mhurhangee/patent-ind-claim-en huggingface dataset:
A device configured to deliver a medicament to a user by injection, comprising: a housing with a contact region arranged to be worn against the skin of the user; a transducer configured to detect a physical input to the housing during an injection and to generate a signal which is indicative of the detected physical input, wherein the transducer comprises a motion sensor configured to detect motion of the device caused by the physical input and to generate the signal as being indicative of the detected motion of the device ; a feedback apparatus configured to respond to the signal by recognizing the physical input as being a user request for information regarding the progress of delivery of the medicament such that the user is able to request information regarding the progress of delivery of medicament in a discreet manner by providing a physical input to the housing ; and a transmitter configured to respond to the request by outputting information regarding the progress of delivery of the medicament to a separate user device via a wireless communication link. a housing with a contact region arranged to be worn against the skin of the user; a transducer configured to detect a physical input to the housing during an injection and to generate a signal which is indicative of the detected physical input, wherein the transducer comprises a motion sensor configured to detect motion of the device caused by the physical input and to generate the signal as being indicative of the detected motion of the device ; a feedback apparatus configured to respond to the signal by recognizing the physical input as being a user request for information regarding the progress of delivery of the medicament such that the user is able to request information regarding the progress of delivery of medicament in a discreet manner by providing a physical input to the housing ; and a transmitter configured to respond to the request by outputting information regarding the progress of delivery of the medicament to a separate user device via a wireless communication link.
A laser oscillator comprising: a plurality of laser modules that emit a plurality of laser beams (LB1-LB4), respectively; a beam coupler (12 12A) that couples the plurality of the laser beams emitted from the plurality of laser modules to form a coupled laser beam, the beam coupler (12 12A) emitting the coupled laser beam; and a condensing unit having a condensing lens , the condensing unit condensing the coupled laser beam to have a given beam diameter and guiding the condensed coupled laser beam to a transmission fiber , wherein the beam coupler (12 12A) includes a plurality of optical path changing means (OC1-OC6) configured to change an optical path of at least one laser beam out of the plurality of laser beams (LB1-LB4) received from the plurality of laser modules , and wherein by changing the optical path of the at least one laser beam by the optical path changing means (OC1-OC6), a beam profile of the coupled laser beam emitted from the transmission fiber is changed without adjusting a position of the condensing lens , characterized in that , the optical path changing means (OC 1-OC6) is disposed to be allowed to move between a first position on the optical path of the at least one laser beam and a second position outside the optical path. a plurality of laser modules that emit a plurality of laser beams (LB1-LB4), respectively; a beam coupler (12 12A) that couples the plurality of the laser beams emitted from the plurality of laser modules to form a coupled laser beam, the beam coupler (12 12A) emitting the coupled laser beam; and a condensing unit having a condensing lens , the condensing unit condensing the coupled laser beam to have a given beam diameter and guiding the condensed coupled laser beam to a transmission fiber , wherein the beam coupler (12 12A) includes a plurality of optical path changing means (OC1-OC6) configured to change an optical path of at least one laser beam out of the plurality of laser beams (LB1-LB4) received from the plurality of laser modules , and wherein by changing the optical path of the at least one laser beam by the optical path changing means (OC1-OC6), a beam profile of the coupled laser beam emitted from the transmission fiber is changed without adjusting a position of the condensing lens , characterized in that , the optical path changing means (OC 1-OC6) is disposed to be allowed to move between a first position on the optical path of the at least one laser beam and a second position outside the optical path.
A spintronic device, comprising: a multilayer structure having a negative spin polarization and a negative anisotropic field (-Hk), the multilayer structure comprising a plurality of layers (302a-302n), each layer of the plurality of layers comprising a first sublayer comprising Fe and a second sublayer comprising Co and wherein the first and second sublayers are alternating, characterized in that at least one of the first sublayer and the second sublayer further comprise one or more of Cr and V.
A temperature sensor device (100; 300; 400) comprising a digital interface and being configurable to perform a plurality of sequential temperature measurements defining a measurement interval, comprising a first memory comprising a current temperature value which is accessible through said digital interface ; a second memory comprising a rate of temperature change value which is accessible through said digital interface , wherein the second memory further comprises data indicating whether a slope direction changes, and wherein the second memory is configured to comprise data indicating a number of times a slope direction changes within the measurement interval. a first memory comprising a current temperature value which is accessible through said digital interface ; a second memory comprising a rate of temperature change value which is accessible through said digital interface , wherein the second memory further comprises data indicating whether a slope direction changes, and wherein the second memory is configured to comprise data indicating a number of times a slope direction changes within the measurement interval.
A semiconductor light emitting device comprising: a semiconductor light emitting element which emits excitation light having a peak wavelength in a range of 440 to 450 nm; and a fluorescent body layer which is provided on the semiconductor light emitting element and contains a first fluorescent body and a second fluorescent body that emit first fluorescent light and second fluorescent light, respectively, by the excitation light from the semiconductor light emitting element, wherein the first fluorescent light has a peak wavelength in a range of 540 to 575 nm, and the second fluorescent light has a peak wavelength in a range of 590 to 605 nm, and in mixed color light of radiation light of the semiconductor light emitting element, radiation light from the first fluorescent body, and radiation light from the second fluorescent body, which is emitted from the fluorescent body layer, an intensity of the radiation light of the semiconductor light emitting element is 1/10 to 1/60 of an intensity of combined light of the radiation light from the first fluorescent body and the radiation light from the second fluorescent body. a semiconductor light emitting element which emits excitation light having a peak wavelength in a range of 440 to 450 nm; and a fluorescent body layer which is provided on the semiconductor light emitting element and contains a first fluorescent body and a second fluorescent body that emit first fluorescent light and second fluorescent light, respectively, by the excitation light from the semiconductor light emitting element, wherein the first fluorescent light has a peak wavelength in a range of 540 to 575 nm, and the second fluorescent light has a peak wavelength in a range of 590 to 605 nm, and in mixed color light of radiation light of the semiconductor light emitting element, radiation light from the first fluorescent body, and radiation light from the second fluorescent body, which is emitted from the fluorescent body layer, an intensity of the radiation light of the semiconductor light emitting element is 1/10 to 1/60 of an intensity of combined light of the radiation light from the first fluorescent body and the radiation light from the second fluorescent body.
A wind turbine blade component for a wind turbine blade , the wind turbine blade component extending from a first end to a second end in a lengthwise direction and further from a first edge to a second edge in an edgewise direction, the wind turbine blade component comprises a plurality of layers of fibre material arranged in a stack extending in a thickness direction, wherein the stack defines a first side and a second side where the first and second edges are arranged between the first and second sides , said plurality of layers comprises a first group of layers and at least a second group of layers, the layers of said first group has a first local width (W 1 ) and the layers of said second group has a second local width (W 2 ), wherein the layers of at least one of said first and second groups are continuously offset in at least one edgewise direction from the first side to the second side , where the layers of said first group are offset in a first edgewise direction to form a first edge profile and the layers of said second group are offset in a second edgewise direction to form a second edge profile , characterised in that the first edgewise direction is opposite of the second edgewise direction.
A device for monitoring motion during medical imaging or during radiation therapy, comprising: - an input unit ; - a processing unit ; and - an output unit ; wherein the input unit is configured to receive an electroencephalogram, EEG, signal measured from a patient; wherein the processing unit is configured to: - determine a readiness potential, RP, based on the received EEG signal; - determine whether patient motion is likely to happen based on the received EEG signal; and - provide a control signal via the output unit as output, if it is predicted that patient motion is likely to happen; and wherein the control signal is usable for controlling an apparatus to perform a function to reduce motion artefacts during the medical imaging or to assure that radiation dose is delivered according to a planned dose map during the radiation therapy. - an input unit ; - a processing unit ; and - an output unit ; wherein the input unit is configured to receive an electroencephalogram, EEG, signal measured from a patient; wherein the processing unit is configured to: - determine a readiness potential, RP, based on the received EEG signal; - determine whether patient motion is likely to happen based on the received EEG signal; and - provide a control signal via the output unit as output, if it is predicted that patient motion is likely to happen; and - determine a readiness potential, RP, based on the received EEG signal; - determine whether patient motion is likely to happen based on the received EEG signal; and - provide a control signal via the output unit as output, if it is predicted that patient motion is likely to happen; and wherein the control signal is usable for controlling an apparatus to perform a function to reduce motion artefacts during the medical imaging or to assure that radiation dose is delivered according to a planned dose map during the radiation therapy.
A display device comprising: a display module ; a load circuit configured to output a specified signal (PS_ON) in response to a user input; a first power module (130_1, 310, 410) configured to receive AC power from an external power supply, provide power to the load circuit in a standby state, and provide power to the display module in a power on state; a second power module (130_2, 320, 420) configured to receive the AC power via the first power module, and further configured to provide power to the display module in the power on state; and wherein the first power module (130_1, 310, 410) comprises: a first conversion circuit configured to provide a first voltage (V1) to the load circuit by performing a first conversion on the received AC power, a first switch configured to output a first driving signal based on the first specified signal received from the load circuit, and a first relay configured to transfer the received AC power to the second power module (130_2, 320, 420) based on the first driving signal, wherein the second power module (130_2, 320, 420) is configured to receive the AC power via the first relay . a display module ; a load circuit configured to output a specified signal (PS_ON) in response to a user input; a first power module (130_1, 310, 410) configured to receive AC power from an external power supply, provide power to the load circuit in a standby state, and provide power to the display module in a power on state; a second power module (130_2, 320, 420) configured to receive the AC power via the first power module, and further configured to provide power to the display module in the power on state; and wherein the first power module (130_1, 310, 410) comprises: a first conversion circuit configured to provide a first voltage (V1) to the load circuit by performing a first conversion on the received AC power, a first switch configured to output a first driving signal based on the first specified signal received from the load circuit, and a first relay configured to transfer the received AC power to the second power module (130_2, 320, 420) based on the first driving signal, a first conversion circuit configured to provide a first voltage (V1) to the load circuit by performing a first conversion on the received AC power, a first switch configured to output a first driving signal based on the first specified signal received from the load circuit, and a first relay configured to transfer the received AC power to the second power module (130_2, 320, 420) based on the first driving signal, wherein the second power module (130_2, 320, 420) is configured to receive the AC power via the first relay .
Switch (700; 900; 1000; 1100) based on a phase-change material comprising: - a region of said phase-change material coupling first and second conduction electrodes (105a; 105b) of the switch; - a heating element electrically insulated from the region of said phase-change material, characterized in that one or a plurality of islands made of an electrically insulating material each having a first surface extending on top of and in contact with the first and second electrodes, wherein the region of said phase-change material extends on sides and on a second surface, opposite to the first surface, of each island. - a region of said phase-change material coupling first and second conduction electrodes (105a; 105b) of the switch; - a heating element electrically insulated from the region of said phase-change material, characterized in that one or a plurality of islands made of an electrically insulating material each having a first surface extending on top of and in contact with the first and second electrodes, wherein the region of said phase-change material extends on sides and on a second surface, opposite to the first surface, of each island. characterized in that one or a plurality of islands made of an electrically insulating material each having a first surface extending on top of and in contact with the first and second electrodes, wherein the region of said phase-change material extends on sides and on a second surface, opposite to the first surface, of each island.
A device for placement in an air/water cylinder of an endoscope to control the flow of air and water, comprising: a base ; a button ; a valve stem ; stun, a channel positioned longitudinally through the valve stem, having an open proximal end; a closed distal end; and a first opening through a wall of the valve stem to the channel and a second opening through a wall of the valve stem to the channel; wherein the second opening is located distally to the first opening; wherein the button is connected at a proximal end of the valve stem and a proximal end of the valve stem extends through the base and is connected to a distal end of the button; wherein the device is configured to move between a first position for air flow between the first and second openings and a second position for water flow between the first and second openings; wherein, in the first position, the button and valve stem are in a proximal position relative to the base; wherein in the second position, the button and valve stem are in a distal position relative to the first position; and wherein in the second position, the first and second openings of the stem are each aligned with a water flow channel of the endoscope in which the device is placed. a base ; a button ; a valve stem ; stun, a channel positioned longitudinally through the valve stem, having an open proximal end; a closed distal end; and a first opening through a wall of the valve stem to the channel and a second opening through a wall of the valve stem to the channel; wherein the second opening is located distally to the first opening; wherein the button is connected at a proximal end of the valve stem and a proximal end of the valve stem extends through the base and is connected to a distal end of the button; wherein the device is configured to move between a first position for air flow between the first and second openings and a second position for water flow between the first and second openings; wherein, in the first position, the button and valve stem are in a proximal position relative to the base; wherein in the second position, the button and valve stem are in a distal position relative to the first position; and wherein in the second position, the first and second openings of the stem are each aligned with a water flow channel of the endoscope in which the device is placed.
Method for producing a bakery product from at least one baked base and at least one attachement consisting of at least one liquid-containing core mass with at least one coating impermeable to the liquid, at least comprising the following steps: a. producing the at least one baked base ; b. producing the at least one attachement in a one-shot process, or a triple-shot process, wherein simultaneously the raw material mixtures of two different core masses , which are arranged inside one another, are injected into the raw material of a common coating , which comprises at least the injection (C) of a raw material mixture of the at least one liquid-containing core mass of the attachement into a raw material mixture of the at least one coating of the attachement , wherein the coating is not free-flowing at least at the end of the production of the attachement ; c. forming holes in the contact surface of the coating with the baked base after the injection (C) of a raw material mixture of the at least one liquid-containing core mass of the attachement into a raw material mixture of the at least one coating of the attachement , and d. applying the at least one attachement to the at least one baked base or vice versa, wherein the attachement is capable of adhering to the baked base in the region of its contact surface therewith. a. producing the at least one baked base ; b. producing the at least one attachement in a one-shot process, or a triple-shot process, wherein simultaneously the raw material mixtures of two different core masses , which are arranged inside one another, are injected into the raw material of a common coating , which comprises at least the injection (C) of a raw material mixture of the at least one liquid-containing core mass of the attachement into a raw material mixture of the at least one coating of the attachement , wherein the coating is not free-flowing at least at the end of the production of the attachement ; c. forming holes in the contact surface of the coating with the baked base after the injection (C) of a raw material mixture of the at least one liquid-containing core mass of the attachement into a raw material mixture of the at least one coating of the attachement , and d. applying the at least one attachement to the at least one baked base or vice versa, wherein the attachement is capable of adhering to the baked base in the region of its contact surface therewith.
A wind turbine generator (WTG, 1) comprising an electric generator and a rotating shaft transmitting rotational movement to the electric generator, the electrical generator comprising an electric generator bearing assembly being grease lubricated, the electric generator bearing assembly comprising: a ball bearing supporting the rotating shaft, the ball bearing having a rotating portion on the rotating shaft, and a fixed portion, the rotating portion and the fixed portion being separated by bearing balls, and a suction provider , wherein the fixed portion of the ball bearing comprises at least one grease reservoir adjacent to the bearing balls for supplying the ball bearing with grease during rotational operation, the at least one grease reservoir being positioned on a first side of the ball bearing, the at least one grease reservoir being rechargeable from a lubrication system, the at least one grease reservoir further having a shape so that a point of the at least one grease reservoir being closest to the rotating shaft and a grease inlet of the ball bearing are adjoining, and wherein the suction provider is positioned on a second side of the ball bearing, said second side being opposite the said first side of the ball bearing, and wherein the suction provider, during rotation of the rotating shaft, creates a pressure which is lower than atmospheric pressure, so as to create a suction of grease through the ball bearing from the at least one grease reservoir, which aids in distributing the grease in the ball bearing. a ball bearing supporting the rotating shaft, the ball bearing having a rotating portion on the rotating shaft, and a fixed portion, the rotating portion and the fixed portion being separated by bearing balls, and a suction provider , wherein the fixed portion of the ball bearing comprises at least one grease reservoir adjacent to the bearing balls for supplying the ball bearing with grease during rotational operation, the at least one grease reservoir being positioned on a first side of the ball bearing, the at least one grease reservoir being rechargeable from a lubrication system, the at least one grease reservoir further having a shape so that a point of the at least one grease reservoir being closest to the rotating shaft and a grease inlet of the ball bearing are adjoining, and wherein the suction provider is positioned on a second side of the ball bearing, said second side being opposite the said first side of the ball bearing, and wherein the suction provider, during rotation of the rotating shaft, creates a pressure which is lower than atmospheric pressure, so as to create a suction of grease through the ball bearing from the at least one grease reservoir, which aids in distributing the grease in the ball bearing.
A bleaching powder composition comprising: a) one or more persalt(s) and/or peroxy salt(s), b) one or more alkalizing agent(s), c) one or more compound(s) according to the following structure: wherein R 1 , R 2 , and R 3 are independently selected from H and CH 3 , and/or their mixtures, wherein the total concentration of compounds according to c) is in the range of 0.001% to 1.5% by weight, calculated to the total weight of the composition. a) one or more persalt(s) and/or peroxy salt(s), b) one or more alkalizing agent(s), c) one or more compound(s) according to the following structure: wherein R 1 , R 2 , and R 3 are independently selected from H and CH 3 , and/or their mixtures, wherein the total concentration of compounds according to c) is in the range of 0.001% to 1.5% by weight, calculated to the total weight of the composition. wherein R 1 , R 2 , and R 3 are independently selected from H and CH 3 , and/or their mixtures, wherein the total concentration of compounds according to c) is in the range of 0.001% to 1.5% by weight, calculated to the total weight of the composition.