each of the plurality of sections is increased in proportion to a magnitude of the start power.
Combustion device for producing hydrogen halide, comprising at least two concentrically arranged combustion tubes, wherein a swirl generator is arranged in the inner combustion tube, characterised in that the outer combustion tube, the inner combustion tube and the swirl generator comprise corrosion-resistant material selected from the group consisting of graphite, synthetic graphite, synthetic resin-impregnated graphite, silicon carbide, silicon carbide-coated graphite, quartz glass, aluminium oxide or any mixtures thereof.
Method for producing a nonwoven fabric from fibres, wherein continuous filaments made of thermoplastic material are produced by at least one meltblown spinneret , preferably by at least two meltblown spinnerets , wherein furthermore pulp short fibres are produced by at least one defibration device , wherein in the defibration device at least one short fibre-air stream is produced from the pulp short fibres, which is guided through an outlet channel and emerges from this and flows with an initial volume flow V1 and a flow direction S1 in the direction of an air-permeable depositing foraminous belt , wherein the continuous filaments flow from the at least one meltblown spinneret as a filament-air stream with an initial volume flow V2 in the direction of the short fibre-air stream , wherein the filament-air stream and the short fibre-air stream are brought together above the depositing foraminous belt in a contact zone and are deposited as a continuous filament-short fibre mixture in a depositing area on the depositing foraminous belt to form the nonwoven fabric or the nonwoven web, wherein air or process air with a volume flow V4 is sucked from below through the depositing foraminous belt in the depositing area of the fibres or of the continuous filament-short fibre mixture , wherein the volume flow V4 is greater than the sum of the volume flows V1 and V2. wherein the continuous filaments flow from the at least one meltblown spinneret as a filament-air stream with an initial volume flow V2 in the direction of the short fibre-air stream , wherein the filament-air stream and the short fibre-air stream are brought together above the depositing foraminous belt in a contact zone and are deposited as a continuous filament-short fibre mixture in a depositing area on the depositing foraminous belt to form the nonwoven fabric or the nonwoven web, wherein air or process air with a volume flow V4 is sucked from below through the depositing foraminous belt in the depositing area of the fibres or of the continuous filament-short fibre mixture , wherein the volume flow V4 is greater than the sum of the volume flows V1 and V2.
An antenna on a plane support for a radiofrequency transponder, said antenna comprising conducting wire portions which are to a major extent inlaid on the surface of the plane support and conducting wire portions which are to a minor extend not inlaid on the plane support , said wire portions which are to a minor extent not inlaid are arranged facing the plane support of the antenna and extend over or cross at least one preferred fold line and/or at least one fold line of the plane support that is predefined according to a standardised folding resistance test.
A tractor trailer coupling assist system comprising: a back-up sensor mountable to a forward surface of the trailer , the back-up sensor being configured and disposed to determine a position of the tractor relative to the trailer; and a driver feedback system mountable to the trailer, the driver feedback system being configured and disposed to provide visual feedback corresponding to the position to the driver, characterized in that the driver feedback system comprises a light bar mounted to the forward surface of the trailer. a back-up sensor mountable to a forward surface of the trailer , the back-up sensor being configured and disposed to determine a position of the tractor relative to the trailer; and a driver feedback system mountable to the trailer, the driver feedback system being configured and disposed to provide visual feedback corresponding to the position to the driver, characterized in that the driver feedback system comprises a light bar mounted to the forward surface of the trailer.
A method of reporting a rank indicator, which is reported to a base station by a user equipment, UE, in a wireless access system, comprising the steps of: receiving, from the base station, configuration information related to a plurality of channel state information-reference signal, CSI-RS, resources for a single channel state information, CSI, process via a higher layer; selecting a single CSI-RS resource from the plurality of CSI-RS resources; determining an CSI-RS resource indicator corresponding to the selected single CSI-RS resource from a set of CSI-RS resource indicator values supported for the single channel CSI process; and reporting the determined CSI-RS resource indicator and the rank indicator in a same reporting instance to the base station, wherein a bit size of the rank indicator is determined based on a maximum number of layers capable of being supported by the UE and a number of antenna ports corresponding to the determined CSI-RS resource indicator. receiving, from the base station, configuration information related to a plurality of channel state information-reference signal, CSI-RS, resources for a single channel state information, CSI, process via a higher layer; selecting a single CSI-RS resource from the plurality of CSI-RS resources; determining an CSI-RS resource indicator corresponding to the selected single CSI-RS resource from a set of CSI-RS resource indicator values supported for the single channel CSI process; and reporting the determined CSI-RS resource indicator and the rank indicator in a same reporting instance to the base station, wherein a bit size of the rank indicator is determined based on a maximum number of layers capable of being supported by the UE and a number of antenna ports corresponding to the determined CSI-RS resource indicator.
A method for safeguarding a logistic area , in particular a loading zone , comprising the steps of: - monitoring a control zone which is a subrange of a first three-dimensional electromagnetic field provided by a control antenna unit ; - determining whether a first vehicle module is located in the control zone , wherein the first vehicle module is mounted on a first vehicle , in particular an industrial truck and/or autonomous driving vehicle, and is matched to the control antenna unit ; - setting a safety status indicator (IS) in a first vehicle processing unit of the first vehicle module , in response to determining the first vehicle module in the control zone ; - maintaining the safety status indicator (IS) in the first vehicle processing unit even if the first vehicle module leaves the control zone ; - monitoring a release zone ; - determining whether the first vehicle module is located in the release zone , characterized by the step of: - deleting the first safety status indicator (IS) when it is determined that the first vehicle module is in the release zone . - monitoring a control zone which is a subrange of a first three-dimensional electromagnetic field provided by a control antenna unit ; - determining whether a first vehicle module is located in the control zone , wherein the first vehicle module is mounted on a first vehicle , in particular an industrial truck and/or autonomous driving vehicle, and is matched to the control antenna unit ; - setting a safety status indicator (IS) in a first vehicle processing unit of the first vehicle module , in response to determining the first vehicle module in the control zone ; - maintaining the safety status indicator (IS) in the first vehicle processing unit even if the first vehicle module leaves the control zone ; - monitoring a release zone ; - determining whether the first vehicle module is located in the release zone , characterized by the step of: - deleting the first safety status indicator (IS) when it is determined that the first vehicle module is in the release zone .
A method for machine generation of content names in an information centric network, ICN, the method comprising: obtaining content, by a string predictor ; obtaining a content feature set from the content; invoking, by the string predictor , an inference engine as part of the string predictor by providing the content feature set and a constraint to produce a name for the content; and wherein the first inference engine is a spiking artificial neural network that implements spike timing dependent plasticity to train the spiking neural network while it is in operation to adapt the name over time, predicting which name will arrive for the content, wherein the constraint of the inference engine comprises a hierarchically named naming structure; wherein the artificial neural network is trained with a constraint that limits a form of the name, wherein the constraint limits a length of the name at least on one level of the hierarchy, by ordering possible names and selecting the shortest one; and responding to an interest packet that includes the name with a data packet that includes the content, wherein the name in the interest packet is generated with a second inference engine with the same design and training of the first inference engine. obtaining content, by a string predictor ; obtaining a content feature set from the content; invoking, by the string predictor , an inference engine as part of the string predictor by providing the content feature set and a constraint to produce a name for the content; and wherein the first inference engine is a spiking artificial neural network that implements spike timing dependent plasticity to train the spiking neural network while it is in operation to adapt the name over time, predicting which name will arrive for the content, wherein the constraint of the inference engine comprises a hierarchically named naming structure; wherein the artificial neural network is trained with a constraint that limits a form of the name, wherein the constraint limits a length of the name at least on one level of the hierarchy, by ordering possible names and selecting the shortest one; and wherein the first inference engine is a spiking artificial neural network that implements spike timing dependent plasticity to train the spiking neural network while it is in operation to adapt the name over time, predicting which name will arrive for the content, wherein the constraint of the inference engine comprises a hierarchically named naming structure; wherein the artificial neural network is trained with a constraint that limits a form of the name, wherein the constraint limits a length of the name at least on one level of the hierarchy, by ordering possible names and selecting the shortest one; and responding to an interest packet that includes the name with a data packet that includes the content, wherein the name in the interest packet is generated with a second inference engine with the same design and training of the first inference engine.