mhurhangee/ep-ind-claims huggingface dataset:
Switching converter comprising a transformer, which has a primary winding which is connected to an input voltage in series with two switching elements (2, 3), wherein the primary winding is divided into a first partial winding and into a second partial winding with a tap arranged therebetween and further a capacitive voltage divider with a centre tap is connected to the input voltage, characterised in that the tap is connected by way of a damping element or a damping network to the centre tap of the capacitive voltage divider.
A foreign substance trap device for a cooker comprising: a first member in which at least one fluid intake hole is formed; a second member in which at least a portion of an exhaust channel, through which gas in fluid flowing inside through the fluid intake hole is discharged, is formed; and a movable member movably disposed between the first member and the second member and closing the exhaust channel by being moved by liquid in fluid flowing inside through the fluid intake hole, characterized in that the movable member includes: a foreign substance shield; a lifting shaft protruding downward from the foreign substance shield; an anti-separation portion extending from a lower end of the lifting shaft and having a diameter larger than the lifting shaft; wherein a lifting shaft accommodation hole through which the lifting shaft passes is formed in a bottom of the first member, and wherein a gap is formed between the lifting shaft accommodation hole and the lifting shaft, so the movable member freely moves up and down with respect to the first member as long as the lifting shaft is positioned in the lifting shaft accommodation hole. a first member in which at least one fluid intake hole is formed; a second member in which at least a portion of an exhaust channel, through which gas in fluid flowing inside through the fluid intake hole is discharged, is formed; and a movable member movably disposed between the first member and the second member and closing the exhaust channel by being moved by liquid in fluid flowing inside through the fluid intake hole, characterized in that the movable member includes: a foreign substance shield; a lifting shaft protruding downward from the foreign substance shield; an anti-separation portion extending from a lower end of the lifting shaft and having a diameter larger than the lifting shaft; a foreign substance shield; a lifting shaft protruding downward from the foreign substance shield; an anti-separation portion extending from a lower end of the lifting shaft and having a diameter larger than the lifting shaft; wherein a lifting shaft accommodation hole through which the lifting shaft passes is formed in a bottom of the first member, and wherein a gap is formed between the lifting shaft accommodation hole and the lifting shaft, so the movable member freely moves up and down with respect to the first member as long as the lifting shaft is positioned in the lifting shaft accommodation hole.
An X-ray Talbot interferometer comprising: a source grating including a plurality of X-ray transmitting portions, configured to allow some of X-rays from an X-ray source to pass therethrough; a beam splitter grating having a periodic structure, configured to diffract X-rays from the X-ray transmitting portions by using the periodic structure to form an interference pattern (8a-8c); and an X-ray detector configured to detect X-rays from the beam splitter grating, wherein the beam splitter grating diffracts an X-ray from each of the plurality of X-ray transmitting portions by using the periodic structure to form interference patterns (8a-8c) each corresponding to one of the plurality of X-ray transmitting portions, wherein the plurality of X-ray transmitting portions are arranged so that the interference patterns, each corresponding to one of the plurality of X-ray transmitting portions, are superimposed on one another to enhance a specific spatial frequency component, and wherein the specific spatial frequency component is a spatial frequency component in a sideband generated by modulation of spatial frequency components specific to the interference patterns by a sample. a source grating including a plurality of X-ray transmitting portions, configured to allow some of X-rays from an X-ray source to pass therethrough; a beam splitter grating having a periodic structure, configured to diffract X-rays from the X-ray transmitting portions by using the periodic structure to form an interference pattern (8a-8c); and an X-ray detector configured to detect X-rays from the beam splitter grating, wherein the beam splitter grating diffracts an X-ray from each of the plurality of X-ray transmitting portions by using the periodic structure to form interference patterns (8a-8c) each corresponding to one of the plurality of X-ray transmitting portions, wherein the plurality of X-ray transmitting portions are arranged so that the interference patterns, each corresponding to one of the plurality of X-ray transmitting portions, are superimposed on one another to enhance a specific spatial frequency component, and wherein the specific spatial frequency component is a spatial frequency component in a sideband generated by modulation of spatial frequency components specific to the interference patterns by a sample.
Seat assembly with seat position detection means and memory function for a vehicle, comprising a seat composed of a plurality of seat parts (1a-1c) which can move relative to one another, having at least one mechanical adjustment device for manually adjusting a seat position of a user into a seat position which is adapted individually to the user, also comprising a measuring device, arranged at the at least one adjustment device or at the respective seat part (1a-1c), for determining the set seat position of the respective seat part (1a-1c), characterized in that the measuring device has a transmitter element for the cableless transmission of the seat position to a receiver element which is connected thereto, wherein the receiver element stores and detects again the seat position which is individually adapted to the user.
A hydraulic stop for the damping of an end-of-travel of an oscillating movement, including an annular jacket adjusted around a cylinder attached to a body, provided for moving axially forward during a compression by discharging a fluid towards an interior chamber formed in this cylinder by passing through axially distributed bores, characterized in that the interior chamber comprises a plug sliding in the cylinder by closing or opening additional bores (60, 62) of this cylinder, this plug being connected to the annular jacket by a thrust spring which in the end of travel pushes the plug forward, and being connected to the body by a hydraulic shock absorber, and by a return spring which returns it rearward by developing a force less than that of the thrust spring.
Process for manufacturing tyres for vehicle wheels, each tyre comprising a belt structure arranged between a carcass structure and a tread band, wherein the belt structure comprises at least one zero-degree reinforcing structure, said process comprising: - building said zero-degree reinforcing structure by depositing a continuous elongated reinforcing element on a deposition surface arranged in a radially outer position with respect to a forming support, the aforementioned deposition comprising: - guiding the continuous elongated reinforcing element toward at least one deposition pressing member by a guide channel; - exerting a magnetic attraction on a portion of the continuous elongated reinforcing element arranged at said at least one deposition pressing member; - moving said at least one pressing member integrally with said guide channel towards the forming support until the continuous elongated reinforcing element is brought into contact with said deposition surface. - building said zero-degree reinforcing structure by depositing a continuous elongated reinforcing element on a deposition surface arranged in a radially outer position with respect to a forming support, the aforementioned deposition comprising: - guiding the continuous elongated reinforcing element toward at least one deposition pressing member by a guide channel; - exerting a magnetic attraction on a portion of the continuous elongated reinforcing element arranged at said at least one deposition pressing member; - moving said at least one pressing member integrally with said guide channel towards the forming support until the continuous elongated reinforcing element is brought into contact with said deposition surface.
A construction machine including a hydraulic pump control device, an engine, an engine start key and a start motor for starting the engine, a variable displacement hydraulic pump connected to the engine, an operation lever generating a secondary signal pressure in proportion to an operation amount, a control valve installed in a bypass path of the hydraulic pump to control a flow rate discharged from the hydraulic pump in accordance with an operation of the operation lever, a hydraulic actuator driven by hydraulic fluid supplied when the control valve is shifted, an orifice installed on a downstream side of the bypass path to form a negative signal pressure, and a regulator controlling a discharge flow rate by controlling an inclination angle of a swash plate of the hydraulic pump, the hydraulic pump control device comprising: a solenoid valve; a shuttle valve having an inlet side connectable to the solenoid valve and the negative signal pressure port and an outlet side connectable to the regulator port; and an operation lever locking means for turning on/off the control signal applied to the solenoid valve in accordance with a driver's operation, a controller receiving an operation signal of the operation lever locking means, and if the operation lever locking means is shifted to a locking position, transferring the control signal to the solenoid valve, characterized in that the hydraulic pump control device comprises: an accumulator storing a signal pressure of pump control, wherein the solenoid valve supplies or intercepts signal pressure from the accumulator when the solenoid valve is shifted in accordance with applying of a solenoid control signal, and the inclination angle of the swash plate of the hydraulic pump is maintained with a minimum capacity by compensating for the negative signal pressure by means of the hydraulic fluid supplied from the accumulator through shifting of the solenoid valve when the engine starts, and the controller receives a signal from the engine start key, and if the engine start key is operated, the controller supplies the control signal to shift the solenoid valve, while if the operation signal of the operation lever locking means is shifted to a release state, the controller intercepts power applied to the solenoid valve. a solenoid valve; a shuttle valve having an inlet side connectable to the solenoid valve and the negative signal pressure port and an outlet side connectable to the regulator port; and an operation lever locking means for turning on/off the control signal applied to the solenoid valve in accordance with a driver's operation, an accumulator storing a signal pressure of pump control, wherein the solenoid valve supplies or intercepts signal pressure from the accumulator when the solenoid valve is shifted in accordance with applying of a solenoid control signal, and
A method for making 5,5'-dialkyl-biphenyl-2,2'-diols, comprising the following steps: (i) methylating biphenyl-2,2'-diol using dimethyl sulfate, to obtain 2,2'-dimethoxy-biphenyl; (ii) acylating the 2,2'-dimethoxy-biphenyl with alkionyl chloride to obtain 2,2'-dimethoxy-5,5'-dialkionyl-biphenyl; (iii) reducing the 2,2'-dimethoxy-5,5'-dialkionyl-biphenyl to obtain 2,2'-dimethoxy-5,5'-dialkyl-biphenyl; (iv) demethylating the 2,2'-dimethoxy-5,5'-dialkyl-biphenyl by reaction with aluminium chloride and thiourea; and (v) recovering the 5,5'-dialkyl-biphenyl-2,2'-diol thus obtained, wherein "alk" or "alkyl" refers to linear, branched or cyclic C 2-10 alkyl. (i) methylating biphenyl-2,2'-diol using dimethyl sulfate, to obtain 2,2'-dimethoxy-biphenyl; (ii) acylating the 2,2'-dimethoxy-biphenyl with alkionyl chloride to obtain 2,2'-dimethoxy-5,5'-dialkionyl-biphenyl; (iii) reducing the 2,2'-dimethoxy-5,5'-dialkionyl-biphenyl to obtain 2,2'-dimethoxy-5,5'-dialkyl-biphenyl; (iv) demethylating the 2,2'-dimethoxy-5,5'-dialkyl-biphenyl by reaction with aluminium chloride and thiourea; and (v) recovering the 5,5'-dialkyl-biphenyl-2,2'-diol thus obtained,
A Wnt5a peptide possesing Wnt5a signalling properties for use in the treatment of prostate cancer, wherein the Wnt5a peptide consists of 6-20 amino acids and wherein the 6 amino acids at the C terminal end are XDGXEL (SEQ. ID. NO. 1), wherein X in position 1 is M or norleucine and X in position 4 is C or A.
A hand-held electric power tool, in particular pruning shears, comprising an electric motor, a cutting member (20, 24) and a transmission (32, 34, 36) connecting the electric motor to the cutting member, the motor and the transmission being accommodated in a main housing, the hand-held electric power tool also comprising: - an intermediate housing (40, 42, 44) of a heat-conducting material accommodated in the main housing, the intermediate housing being in thermal contact with the electric motor, - the hand-held electric power tool being characterised in that: - at least one heat sink connected to the intermediate housing and projecting to the outside of the main housing. - an intermediate housing (40, 42, 44) of a heat-conducting material accommodated in the main housing, the intermediate housing being in thermal contact with the electric motor, - the hand-held electric power tool being characterised in that: - at least one heat sink connected to the intermediate housing and projecting to the outside of the main housing.
An image forming apparatus comprising: a main body frame; an image forming unit disposed in the main body frame and comprising an image carrier and a developing member; a contact-separating unit configured to selectively allow the image carrier and the developing member to be in contact with or to be spaced apart from each other wherein the contact-separating unit comprises a lever member configured to be moved between a contact position in which the contact-separating unit is operated so that the image carrier and the developing member are put in contact with each other and a separation position in which the contact-separating unit is operated so that the image carrier and the developing member are spaced apart from each other; and a waste developer receptacle detachably disposed in the main body frame, the waste developer receptacle provided with a lever member receiving groove that has a bottom surface and can receive the lever member after the lever member is in the contact position, wherein the image carrier and the developing member are spaced apart from each other by removing the waste developer receptacle from the main body frame. a main body frame; an image forming unit disposed in the main body frame and comprising an image carrier and a developing member; a contact-separating unit configured to selectively allow the image carrier and the developing member to be in contact with or to be spaced apart from each other wherein the contact-separating unit comprises a lever member configured to be moved between a contact position in which the contact-separating unit is operated so that the image carrier and the developing member are put in contact with each other and a separation position in which the contact-separating unit is operated so that the image carrier and the developing member are spaced apart from each other; and a waste developer receptacle detachably disposed in the main body frame, the waste developer receptacle provided with a lever member receiving groove that has a bottom surface and can receive the lever member after the lever member is in the contact position, wherein the image carrier and the developing member are spaced apart from each other by removing the waste developer receptacle from the main body frame.
A case structure for a portable electronic device, the case structure comprising: a case member (11, 12) including a quadrangular opening (26, 27) into which a part of an electronic component (21, 22), which is to be housed inside said case member, is inserted; and a cover member which is arranged at a position where said cover member covers the opening (26, 27) of said case member (11, 12), characterized in that each corner portion of the opening (26, 27) of said case member (11, 12) includes a recess portion extending from an inner peripheral surface of the opening (26, 27) toward an outer peripheral side of the opening (26, 27), and in that the opening (26, 27) of said case member includes first and second openings (26, 27) which have different sizes, into which first and second electronic components (21, 22) are inserted, respectively, wherein the first and second openings (26, 27) are connected to each other. a case member (11, 12) including a quadrangular opening (26, 27) into which a part of an electronic component (21, 22), which is to be housed inside said case member, is inserted; and a cover member which is arranged at a position where said cover member covers the opening (26, 27) of said case member (11, 12), characterized in that each corner portion of the opening (26, 27) of said case member (11, 12) includes a recess portion extending from an inner peripheral surface of the opening (26, 27) toward an outer peripheral side of the opening (26, 27), and in that the opening (26, 27) of said case member includes first and second openings (26, 27) which have different sizes, into which first and second electronic components (21, 22) are inserted, respectively, wherein the first and second openings (26, 27) are connected to each other.
A transmission arrangement for an electric vehicle comprising: a differential configured to connect a first electric machine to a first and second wheel via a respective first and second driveshaft (106, 108); a coupled epicyclic gear configured to connect a second electric machine to the first drive shaft via the coupled epicyclic gear, wherein the coupled epicyclic gear comprises: - a planet carrier configured to be operatively connected to the second electric machine; - a first sun gear comprising teeth having a first profile; - a second sun gear comprising teeth having a second profile different from the first profile, and wherein the number of teeth of the first sun gear is different from the number of teeth of the second sun gear; and - at least one planet gear having a uniform tooth profile, wherein the at least one planet gear is arranged and configured to simultaneously mesh with the first and the second sun gear. a differential configured to connect a first electric machine to a first and second wheel via a respective first and second driveshaft (106, 108); a coupled epicyclic gear configured to connect a second electric machine to the first drive shaft via the coupled epicyclic gear, wherein the coupled epicyclic gear comprises: - a planet carrier configured to be operatively connected to the second electric machine; - a first sun gear comprising teeth having a first profile; - a second sun gear comprising teeth having a second profile different from the first profile, and wherein the number of teeth of the first sun gear is different from the number of teeth of the second sun gear; and - at least one planet gear having a uniform tooth profile, wherein the at least one planet gear is arranged and configured to simultaneously mesh with the first and the second sun gear. - a planet carrier configured to be operatively connected to the second electric machine; - a first sun gear comprising teeth having a first profile; - a second sun gear comprising teeth having a second profile different from the first profile, and wherein the number of teeth of the first sun gear is different from the number of teeth of the second sun gear; and - at least one planet gear having a uniform tooth profile, wherein the at least one planet gear is arranged and configured to simultaneously mesh with the first and the second sun gear.
An aluminosilicate molecular sieve having, in its calcined form, an X-ray diffraction pattern including the peaks listed in the following Table: 2-Theta d -Spacing, nm Relative Intensity Peak Broadening 7.51±0.20 1.176 W B 9.11±0.20 0.971 M B 12.90±0.20 0.686 S Sh 15.92±0.20 0.556 W Sh 17.74±0.20 0.500 S Sh 20.43±0.20 0.434 VS B 21.60±0.20 0.411 VS B 26.03±0.20 0.342 S Sh 27.70±0.20 0.322 W B 30.53±0.20 0.293 VS B 31.38±0.20 0.285 S B 34.65±0.20 0.259 W Sh.
A vehicle-mounted type back scattering inspection system, comprising a carriage and a back scattering imaging device, wherein the back scattering imaging device has a vehicle-mounted working state and a ground working state, and in the vehicle-mounted working state, the back scattering imaging device performs inspection work in the carriage; in the ground working state, the back scattering imaging device performs the inspection work on the ground at the outside of the carriage; and the back scattering imaging device is separately arranged relative to the carriage and is movable between the carriage and the ground to switch between the vehicle-mounted working state and the ground working state; wherein the vehicle-mounted type back scattering inspection system comprises a channel structure configured to provide a channel for the back scattering imaging device to move between the carriage and the ground; wherein the carriage comprises a carriage body having an opening, and the channel structure comprises a plate body arranged at the opening, wherein the plate body is rotatably arranged relative to the carriage body to form an inclined plane extending from the carriage body to the ground, the back scattering imaging device is configured to be movable along the inclined plane to leave or enter the carriage body; and/or, the plate body is movably arranged along vertical direction to drive the back scattering imaging device to move between the height where the carriage body is located and the ground; and wherein the plate body is configured to open or close the opening of the carriage body, and in the vehicle-mounted working state, the plate body closes the opening; and during switching between the vehicle-mounted working state and the ground working state, the plate body opens the opening.
A dried soluble powder product comprising between 1 g and 90 g unroasted coffee solids per 100 g of total coffee solids and with a foaming porosity of at least 20 %, wherein the unroasted coffee solids originate from extraction of raw, also called green, coffee beans with water at a temperature above 130°C, without use of an organic solvent