mhurhangee/patent-ind-claim-en huggingface dataset:
A safety device for a child seat in a vehicle, having a seating surface and backrest , which comprises at least one catch element and two connecting parts , the catch element being mounted in an adjustable manner approximately diagonally above the thigh of a child sitting in the child seat, extending in the direction approximately parallel to the seating surface, characterized in that the adjustment device of the catch element extends at an angle (α) > 0, rising from the rear forwards, particularly at an angle (α) of approximately 5° to 20° relatively to the seat surface , wherein the catch element is adjustable in an infinitely variable or alternatively step-by-step manner, wherein the relative position of the catch element can be fixed in a non-positive and/or positive manner, wherein the catch element can be locked on the child seat in at least two different positions relatively to the seating surface and backrest on connecting parts connected to armrests .
A method for preventing an account from being broken into, wherein the method is executed by a cloud platform server, and the method comprises: acquiring , by the cloud platform server, a security state of a first terminal by detecting whether a terminal retrieval function is used to retrieve the first terminal and determining by the cloud platform server that the security state of the first terminal indicates that the first terminal has been stolen if it is detected that the terminal retrieval function is used to retrieve the first terminal; acquiring , by the cloud platform server, a service restriction request in response to determining that the security state indicates that the first terminal is stolen, the service restriction request including a terminal identification of the first terminal, a type of service authority to be restricted, and a payment account to be restricted corresponding to the first terminal, wherein the type of service authority to be restricted is determined by a user of the first terminal, and the type of service authority to be restricted comprises one or more of transfer, pay, receive and investment transaction and wherein the payment account to be restricted corresponding to the first terminal is a payment account to which the first terminal has ever logged in; and sending , by the cloud platform server, the service restriction request to the payment platform server, the service restriction request indicating that the payment platform server restricts a service authority of the first terminal, and restricts a service authority of a second terminal which logs into the payment account. acquiring , by the cloud platform server, a security state of a first terminal by detecting whether a terminal retrieval function is used to retrieve the first terminal and determining by the cloud platform server that the security state of the first terminal indicates that the first terminal has been stolen if it is detected that the terminal retrieval function is used to retrieve the first terminal; acquiring , by the cloud platform server, a service restriction request in response to determining that the security state indicates that the first terminal is stolen, the service restriction request including a terminal identification of the first terminal, a type of service authority to be restricted, and a payment account to be restricted corresponding to the first terminal, wherein the type of service authority to be restricted is determined by a user of the first terminal, and the type of service authority to be restricted comprises one or more of transfer, pay, receive and investment transaction and wherein the payment account to be restricted corresponding to the first terminal is a payment account to which the first terminal has ever logged in; and sending , by the cloud platform server, the service restriction request to the payment platform server, the service restriction request indicating that the payment platform server restricts a service authority of the first terminal, and restricts a service authority of a second terminal which logs into the payment account.
A household appliance, in particular a dishwasher , washing machine or the like, having a water supply unit comprising a water supply pipe for supplying water, in particular for supplying drinking water from the drinking water network, wherein the water supply unit has at least one first actuator , in particular a water inlet valve , for opening and/or closing the water pipe , wherein a service water unit is provided for service water of the household appliance, wherein at least one decoupling unit , in particular an air gap , is provided between the service water unit and the water supply unit for decoupling the service water of the household appliance from the water supply pipe , in particular from the drinking water network, so that the water supply pipe comprises at least one first opening designed as a water outlet opening , wherein at least the water supply pipe comprises at least one second opening , wherein the second opening is designed as an air inflow opening for the inflow of air into the water supply pipe , characterised in that a channel and/or guide element is provided on the outside of the air inflow opening in order to conduct or guide inflowing air.
A composition comprising: a first population of isolated and purified primary fermenter microbes which produces an intermediate molecule and a second population of isolated and purified secondary fermenter microbes which converts said intermediate molecule to butyrate, wherein the first population comprises Akkermansia muciniphila and Bifidobacterium infantis, and the second population comprises Clostridium beijerinckii, Clostridium butyricum and Eubacterium hallii, for use in treating a metabolic disorder selected from the group consisting of obesity, Type-1-diabetes mellitus, Type-2-diabetes mellitus, and insulin resistance. a first population of isolated and purified primary fermenter microbes which produces an intermediate molecule and a second population of isolated and purified secondary fermenter microbes which converts said intermediate molecule to butyrate, wherein the first population comprises Akkermansia muciniphila and Bifidobacterium infantis, and the second population comprises Clostridium beijerinckii, Clostridium butyricum and Eubacterium hallii, for use in treating a metabolic disorder selected from the group consisting of obesity, Type-1-diabetes mellitus, Type-2-diabetes mellitus, and insulin resistance.
Sensor device, comprising a chip , a sensing element , a package for the chip with an access opening for providing access to the sensing element from the outside of the sensor device, and an electrostatic discharge protection element for protecting the sensing element and / or the chip from an electrostatic discharge, characterized in that the protection element is one of: - is arranged on the sensing element , - spans the sensing element , or - encircles the sensing element , wherein at least a part of the protection element is arranged exposed to the outside via the access opening , and wherein the sensing element is adapted to sense at least one of a chemical analyte, humidity, a flow of a fluid, a pressure. - is arranged on the sensing element , - spans the sensing element , or - encircles the sensing element ,
A self-adjusting device for sealing a fistula , the device including a first flange for orienting against a first wall of the fistula , a second flange for orienting against a second wall of the fistula , and at least one stem for coupling the first and second flanges, characterized in that the stem or stems have a corrugated wall section and exhibit an elongation of greater than about .6 mm/N of force applied between the first and second flanges in the range of elongation between about 0 mm to about 15 mm.
Valve system, which comprises a valve unit , which is provided with a housing , which has a first valve seat , which is closable by a first movable piston , wherein the housing has a first and a second port (11; 12), wherein the first port is connected in a fluid-conducting manner to the second port by the first valve seat , wherein the pressure at the first port presses the first piston away from the first valve seat , wherein the first piston delimits a first opening , which can be constantly regulated by a movement of the first piston , wherein the first piston delimits a control chamber , wherein the pressure in the control chamber presses the first piston against the first valve seat , wherein the second port is connected in a fluid-conducting manner to the control chamber by the first opening , wherein a core is present in the valve unit and is at least partially surrounded by a coil , wherein a fluid flow from the control chamber to the first port can be regulated by an electric current in the coil , wherein the valve system is characterized in that it comprises a logic unit , which is configured to receive signals from at least one sensor and from a device for inputting commands and to regulate the electric current in the coil as a result of the data of the sensor and the device for inputting commands; wherein the logic unit is configured, during the passage of the fluid from the second port to the first port , to function alternately in a pure monitoring mode, in which it determines a fixed opening of the passage between the second and first port, in particular the maximal opening, and in an active control mode, in which it regulates the opening of the passage in response to the signals of the device for inputting commands .
A semiconductor device comprising: a substrate structure including a substrate ; a plurality of semiconductor fins protruding from the substrate structure, each of the semiconductor fins comprising a first portion , a second portion on opposite sides of the first portion , and a third portion at an outer side of the first portion and adjacent to the second portion , the first portion protruding from the second portion and having an upper surface, the second portion having an upper surface lower than the upper surface of the first portion , and the third portion having an upper surface lower than the upper surface of the second portion ; a gate structure on the upper surface of the first portion ; sidewall spacers on opposite sides of the gate structure and covering the upper surface of the second portion ; and a source region and a drain region on the third portion and at an outer side of the sidewall spacers , the source and drain regions each having an upper surface higher than the upper surface of the second portion , the first portion comprises an epitaxial layer adjacent to the gate structure; and the first portion protrudes from the upper surface of the second portion . a substrate structure including a substrate ; a plurality of semiconductor fins protruding from the substrate structure, each of the semiconductor fins comprising a first portion , a second portion on opposite sides of the first portion , and a third portion at an outer side of the first portion and adjacent to the second portion , the first portion protruding from the second portion and having an upper surface, the second portion having an upper surface lower than the upper surface of the first portion , and the third portion having an upper surface lower than the upper surface of the second portion ; a gate structure on the upper surface of the first portion ; sidewall spacers on opposite sides of the gate structure and covering the upper surface of the second portion ; and a source region and a drain region on the third portion and at an outer side of the sidewall spacers , the source and drain regions each having an upper surface higher than the upper surface of the second portion , the first portion comprises an epitaxial layer adjacent to the gate structure; and the first portion protrudes from the upper surface of the second portion .
A solid state power controller, SSPC, having an input to receive supply current and an output for providing output to a load in response to its connection to a power supply, the solid state power controller further comprising at least one solid state switch and a controller to regulate the current flowing through the solid state switch(es) based on a reference current control signal; and characterised in that the solid state power controller further comprises a closed loop regulator that regulates the instantaneous power dissipated in the solid state switch in a closed loop control scheme based on a measured voltage across the solid state switch and measured load current through the solid state switch, and a user-selected instantaneous power dissipation threshold for the SSPC, to adjust the output current such that the actual instantaneous power dissipation of the SSPC is regulated to the threshold.
An integrated circuit assembly for generating a machine-specific identification key, the integrated circuit assembly comprising one or more sub-components (102-109) configured to transmit signals , monitoring circuitry configured to monitor said transmitted signals and configured to generate signal information based on said monitored signals, registers configured to store said generated signal information, and manipulation means configured to transform the generated signal information into the machine-specific identification key; the integrated circuit assembly comprising: the sub-components comprising an instruction cache , a data cache , an instruction bus assembly and a data bus assembly ; the monitoring circuitry being incorporated in debug circuitry of the integrated circuit assembly, the monitoring circuitry comprising one or more counters that are configured to count events monitored on said monitored signals, wherein counting events comprises logging occurrences of values of said monitored signals using the one or more counters , and wherein the counter values are selectively logged in said registers ; wherein the transforming the generated signal information into the machine-specific identification key comprises characterising the monitored signals by creating approximations to the statistical distributions of the occurrences of values as logged in said registers ; and wherein at least one of the monitored signals is selected from the list of: an instruction hit signal from the instruction cache, a data hit signal from the data cache, a data address part from the data bus assembly, a data value part from the data bus assembly, an instruction address part from the instruction bus assembly. the sub-components comprising an instruction cache , a data cache , an instruction bus assembly and a data bus assembly ; the monitoring circuitry being incorporated in debug circuitry of the integrated circuit assembly, the monitoring circuitry comprising one or more counters that are configured to count events monitored on said monitored signals, wherein counting events comprises logging occurrences of values of said monitored signals using the one or more counters , and wherein the counter values are selectively logged in said registers ; wherein the transforming the generated signal information into the machine-specific identification key comprises characterising the monitored signals by creating approximations to the statistical distributions of the occurrences of values as logged in said registers ; and wherein at least one of the monitored signals is selected from the list of: an instruction hit signal from the instruction cache, a data hit signal from the data cache, a data address part from the data bus assembly, a data value part from the data bus assembly, an instruction address part from the instruction bus assembly.
A stair lift comprising: a carrier portion ; a lift portion ; a driver mechanism , provided with a single driver source; an up-down directional moving mechanism , configured for inducing a relative movement between the carrier portion and the lift portion in an up-down direction; a front-rear directional moving mechanism , configured for inducing a relative movement between the carrier portion and the lift portion in a front-rear direction; characterized by a first locking mechanism configured for locking the up-down directional moving mechanism , by a second locking mechanism configured for locking the front-rear directional moving mechanism , in that the up-down directional moving mechanism and the front-rear directional moving mechanism are respectively driven by different output forms of the driver mechanism , and in that the first locking mechanism and the second locking mechanism are alternately locked, and at the same time, the driver mechanism sequentially moves the carrier portion and the lift portion relative to each other in the front-rear direction or the up-down direction, such that the lift portion and the carrier portion perform translational movements relative to each other along a closed circulation motion track with constant postures, whereby going upstairs or downstairs. a carrier portion ; a lift portion ; a driver mechanism , provided with a single driver source; an up-down directional moving mechanism , configured for inducing a relative movement between the carrier portion and the lift portion in an up-down direction; a front-rear directional moving mechanism , configured for inducing a relative movement between the carrier portion and the lift portion in a front-rear direction; characterized by a first locking mechanism configured for locking the up-down directional moving mechanism , by a second locking mechanism configured for locking the front-rear directional moving mechanism , in that the up-down directional moving mechanism and the front-rear directional moving mechanism are respectively driven by different output forms of the driver mechanism , and in that the first locking mechanism and the second locking mechanism are alternately locked, and at the same time, the driver mechanism sequentially moves the carrier portion and the lift portion relative to each other in the front-rear direction or the up-down direction, such that the lift portion and the carrier portion perform translational movements relative to each other along a closed circulation motion track with constant postures, whereby going upstairs or downstairs.
A container comprising: a first container part for storing a given content therein; a second container part having couplers disposed on a top thereof in such a way as to surroundingly fix the outer peripheral surface of the first container part thereto; characterized in that the container further comprises a locking part rotatably coupled to the couplers in such a way as to surround the outer peripheral surfaces of the couplers, wherein each coupler has a pressurizer bent inward therefrom, if the locking part rotates in a first direction with respect to the couplers, to allow the outer peripheral surface of the first container part to be pressurizedly fixed thereto. a first container part for storing a given content therein; a second container part having couplers disposed on a top thereof in such a way as to surroundingly fix the outer peripheral surface of the first container part thereto; characterized in that the container further comprises a locking part rotatably coupled to the couplers in such a way as to surround the outer peripheral surfaces of the couplers, wherein each coupler has a pressurizer bent inward therefrom, if the locking part rotates in a first direction with respect to the couplers, to allow the outer peripheral surface of the first container part to be pressurizedly fixed thereto.
Use of a thermal transfer sheet for removing a portion of a transfer layer of an intermediate transfer medium, wherein the thermal transfer sheet has a structure in which a primer layer and a peel-off layer are provided in this order on one surface of a substrate and the primer layer contains at least one of: inorganic particles derived from sol-based inorganic particles having a primary particle size of 200 nm or less, scale-like inorganic particles, a polyvinyl pyrrolidone type resin having a glass-transition temperature (Tg) of 60°C or more, a polyester type resin having a glass-transition temperature (Tg) of 60°C or more, a polyurethane type resin having a thermal melting temperature of 100°C or more, a resin formed by curing a thermoplastic resin having a glass-transition temperature (Tg) of 40°C or more, and a resin formed by curing a polyvinyl alcohol type resin.
A method for post-processing a build volume of fused and unfused material in an additive manufacturing system, the method comprising: providing a container for holding the build volume , the container comprising a connector for connecting the container to a pressure source in a material management station and at least one air hole to allow passage of air into or out of the container; receiving the build volume in the container; connecting the connector to the pressure source; generating a flow of air through the container between the connector and the at least one air hole so as to remove unfused build material from the container; sensing a temperature of the air exiting the container; and controlling the pressure source to control cooling of the build volume by varying the air flow in response to the sensed temperature. providing a container for holding the build volume , the container comprising a connector for connecting the container to a pressure source in a material management station and at least one air hole to allow passage of air into or out of the container; receiving the build volume in the container; connecting the connector to the pressure source; generating a flow of air through the container between the connector and the at least one air hole so as to remove unfused build material from the container; sensing a temperature of the air exiting the container; and controlling the pressure source to control cooling of the build volume by varying the air flow in response to the sensed temperature.