mhurhangee/patent-ind-claim-en huggingface dataset:
A control circuit for controlling operative components of a system, comprising: a latching relay including at least a set coil and a reset coil; a reset monitoring circuit having a first node coupled to a power supply input, the reset monitoring circuit being configured to output a reset status signal, indicating a component fault, from the latching relay to a microcontrol unit 'MCU' , an input terminal of the reset coil being configured to activate the reset coil in the event of said component fault; the control circuit comprising the MCU wherein, under a normal operation, the MCU operates to constantly reinforce a normal state of the relay by supplying a signal of a given period and pulse width to the set coil, wherein under normal operation the MCU sends periodic refresh signals to a watchdog circuit , wherein the MCU is configured to receive the reset status signal from the reset monitoring circuit operative to monitor the reset coil informing the MCU whether a relay contact corresponding to the reset coil is in a desired state, and the control circuit comprising the watchdog circuit, the watchdog circuit communicative with the MCU , wherein the watchdog circuit is configured to activate the reset coil in the event that the MCU stops communication of said periodic refresh signals to the watchdog circuit indicating the component fault. a latching relay including at least a set coil and a reset coil; a reset monitoring circuit having a first node coupled to a power supply input, the reset monitoring circuit being configured to output a reset status signal, indicating a component fault, from the latching relay to a microcontrol unit 'MCU' , an input terminal of the reset coil being configured to activate the reset coil in the event of said component fault; the control circuit comprising the MCU wherein, under a normal operation, the MCU operates to constantly reinforce a normal state of the relay by supplying a signal of a given period and pulse width to the set coil, wherein under normal operation the MCU sends periodic refresh signals to a watchdog circuit , wherein the MCU is configured to receive the reset status signal from the reset monitoring circuit operative to monitor the reset coil informing the MCU whether a relay contact corresponding to the reset coil is in a desired state, and the control circuit comprising the MCU wherein, under a normal operation, the MCU operates to constantly reinforce a normal state of the relay by supplying a signal of a given period and pulse width to the set coil, wherein under normal operation the MCU sends periodic refresh signals to a watchdog circuit , wherein the MCU is configured to receive the reset status signal from the reset monitoring circuit operative to monitor the reset coil informing the MCU whether a relay contact corresponding to the reset coil is in a desired state, and the control circuit comprising the watchdog circuit, the watchdog circuit communicative with the MCU , wherein the watchdog circuit is configured to activate the reset coil in the event that the MCU stops communication of said periodic refresh signals to the watchdog circuit indicating the component fault.
Stair step with a seamless ceramic tread , a lower plate , and two side parts , said ceramic tread being attachable to a support and is unreinforced, said ceramic tread comprising fired clay-containing material and being formed from a green body containing fireclay and - one of said side part on the side facing away from the ceramic tread on each long side of the ceramic tread is integrally formed to the green body , which can be placed case-by-case in a completely or partially form-fitting manner to said support , - said stair step has a recess which is open to one side, and at least partially receives said support and is limited by said ceramic tread , said side parts and said lower plate , and - said lower plate and said side parts together with said ceramic step form a closed, one-piece O-profile in cross section and make a one-piece stair step by firing the green body . - one of said side part on the side facing away from the ceramic tread on each long side of the ceramic tread is integrally formed to the green body , which can be placed case-by-case in a completely or partially form-fitting manner to said support , - said stair step has a recess which is open to one side, and at least partially receives said support and is limited by said ceramic tread , said side parts and said lower plate , and - said lower plate and said side parts together with said ceramic step form a closed, one-piece O-profile in cross section and make a one-piece stair step by firing the green body .
Aqueous basecoat material comprising (I) as binder, at least one aqueous, acrylate-based microgel dispersion (MD), and also (II) at least one pigment paste comprising (IIa) at least one color and/or effect pigment, and also (IIb) as paste binder, at least one polymer of olefinically unsaturated monomers, where the polymer comprises (IIb.1) functional groups for nonionic stabilization of the polymer in water, and also (IIb.2) functional groups selected from the group of silicon-containing, phosphorus-containing, and urea-containing groups, the basecoat material further comprising less than 0.5 wt%, based on its total weight, of synthetic phyllosilicates. (I) as binder, at least one aqueous, acrylate-based microgel dispersion (MD), and also (II) at least one pigment paste comprising (IIa) at least one color and/or effect pigment, and also (IIb) as paste binder, at least one polymer of olefinically unsaturated monomers, where the polymer comprises (IIb.1) functional groups for nonionic stabilization of the polymer in water, and also (IIb.2) functional groups selected from the group of silicon-containing, phosphorus-containing, and urea-containing groups, (IIa) at least one color and/or effect pigment, and also (IIb) as paste binder, at least one polymer of olefinically unsaturated monomers, where the polymer comprises (IIb.1) functional groups for nonionic stabilization of the polymer in water, and also (IIb.2) functional groups selected from the group of silicon-containing, phosphorus-containing, and urea-containing groups, (IIb.1) functional groups for nonionic stabilization of the polymer in water, and also (IIb.2) functional groups selected from the group of silicon-containing, phosphorus-containing, and urea-containing groups,
A bituminous sealing web with at least one bitumen layer and having an electrically conductive layer , wherein the electrically conductive layer is exposed at least on one longitudinal edge at the underside or at the upper side of the sealing web, and that it or at least an element conductively connected thereto is at least partially exposed in the region of the other longitudinal edge of the sealing web at the top or the bottom, respectively, characterised in that the bituminous sealing web includes a reinforcing insert , that the electrically conductive layer is provided below or above the reinforcing insert , respectively, that the bitumen layer is provided at the other side of the reinforcing insert , and that the electrically conductive layer on the other longitudinal edge of the sealing web is bent around the reinforcing insert upwardly or downwardly, respectively, and is exposed there at least partially.
A method for controlling an injection molding process based upon an actual plastic melt pressure, the method comprising: injecting molten thermoplastic material into a mold cavity during a baseline cycle; measuring, using a sensor in or near a nozzle , a pressure of the molten thermoplastic material during the baseline cycle; tracking, by a controller , the measured pressure of the molten thermoplastic material over time during the baseline cycle; identifying, by the controller (140, an optimal actual plastic melt pressure curve over time based on the baseline cycle; injecting molten thermoplastic material into the mold cavity during a subsequent cycle; monitoring, using the sensor in or near the nozzle , the pressure of the molten thermoplastic material during the subsequent cycle; and adjusting in real time or in near-real time, by the controller , an injection pressure in order to cause the monitored pressure of the molten thermoplastic material during the subsequent cycle to follow the optimal actual plastic melt pressure curve over time. injecting molten thermoplastic material into a mold cavity during a baseline cycle; measuring, using a sensor in or near a nozzle , a pressure of the molten thermoplastic material during the baseline cycle; tracking, by a controller , the measured pressure of the molten thermoplastic material over time during the baseline cycle; identifying, by the controller (140, an optimal actual plastic melt pressure curve over time based on the baseline cycle; injecting molten thermoplastic material into the mold cavity during a subsequent cycle; monitoring, using the sensor in or near the nozzle , the pressure of the molten thermoplastic material during the subsequent cycle; and adjusting in real time or in near-real time, by the controller , an injection pressure in order to cause the monitored pressure of the molten thermoplastic material during the subsequent cycle to follow the optimal actual plastic melt pressure curve over time.
A semiconductor package which meets a plurality of predetermined electrical, mechanical, chemical and/or environmental requirements, the semiconductor package comprising: a semiconductor die embedded in or covered by a molded plastic body , the molded plastic body comprising a flame-retardant material, and satisfying only a subset of the plurality of predetermined electrical, mechanical, chemical and/or environmental requirements; a plurality of terminals protruding from the molded plastic body and electrically connected to the semiconductor die ; and a coating applied to the molded plastic body , wherein either the coating coats the molded plastic body completely, or the coating is applied to the molded plastic body only in a region where the plurality of terminals protrude from the molded plastic body , including between adjacent ones of the terminals , the coating comprising a plastic material and satisfying each predetermined electrical, mechanical, chemical and/or environmental requirement not satisfied by the molded plastic body, wherein the molded plastic body achieves a first comparative tracking index value that does not fulfil the comparative tracking index requirements for the semiconductor package, and the coating achieves a second comparative tracking index value that is higher than the first comparative tracking index value of the molded plastic body and that fulfils the comparative tracking index requirements. a semiconductor die embedded in or covered by a molded plastic body , the molded plastic body comprising a flame-retardant material, and satisfying only a subset of the plurality of predetermined electrical, mechanical, chemical and/or environmental requirements; a plurality of terminals protruding from the molded plastic body and electrically connected to the semiconductor die ; and a coating applied to the molded plastic body , wherein either the coating coats the molded plastic body completely, or the coating is applied to the molded plastic body only in a region where the plurality of terminals protrude from the molded plastic body , including between adjacent ones of the terminals , the coating comprising a plastic material and satisfying each predetermined electrical, mechanical, chemical and/or environmental requirement not satisfied by the molded plastic body, wherein the molded plastic body achieves a first comparative tracking index value that does not fulfil the comparative tracking index requirements for the semiconductor package, and the coating achieves a second comparative tracking index value that is higher than the first comparative tracking index value of the molded plastic body and that fulfils the comparative tracking index requirements.
A curing apparatus for material that cures by reaction with a gaseous reagent, comprising: a housing said housing having a plurality of ports, each of said plurality of ports configured to allow gas to enter or exit, at least one of said ports being an inlet and at least one of said ports being an outlet , said housing configured to contain a material to be cured by reaction with a gaseous reagent, a gas conditioning system in communication with said housing, said gas conditioning system comprising a controller and sensors configured to control at least one of a flow rate, a partial pressure, an inlet temperature, an outlet temperature, a gas composition at said inlet and a gas composition at said outlet; and said gas conditioning system configured to supply said gaseous reagent at, at least, one of a desired flow rate, a desired partial pressure and/or an inlet temperature, said gas conditioning system configured to control a gas flow direction in said housing, said gas flow direction being defined as a flow of said gas within said housing from a first one or more of said plurality of ports to another one or more of said plurality of ports, characterised in that said gas conditioning system configured to repeatedly alter said gas flow direction from time to time. a housing said housing having a plurality of ports, each of said plurality of ports configured to allow gas to enter or exit, at least one of said ports being an inlet and at least one of said ports being an outlet , said housing configured to contain a material to be cured by reaction with a gaseous reagent, a gas conditioning system in communication with said housing, said gas conditioning system comprising a controller and sensors configured to control at least one of a flow rate, a partial pressure, an inlet temperature, an outlet temperature, a gas composition at said inlet and a gas composition at said outlet; and said gas conditioning system configured to supply said gaseous reagent at, at least, one of a desired flow rate, a desired partial pressure and/or an inlet temperature, said gas conditioning system configured to control a gas flow direction in said housing, said gas flow direction being defined as a flow of said gas within said housing from a first one or more of said plurality of ports to another one or more of said plurality of ports, characterised in that said gas conditioning system configured to repeatedly alter said gas flow direction from time to time.
A hand dishwash detergent composition comprising: a. a surfactant system comprising: i. a first surfactant being one or more anionic surfactants; and ii. optionally a co-surfactant comprising nonionic and/or amphoteric surfactant; b. a sulphated ethoxylated C 10 Guerbet alcohol surfactant with a number average degree of ethoxylation in the range of 2.5 to 6; wherein the weight ratio of surfactant system, excluding sulphated ethoxylated C 10 Guerbet alcohol surfactant, to sulphated ethoxylated C 10 Guerbet alcohol surfactant is from 30:1 to 100:1. a. a surfactant system comprising: i. a first surfactant being one or more anionic surfactants; and ii. optionally a co-surfactant comprising nonionic and/or amphoteric surfactant; i. a first surfactant being one or more anionic surfactants; and ii. optionally a co-surfactant comprising nonionic and/or amphoteric surfactant; b. a sulphated ethoxylated C 10 Guerbet alcohol surfactant with a number average degree of ethoxylation in the range of 2.5 to 6;
Sitting gaming apparatus with a chair having a seat , a backrest and at least one armrest , wherein a money and/or monetary value processing payment and/or dispensing device is provided on the armrest , which is at least partially covered by an armrest cover, wherein the armrest cover is designed to be movable between a closed position and an open position, wherein the payment and/or dispensing device , when the armrest cover is in the open position, is moved or can be moved into a maintenance position and is exposed on several sides and wherein the armrest cover is formed by a drawer-like movable receptacle for the payment and/or dispensing device .
An optical measurement device comprising: an integrating sphere configured to receive one or more optical signals that respectively emanate from one or more optical fibers of a plurality of optical fibers (120a-n) of an optical fiber cable ; a first photodetector positioned in the integrating sphere, wherein the first photodetector is optically responsive over a first range of wavelengths to receive at least one optical signal of the one or more optical signals and output first data representative of the at least one optical signal; a sensor optically coupled to the integrating sphere and configured to receive the one or more optical signals and output data representative of one or more respective positions where the one or more optical signals impinged on the sensor; and a processor coupled to the first photodetector and the sensor and configured to: receive the first data as data representative of the at least one optical signal; determine, based on the data representative of the at least one optical signal, an optical intensity associated with the at least one optical signal; receive the data representative of the one or more positions; and determine, based on the data representative of the one or more positions, a polarity of the optical fiber cable. an integrating sphere configured to receive one or more optical signals that respectively emanate from one or more optical fibers of a plurality of optical fibers (120a-n) of an optical fiber cable ; a first photodetector positioned in the integrating sphere, wherein the first photodetector is optically responsive over a first range of wavelengths to receive at least one optical signal of the one or more optical signals and output first data representative of the at least one optical signal; a sensor optically coupled to the integrating sphere and configured to receive the one or more optical signals and output data representative of one or more respective positions where the one or more optical signals impinged on the sensor; and a processor coupled to the first photodetector and the sensor and configured to: receive the first data as data representative of the at least one optical signal; determine, based on the data representative of the at least one optical signal, an optical intensity associated with the at least one optical signal; receive the data representative of the one or more positions; and determine, based on the data representative of the one or more positions, a polarity of the optical fiber cable. receive the first data as data representative of the at least one optical signal; determine, based on the data representative of the at least one optical signal, an optical intensity associated with the at least one optical signal; receive the data representative of the one or more positions; and determine, based on the data representative of the one or more positions, a polarity of the optical fiber cable.
An insertion instrument for expandable spinal implants, comprising: an elongate member including a handle portion on a proximal end thereof and an end effector on a distal end thereof, the end effector configured to be releasably engaged to an expandable spinal implant; a shuttle slidably disposed within a cavity defined in the end effector, the shuttle including a wedged shaped distal end configured to engage an expandable spinal implant; and a worm gear rotatably disposed within the cavity defined in the end effector, the worm gear in mechanical communication with the shuttle such that rotation of the worm gear effectuates movement of the shuttle, wherein distal movement of the shuttle effectuates articulation of an expandable spinal implant. an elongate member including a handle portion on a proximal end thereof and an end effector on a distal end thereof, the end effector configured to be releasably engaged to an expandable spinal implant; a shuttle slidably disposed within a cavity defined in the end effector, the shuttle including a wedged shaped distal end configured to engage an expandable spinal implant; and a worm gear rotatably disposed within the cavity defined in the end effector, the worm gear in mechanical communication with the shuttle such that rotation of the worm gear effectuates movement of the shuttle, wherein distal movement of the shuttle effectuates articulation of an expandable spinal implant.
A laminate comprising: a relief structure forming layer having a principal surface including first and second regions (R1, R2); and a first layer provided either only in the second region (R2) or in the second region (R2) as well as in part of the first region (R1) of the relief structure forming layer , wherein the first layer comprises a first material different from a material of the relief structure forming layer , and has a surface shape corresponding to a surface shape of the relief structure forming layer , characterized in that the relief structure forming layer comprises the first region (R1) having an indented structure extending in a first direction or a direction tilted by an angle within 10 degrees to left or right from the first direction in a plan view, and the second region (R2) having at least one of a flat surface and an indented structure extending in a second direction orthogonal to the first direction or a direction tilted by an angle within 65 degrees to left or right from the second direction in a plan view. a relief structure forming layer having a principal surface including first and second regions (R1, R2); and a first layer provided either only in the second region (R2) or in the second region (R2) as well as in part of the first region (R1) of the relief structure forming layer , wherein the first layer comprises a first material different from a material of the relief structure forming layer , and has a surface shape corresponding to a surface shape of the relief structure forming layer , characterized in that the relief structure forming layer comprises the first region (R1) having an indented structure extending in a first direction or a direction tilted by an angle within 10 degrees to left or right from the first direction in a plan view, and the second region (R2) having at least one of a flat surface and an indented structure extending in a second direction orthogonal to the first direction or a direction tilted by an angle within 65 degrees to left or right from the second direction in a plan view. the first region (R1) having an indented structure extending in a first direction or a direction tilted by an angle within 10 degrees to left or right from the first direction in a plan view, and the second region (R2) having at least one of a flat surface and an indented structure extending in a second direction orthogonal to the first direction or a direction tilted by an angle within 65 degrees to left or right from the second direction in a plan view.