mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal, comprising a master device and a slave device, wherein the slave device is detachably installed on the master device, the master device comprises a housing, a bracket, a master controller and a switch assembly, the housing is provided with a groove configured to receive the bracket, the bracket is capable of being rotated into or out of the groove relative to the housing, the master controller is arranged inside the housing, the switch assembly is connected with the master controller, and the switch assembly is arranged in the housing and below the groove; characterized in that, the switch assembly is configured to generate a first signal and send the first signal to the master controller, when the bracket is rotated out of the groove relative to the housing and an angle of rotation (α) of the bracket meets a first angle; and configured to generate a second signal and send the second signal to the master controller, when the bracket is rotated out of the groove relative to the housing and the angle of rotation (α) of the bracket meets a second angle, wherein the second angle is smaller than the first angle; and the master controller is configured to control, according to the first signal, at least one component of the master device to be switched to a first usage state; and configured to control, according to the second signal, the at least one component of the master device to be switched to a second usage state; wherein the second usage state is different from the first usage state. the switch assembly is configured to generate a first signal and send the first signal to the master controller, when the bracket is rotated out of the groove relative to the housing and an angle of rotation (α) of the bracket meets a first angle; and configured to generate a second signal and send the second signal to the master controller, when the bracket is rotated out of the groove relative to the housing and the angle of rotation (α) of the bracket meets a second angle, wherein the second angle is smaller than the first angle; and the master controller is configured to control, according to the first signal, at least one component of the master device to be switched to a first usage state; and configured to control, according to the second signal, the at least one component of the master device to be switched to a second usage state; wherein the second usage state is different from the first usage state.
Device for extracting vapors comprising an intake housing and a blower, wherein the intake housing comprises an air inlet means, wherein the air inlet means has an upper wall and a lower wall which form an interior space with an inlet opening and wherein the air inlet means has a horizontal opening angle, wherein the horizontal opening angle (γ), wherein the horizontal opening angle (y) has legs which are applied to the lateral inner walls formed by the upper wall and/or by the lower wall, wherein at least the upper wall has on an inner side a corrugated shape with at least two upwardly curved surface sections (75, 77), wherein at least in the region of the upwardly curved surface sections (75, 77) the interior space has widenings (61, 63).
A process for preparing a nutritional, therapeutic or organoleptic product comprising: (a) growing non-recombinant yeast under aerobic conditions, in the presence of a medium comprising crude glycerol, as at least one carbon source, one or more sources of nitrogen and one or more elements added to the medium containing the crude glycerol and the one or more nitrogen sources, wherein the one or more elements are selected from the group consisting of selenium, chromium, molybdenum, germanium, zinc, iron, copper, magnesium, manganese and iodine to produce a mineralized yeast product with an enhanced level of the one or more elements selected from the group consisting of selenium, chromium, molybdenum, germanium, zinc, iron, copper, magnesium, manganese and iodine, wherein the enhanced level is from 100 to 50000 ppm of each enhanced element on a dry basis; and (b) processing the mineralized yeast product of step (a) to obtain the nutritional, therapeutic or organoleptic product, wherein the growth of the yeast exhibits a process productivity rate of greater than or equal to 0.85 g.L -1.h -1. (a) growing non-recombinant yeast under aerobic conditions, in the presence of a medium comprising crude glycerol, as at least one carbon source, one or more sources of nitrogen and one or more elements added to the medium containing the crude glycerol and the one or more nitrogen sources, wherein the one or more elements are selected from the group consisting of selenium, chromium, molybdenum, germanium, zinc, iron, copper, magnesium, manganese and iodine to produce a mineralized yeast product with an enhanced level of the one or more elements selected from the group consisting of selenium, chromium, molybdenum, germanium, zinc, iron, copper, magnesium, manganese and iodine, wherein the enhanced level is from 100 to 50000 ppm of each enhanced element on a dry basis; and (b) processing the mineralized yeast product of step (a) to obtain the nutritional, therapeutic or organoleptic product, wherein the growth of the yeast exhibits a process productivity rate of greater than or equal to 0.85 g.L -1.h -1.
Flashlight with a light source arranged in a housing (11, 12) and an optical attachment which can be displaced relative to one another by means of an actuator for focusing or defocusing the emitted light cone, characterized in that an adjusting wheel (14 ') protruding from the housing or an adjusting lever serves as an actuator, on whose axis of rotation a radially protruding driver is attached, which extends into the interior of the housing and which protrudes into a recess of a rotary ring part, which is connected to the first carrier of the light source or the optical attachment and rotatably arranged in the housing (11, 12), or, instead of the driver a toothed gear is arranged between the actuator and the rotary ring part, wherein by rotation of the rotary ring part an end face lying obliquely to the longitudinal axis of the housing along a second end face inclined at the same angle of a body which is connected to the second carrier of the optical attachment or the light source is stationary connected, is slidably guided so that the relative distance between the first and second carrier (17, 19) changes.
Method of detecting the direction of movement of a privacy screen controlled by an electromechanical actuator, the method comprising steps consisting of: a) moving the privacy screen in a first direction of movement by means of the actuator and measuring a first value of a predefined parameter of movement, b) moving the privacy screen by means of the actuator in a second direction of movement, opposite to the first direction of movement, and measuring a second value of the predefined parameter of movement, c) comparing the values of the predefined parameter that were measured in steps a) and b), d) determining the direction of the first and second directions of movement based on the result of step c), the method being characterised in that the electromechanical actuator includes a synchronous electric motor and in that the predefined parameter of movement is a duty cycle (DC1, DC2) of a supply voltage of the synchronous electric motor. a) moving the privacy screen in a first direction of movement by means of the actuator and measuring a first value of a predefined parameter of movement, b) moving the privacy screen by means of the actuator in a second direction of movement, opposite to the first direction of movement, and measuring a second value of the predefined parameter of movement, c) comparing the values of the predefined parameter that were measured in steps a) and b), d) determining the direction of the first and second directions of movement based on the result of step c),
A method of allowing for relative misalignment between different patterned layers when fabricating an electronic device on a flexible or distortable substrate, the method comprising: fabricating a first patterned layer (10, 11) on said substrate to define an operative region of said device using a pattern with a first linewidth; fabricating a second patterned layer over said first patterned layer using, over said operative region, a second linewidth greater than said first linewidth; and correcting for local distortions of said first patterned layer when fabricating said second patterned layer by adjusting a position of said second patterned layer. fabricating a first patterned layer (10, 11) on said substrate to define an operative region of said device using a pattern with a first linewidth; fabricating a second patterned layer over said first patterned layer using, over said operative region, a second linewidth greater than said first linewidth; and correcting for local distortions of said first patterned layer when fabricating said second patterned layer by adjusting a position of said second patterned layer.
A food preparation apparatus comprising: a chamber comprising a door arranged to seal the chamber when in a closed position; a carriage comprising a cup holder; a motor arranged to transport the carriage and a cup within the cup holder into the chamber from a starting position and to return the carriage and cup to the starting position and comprising a mechanism configured to open said chamber door as the carriage is transported to enter said chamber and place the cup within said chamber and configured to close the door after said carriage leaves said chamber and is transported toward the starting position; and a cleaning system configured to enable automatic high-pressure rinsing, subsequent cleaning and high-temperature steam sanitation of the chamber at defined intervals when the door is in the closed position and sealed to the chamber; said cleaning system comprising a valve manifold comprising valves activatable by logic and configured to supply a plurality of nozzles including one or more of an upper and a lower scouring nozzle and optionally one or more rotary nozzles (330A, 330B), and a steam port to rinse and sanitize said chamber, a water input, an accumulator, a flow meter, a steam heater, and a rotary pump configured to pump water from the accumulator through the flow meter and valve manifold. a chamber comprising a door arranged to seal the chamber when in a closed position; a carriage comprising a cup holder; a motor arranged to transport the carriage and a cup within the cup holder into the chamber from a starting position and to return the carriage and cup to the starting position and comprising a mechanism configured to open said chamber door as the carriage is transported to enter said chamber and place the cup within said chamber and configured to close the door after said carriage leaves said chamber and is transported toward the starting position; and a cleaning system configured to enable automatic high-pressure rinsing, subsequent cleaning and high-temperature steam sanitation of the chamber at defined intervals when the door is in the closed position and sealed to the chamber; said cleaning system comprising a valve manifold comprising valves activatable by logic and configured to supply a plurality of nozzles including one or more of an upper and a lower scouring nozzle and optionally one or more rotary nozzles (330A, 330B), and a steam port to rinse and sanitize said chamber, a water input, an accumulator, a flow meter, a steam heater, and a rotary pump configured to pump water from the accumulator through the flow meter and valve manifold.
A device for providing lift assistance for an articulating limb support of a surgery table, comprising: a joint mount coupled with a joint housing comprising a first joint; a spring device having a first end and a second end, the first end of the spring device connected to the joint housing by a second joint, the second end of the spring device connected to the joint mount, the spring device configured to actuate the joint housing in a range between a first position and a second position, the first position corresponding to a compressed position of the spring device, the second position corresponding to an extended position of the spring device; and a spar including a proximal end and a distal end, the spar being capable of supporting at least one limb of a patient for a surgical procedure, characterized in that the joint housing is configured to be connected to the distal end of the spar, and the spring device and the joint mount are distal to the joint housing relative to the spar. a joint mount coupled with a joint housing comprising a first joint; a spring device having a first end and a second end, the first end of the spring device connected to the joint housing by a second joint, the second end of the spring device connected to the joint mount, the spring device configured to actuate the joint housing in a range between a first position and a second position, the first position corresponding to a compressed position of the spring device, the second position corresponding to an extended position of the spring device; and a spar including a proximal end and a distal end, the spar being capable of supporting at least one limb of a patient for a surgical procedure, characterized in that the joint housing is configured to be connected to the distal end of the spar, and the spring device and the joint mount are distal to the joint housing relative to the spar.
A method for producing degradation products from long-chain fatty acids, comprising (a) reacting the transformant with a long-chain fatty acid to obtain reactants; and (b) recovering degradation products from the reactants. wherein the transformant is introduced with Baeyer-Villiger monooxygenase (BVMO)-encoding gene and has ability to produce degradation products from long-chain fatty acids, wherein the long-chain fatty acid is C16 to C20 straight-chain fatty acid and wherein the BVMO-encoding gene encodes an amino acid sequence of BVMO derived from Pseudomonas fluorescens, Pseudomonas putida, Pseudomonas veronii, Rhodococcus jostii or Pseudomonas sp. strain HI-70, or a sequence having 80% or more homology thereto which maintains BVMO activity. (a) reacting the transformant with a long-chain fatty acid to obtain reactants; and (b) recovering degradation products from the reactants.
A noise barrier comprising: at least two mounting poles forming a frame, at least one noise barrier panel placed across said frame which is capable of being moved by the force of wind to allow passage of wind; the at least one noise barrier panel having a closed position for providing barrier to noise; and the at least one noise barrier panel having an open position to allow passage of wind; the at least one noise barrier panel being capable of being moved by the force of wind from the closed position to the open position; characterized in that the at least one noise barrier panel is capable of folding to move from the closed position to the open position. at least two mounting poles forming a frame, at least one noise barrier panel placed across said frame which is capable of being moved by the force of wind to allow passage of wind; the at least one noise barrier panel having a closed position for providing barrier to noise; and the at least one noise barrier panel having an open position to allow passage of wind; the at least one noise barrier panel being capable of being moved by the force of wind from the closed position to the open position; characterized in that the at least one noise barrier panel is capable of folding to move from the closed position to the open position.
A fastener, comprising: a substantially cylindrical fastener having a top, a bottom, and a central longitudinal axis (A-A) extending from the top to the bottom; a head located at the top being the largest diameter of the fastener; a shank extending immediately downward from the head, said shank having a plurality of knurls extending radially therefrom; characterized in that, the knurls are arranged in rows, each row in longitudinal alignment parallel to the longitudinal axis and the rows are equally spaced radially around a circumference of the shank; and the cross-sectional profile of each row in a longitudinal plane containing the longitudinal axis of the fastener consists of a series of contiguous arcuate valleys (26, 31) and arcuate peaks (22, 33). a substantially cylindrical fastener having a top, a bottom, and a central longitudinal axis (A-A) extending from the top to the bottom; a head located at the top being the largest diameter of the fastener; a shank extending immediately downward from the head, said shank having a plurality of knurls extending radially therefrom; characterized in that, the knurls are arranged in rows, each row in longitudinal alignment parallel to the longitudinal axis and the rows are equally spaced radially around a circumference of the shank; and the cross-sectional profile of each row in a longitudinal plane containing the longitudinal axis of the fastener consists of a series of contiguous arcuate valleys (26, 31) and arcuate peaks (22, 33).
Actuating mechanism for adjusting a seat, comprising an actuating lever (5.1) which is configured to actuate a seat height adjustment means and a backrest inclination adjustment means, - the actuating lever (5.1) being configured as a double lever for actuating a first triggering mechanism for a seat height adjustment means and for actuating a second triggering mechanism for a backrest inclination adjustment means, the actuating mechanism comprising a spring element, characterized in that the spring element is coupled to the first triggering mechanism and the second triggering mechanism in order to generate a spring load on the first and second triggering mechanism (7, 8). - the actuating lever (5.1) being configured as a double lever for actuating a first triggering mechanism for a seat height adjustment means and for actuating a second triggering mechanism for a backrest inclination adjustment means, the actuating mechanism comprising a spring element, characterized in that the spring element is coupled to the first triggering mechanism and the second triggering mechanism in order to generate a spring load on the first and second triggering mechanism (7, 8).
A mass spectrometer including an ion source using pulsed extraction for generating pre-cursor ions from a sample, wherein said pre-cursor ions have an initial axial distribution in the direction normal to the sample surface, the initial axial distribution comprising an initial axial spatial distribution and an initial axial velocity distribution, wherein the pulsed extraction focuses the precursor ions to produce a space focus for the initial axial velocity distribution, ion fragmentation means for generating fragment ions from the pre-cursor ions, a curved-field reflectron for focusing the kinetic energy distribution of the fragment ions, and an ion detector, characterised in that the mass spectrometer also includes an initial axial spatial distribution focusing means which in use acts on the ions after the ion fragmentation means and before the curved-field reflectron, the initial axial spatial distribution focusing means being operable to produce a pulsed axial electrostatic field; a control means to coordinate the operation of the pulsed axial electrostatic field with the generation of the pre-cursor ions; whereby the electrostatic potential decreases away from the ion source in an axial direction, or increases away from the ion source in an axial direction, the axial electrostatic field being operable to reduce the said initial axial spatial distribution of the ions by accelerating or decelerating the ions in the direction of the ion optical axis of the spectrometer thereby causing the ions to bunch together and acquire an additional velocity distribution that corresponds to the initial axial spatial distribution.
A communication apparatus, comprising: a radio transceiver module; and a processor, adapted to receive a neighbor cell advertisement message from a serving base station via the radio transceiver module, and to scan a plurality of neighbor base stations (102, 103) according to information carried in the neighbor cell advertisement message to obtain a measurement result, wherein the neighbor base stations are scanned in a prioritized order, wherein the neighbor base stations is categorized according to cell types, and the information carried in the neighbor cell advertisement message is sorted according to categories of the neighbor base stations, characterised in that said neighbor cell advertisement message is segmented into a plurality of sub-advertisement messages, each sub-advertisement message carries information regarding the neighbor base stations belonging to the one or more categories, and wherein the processor is adapted to scan the neighbor base stations after receiving at least one sub-advertisement message. a radio transceiver module; and a processor, adapted to receive a neighbor cell advertisement message from a serving base station via the radio transceiver module, and to scan a plurality of neighbor base stations (102, 103) according to information carried in the neighbor cell advertisement message to obtain a measurement result, wherein the neighbor base stations are scanned in a prioritized order, wherein the neighbor base stations is categorized according to cell types, and the information carried in the neighbor cell advertisement message is sorted according to categories of the neighbor base stations, characterised in that said neighbor cell advertisement message is segmented into a plurality of sub-advertisement messages, each sub-advertisement message carries information regarding the neighbor base stations belonging to the one or more categories, and wherein the processor is adapted to scan the neighbor base stations after receiving at least one sub-advertisement message.