mhurhangee/patent-ind-claim-en huggingface dataset:
A flush device for use in a sanitary-ware product, the device comprising: a female part for receiving a fluid; and a male part comprising an end receivable by the female part, the male part comprising at least one passage arranged in use to communicate fluid through the male part and in use laterally directed holes and a downwardly directed hole for distributing the fluid, wherein the male part and female part are connected by at least one resilient member for applying a restorative force, and wherein the male part is movable relative to the female part between a closed position in which the male part is inserted in the female part and an open position in which the male part is at least partially withdrawn from the female part, wherein in the open position, the at least one resilient member is in tension. a female part for receiving a fluid; and a male part comprising an end receivable by the female part, the male part comprising at least one passage arranged in use to communicate fluid through the male part and in use laterally directed holes and a downwardly directed hole for distributing the fluid, wherein the male part and female part are connected by at least one resilient member for applying a restorative force, and wherein the male part is movable relative to the female part between a closed position in which the male part is inserted in the female part and an open position in which the male part is at least partially withdrawn from the female part, wherein in the open position, the at least one resilient member is in tension. wherein the male part and female part are connected by at least one resilient member for applying a restorative force, and wherein the male part is movable relative to the female part between a closed position in which the male part is inserted in the female part and an open position in which the male part is at least partially withdrawn from the female part, wherein in the open position, the at least one resilient member is in tension.
An on-die computer apparatus comprising: a plurality of cores ; a plurality of RAM modules , each of the RAM modules comprising a plurality of storage locations having a corresponding plurality of physical memory addresses, wherein a plurality of sets of the physical memory addresses are allocated for use by a respective plurality of virtual machines, VMs, each of the VMs being executed by at least one of the plurality of cores; a plurality of data transfer channels , each of the data transfer channels being associated with one of the RAM modules, and a channel controller for controlling data transfer over the plurality of data transfer channels, the channel controller being configured to: store security information indicating which of the VMs is designated as secure, and channel information indicating which of the data transfer channels is assigned for use by each of the VMs for accessing its allocated physical memory addresses, and direct read/write requests from a said VM over the data transfer channel assigned to the VM based on the security information and the channel information. a plurality of cores ; a plurality of RAM modules , each of the RAM modules comprising a plurality of storage locations having a corresponding plurality of physical memory addresses, wherein a plurality of sets of the physical memory addresses are allocated for use by a respective plurality of virtual machines, VMs, each of the VMs being executed by at least one of the plurality of cores; a plurality of data transfer channels , each of the data transfer channels being associated with one of the RAM modules, and a channel controller for controlling data transfer over the plurality of data transfer channels, the channel controller being configured to: store security information indicating which of the VMs is designated as secure, and channel information indicating which of the data transfer channels is assigned for use by each of the VMs for accessing its allocated physical memory addresses, and direct read/write requests from a said VM over the data transfer channel assigned to the VM based on the security information and the channel information. store security information indicating which of the VMs is designated as secure, and channel information indicating which of the data transfer channels is assigned for use by each of the VMs for accessing its allocated physical memory addresses, and direct read/write requests from a said VM over the data transfer channel assigned to the VM based on the security information and the channel information.
A power tool comprising: a housing ; a motor located within the housing ; a first handle having a user input configured to be actuated by a first hand of a user; a second handle having a touch sensor configured to detect a second hand of the user on the second handle ; and a controller connected to the motor , the user input and the touch sensor , the controller configured to: determine whether the user input is actuated, determine whether the second hand of the user is on the second handle based on the touch sensor , control, in response to both the user input being actuated and the second hand of the user being on the second handle , the motor to drive the motor , prohibit, in response to the user input being actuated and the second hand of the user not being on the second handle , operation of the motor , and characterised in that the controller is further configured to: determine whether the user input is actuated after determining whether the second hand of the user is on the second handle , and prohibit, in response to the user input being actuated before the second hand of the user is on the second handle , operation of the motor . a housing ; a motor located within the housing ; a first handle having a user input configured to be actuated by a first hand of a user; a second handle having a touch sensor configured to detect a second hand of the user on the second handle ; and a controller connected to the motor , the user input and the touch sensor , the controller configured to: determine whether the user input is actuated, determine whether the second hand of the user is on the second handle based on the touch sensor , control, in response to both the user input being actuated and the second hand of the user being on the second handle , the motor to drive the motor , prohibit, in response to the user input being actuated and the second hand of the user not being on the second handle , operation of the motor , determine whether the user input is actuated, determine whether the second hand of the user is on the second handle based on the touch sensor , control, in response to both the user input being actuated and the second hand of the user being on the second handle , the motor to drive the motor , prohibit, in response to the user input being actuated and the second hand of the user not being on the second handle , operation of the motor , and characterised in that the controller is further configured to: determine whether the user input is actuated after determining whether the second hand of the user is on the second handle , and prohibit, in response to the user input being actuated before the second hand of the user is on the second handle , operation of the motor . determine whether the user input is actuated after determining whether the second hand of the user is on the second handle , and prohibit, in response to the user input being actuated before the second hand of the user is on the second handle , operation of the motor .
A system for a three dimensional printer , comprising: a plurality of containers configured in an array to dispense material, said containers each having a material dispensing end , and the containers organized within the system so that each dispensing end of each container is oriented towards a common, single deposition point; and the system being characterised by : a piston mounted on an arm , said arm rotatable to align said piston with mounts of each of said containers , said mounts of said containers each translatable under actuation by said piston to a deposition position at which said containers dispense material and translatable under influence of a biasing mechanism to return to an original position at which said containers do not dispense material; wherein the array of containers is mounted on a stage translatable along an axis. a piston mounted on an arm , said arm rotatable to align said piston with mounts of each of said containers , said mounts of said containers each translatable under actuation by said piston to a deposition position at which said containers dispense material and translatable under influence of a biasing mechanism to return to an original position at which said containers do not dispense material; wherein the array of containers is mounted on a stage translatable along an axis.
An aircraft , comprising: an electric propulsion system comprising an electric power source and an electric motor coupled to a rotor , the electric motor comprising an electric motor temperature sensor arranged to measure a winding temperature of the electric motor ; and an electric power monitoring system comprising: a controller electronically connected to the electric motor ; and an instrument electronically connected to the electric motor , the instrument configured to communicate a time available value before a motor condition reaches a motor condition limit , the motor condition limit being based on the measured winding temperature of the electric motor . an electric propulsion system comprising an electric power source and an electric motor coupled to a rotor , the electric motor comprising an electric motor temperature sensor arranged to measure a winding temperature of the electric motor ; and an electric power monitoring system comprising: a controller electronically connected to the electric motor ; and an instrument electronically connected to the electric motor , the instrument configured to communicate a time available value before a motor condition reaches a motor condition limit , the motor condition limit being based on the measured winding temperature of the electric motor . a controller electronically connected to the electric motor ; and an instrument electronically connected to the electric motor , the instrument configured to communicate a time available value before a motor condition reaches a motor condition limit , the motor condition limit being based on the measured winding temperature of the electric motor .
Polyurethane foam obtainable by mechanical foaming of a starting mixture comprising a polyurethane dispersion, the polyurethane being composed of at least one polyisocyanate component and at least one polyol component, and at least one surfactant, characterized in that the polyol component or at least one of the polyol components comprises at least one comonomer having flame retardancy effect and containing two hydroxyl groups.
A vehicle , optionally an aircraft or spacecraft, comprising: a basic structure ; and coupled to the basic structure, a plurality of power sources ; a propulsion system including a plurality of DC electric motors configured to power a plurality of propulsors to generate propulsive forces that cause the vehicle to move; and a plurality of motor drives , each motor drive connected to a DC electric motor from the plurality of DC electric motors ; and power distribution circuitry configured to deliver direct current, DC, electric power from the plurality of power sources to the plurality of DC electric motors, the power distribution circuitry including a plurality of DC-to-DC converter assemblies configured to input the DC electric power from the plurality of power sources and deliver voltage-regulated outputs to the plurality of DC electric motors, each DC-to-DC converter assembly operatively coupled to multiple ones of the plurality of power sources and multiple ones of the plurality of DC electric motors, and at least one DC-to-DC converter assembly of the plurality of DC-to-DC converter assemblies including a multiple-input and multiple-output, MIMO, transformer with a single transformer core , wherein the inputs of the MIMO transformer are each connected to a power source from the plurality of power sources ; and the outputs of the MIMO transformer are each connected to a motor drive from the plurality of motor drives . a basic structure ; and coupled to the basic structure, a plurality of power sources ; a propulsion system including a plurality of DC electric motors configured to power a plurality of propulsors to generate propulsive forces that cause the vehicle to move; and a plurality of motor drives , each motor drive connected to a DC electric motor from the plurality of DC electric motors ; and power distribution circuitry configured to deliver direct current, DC, electric power from the plurality of power sources to the plurality of DC electric motors, the power distribution circuitry including a plurality of DC-to-DC converter assemblies configured to input the DC electric power from the plurality of power sources and deliver voltage-regulated outputs to the plurality of DC electric motors, each DC-to-DC converter assembly operatively coupled to multiple ones of the plurality of power sources and multiple ones of the plurality of DC electric motors, and at least one DC-to-DC converter assembly of the plurality of DC-to-DC converter assemblies including a multiple-input and multiple-output, MIMO, transformer with a single transformer core , wherein the inputs of the MIMO transformer are each connected to a power source from the plurality of power sources ; and the outputs of the MIMO transformer are each connected to a motor drive from the plurality of motor drives .
L-Theanine for use in a method of treatment for blocking THC-induced anhedonic, depressive-like effects, wherein the treatment regime includes the exposure of a patient to Δ-9-Tetrahydrocannabinol (THC).
A carrier for a vehicle window lifter (F) that is to be connected to a window pane to be adjusted by means of the vehicle window lifter (F) and that includes a guide for the deflection of a traction means of the vehicle window lifter (F), wherein the guide forms a guide surface against which the traction means rests when the vehicle window lifter (F) is properly mounted, characterized in that on the guide surface at least one cutout is formed for discharging particles from the guide of the carrier provided for the traction means .
Cockpit for a vehicle, wherein the cockpit comprises a first module with a support and a second module with a support , wherein the support of the second module is arranged in a first direction behind the support of the first module and higher than the support of the first module , so that in the event of a crash with a force acting on the first module in the first direction , the support of the first module is pushed at least partially under the support of the second module , characterized in that the support of the second module at least partially encloses a free space , wherein the support of the first module slides into the free space in the event of a crash, so that the support of the first module can slide under the support of the second module . wherein the cockpit comprises a first module with a support and a second module with a support , wherein the support of the second module is arranged in a first direction behind the support of the first module and higher than the support of the first module , so that in the event of a crash with a force acting on the first module in the first direction , the support of the first module is pushed at least partially under the support of the second module , characterized in that the support of the second module at least partially encloses a free space , wherein the support of the first module slides into the free space in the event of a crash, so that the support of the first module can slide under the support of the second module .
Method of regulating a cooling capacity of a closed gas expansion cooling circuit , with a high pressure and a low pressure side, where a gaseous cooling medium goes through a work cycle based on compression, pre-cooling, expansion and thereafter heat exchange with a fluid that is to be cooled down, where a reduction in the cooling capacity is achieved by the steps of: - removing a fraction of cooling medium at the high pressure from the cooling circuit and cooling the fraction of cooling medium at the high pressure to a temperature lower than the lowest pre-cooling temperature of the cooling medium in the cooling circuit; - expanding the fraction of the cooling medium across an expansion device to a lower pressure lower than said high pressure so that at least a fraction of the cooling medium separates as a cold liquid; - separating the liquid from non-condensed gas for temporary storage in a storage unit not belonging to the otherwise closed cooling circuit, such that the liquid is not circulating in the cooling circuit; - returning the non-condensed gas and evaporated cooling medium from the storage unit to the cooling circuit ; and where an increase in the cooling capacity is achieved by the steps of - evaporating the stored liquid cooling medium; - returning the evaporated liquid cooling medium to the cooling circuit characterised in that warm gas from the high pressure side of the cooling circuit is used to evaporate the stored liquid cooling medium which is thereafter returned to the low pressure side of the cooling circuit. - removing a fraction of cooling medium at the high pressure from the cooling circuit and cooling the fraction of cooling medium at the high pressure to a temperature lower than the lowest pre-cooling temperature of the cooling medium in the cooling circuit; - expanding the fraction of the cooling medium across an expansion device to a lower pressure lower than said high pressure so that at least a fraction of the cooling medium separates as a cold liquid; - separating the liquid from non-condensed gas for temporary storage in a storage unit not belonging to the otherwise closed cooling circuit, such that the liquid is not circulating in the cooling circuit; - returning the non-condensed gas and evaporated cooling medium from the storage unit to the cooling circuit ; and - evaporating the stored liquid cooling medium; - returning the evaporated liquid cooling medium to the cooling circuit
A respiratory therapy device for the targeted assistance of a secretion removal from the airways of a patient, having at least one flow apparatus for generating at least one respiratory airflow for an insufflation into the patient and for generating at least one respiratory airflow for an exsufflation out of the patient, wherein the flow apparatus comprises at least one patient interface for connecting the patient to the respiratory therapy device and at least one respiratory air interface for connecting the respiratory therapy device to respiratory air or ambient air, wherein the flow apparatus has at least two flow paths, wherein each flow path comprises at least one gas source , each having at least one intake side and at least one delivery side , and wherein at least one first gas source is fluidically coupled with its intake side and at least one second gas source is fluidically coupled with its delivery side to at least one switchable valve unit , wherein the gas sources are designed as fans and wherein the respiratory therapy device comprises a control apparatus for actuating the valve unit and the fans , wherein the respiratory therapy device comprises a sensor apparatus for monitoring the volume flow rate and/or the pressure of the respiratory gas flow, wherein the control apparatus is designed for setting or respectively regulating the valve unit as a function of the sensor signals and/or for setting or respectively regulating the fans as a function of the captured sensor signals, characterized in that the valve unit is fluidically arranged between the at least two fans and the respiratory air interface .
An image-capturing device comprising: a plurality of pixel units that each include a plurality of photoelectric converters (PD1, PD2, PD3, PD4) behind one microlens, the plurality of pixel units each containing one of four adjacent photoelectric converters being respectively provided in correspondence to four different adjacent pixel units; a charge storage unit (FD) that is shared with the four adjacent photoelectric converters and stores and adds the charges generated by the four adjacent photoelectric converters; a circuit unit that is configured for focus detection processing of signals based on the charges generated by the four adjacent photoelectric converters, wherein a portion of a circuit that performs processing of the signals is provided between the adjacent pixel units; characterized in that the four adjacent photoelectric converters are configured to generate charge by receiving lights of a same color component, in that the circuit unit is stacked above the pixel units, and in that the image-capturing device further comprises a focus detection device that is configured to perform focus detection based upon signals output from different pixel units among the plurality of pixel units. a plurality of pixel units that each include a plurality of photoelectric converters (PD1, PD2, PD3, PD4) behind one microlens, the plurality of pixel units each containing one of four adjacent photoelectric converters being respectively provided in correspondence to four different adjacent pixel units; a charge storage unit (FD) that is shared with the four adjacent photoelectric converters and stores and adds the charges generated by the four adjacent photoelectric converters; a circuit unit that is configured for focus detection processing of signals based on the charges generated by the four adjacent photoelectric converters, wherein a portion of a circuit that performs processing of the signals is provided between the adjacent pixel units;
A composition comprising: at least one pH-sensitive microcapsule comprising a shell wall comprising a polymer which is hydroxypropyl methyl cellulose phthalate, and at least one structuring agent which is shellac, and at least one functional ingredient encapsulated inside the shell wall; and a carrier having a pH of less than 6. at least one pH-sensitive microcapsule comprising a shell wall comprising a polymer which is hydroxypropyl methyl cellulose phthalate, and at least one structuring agent which is shellac, and at least one functional ingredient encapsulated inside the shell wall; and a carrier having a pH of less than 6.