mhurhangee/ep-ind-claims huggingface dataset:
Coating device for containers, for supplying a large number of consumer stations accommodating the containers, with a predetermined amount of a process medium, wherein each consumer station comprises a gas pressure valve, further comprising supply lines for the process medium, terminating in connections of the a gas pressure valves and providing a connection between a third pressure chamber and all consumer stations, characterized by a unit for keeping a predetermined flow rate constant and for providing a defined pressure drop in the supply lines between a reservoir for the process medium and a the second pressure chamber configured as a treatment chamber, wherein the third pressure chamber acts as a buffer therein between and said unit comprises: - capillary paths dimensioned in accordance with the predetermined amount of the process medium, via which the supply lines extend before each connection; and - a unit which is associated with the plurality of connections in common and which is configured for maintaining a defined flow velocity along the capillary paths, comprising the third pressure chamber upstream of the capillary paths and the second pressure chamber downstream of the capillary paths. - capillary paths dimensioned in accordance with the predetermined amount of the process medium, via which the supply lines extend before each connection; and - a unit which is associated with the plurality of connections in common and which is configured for maintaining a defined flow velocity along the capillary paths, comprising the third pressure chamber upstream of the capillary paths and the second pressure chamber downstream of the capillary paths.
Shading device with a drive consisting of an electric motor and a control unit for controlling the electric motor, with a hanging driven by the drive and a control element associated with the drive, wherein the hanging is movable in into a first end position and movable out into a second end position, characterised in that the control unit is configured to move the hanging selectably in a fast motion or slow motion through actuations of the control element, wherein during the slow motion at least one intermediate position of the hanging can be learnt in that the control element is actuated when the hanging is in the intermediate position and wherein, after learning of the intermediate position has taken place, through specific actuation of the control element selectably one of the end positions or the learnt intermediate position can be moved to by the hanging in the fast motion.
Switching device for conducting and interrupting electrical currents having - a first mechanical contact assembly, - a semiconductor switch, which is connected in parallel with the first mechanical contact assembly, - a second mechanical contact assembly, which is connected in series with the first mechanical contact assembly, and - a switching electronics which is designed to switch the semiconductor switch on and off, characterised in that - an auxiliary coil is provided, which is galvanically isolated from the circuit of a switching drive for moving contacts of the first and second mechanical contact assemblies and is electromagnetically coupled to a coil of the switching drive in such a way that a voltage is produced in said auxiliary coil when the voltage supply of the switching drive is switched off, - the switching electronics is supplied by the voltage produced in the auxiliary coil when the voltage supply of the switching drive is switched off, and - a current transformer is provided for detecting the current flow through the semiconductor switch and producing a corresponding signal, which is supplied to the switching electronics, wherein the switching electronics is designed to switch off the semiconductor switch depending on the signal supplied. - a first mechanical contact assembly, - a semiconductor switch, which is connected in parallel with the first mechanical contact assembly, - a second mechanical contact assembly, which is connected in series with the first mechanical contact assembly, and - a switching electronics which is designed to switch the semiconductor switch on and off, - an auxiliary coil is provided, which is galvanically isolated from the circuit of a switching drive for moving contacts of the first and second mechanical contact assemblies and is electromagnetically coupled to a coil of the switching drive in such a way that a voltage is produced in said auxiliary coil when the voltage supply of the switching drive is switched off, - the switching electronics is supplied by the voltage produced in the auxiliary coil when the voltage supply of the switching drive is switched off, and - a current transformer is provided for detecting the current flow through the semiconductor switch and producing a corresponding signal, which is supplied to the switching electronics, wherein the switching electronics is designed to switch off the semiconductor switch depending on the signal supplied.
A rear cover of a vehicle lamp having a valve structure and infrared radiation drying and air discharging function, comprising: an end cover provided with a plurality of air vents; a connecting base for connecting with a vehicle lamp housing; a membrane module for infrared radiation drying and air discharging, wherein the end cover and the connecting base are assembled and connected to form the rear cover of the vehicle lamp, the membrane module is built in a cavity of the rear cover of the vehicle lamp; and at least one valve provided on a path of air circulation inside and outside the vehicle lamp housing through the rear cover of the vehicle lamp, and the at least one valve automatically opens and closes under impulse of air pressure difference, characterized in that the membrane module for infrared radiation drying and air discharging comprises a cylindrical body and microporous membranes, wherein end faces on both sides of the cylindrical body are connected with the microporous membranes, an interior of the cylindrical body is in the form of straight through bores separated by honeycomb hollows, and the interior is filled with a mixture (3 - 1) of a reversible moisture-absorbing micro-grain substance and substance micro-powder particles that efficiently absorb far-infrared radiation energy. an end cover provided with a plurality of air vents; a connecting base for connecting with a vehicle lamp housing; a membrane module for infrared radiation drying and air discharging, wherein the end cover and the connecting base are assembled and connected to form the rear cover of the vehicle lamp, the membrane module is built in a cavity of the rear cover of the vehicle lamp; and at least one valve provided on a path of air circulation inside and outside the vehicle lamp housing through the rear cover of the vehicle lamp, and the at least one valve automatically opens and closes under impulse of air pressure difference, characterized in that the membrane module for infrared radiation drying and air discharging comprises a cylindrical body and microporous membranes, wherein end faces on both sides of the cylindrical body are connected with the microporous membranes, an interior of the cylindrical body is in the form of straight through bores separated by honeycomb hollows, and the interior is filled with a mixture (3 - 1) of a reversible moisture-absorbing micro-grain substance and substance micro-powder particles that efficiently absorb far-infrared radiation energy.
Washing tub unit for a washing machine comprising a) a washing tub having a tub interior housing a rotatable drum, b) a draining sump arranged in a lower region of the washing tub, and c) a draining device being in fluid connection with the draining sump for draining washing liquid from the tub interior, d) wherein the draining device comprises a draining conduit and a draining pump, e) wherein the washing tub is composed of a pre-formed front tub part and a pre-formed rear tub part being connected with the front tub part in a connecting area, f) wherein the conduit is formed integral with a first tub part being one of the front tub part and the rear tub part and g) wherein the conduit has a pump receiving part at a first end for receiving the draining pump characterised in that the conduit is closed by a cover wall at a second end of the conduit opposite to the first end, wherein the cover wall is formed integral with a second tub part being the other of the front tub part and the rear tub part and is connected with the conduit in the connecting area, and in that said sump is formed integral with the same tub part (21, 22) the conduit is formed integral with, and is closed by a sump cover wall which is formed integral with the same tub part which the cover wall closing the conduit is formed integral with. a) a washing tub having a tub interior housing a rotatable drum, b) a draining sump arranged in a lower region of the washing tub, and c) a draining device being in fluid connection with the draining sump for draining washing liquid from the tub interior, d) wherein the draining device comprises a draining conduit and a draining pump, e) wherein the washing tub is composed of a pre-formed front tub part and a pre-formed rear tub part being connected with the front tub part in a connecting area, f) wherein the conduit is formed integral with a first tub part being one of the front tub part and the rear tub part and g) wherein the conduit has a pump receiving part at a first end for receiving the draining pump
Snow gliding board, comprising: • a bottom face lined by edges (20,21) and including a central planar portion, said central portion extending continuously with side portions (24,25) extending transversely to the side cut by moving away upwardly from the plane formed by said central portion; • two transverse lines (10,11) of greater front and rear width, located near or within the areas respectively tip and toe, characterised in that the structure of the board comprises a core extending transversely over the side portions (24,25) of the bottom face and having a thickness, measured in the transverse planes, decreasing by moving towards the side cut, and in that when the board is loaded so that the entire surface of the central planar portion is pressed against a horizontal plane between said two transverse lines of greater width (10,11), the edges (20,21) are at a non-zero height (h) substantially constant relative to the plane formed by the central portion of the bottom face over an area extending at least between said two transverse lines of greater width (10,11). • a bottom face lined by edges (20,21) and including a central planar portion, said central portion extending continuously with side portions (24,25) extending transversely to the side cut by moving away upwardly from the plane formed by said central portion; • two transverse lines (10,11) of greater front and rear width, located near or within the areas respectively tip and toe,
A non-invasive wound closure system, comprising: a pair of identical closure components (105, 107; 505, 507), each closure component (105, 107; 505, 507) comprising: an anchor comprised of a standoff assembly (111; 511; 811; 911) with a female connective element and a tissue attachment base (109; 509) below the standoff assembly; a ratcheting mechanism positioned within the female connective element; and a pull tab (113; 513; 813; 913) extending from the anchor and adapted to mate with the female connective element of the standoff assembly (111; 511; 811; 911) of the opposing closure component (105, 107; 505, 507); wherein each pull tab (113; 513; 813; 913) comprises teeth (125; 870, 875; 970, 975) adapted to engage the ratcheting mechanism; characterised in that a portion of the ratcheting mechanism is held in place by at least one breakaway connector; and in that in each closure component (105, 107; 505, 507) at least one tooth (125; 870, 875; 970, 975), when engaging the ratcheting mechanism, is adapted to break the breakaway connector. an anchor comprised of a standoff assembly (111; 511; 811; 911) with a female connective element and a tissue attachment base (109; 509) below the standoff assembly; a ratcheting mechanism positioned within the female connective element; and a pull tab (113; 513; 813; 913) extending from the anchor and adapted to mate with the female connective element of the standoff assembly (111; 511; 811; 911) of the opposing closure component (105, 107; 505, 507); wherein each pull tab (113; 513; 813; 913) comprises teeth (125; 870, 875; 970, 975) adapted to engage the ratcheting mechanism; characterised in that a portion of the ratcheting mechanism is held in place by at least one breakaway connector; and in that in each closure component (105, 107; 505, 507) at least one tooth (125; 870, 875; 970, 975), when engaging the ratcheting mechanism, is adapted to break the breakaway connector.
A cooking fumes collector for kitchens and distribution facilities for collecting air laden with at least odours or fumes at a workplace, particularly a workplace equipped with thermal devices, comprising a duct system leading from a suction opening to at least one air outlet opening, wherein return air is guided into the room as circulating air; a suction fan disposed in the duct system; and a filter arrangement disposed in the duct system and including at least one pre-filter and at least one odour filter, wherein the suction opening can be or is positioned at the level of the workplace, wherein the duct system is formed as a cuboidal return air box downstream of the fan, characterised in that the value of the mean air velocity downstream of the air outlet opening is set to a low value of a maximum of 0.6 m/s by the cuboidal return air box having side surfaces, wherein one of the side surfaces has an air inflow opening to which the downstream side of the fan is connected, wherein the remaining side surfaces are optionally formed as an air outlet opening (56; 56a -56d; 92) covered by an odour filter (62; 62a -62d; 94), respectively, and wherein the desired value of the mean air velocity is set by the odour filter having the appropriate air resistance being selected for covering the or each air outlet opening.
A method of making a Voice over Internet Protocol, VoIP, outbound call on a mobile device having installed a VoIP application having ability to initiate by receiving a PUSH-message a VoIP outbound call based on call related information of a Mobile Originated Call; where the Mobile Originated call setup made from the mobile device by a user is sent to a Mobile Network; characterized in that the Mobile Originated call is intercepted by a CAMEL gateway, GW, of the Mobile Network using Customised Application for Mobile network Enhanced Logic, CAMEL; the call related information is extracted from the Mobile Originated call by the CAMEL GW of the Mobile Network using CAMEL, wherein the call related information includes a destination number dialled by the user; the Mobile Originated call is terminated by a VoIP gateway, GW, of the Mobile Network using CAMEL call release message; the call-related information is sent by the CAMEL GW to a PUSH-server and is used by the PUSH-server to send a PUSH-message comprising a token and the call related information to the mobile device of the user; the PUSH-message comprising the token is sent by the PUSH-server to the mobile device to wake up the VoIP application; the VoIP application is activated by the token in the received PUSH-message and; the VoIP outbound call is initiated by the activated VoIP application using the call related information and made via the VoIP GW of the Mobile Network.
Cooking hob, comprising a plurality of cooking zones and a temperature information assembly, the temperature information assembly comprising: - at least one SAW (surface acoustic wave) temperature sensor removably attachable at or in a cooking pot, - at least one sensor antenna removably attachable at the cooking pot and electrically connected to the SAW temperature sensor, wherein the SAW temperature sensor and the sensor antenna are removably attached at an elongated carrier that is removably attachable in the cooking pot or are arranged inside an elongated housing positionable in the cooking pot - at least one reader permanently attached or attachable in or on the cooking hob, and - at least one reader antenna permanently attached or attachable in or on the cooking hob and electrically connected to the reader, wherein - the SAW temperature sensor is wireless connected or connectable to the reader via the sensor antenna and the reader antenna, and wherein - the reader is electrically connected or connectable to a control unit of the cooking hob in order to control the cooking process, characterised in that the reader antenna is arranged between two or more of the cooking zones of the cooking hob for establishing a wireless connection with cookware on any of only the cooking zones between which it is arranged. - at least one SAW (surface acoustic wave) temperature sensor removably attachable at or in a cooking pot, - at least one sensor antenna removably attachable at the cooking pot and electrically connected to the SAW temperature sensor, wherein the SAW temperature sensor and the sensor antenna are removably attached at an elongated carrier that is removably attachable in the cooking pot or are arranged inside an elongated housing positionable in the cooking pot - at least one reader permanently attached or attachable in or on the cooking hob, and - at least one reader antenna permanently attached or attachable in or on the cooking hob and electrically connected to the reader, wherein - the SAW temperature sensor is wireless connected or connectable to the reader via the sensor antenna and the reader antenna, and wherein - the reader is electrically connected or connectable to a control unit of the cooking hob in order to control the cooking process, characterised in that
A heat-not-burn cigarette product comprising a cigarette product and a heater in matched use with the cigarette product, wherein a sucking resistance when the cigarette product and the heater in matched use with the cigarette product are used together is P 1, and a sucking resistance of the cigarette product is P 2, wherein a ratio of P 2 /P 1 is equal to 50%, wherein the cigarette product comprises an aerosol forming matrix section, a smoke gathering section and a mouth contact section, the smoke gathering section is located between the aerosol forming matrix section and the mouth contact section, characterized in that a sucking resistance of the aerosol forming matrix section is P 21, wherein a ratio of P 21 /P 2 is 66% to 75%.
An image forming apparatus configured to base printing on a side of a sheet followed by overprinting on the same side of the sheet, comprising: a conveyance section configured to convey the sheet in a first conveyance direction during base printing and to convey the sheet in a second conveyance direction after base printing, wherein the second conveyance direction is the reverse of the first conveyance direction; and a distortion correction section disposed on an upstream side of a transfer nip of the image forming apparatus in the first conveyance direction and configured to correct distortion of the sheet that was generated as the sheet passed through a fixing nip of the image forming apparatus during base printing, as the sheet is conveyed by the conveyance section in the second conveyance direction through the distortion correction section, and wherein the distortion correction section is further configured to control the conveyance section to convey the sheet in the first conveyance direction for overprinting after conveying the sheet in the second direction. a conveyance section configured to convey the sheet in a first conveyance direction during base printing and to convey the sheet in a second conveyance direction after base printing, wherein the second conveyance direction is the reverse of the first conveyance direction; and a distortion correction section disposed on an upstream side of a transfer nip of the image forming apparatus in the first conveyance direction and configured to correct distortion of the sheet that was generated as the sheet passed through a fixing nip of the image forming apparatus during base printing, as the sheet is conveyed by the conveyance section in the second conveyance direction through the distortion correction section, and wherein the distortion correction section is further configured to control the conveyance section to convey the sheet in the first conveyance direction for overprinting after conveying the sheet in the second direction.
Hollow metal nanoparticles comprising: a hollow core portion; a shell portion comprising a first metal and a second metal; and a cavity extending from an outer surface of the shell portion to the hollow core in one or two or more regions of the shell portion, an average particle diameter of the hollow metal nanoparticles is 1 nm to 20 nm, the hollow metal nano particles have a spherical shape, the first metal is nickel (Ni) and the second metal is platinum (Pt), and the shell portion comprises: a first shell consisting of the first metal; and a second shell consisting of the second metal. a hollow core portion; a shell portion comprising a first metal and a second metal; and a cavity extending from an outer surface of the shell portion to the hollow core in one or two or more regions of the shell portion, an average particle diameter of the hollow metal nanoparticles is 1 nm to 20 nm, the hollow metal nano particles have a spherical shape, the first metal is nickel (Ni) and the second metal is platinum (Pt), and the shell portion comprises: a first shell consisting of the first metal; and a second shell consisting of the second metal.
A handle device for a vehicle in which an operating member linked to a base fixed to a door of a vehicle to be rotatably operable is operated so as to displace an output portion and operate a door lock device in the door linked to the output portion via a cable device, wherein a displacement (Δd) amount in the output portion per unit operation angle (Δθ) of the operating member changes according to a rotation position of the operating member characterized in that the displacement amount (Δd) in the output portion per unit operation angle (Δθ) of the operating member is large at an initial state of a handle operation and is small in a vicinity of a lock releasing operation position of the door lock device that substantially matches the position at which the resistance from the door lock device becomes the maximum.