mhurhangee/patent-ind-claim-en huggingface dataset:
A wideband quarter-wave impedance transformer , comprising: a quarter-wave impedance transformer having an input end coupled to an input impedance (Z IN ) and an output end coupled to an output impedance (Z OUT ); and a compensation circuitry connected in parallel with the quarter-wave impedance transformer at a low-impedance end of the quarter-wave impedance transformer , wherein the low-impedance end corresponds to the input end of the quarter-wave impedance transformer, the compensation circuitry configured to reduce a total quality factor of the wideband quarter-wave impedance transformer as compared to a quality factor of the quarter-wave impedance transformer , the compensation circuitry comprising two open stubs configured to form a parallel-tuned circuit, or a lumped element equivalent circuit for two open stubs , connected in parallel to the quarter-wave impedance transformer only at the low-impedance end of the quarter-wave impedance transformer so that a total quality factor of the two open stubs is equal to the quality factor of the quarter-wave impedance transformer. a quarter-wave impedance transformer having an input end coupled to an input impedance (Z IN ) and an output end coupled to an output impedance (Z OUT ); and a compensation circuitry connected in parallel with the quarter-wave impedance transformer at a low-impedance end of the quarter-wave impedance transformer , wherein the low-impedance end corresponds to the input end of the quarter-wave impedance transformer, the compensation circuitry configured to reduce a total quality factor of the wideband quarter-wave impedance transformer as compared to a quality factor of the quarter-wave impedance transformer , the compensation circuitry comprising two open stubs configured to form a parallel-tuned circuit, or a lumped element equivalent circuit for two open stubs , connected in parallel to the quarter-wave impedance transformer only at the low-impedance end of the quarter-wave impedance transformer so that a total quality factor of the two open stubs is equal to the quality factor of the quarter-wave impedance transformer.
A drive device for a movable furniture part , comprising - an ejection force storage member which can be tensioned, - an ejection element for carrying out an ejection movement (A) of the movable furniture part from a closed position (SS) into an open position (OS), wherein the ejection movement (A) can be initiated by an over-pressing movement (Ü) of the movable furniture part into an over-pressing position (ÜS) which is behind the closed position (SS), wherein the ejection element is force-actuated by the ejection force storage member and - a tensioning device for tensioning the ejection force storage member with energy (E) which can be released during the ejection movement (A), characterized in that during the over-pressing movement (LJ) by the tensioning device at least 50 % of the energy (E) released by the ejection force storage member during the ejection movement (A) can be supplied into the ejection force storage member . - an ejection force storage member which can be tensioned, - an ejection element for carrying out an ejection movement (A) of the movable furniture part from a closed position (SS) into an open position (OS), wherein the ejection movement (A) can be initiated by an over-pressing movement (Ü) of the movable furniture part into an over-pressing position (ÜS) which is behind the closed position (SS), wherein the ejection element is force-actuated by the ejection force storage member and - a tensioning device for tensioning the ejection force storage member with energy (E) which can be released during the ejection movement (A),
A retainer operable to secure a plurality of shaving head components on a shaving head , the retainer comprising: a retainer body extending along a plane in first and second directions and having (i) a front leg extending from a front of the body in the first direction, and (ii) a rear leg extending from a rear of the body in the second direction, (iii) at least one side leg extending from a side of the retainer body and extending at least partially perpendicular to the front leg and the rear leg wherein a tip of the front leg defines an outermost point of the retainer along the plane in the first direction, and wherein each of the front leg , the rear leg and the side leg (i) partially surrounds a portion of the shaving head , or (ii) extends into a portion of the shaving head , characterized in that , the at least one side leg is operable to abut a bottom portion of the shaving head . a retainer body extending along a plane in first and second directions and having (i) a front leg extending from a front of the body in the first direction, and (ii) a rear leg extending from a rear of the body in the second direction, (iii) at least one side leg extending from a side of the retainer body and extending at least partially perpendicular to the front leg and the rear leg wherein a tip of the front leg defines an outermost point of the retainer along the plane in the first direction, and wherein each of the front leg , the rear leg and the side leg (i) partially surrounds a portion of the shaving head , or (ii) extends into a portion of the shaving head , characterized in that , the at least one side leg is operable to abut a bottom portion of the shaving head .
Process for sealing and inflating inflatable articles, in particular for sealing and inflating pneumatic vehicle tires, wherein a sealant present in a sealant container is conveyed into the inflatable article and subsequently, using a compressor preferably driven by an electric motor, a sealing/pumping pressure is generated, as a result of which the inflatable article is sealed and inflated to a predetermined operating pressure, characterized in that during filling or after entry into the inflatable article a blowing agent which forms a blowing gas with at least one of the chemical components of the sealant is added, said blowing gas forming an aerosol with at least a sub-amount of the sealant.
A construction machine comprising: a frame ; an engine provided on the frame ; an exhaust aftertreatment device for purifying exhaust gas of the engine , the exhaust aftertreatment device comprising a first treatment section capable of removing a first component contained in the exhaust gas, and a second treatment section capable of removing a second component contained in the exhaust gas, the second treatment section being disposed above or below the first treatment section in side-by-side relation; a lower member attached to a lower surface of the exhaust aftertreatment device , and provided above the frame to support the exhaust aftertreatment device from therebeneath in such a manner that the exhaust aftertreatment device is disposed at a position overlapping the engine in side view; and a vertical member disposed to extend upwardly from a portion of the lower member located between the exhaust aftertreatment device and the engine , and attached to a lateral surface of the exhaust aftertreatment device , characterized in that the construction machine further comprises a cover covering at least a part of the exhaust aftertreatment device from on a side opposite to the vertical member with respect to the exhaust aftertreatment device , the cover being detachably attached to the lower member , wherein the cover is detachably attached to a lateral surface of the exhaust aftertreatment device on the side opposite to the vertical member . a frame ; an engine provided on the frame ; an exhaust aftertreatment device for purifying exhaust gas of the engine , the exhaust aftertreatment device comprising a first treatment section capable of removing a first component contained in the exhaust gas, and a second treatment section capable of removing a second component contained in the exhaust gas, the second treatment section being disposed above or below the first treatment section in side-by-side relation; a lower member attached to a lower surface of the exhaust aftertreatment device , and provided above the frame to support the exhaust aftertreatment device from therebeneath in such a manner that the exhaust aftertreatment device is disposed at a position overlapping the engine in side view; and a vertical member disposed to extend upwardly from a portion of the lower member located between the exhaust aftertreatment device and the engine , and attached to a lateral surface of the exhaust aftertreatment device , characterized in that
A method of operating User Equipment, UE, in a wireless communication network, comprising: determining that data to the network are delay-tolerant; characterized by : receiving from the network a first value for a Time Alignment Timer, TAT, , and a second value for the TAT for non delay-tolerant data, wherein the first value indicates a shorter duration than the second value; when the data is determined delay-tolerant, applying the first value to a Time Alignment Timer moving the UE more rapidly to a non synchronized state than if the data is not delay-tolerant. receiving from the network a first value for a Time Alignment Timer, TAT, , and a second value for the TAT for non delay-tolerant data, wherein the first value indicates a shorter duration than the second value; when the data is determined delay-tolerant, applying the first value to a Time Alignment Timer moving the UE more rapidly to a non synchronized state than if the data is not delay-tolerant.
A resettable shield-activated injection training device, comprising: an outer housing comprising a proximal end and a distal end; a plunger slidable relative to the outer housing between a retracted position and an extended position; and a safety shield comprising an extended locked position, an extended unlocked position, and a retracted position, the safety shield being slidable relative to the outer housing between an extended position and a retracted position; a rotatable reset component , said reset component configured to mechanically interact with the safety shield , such that when the reset component rotates, the safety shield is unlocked and released from its extended locked position after use of the device to an unlocked position; wherein the reset component comprises a safety shield locking tab configured to mechanically interact with the safety shield , to lock the safety shield in an extended position; wherein the plunger is retained in a pre-fired position until the safety shield is in the retracted position and wherein an application of an axial force on the plunger toward the proximal end of the outer housing rotates the reset component , unlocks the safety shield and resets the device. an outer housing comprising a proximal end and a distal end; a plunger slidable relative to the outer housing between a retracted position and an extended position; and a safety shield comprising an extended locked position, an extended unlocked position, and a retracted position, the safety shield being slidable relative to the outer housing between an extended position and a retracted position; a rotatable reset component , said reset component configured to mechanically interact with the safety shield , such that when the reset component rotates, the safety shield is unlocked and released from its extended locked position after use of the device to an unlocked position; wherein the reset component comprises a safety shield locking tab configured to mechanically interact with the safety shield , to lock the safety shield in an extended position; wherein the plunger is retained in a pre-fired position until the safety shield is in the retracted position and wherein an application of an axial force on the plunger toward the proximal end of the outer housing rotates the reset component , unlocks the safety shield and resets the device.
A method for processing polymeric sheets having a polyolefin matrix containing at least one polymeric material selected between polypropylene and polyethylene, or both, said sheets being of the multiwall type crossed internally by hollow channels, the method characterized in that it provides, in a step a., for striking at least one face of at least one polymeric sheet with a laser beam, for the localized modification of at least one surface portion of the sheet , and the consequent superficial alteration of the at least one face, and prolonging the exposure of the sheet to the beam until a surface hollow of predefined depth is formed in order to reduce and/or eliminate the danger of any adhesion of the face of the sheet struck by the laser to an additional sheet , as a consequence of their mutual stacking. said sheets being of the multiwall type crossed internally by hollow channels, the method characterized in that it provides, in a step a., for striking at least one face of at least one polymeric sheet with a laser beam, for the localized modification of at least one surface portion of the sheet , and the consequent superficial alteration of the at least one face, and prolonging the exposure of the sheet to the beam until a surface hollow of predefined depth is formed in order to reduce and/or eliminate the danger of any adhesion of the face of the sheet struck by the laser to an additional sheet , as a consequence of their mutual stacking.
A method of manufacturing a detergent or cleaning agent portion unit, comprising the steps of: i) Providing a mould with at least one mould cavity; ii) Adding a first water-soluble film to the mould cavity; iii) Moulding the first water-soluble film into the mould cavity to form a receiving chamber; iv) Filling the receiving chamber with at least one washing-active or cleaning-active composition to form an at least partially filled receiving chamber; v) Adding a second water-soluble film; vi) Sealing the at least partially filled receiving chamber with the second water-soluble film to form a detergent or cleaning agent portion unit comprising a water-soluble coating; vii) Transporting the detergent or cleaning agent portion unit by means of a transport device through a shrink tunnel and shrinking the water-soluble film of the detergent or cleaning agent portion unit in the shrink tunnel to form a pre-shrunk detergent or cleaning agent portion unit; viii) Cooling of the pre-shrunk detergent or cleaning agent portion unit on a cooling section outside the first shrink tunnel; ix) Transporting of the pre-shrunk detergent or cleaning agent portion unit by means of a transport device through a shrink tunnel and shrinking of the water-soluble film of the pre-shrunk detergent or cleaning agent portion unit in the shrink tunnel to form a shrunk detergent or cleaning agent portion unit. i) Providing a mould with at least one mould cavity; ii) Adding a first water-soluble film to the mould cavity; iii) Moulding the first water-soluble film into the mould cavity to form a receiving chamber; iv) Filling the receiving chamber with at least one washing-active or cleaning-active composition to form an at least partially filled receiving chamber; v) Adding a second water-soluble film; vi) Sealing the at least partially filled receiving chamber with the second water-soluble film to form a detergent or cleaning agent portion unit comprising a water-soluble coating; vii) Transporting the detergent or cleaning agent portion unit by means of a transport device through a shrink tunnel and shrinking the water-soluble film of the detergent or cleaning agent portion unit in the shrink tunnel to form a pre-shrunk detergent or cleaning agent portion unit; viii) Cooling of the pre-shrunk detergent or cleaning agent portion unit on a cooling section outside the first shrink tunnel; ix) Transporting of the pre-shrunk detergent or cleaning agent portion unit by means of a transport device through a shrink tunnel and shrinking of the water-soluble film of the pre-shrunk detergent or cleaning agent portion unit in the shrink tunnel to form a shrunk detergent or cleaning agent portion unit.
A method for producing electrochromic nanoparticles having a core-shell structure, the method comprising the steps of: preparing (S210) a core having a predetermined particle diameter; coating a predetermined substrate with the core; and adsorbing (S220) different types of electrochromic materials on the surface of the core coated on the predetermined substrate, wherein the electrochromic materials have different absorption spectra. preparing (S210) a core having a predetermined particle diameter; coating a predetermined substrate with the core; and adsorbing (S220) different types of electrochromic materials on the surface of the core coated on the predetermined substrate, wherein the electrochromic materials have different absorption spectra.
Transparent colorless flaky pigment, consisting of a transparent colorless flaky core particle and of a coating on the core particle, wherein the coating consists of a first and a second separate continuous sublayer, each sublayer being composed of aluminium oxide and/or aluminium oxide hydroxide, the second sublayer being located on top of the first sublayer, where the coating has a density ρ < 3.00 g/cm 3 and where the density of the first sublayer is larger than the density of the second sublayer.
A method, comprising: segmenting a video file into video segments , wherein the end frame of each preceding video segment and the start frame of the subsequent video segment are successive frames of the video file ; and generating a condensed representation of the video file defining a concurrent presentation of the video segments in respective windows in a display area , characterized in that the concurrent presentation is over repeating cycles of a loop period, wherein the condensed representation specifies for each of the windows a sequence of positions in the display area where frames of the respective video segment are presented during the loop period, each sequence of positions moving the respective window from a start position which is a position in the display area where the respective video segment is presented when each cycle of the loop period begins to an end position which is a position in the display area where the respective video segment is presented when each cycle of the loop period ends, wherein the end position is in proximity to the start position of the window where the subsequent video segment is presented. segmenting a video file into video segments , wherein the end frame of each preceding video segment and the start frame of the subsequent video segment are successive frames of the video file ; and generating a condensed representation of the video file defining a concurrent presentation of the video segments in respective windows in a display area , characterized in that the concurrent presentation is over repeating cycles of a loop period, wherein the condensed representation specifies for each of the windows a sequence of positions in the display area where frames of the respective video segment are presented during the loop period, each sequence of positions moving the respective window from a start position which is a position in the display area where the respective video segment is presented when each cycle of the loop period begins to an end position which is a position in the display area where the respective video segment is presented when each cycle of the loop period ends, wherein the end position is in proximity to the start position of the window where the subsequent video segment is presented.
Integrated train control and driver advisory system , comprising: an on-board control communication network of a train , a train control unit , coupled to the control communication network and comprising an interface for the train driver for controlling an operation of the train, at least one component control unit , such as a brake control unit, for controlling an operation of at least one train component, such as a brake, the at least one component control unit being coupled to the control communication network and the train control unit being configured to exchange control data with the at least one component control unit via the control communication network, a driver advisory module , coupled to the control communication network and configured to provide driving recommendations during the operation of the train, and an external data interface , coupled to the train control communication network and forming a gateway to an external data communication network , with the driver advisory module being configured to receive data from the external data communication network via the external data interface, wherein the control communication network is a vehicle bus. an on-board control communication network of a train , a train control unit , coupled to the control communication network and comprising an interface for the train driver for controlling an operation of the train, at least one component control unit , such as a brake control unit, for controlling an operation of at least one train component, such as a brake, the at least one component control unit being coupled to the control communication network and the train control unit being configured to exchange control data with the at least one component control unit via the control communication network, a driver advisory module , coupled to the control communication network and configured to provide driving recommendations during the operation of the train, and an external data interface , coupled to the train control communication network and forming a gateway to an external data communication network , with the driver advisory module being configured to receive data from the external data communication network via the external data interface, wherein the control communication network is a vehicle bus.