mhurhangee/patent-ind-claim-en huggingface dataset:
Power-assisted hydraulic braking system of a wheeled vehicle, with a main brake line into which a setpoint brake pressure can be introduced via a brake valve actuated by means of a brake pedal, and from which a plurality of wheel brake lines branch off, each leading to an actuating unit of a wheel brake , and with a valve arrangement of an ABS controller, comprising an inlet valve disposed between the main brake line and one of the wheel brake lines and an outlet valve disposed between the relevant wheel brake line and a pressureless return line , wherein the inlet valve and the outlet valve are embodied as pressure-controlled 2/2-way switching valves with suitably sized switching cross-sections, wherein at least one pilot control valve (11, 12, 14, 15; 51, 52) embodied as a solenoid switching valve is associated with each of the inlet valve and the outlet valve , by means of which a control connection of the relevant inlet or outlet valve can be alternately subjected to a low or high control pressure to change over, wherein the inlet valve and the outlet valve are embodied as a poppet valve which comprises at least one connection for the wheel brake line , the control connection (13; 16) for a relevant control pressure line (18; 21) and a connection for the main brake line or for the return line , characterized in that the inlet valve comprises a valve bore narrowing inwards in stages with an inner-lying valve seat , in which are disposed a seat piston that is held in a position raised from the valve seat by a valve spring in the rest state and axially on the outside a control piston that is connected to the seat piston , wherein the main brake line opens radially into the valve bore axially inwards next to the valve seat , wherein the wheel brake line opens radially into the valve bore axially on the outside next to the valve seat , and wherein the control connection for the associated control pressure line is disposed axially on the outside on the valve bore .
Silo module system having several large silos for bulk material, in particular large components, and having several small silos for bulk material, in particular for small and/or medium-sized components, wherein the large silos have a larger capacity for bulk material than the small silos , wherein a common first container scale is arranged downstream of the large and the small silos and at least one second container scale is arranged downstream of the small silos , wherein the at least one second container scale is arranged upstream of the first container scale , characterized in that the small silos are enclosed by a tubular housing to which the large silos can be attached.
Substrate for radio-frequency microelectronic devices comprising: • a support substrate made of a first semiconductor material with resistivity of more than 500 ohm.cm; • a plurality of trenches in the support substrate , filled with a second material , and defining, on a first face of the support substrate , a plurality of first zones made of a first material and at least one second zone made of a second material ; the substrate being characterized in that : • the second material has a resistivity of more than 10 kohms.cm; • the first zones have a maximum dimension of less than 10 microns and are isolated from each other by the second zone ; • the surface density of the first zones and of the second zone provides an upper part of the substrate, extending from the first face of the support substrate to a depth of the trenches , with an average thermal conductivity of more than 20 W/mK, an average dielectric permittivity that is less than the permittivity of the first material and a resistivity that is greater than the resistivity of the first material . • a support substrate made of a first semiconductor material with resistivity of more than 500 ohm.cm; • a plurality of trenches in the support substrate , filled with a second material , and defining, on a first face of the support substrate , a plurality of first zones made of a first material and at least one second zone made of a second material ; • the second material has a resistivity of more than 10 kohms.cm; • the first zones have a maximum dimension of less than 10 microns and are isolated from each other by the second zone ; • the surface density of the first zones and of the second zone provides an upper part of the substrate, extending from the first face of the support substrate to a depth of the trenches , with an average thermal conductivity of more than 20 W/mK, an average dielectric permittivity that is less than the permittivity of the first material and a resistivity that is greater than the resistivity of the first material .
An intermittent urinary catheter assembly comprising: - an intermittent urinary catheter comprising a catheter tube having a proximal end and a distal end, where the proximal end comprises a catheter tip and the distal end comprises a catheter connector , and - a catheter package , wherein the package is of a general elongate shape having a proximal end and a distal end , where the package comprises a cavity for accommodating at least the insertable part of the catheter tube - characterised in that - the catheter package is configured for accommodating the intermittent urinary catheter and is in form of a tubular member - wherein the catheter package is provided with an opening arranged in a predefined area in a side wall of the tubular member for allowing the extraction of the catheter from the package - wherein the opening in the catheter package defines an area of the tubular member where the material is removed from the side wall of the tubular member over an area defining more than 180 degrees of a cross sectional area of the tubular member. - an intermittent urinary catheter comprising a catheter tube having a proximal end and a distal end, where the proximal end comprises a catheter tip and the distal end comprises a catheter connector , and - a catheter package , wherein the package is of a general elongate shape having a proximal end and a distal end , where the package comprises a cavity for accommodating at least the insertable part of the catheter tube - characterised in that - the catheter package is configured for accommodating the intermittent urinary catheter and is in form of a tubular member - wherein the catheter package is provided with an opening arranged in a predefined area in a side wall of the tubular member for allowing the extraction of the catheter from the package - wherein the opening in the catheter package defines an area of the tubular member where the material is removed from the side wall of the tubular member over an area defining more than 180 degrees of a cross sectional area of the tubular member.
A system for grasping tissue comprising: a main body comprising a barrel portion having a lumen extending therethrough and a shuttle pin at least partially positioned in the lumen ; a first jaw rotatably coupled to the main body ; a second jaw ; a proximal arm extending from the first jaw ; and a delivery device comprising an actuation rod and a coupling magnet configured to releasably magnetically couple to the main body , wherein the system is configured such that a force applied to the proximal arm via the shuttle pin rotates the first jaw relative to the second jaw . a main body comprising a barrel portion having a lumen extending therethrough and a shuttle pin at least partially positioned in the lumen ; a first jaw rotatably coupled to the main body ; a second jaw ; a proximal arm extending from the first jaw ; and a delivery device comprising an actuation rod and a coupling magnet configured to releasably magnetically couple to the main body , wherein the system is configured such that a force applied to the proximal arm via the shuttle pin rotates the first jaw relative to the second jaw .
A spark plug for an internal combustion engine comprising: an insulator having an axial hole extending in a direction of an axis (CL1) and a stepped portion provided on an outer circumferential portion thereof and tapering frontward in the direction of the axis (CL1); an annular sheet packing ; and a substantially tubular metallic shell having a taper portion provided on an inner circumferential portion thereof and tapering frontward in the direction of the axis (CL1), and holding the insulator through a rear end portion thereof being crimped with the stepped portion being seated on the taper portion via the sheet packing ; the spark plug being characterized in that the taper portion has a groove ; wherein the groove has a depth (Dg) of 0.005 mm or greater and of one-half or less a thickness (Tp) of the sheet packing ; wherein a portion of the sheet packing bulges into the groove. an insulator having an axial hole extending in a direction of an axis (CL1) and a stepped portion provided on an outer circumferential portion thereof and tapering frontward in the direction of the axis (CL1); an annular sheet packing ; and a substantially tubular metallic shell having a taper portion provided on an inner circumferential portion thereof and tapering frontward in the direction of the axis (CL1), and holding the insulator through a rear end portion thereof being crimped with the stepped portion being seated on the taper portion via the sheet packing ; the spark plug being characterized in that the taper portion has a groove ; wherein the groove has a depth (Dg) of 0.005 mm or greater and of one-half or less a thickness (Tp) of the sheet packing ; wherein a portion of the sheet packing bulges into the groove.
A block for wheel brakes comprising (i) a friction portion , in which a friction surface is defined, which is arranged so as to act upon a peripheral surface (S) of a wheel (R) in order to carry out the braking action; said peripheral surface being, in use, in contact with a rail; (ii) a support plate , which is fixed, in an irreversible manner, to a surface of said friction portion opposite said friction surface ; and (iii) a base plate , which is fixed to said support plate and comprises a coupling element to fix the block as a whole to a brake system; said block being characterized in that it comprises at least one elastic element placed between said support plate and said base plate ; said elastic element creating a ventilation air space (I) between said support plate and said base plate .
A mammography imaging system , comprising: data acquisition circuitry configured to generate one or more images that are transmitted directly or indirectly to a remote processing resource configured to execute a plurality of services which each evaluate the one or more images for a different type of non-conformity and provide a notification of any identified non-conformity via an application interface, the imaging system being configured to receive one or more notifications of identified non-conformities from the plurality of services and further comprising: an operator interface and display configured to execute an application that displays said identified non-conformities of the one or more images identified by the remote processing resource; and wherein the one or more images comprise mammographic images and the types of non-conformities include one or more: absence of a breast/chest angle in an MLO view; misalignment of a nipple and pectoral muscle in an MLO view, non-centered nipple in a CC view, absence of pectoral muscle in the CC view. data acquisition circuitry configured to generate one or more images that are transmitted directly or indirectly to a remote processing resource configured to execute a plurality of services which each evaluate the one or more images for a different type of non-conformity and provide a notification of any identified non-conformity via an application interface, the imaging system being configured to receive one or more notifications of identified non-conformities from the plurality of services and further comprising: an operator interface and display configured to execute an application that displays said identified non-conformities of the one or more images identified by the remote processing resource; and wherein the one or more images comprise mammographic images and the types of non-conformities include one or more: absence of a breast/chest angle in an MLO view; misalignment of a nipple and pectoral muscle in an MLO view, non-centered nipple in a CC view, absence of pectoral muscle in the CC view. an operator interface and display configured to execute an application that displays said identified non-conformities of the one or more images identified by the remote processing resource; and wherein the one or more images comprise mammographic images and the types of non-conformities include one or more: absence of a breast/chest angle in an MLO view; misalignment of a nipple and pectoral muscle in an MLO view, non-centered nipple in a CC view, absence of pectoral muscle in the CC view.
Luggage rack for securing a motorcycle luggage item for a motorcycle or a scooter with an adapter plate , on which the motorcycle luggage item can be fastened and which has at least one positioning element for defining the position of and prefixing the luggage rack on the motorcycle or scooter, and with a displacement apparatus which has an engagement element and a lever which interacts with the engagement element , the lever being adjustable between an open position and a locked position and in the process moving the engagement element between a position, in which it is released from the motorcycle or the scooter, and a position, in which it is fastened to the motorcycle or scooter, characterized in that , when the lever is situated outside the locked position, the lever projects beyond the adapter plate in a vertical direction which is orthogonal with respect to the longitudinal and transverse direction, and blocks mounting of the motorcycle luggage item on the adapter plate .
A valve construction comprising a frame , the frame comprising a plurality of closing canal systems arranged to work as a valve for pressurized medium, said canal systems comprising tube inlets and outlets , valve houses , which include valve stems and shut-off parts, the frame further comprising a channel disposed in the space between the valve houses in the valve frame , whereby the valve construction further comprises a control lever to close and open said canal systems and one or more electric or pneumatic operating switches fitted in connection with the control lever , whereby either to the one or more electric operating switches connected to the control lever a cable is led to run inside a tube of the control lever or to the one or more pneumatic operating switches a piping system is fitted to run inside the tube of the control lever , whereby the cable or the piping system is fitted to run further into the valve frame and through the valve frame , the valve construction further comprising a rocker joint part , which is furnished with a hole and which transmits the opening and closing motion to the valve stems of the valve houses by pressing downwards respective rollers and wherein the cable or the piping system passes through the hole of the rocker joint part and the channel in the valve frame , wherein the necessary tube inlets and outlets and a cable outlet are on the same bottom side of the valve frame .
A system for treating a tissue site with reduced pressure provided by a source of reduced pressure , comprising: a dressing including a base layer having a plurality of apertures and adapted to be fluidly coupled to the tissue site , a sealing member coupled to the base layer and defining an enclosure with the base layer , and an absorbent member disposed within the enclosure between the base layer and the sealing member ; a dressing interface disposed on the sealing member in fluid communication with the dressing ; a fluid conductor in fluid communication with the dressing interface and adapted to be coupled to the source of reduced pressure for providing reduced pressure to the dressing ; and a humidity sensor having a sensing portion fluidly coupled to the fluid conductor between the dressing interface and the source of reduced pressure and having an output for providing a humidity signal. a dressing including a base layer having a plurality of apertures and adapted to be fluidly coupled to the tissue site , a sealing member coupled to the base layer and defining an enclosure with the base layer , and an absorbent member disposed within the enclosure between the base layer and the sealing member ; a dressing interface disposed on the sealing member in fluid communication with the dressing ; a fluid conductor in fluid communication with the dressing interface and adapted to be coupled to the source of reduced pressure for providing reduced pressure to the dressing ; and a humidity sensor having a sensing portion fluidly coupled to the fluid conductor between the dressing interface and the source of reduced pressure and having an output for providing a humidity signal.
An electronic communication device for performing an authentication session with an authentication server , wherein the electronic communication device comprises: a communication interface configured to receive for the authentication session a random bit string from the authentication server and mapping information from a security server , wherein the mapping information defines a mapping of each of a plurality of integer values to a respective substring of the random bit string ; a PIN pad configured to generate, in response to each of a sequence of operations of the PIN pad by a user , a respective PIN pad signal; a processing circuitry configured to generate based on each PIN pad signal a respective input integer value and to determine based on the mapping information for the respective input integer value the respective substring of the random bit string ; wherein the communication interface is further configured, once a pre-defined number of input integer values have been entered, to transmit the plurality of substrings of the random bit string to the authentication server for processing the authentication session. a communication interface configured to receive for the authentication session a random bit string from the authentication server and mapping information from a security server , wherein the mapping information defines a mapping of each of a plurality of integer values to a respective substring of the random bit string ; a PIN pad configured to generate, in response to each of a sequence of operations of the PIN pad by a user , a respective PIN pad signal; a processing circuitry configured to generate based on each PIN pad signal a respective input integer value and to determine based on the mapping information for the respective input integer value the respective substring of the random bit string ; wherein the communication interface is further configured, once a pre-defined number of input integer values have been entered, to transmit the plurality of substrings of the random bit string to the authentication server for processing the authentication session.
A method of converting a printer to print with white toner, comprising the steps of: Providing a color toner printer; wherein said color toner printer comprises a plurality of drum cartridges and a plurality of toner cartridges; wherein said plurality of toner cartridges comprises a cyan toner cartridge, a yellow toner cartridge, a magenta toner cartridge, and a black toner cartridge; wherein said plurality of drum cartridges comprises a cyan drum cartridge, a yellow drum cartridge, a magenta drum cartridge, and a black drum cartridge; removing said black toner cartridge and said black drum cartridge; disassembling said black drum cartridge; emptying and cleaning said black toner cartridge and said black drum cartridge; priming said black drum cartridge with a white toner ; filling said black toner cartridge with said white toner ; and installing said white toner filled cartridge and said white toner primed drum into said printer. Providing a color toner printer; wherein said color toner printer comprises a plurality of drum cartridges and a plurality of toner cartridges; wherein said plurality of toner cartridges comprises a cyan toner cartridge, a yellow toner cartridge, a magenta toner cartridge, and a black toner cartridge; wherein said plurality of drum cartridges comprises a cyan drum cartridge, a yellow drum cartridge, a magenta drum cartridge, and a black drum cartridge; wherein said color toner printer comprises a plurality of drum cartridges and a plurality of toner cartridges; wherein said plurality of toner cartridges comprises a cyan toner cartridge, a yellow toner cartridge, a magenta toner cartridge, and a black toner cartridge; wherein said plurality of drum cartridges comprises a cyan drum cartridge, a yellow drum cartridge, a magenta drum cartridge, and a black drum cartridge; removing said black toner cartridge and said black drum cartridge; disassembling said black drum cartridge; emptying and cleaning said black toner cartridge and said black drum cartridge; priming said black drum cartridge with a white toner ; filling said black toner cartridge with said white toner ; and installing said white toner filled cartridge and said white toner primed drum into said printer.
An optical transceiver , comprising: a processing device coupled to a memory ; an optical subassembly coupled to the processing device and configured to receive and modulate a first signal carrying high speed user data having a data rate of 10 Gb/s or above for transmission to a remote optical transceiver over an optical link; a programmable device coupled to the processing device and configured to: perform forward error correction (FEC) encoding/decoding on a remote digital diagnostic monitoring (RDDM) signal transmitted in a predetermined frame structure, to obtain a predetermined bit error rate (BER) performance when a modulation depth of a double modulated optical signal is less than 6%, wherein the double modulated optical signal comprises the first signal and the RDDM signal at a baseband, the RDDM signal being modulated on the first signal at the baseband as a second modulated signal, and wherein the RDDM signal is current modulated on the first signal using a laser diode (LD) bias current of the optical transceiver. a processing device coupled to a memory ; an optical subassembly coupled to the processing device and configured to receive and modulate a first signal carrying high speed user data having a data rate of 10 Gb/s or above for transmission to a remote optical transceiver over an optical link; a programmable device coupled to the processing device and configured to: perform forward error correction (FEC) encoding/decoding on a remote digital diagnostic monitoring (RDDM) signal transmitted in a predetermined frame structure, to obtain a predetermined bit error rate (BER) performance when a modulation depth of a double modulated optical signal is less than 6%, wherein the double modulated optical signal comprises the first signal and the RDDM signal at a baseband, the RDDM signal being modulated on the first signal at the baseband as a second modulated signal, and wherein the RDDM signal is current modulated on the first signal using a laser diode (LD) bias current of the optical transceiver. perform forward error correction (FEC) encoding/decoding on a remote digital diagnostic monitoring (RDDM) signal transmitted in a predetermined frame structure, to obtain a predetermined bit error rate (BER) performance when a modulation depth of a double modulated optical signal is less than 6%, wherein the double modulated optical signal comprises the first signal and the RDDM signal at a baseband, the RDDM signal being modulated on the first signal at the baseband as a second modulated signal, and wherein the RDDM signal is current modulated on the first signal using a laser diode (LD) bias current of the optical transceiver.