mhurhangee/patent-ind-claim-en huggingface dataset:
Culture vessel , which is configured for culturing biological cells in hanging droplets , comprising - a vessel wall which has a cover section and a bottom section , wherein - the cover section is configured for providing a culturing area and the bottom section is configured for receiving a liquid and is arranged in an inner space of the culture vessel opposite to the culturing area , - the vessel wall encloses an inner space of the culture vessel on all sides, - the culturing area has holding elements which are configured for positioning the droplets , wherein the culturing area is able to accommodate the droplets hanging freely in the inner space , and - the vessel wall is movable so that by means of a movement of parts of the vessel wall relative to each other the holding elements can be wetted with the liquid from the bottom section , characterized in that - the vessel wall is deformable and the cover section and the bottom section are movable relative to one another so that their mutual distance can be reduced and the holding elements can be approached to the bottom section . - a vessel wall which has a cover section and a bottom section , wherein - the cover section is configured for providing a culturing area and the bottom section is configured for receiving a liquid and is arranged in an inner space of the culture vessel opposite to the culturing area , - the vessel wall encloses an inner space of the culture vessel on all sides, - the culturing area has holding elements which are configured for positioning the droplets , wherein the culturing area is able to accommodate the droplets hanging freely in the inner space , and - the vessel wall is movable so that by means of a movement of parts of the vessel wall relative to each other the holding elements can be wetted with the liquid from the bottom section , characterized in that - the vessel wall is deformable and the cover section and the bottom section are movable relative to one another so that their mutual distance can be reduced and the holding elements can be approached to the bottom section .
High-pressure pump having a pump housing on which a pump cylinder head having a pump cylinder is arranged, wherein a pump plunger which interacts with a pump working chamber is arranged in a pump cylinder guide of the pump cylinder , wherein the pump working chamber can be filled with fluid via an electromagnetically actuatable suction valve , and wherein the high-pressure pump has a fluid damper which is inserted into a damper chamber formed in the pump housing , characterized in that a power unit chamber is arranged in the pump housing , in that the pump working chamber can be connected fluidically to the power unit chamber via the electromagnetically actuatable suction valve , in that the damper chamber is connected to the power unit chamber , and in that the damper chamber is arranged laterally adjacent to an inflow port of the pump housing for feeding into the power unit chamber of a fluid to be delivered by the high-pressure pump.
A composition comprising a semisolid epoxy resin containing a curative dispersed therein, said curative having a particle size such that at least 90 % of the particles have a size below 25 μm at ambient temperature of 21°C as determined in accordance with ASTM D1214, wherein the composition further comprises a diluent comprising a particulate filler selected from micro balloons, glass, carbon, metal and/or combinations thereof.
A roller type solar cell sintering and irradiation annealing integrated continuous furnace, comprising a loading region , a sintering region , a sintering and cooling region , an irradiation annealing region , a cooling region and an unloading region , wherein cells are transmitted on a group of horizontally arranged rollers and sequentially pass through the above regions to complete the sintering and irradiation annealing processes of the solar cells at the same time; light sources are arranged above the rollers and heating apparatuses are arranged below the rollers ; or, the light sources are arranged below the rollers and the heating apparatuses are arranged above the rollers ; and front sides of the cells are facing the light sources , and back sides of the cells are facing the heating apparatuses during the passage through the irradiating annealing region; and a transparent and heat-insulating material layer is arranged between the light sources and the cells to isolate the light sources from the heating apparatus .
An electrical device, comprising: a first box , a second box arranged on one side of the first box , and a power device arranged inside the first box ; and wherein a cooling device for cooling via thermosyphon is arranged inside the second box ; the cooling device comprises a substrate evaporator , a first condenser and a pipe , and the substrate evaporator is connected to the first condenser through the pipe , wherein the power device comprises one or more high-power devices and one or more low-power devices, wherein, the one or more high-power devices are all arranged on one side of the cooling device ; or, the one or more high-power devices are respectively configured with corresponding cooling devices , and the one or more high-power devices are respectively arranged on one side of the corresponding cooling devices , to make the working fluid inside the substrate evaporator directly absorb the heat generated by the high-power devices. a first box , a second box arranged on one side of the first box , and a power device arranged inside the first box ; and wherein a cooling device for cooling via thermosyphon is arranged inside the second box ; the cooling device comprises a substrate evaporator , a first condenser and a pipe , and the substrate evaporator is connected to the first condenser through the pipe , wherein the power device comprises one or more high-power devices and one or more low-power devices, wherein, the one or more high-power devices are all arranged on one side of the cooling device ; or, the one or more high-power devices are respectively configured with corresponding cooling devices , and the one or more high-power devices are respectively arranged on one side of the corresponding cooling devices , to make the working fluid inside the substrate evaporator directly absorb the heat generated by the high-power devices.
A method, comprising: intercepting , by a proxy device , a client session associated with a client device and a destination device ; allocating , by the proxy device, a first port of the proxy device as a source port of a proxy session for the client session; determining , by the proxy device and based on allocating the first port, whether session information associated with the proxy session would match session information associated with another proxy session; and initiating , by the proxy device, the proxy session after determining whether the session information associated with the proxy session would match session information associated with another proxy session, wherein a source port of the proxy session is one of: the first port of the proxy device based on a determination that the session information associated with the proxy session would not match session information associated with another proxy session, or a second port of the proxy device based on a determination that the session information associated with the proxy session would match session information associated with another proxy session. intercepting , by a proxy device , a client session associated with a client device and a destination device ; allocating , by the proxy device, a first port of the proxy device as a source port of a proxy session for the client session; determining , by the proxy device and based on allocating the first port, whether session information associated with the proxy session would match session information associated with another proxy session; and initiating , by the proxy device, the proxy session after determining whether the session information associated with the proxy session would match session information associated with another proxy session, wherein a source port of the proxy session is one of: the first port of the proxy device based on a determination that the session information associated with the proxy session would not match session information associated with another proxy session, or a second port of the proxy device based on a determination that the session information associated with the proxy session would match session information associated with another proxy session. the first port of the proxy device based on a determination that the session information associated with the proxy session would not match session information associated with another proxy session, or a second port of the proxy device based on a determination that the session information associated with the proxy session would match session information associated with another proxy session.
A beverage dispenser comprising: a gas infusion device configured to receive a gas and a base liquid, and form and dispense a gas-infused liquid comprising the gas and the base liquid; a ratio pump configured to receive the gas infused liquid and a concentrate and dispense a predetermined ratio of the concentrate and the gas infused liquid, wherein the predetermined ratio of the concentrate and the gas infused liquid form a reconstituted beverage; a mixing chamber positioned downstream of the ratio pump configured to receive and mix the predetermined ratio of concentrate and gas-infused liquid to form the reconstituted beverage; a valve configured to receive the reconstituted beverage and selectively open to thereby dispense the reconstituted beverage to an operator; and a boost pump configured to increase the pressure of the gas-infused liquid such that the gas is maintained in the gas-infused liquid during operation of the beverage dispenser; wherein the boost pump is further configured to maintain pressure of the gas-infused liquid at or above an equilibrium pressure such that pressure of the reconstituted beverage upstream from the valve is equal to or greater than the equilibrium pressure when the valve is opened. a gas infusion device configured to receive a gas and a base liquid, and form and dispense a gas-infused liquid comprising the gas and the base liquid; a ratio pump configured to receive the gas infused liquid and a concentrate and dispense a predetermined ratio of the concentrate and the gas infused liquid, wherein the predetermined ratio of the concentrate and the gas infused liquid form a reconstituted beverage; a mixing chamber positioned downstream of the ratio pump configured to receive and mix the predetermined ratio of concentrate and gas-infused liquid to form the reconstituted beverage; a valve configured to receive the reconstituted beverage and selectively open to thereby dispense the reconstituted beverage to an operator; and a boost pump configured to increase the pressure of the gas-infused liquid such that the gas is maintained in the gas-infused liquid during operation of the beverage dispenser; wherein the boost pump is further configured to maintain pressure of the gas-infused liquid at or above an equilibrium pressure such that pressure of the reconstituted beverage upstream from the valve is equal to or greater than the equilibrium pressure when the valve is opened.
Method for fabricating a non-uniformly curved photovoltaic module comprising multiple photovoltaic cells , the method at least comprising: - determining a minimum allowable bending radius r b of the photovoltaic cells , - analysing a curvature radius r c of one of the photovoltaic cells being assumed to being arranged at a positioning area within the photovoltaic module , wherein the curvature radius r c is analysed for each of multiple positioning areas along a lateral extension of the photovoltaic module , - arranging the photovoltaic cells in a curvature limited configuration in which none of the photovoltaic cells overlaps a highly bended area the curvature radius r c of which has been analysed to be smaller than the minimum allowable bending radius r b for the photovoltaic cell , and - fixing the photovoltaic cells in the curvature limited configuration within the photovoltaic module . - determining a minimum allowable bending radius r b of the photovoltaic cells , - analysing a curvature radius r c of one of the photovoltaic cells being assumed to being arranged at a positioning area within the photovoltaic module , wherein the curvature radius r c is analysed for each of multiple positioning areas along a lateral extension of the photovoltaic module , - arranging the photovoltaic cells in a curvature limited configuration in which none of the photovoltaic cells overlaps a highly bended area the curvature radius r c of which has been analysed to be smaller than the minimum allowable bending radius r b for the photovoltaic cell , and - fixing the photovoltaic cells in the curvature limited configuration within the photovoltaic module .
Transformer device for transforming a first alternating voltage signal into a second alternating voltage signal for feeding into an electrical power supply network and the transformer device comprises - a primary-side fundamental wave connection for inputting the first alternating voltage signal, wherein the first alternating voltage signal substantially has or is a fundamental wave portion, - a primary-side harmonic connection for inputting at least one electrical harmonic signal, wherein the harmonic signal substantially has a harmonic portion, - a secondary-side superimposition connection for emitting the second alternating voltage signal, wherein the second alternating voltage signal substantially has the fundamental wave portion which has been transformed in terms of the voltage thereof and the harmonic portion which has been transformed in terms of the voltage thereof, and - at least one wound magnetic core for transformation and non-galvanic superimposition of the fundamental wave portion and the harmonic portion to form the second alternating voltage signal, wherein a wind park network or a network portion of the electrical power supply network is connected to the superimposition connection so that the common signal with the superimposed harmonic portion which is non-damped as far as possible together with the fundamental wave portion is applied or fed in the wind park or in the network portion. - a primary-side fundamental wave connection for inputting the first alternating voltage signal, wherein the first alternating voltage signal substantially has or is a fundamental wave portion, - a primary-side harmonic connection for inputting at least one electrical harmonic signal, wherein the harmonic signal substantially has a harmonic portion, - a secondary-side superimposition connection for emitting the second alternating voltage signal, wherein the second alternating voltage signal substantially has the fundamental wave portion which has been transformed in terms of the voltage thereof and the harmonic portion which has been transformed in terms of the voltage thereof, and - at least one wound magnetic core for transformation and non-galvanic superimposition of the fundamental wave portion and the harmonic portion to form the second alternating voltage signal, wherein a wind park network or a network portion of the electrical power supply network is connected to the superimposition connection so that the common signal with the superimposed harmonic portion which is non-damped as far as possible together with the fundamental wave portion is applied or fed in the wind park or in the network portion.
A continuous process for reducing heterogeneity of a therapeutic protein, the process comprising reducing one or more basic isoforms of the therapeutic protein in a single multi-column chromatography system, wherein the single multi-column chromatography system comprising at least two or more interconnected or switching chromatography columns and/or chromatographic membranes each performing different unit operation, in which the single multi-column chromatography system comprises a column comprising carboxypeptidase B immobilized on sepharose.
A first device requesting a second device to execute a task, the first device comprising: a communication unit configured to communicate with the second device ; and a processor configured to: in response to an event that is generated on the first device for requesting execution of the task, transmit (S501) an application execution file for requesting to execute the task to the second device through the communication unit , wherein the event comprises a request to execute an application downloaded to the first device and the application execution file corresponds to the downloaded application, and receive (S502) result data obtained when the second device executes the task through the communication unit , wherein the processor is further configured to transmit (S1002), to the second device , access request information for accessing to private data of the second device stored in a memory of the second device to execute the task by using the private data. a communication unit configured to communicate with the second device ; and a processor configured to: in response to an event that is generated on the first device for requesting execution of the task, transmit (S501) an application execution file for requesting to execute the task to the second device through the communication unit , wherein the event comprises a request to execute an application downloaded to the first device and the application execution file corresponds to the downloaded application, and receive (S502) result data obtained when the second device executes the task through the communication unit , wherein the processor is further configured to transmit (S1002), to the second device , access request information for accessing to private data of the second device stored in a memory of the second device to execute the task by using the private data. in response to an event that is generated on the first device for requesting execution of the task, transmit (S501) an application execution file for requesting to execute the task to the second device through the communication unit , wherein the event comprises a request to execute an application downloaded to the first device and the application execution file corresponds to the downloaded application, and receive (S502) result data obtained when the second device executes the task through the communication unit , wherein the processor is further configured to transmit (S1002), to the second device , access request information for accessing to private data of the second device stored in a memory of the second device to execute the task by using the private data.
An optoelectronic sensor , in particular laser scanner, for detecting objects in a monitoring area , comprising a light transmitter for transmitting at least one scanning beam , a movable first deflection unit for periodically deflecting the scanning beam in a first direction, a second deflection unit configured to additionally deflect the scanning beam solely by electrical control or at most using micromechanically moved elements, a light receiver for generating a received signal from the remitted scanning beam remitted by objects in the monitoring area , and a control and evaluation unit configured to evaluate the received signal in order to determine the distance to an object scanned with the scanning beam using a light time of flight method, characterized in that the additional deflection of the scanning beam by the second deflection unit takes place in the first direction, and in that the control and evaluation unit is further configured to cause the scanning beam to lead and/or trail in the first direction by temporarily accelerating or decelerating the scanning movement of the first deflection unit by the superimposed deflection of the second deflection unit .
An apparatus configured for obtaining skin micrografts from a donor site , the apparatus comprising: a plurality of hollow tubes , each of the plurality of hollow tubes comprising: at least two points disposed at a distal end thereof; a bevel disposed between the at least two points , the at least two points and the bevel configured to sever and capture a corresponding skin micrograft upon insertion of the respective hollow tube into the donor site ; and an inner diameter of 1 millimeter or less configured to retain the skin micrograft upon withdrawal of the respective hollow tube from the donor site ; and a base configured to secure the plurality of hollow tubes , such that the distal ends of the plurality of hollow tubes are aligned during insertion into the donor site ; wherein a friction between the skin micrograft and the hollow tube retains the skin micrograft within the hollow tube upon withdrawal from the donor site . a plurality of hollow tubes , each of the plurality of hollow tubes comprising: at least two points disposed at a distal end thereof; a bevel disposed between the at least two points , the at least two points and the bevel configured to sever and capture a corresponding skin micrograft upon insertion of the respective hollow tube into the donor site ; and an inner diameter of 1 millimeter or less configured to retain the skin micrograft upon withdrawal of the respective hollow tube from the donor site ; and at least two points disposed at a distal end thereof; a bevel disposed between the at least two points , the at least two points and the bevel configured to sever and capture a corresponding skin micrograft upon insertion of the respective hollow tube into the donor site ; and an inner diameter of 1 millimeter or less configured to retain the skin micrograft upon withdrawal of the respective hollow tube from the donor site ; and a base configured to secure the plurality of hollow tubes , such that the distal ends of the plurality of hollow tubes are aligned during insertion into the donor site ; wherein a friction between the skin micrograft and the hollow tube retains the skin micrograft within the hollow tube upon withdrawal from the donor site .
Lubrication system for a drive system of a weaving machine, the drive system comprising a housing arranged stationary at the weaving machine and a shaft rotatably arranged in a fixed position in the housing , wherein the shaft is provided with a first lubricant channel extending at least at a first end coaxially to the shaft axis of the shaft , characterized in that the lubrication system comprises a lubricant fitting adapted to be mounted to the first end of the first lubricant channel for rotation with the shaft and a connection piece adapted to be arranged stationary at the housing , the connection piece comprising an inlet adapted to receive a lubricant supply line and an outlet positioned opposite an entry of the lubricant fitting for supplying lubricant to the lubricant fitting .