mhurhangee/patent-ind-claim-en huggingface dataset:
A removable unit for an imaging device, comprising: a photoconductive member having respective end portions ; a cleaner blade extending across the photoconductive member and having an edge contacting a surface of the photoconductive member to remove toner therefrom; and a lower seal disposed adjacent the cleaner blade and extending across a length of the cleaner blade such that an opening for capturing removed toner is formed between the cleaner blade and the lower seal , the lower seal including first and second tabs integrally formed with the lower seal as a unitary piece, projecting at opposite ends thereof and extending between the cleaner blade and the photoconductive member such that longitudinal end sections of the cleaner blade are prevented by the first and second tabs from contacting the surface of the photoconductive member at the respective end portions thereof characterized by the removable unit further comprising first and second end seals disposed at the respective end portions of the photoconductive member and biased to contact the cleaner blade and the lower seal to prevent toner escape, the first and second end seals overlapping a portion of the first and second tabs , respectively. a photoconductive member having respective end portions ; a cleaner blade extending across the photoconductive member and having an edge contacting a surface of the photoconductive member to remove toner therefrom; and a lower seal disposed adjacent the cleaner blade and extending across a length of the cleaner blade such that an opening for capturing removed toner is formed between the cleaner blade and the lower seal , the lower seal including first and second tabs integrally formed with the lower seal as a unitary piece, projecting at opposite ends thereof and extending between the cleaner blade and the photoconductive member such that longitudinal end sections of the cleaner blade are prevented by the first and second tabs from contacting the surface of the photoconductive member at the respective end portions thereof characterized by the removable unit further comprising first and second end seals disposed at the respective end portions of the photoconductive member and biased to contact the cleaner blade and the lower seal to prevent toner escape, the first and second end seals overlapping a portion of the first and second tabs , respectively.
Method for dispatching an alert message in a telecommunications network , this method comprising: - a step (E10) of intercepting, by a platform device (20, 20', 20"), a call setup request emitted by a calling device destined for a called device , - upon said interception (E10), a step of emitting by said platform device (20, 20', 20"), a call setup request (rq1, INVITE (Alert-info)) to said called device , said emission participating in the phase of call setup between said calling device and said called device , said method being characterized in that it furthermore comprises: - subsequent to said interception (E10), a step (E20) of receiving, by said platform device or by a server included in a system comprising said platform device , a multimedia stream (f1) emitted by the calling device , and - a step (E30, E30') of transmitting, by said platform device or by said server , to said called device during said setup phase of said call, at least one part (f2) of said multimedia stream (f1), said part (f2) being able to be restored, at least partially, by alert means of said called device . - a step (E10) of intercepting, by a platform device (20, 20', 20"), a call setup request emitted by a calling device destined for a called device , - upon said interception (E10), a step of emitting by said platform device (20, 20', 20"), a call setup request (rq1, INVITE (Alert-info)) to said called device , said emission participating in the phase of call setup between said calling device and said called device , - subsequent to said interception (E10), a step (E20) of receiving, by said platform device or by a server included in a system comprising said platform device , a multimedia stream (f1) emitted by the calling device , and - a step (E30, E30') of transmitting, by said platform device or by said server , to said called device during said setup phase of said call, at least one part (f2) of said multimedia stream (f1), said part (f2) being able to be restored, at least partially, by alert means of said called device .
A pharmaceutical composition comprising an isolated humanized antibody or antigen-binding fragment thereof that specifically binds to CD40 comprising a heavy chain variable region comprising all of the hypervariable regions corresponding to those set forth in amino acids 20-132 of SEQ ID NO:2 and a light chain variable region comprising all of the hypervariable regions corresponding to those set forth in amino acids 23-128 of SEQ ID NO:4 and a pharmaceutically acceptable carrier, wherein said antibody or antigen-binding fragment thereof blocks B lymphocyte activation by CD154-expressing Jurkat cells in vitro, wherein the humanized antibody or antigen-binding fragment thereof is humanized using the best-fit method for hypervariable regions and human framework regions as described in Sims et al., J. Immunol. 151: 2296-308, 1993 or Chothia et al., J. Mol. Biol. 196:901-17, 1987.
An apparatus for manufacturing a three-dimensional object by solidifying multiple solidifiable materials, comprising: a first solidifiable material source comprising a first container having a transparent bottom and containing the first solidifiable material ; one pattern generator ; a second solidifiable material source comprising a second container having a transparent bottom and containing the second solidifiable material , wherein the second solidifiable material source is spaced apart from the first solidifiable material source in first direction defining a first axis (x) and the second solidifiable material is different from the first solidifiable material ; and a build platform movable along a second direction defining a second axis (z), wherein either (i) the build platform is movable along the first axis (x) relative to each of the first solidifiable material source and the second solidifiable material source, or (ii) each of the first solidifiable material source and the second solidifiable material source is movable along the first axis (x) relative to the build platform , wherein the build platform and the pattern generator remain in fixed alignment with one another in a plane perpendicular to the second axis (z), and during an object solidification operation, the one pattern generator projects solidification energy through the first container transparent bottom or the second container transparent bottom, further comprising a cleaning station between the first solidifiable material source and the second solidifiable material source. a first solidifiable material source comprising a first container having a transparent bottom and containing the first solidifiable material ; one pattern generator ; a second solidifiable material source comprising a second container having a transparent bottom and containing the second solidifiable material , wherein the second solidifiable material source is spaced apart from the first solidifiable material source in first direction defining a first axis (x) and the second solidifiable material is different from the first solidifiable material ; and a build platform movable along a second direction defining a second axis (z), wherein either (i) the build platform is movable along the first axis (x) relative to each of the first solidifiable material source and the second solidifiable material source, or (ii) each of the first solidifiable material source and the second solidifiable material source is movable along the first axis (x) relative to the build platform , wherein the build platform and the pattern generator remain in fixed alignment with one another in a plane perpendicular to the second axis (z), and during an object solidification operation, the one pattern generator projects solidification energy through the first container transparent bottom or the second container transparent bottom, further comprising a cleaning station between the first solidifiable material source and the second solidifiable material source.
Vehicle comprising a master cylinder and an electric battery having a positive terminal , characterized in that the master cylinder has an outer surface covered, on an external surface facing the positive terminal , with at least one protective layer comprising a sublayer of an insulating compressible material and a sublayer of a perforation-resistant material.
A service tracking system for a spray applicator, said system comprising at least one replaceable spray bar having at least one non-volatile memory unit ; and a controller connected to said at least one non-volatile memory unit ; wherein the controller is configured to control the operation of said at least one replaceable spray bar ; characterized in that the controller is configured to periodically update run-time data stored on each non-volatile memory unit regarding the operation of the specific spray bar .
A catalyst for synthesizing a polyethylene oxide polymer, comprising: a crown ether as a first component, a quaternary phosphonium salt as a second component, and an alkali metal and/or an alkali metal compound as a third component. a crown ether as a first component, a quaternary phosphonium salt as a second component, and an alkali metal and/or an alkali metal compound as a third component.
A combined radar/communications system comprising a common radar/communications transmitter having a transmission antenna and a combined radar and communications receiver having a common reception antenna , wherein the common radar/communications transmitter is configured to transmit combined radar/communications waveform-modulated signals comprising symbols, each symbol consisting of an up chirp and a down chirp, and the combined radar and communications receiver comprises: a first mixer that mixes received signals from the reception antenna with the transmitted signals and outputs first demodulated signals; a baseband radar signal processing module configured to estimate range and range rate of a radar object based on beat frequencies derived from the first demodulated signals; a second mixer that mixes received signals from the reception antenna with a frequency-modulated signal having a center frequency of a transmitting communications platform , a different center frequency than the transmit center frequency, located at a distance from the common reception antenna and outputs second demodulated signals; and a baseband communications signal processing module configured to detect slopes and initial phases of the up and down chirps of each symbol in the second demodulated signals. a first mixer that mixes received signals from the reception antenna with the transmitted signals and outputs first demodulated signals; a baseband radar signal processing module configured to estimate range and range rate of a radar object based on beat frequencies derived from the first demodulated signals; a second mixer that mixes received signals from the reception antenna with a frequency-modulated signal having a center frequency of a transmitting communications platform , a different center frequency than the transmit center frequency, located at a distance from the common reception antenna and outputs second demodulated signals; and a baseband communications signal processing module configured to detect slopes and initial phases of the up and down chirps of each symbol in the second demodulated signals.
A washer basket for dishwashers , wherein the washer basket has a lattice-like basket base , formed from base elongated members , and lateral walls and the lateral walls with the basket base together surround a basket interior space of the washer basket , wherein at least a portion of the base elongated members run in a curved manner, preferably are in the form of a succession of base elongated members running in a curved manner, when viewed in a plan view of the basket base , and the basket base additionally has a cross-shaped structure , running through the centre of the basket base and formed of base elongated members running in each case parallel to one of the lateral walls of the washer basket , when viewed in a plan view of the basket base , characterised in that the cross-shaped structure divides the basket base into, preferably four, segments arranged separated from one another by means of the cross-shaped structure and the base elongated members running in a curved manner are arranged solely in the segments , and/or in that the cross-shaped structure is arranged on the side, opposite the basket interior space , of the base elongated members running in a curved manner.
A chair comprising: a base assembly configured to stably support the chair on a surface; a seat pan member ; a seat back member for supporting the back of the user seated on the chair ; a movement support frame , the movement support frame including the seat back member being supported on the base assembly; and at least two movement support members operatively connected to the seat pan member and the movement support frame, the at least two movement support members are configured to support the seat pan member in a floating manner for dynamic movement with respect to the movement support frame including the seat back member in at least one degree of freedom in a horizontal seating plane, wherein each movement support member is a rigid rod member with an omnidirectional connector at each of its ends. a base assembly configured to stably support the chair on a surface; a seat pan member ; a seat back member for supporting the back of the user seated on the chair ; a movement support frame , the movement support frame including the seat back member being supported on the base assembly; and at least two movement support members operatively connected to the seat pan member and the movement support frame, the at least two movement support members are configured to support the seat pan member in a floating manner for dynamic movement with respect to the movement support frame including the seat back member in at least one degree of freedom in a horizontal seating plane, wherein each movement support member is a rigid rod member with an omnidirectional connector at each of its ends.
A method of improving the efficiency of an integrated hydrogen generation system comprising: producing a syngas stream in a steam reformer which has a combustion zone; introducing at least a portion of the syngas stream to a water gas shift reactor; cooling the shifted syngas stream to produce a cooled shifted syngas stream; introducing the cooled shifted syngas stream into a pressure swing adsorption unit, thereby producing a stream of predominantly hydrogen and a tail gas comprising predominantly byproducts; routing said tail gas to one or more surge tank(s) having a heat exchange device disposed therein and indirectly heating said tail gas by passing it over a surface of said heat exchange device inside which a hot fluid is cooled, thereby obtaining a heated tail gas; and routing said heated tail gas to the combustion zone of the reformer. producing a syngas stream in a steam reformer which has a combustion zone; introducing at least a portion of the syngas stream to a water gas shift reactor; cooling the shifted syngas stream to produce a cooled shifted syngas stream; introducing the cooled shifted syngas stream into a pressure swing adsorption unit, thereby producing a stream of predominantly hydrogen and a tail gas comprising predominantly byproducts; routing said tail gas to one or more surge tank(s) having a heat exchange device disposed therein and indirectly heating said tail gas by passing it over a surface of said heat exchange device inside which a hot fluid is cooled, thereby obtaining a heated tail gas; and routing said heated tail gas to the combustion zone of the reformer.
A method for producing back surface contact solar cells from crystalline silicon, having the following steps: (a) Doping, preferably by means of laser doping, for producing an n-doped or p-doped region ; (b) Exposing contact surfaces on the back surface of the solar cell , preferably by means of laser ablation; (c) Applying a metal layer to a back surface of the solar cell; and, (d) Structuring the metal layer by means of laser ablation for producing metal contacts , wherein the pitch is at most 800 micrometers characterized in that in step (c) an aluminum layer is applied, then a layer which is resistant to anodization is applied, which in the subsequent step (d) is selectively ablated by means of laser and then is completely anodized in the ablated regions. (a) Doping, preferably by means of laser doping, for producing an n-doped or p-doped region ; (b) Exposing contact surfaces on the back surface of the solar cell , preferably by means of laser ablation; (c) Applying a metal layer to a back surface of the solar cell; and, (d) Structuring the metal layer by means of laser ablation for producing metal contacts , wherein the pitch is at most 800 micrometers
Tool carrier for a tool changing system of an agricultural soil-cultivation machine for carrying a soil-cultivation tool , comprising - a locking member receptacle for receiving a locking member of the tool changing system , which locking member is movable relative to the tool carrier , is brought into an operating clamping state by elastic deformation, and is designed to lock a clamping lever in the operating clamping state in a locking position; the locking member receptacle having a safety stop for absorbing a restoring force transmitted from the clamping lever in the operating clamping state to the locking member , characterized in that the safety stop is arranged at the rear of the clamping lever in the operating clamping state of the clamping lever . - a locking member receptacle for receiving a locking member of the tool changing system , which locking member is movable relative to the tool carrier , is brought into an operating clamping state by elastic deformation, and is designed to lock a clamping lever in the operating clamping state in a locking position; the locking member receptacle having a safety stop for absorbing a restoring force transmitted from the clamping lever in the operating clamping state to the locking member , characterized in that the safety stop is arranged at the rear of the clamping lever in the operating clamping state of the clamping lever . the locking member receptacle having a safety stop for absorbing a restoring force transmitted from the clamping lever in the operating clamping state to the locking member , characterized in that the safety stop is arranged at the rear of the clamping lever in the operating clamping state of the clamping lever .
A method for making a colour screen for a lighting and/or signalling device for a motor vehicle, characterized in that it implements the following steps: - a step of pressing a first film against a second film of larger surface, in such a way that the first film perforates the second film and forms that way a passage at the size of the first film , the first and the second film being made of plastic material and of different colours, then - a step of positioning the first film into the passage in such a way as to plug said passage . - a step of pressing a first film against a second film of larger surface, in such a way that the first film perforates the second film and forms that way a passage at the size of the first film , the first and the second film being made of plastic material and of different colours, then - a step of positioning the first film into the passage in such a way as to plug said passage .
A differential traveling roller driven by a built-in outer rotor motor , comprising a left roller , a right roller , a support shaft , the built-in outer rotor motor sleeved on the support shaft , and a sealing structure (81, 82-Fig.1) provided in an inner cavity of the left and right rollers wherein the sealing structure is formed between the left roller and the right roller ; the support shaft is provided on an axis of the left and right rollers ; an inner wall of the left roller is connected to a left support plate , and an inner wall of the right roller is connected to a right support plate; an outer ring of each of the support plates is provided with a notch (111-Fig.2) for dust to flow out; two end walls of a rotor body of the built-in outer rotor motor are respectively connected to end cap seats ; transmission devices are respectively provided between the end cap seats and the corresponding support plates on corresponding sides; pawl members (6-Fig.1; 61, 62-Fig.3) of the transmission devices are fixedly sleeved on the end cap seats ; ratchet wheel members (7-Fig.1; 71-Fig.3) of the transmission devices are connected to the corresponding support plates ; the sealing structure is provided between the left and right support plates and is circumferentially provided outside the rotor body of the built-in outer rotor motor ; left and right supporting sealing plates are provided on the support shaft at ends of the left and right rollers , respectively; and an end of the support shaft is provided with a positioning structure to prevent the support shaft from rotating.
An oral care composition, comprising: a soluble zinc polyphosphate complex in a solvent, said complex made by using zinc chloride and sodium hexametaphosphate; wherein the relative amounts of inorganic zinc salt and long chain polyphosphates provide a phosphorus to zinc mole ratio of 15:1 to 25:1. a soluble zinc polyphosphate complex in a solvent, said complex made by using zinc chloride and sodium hexametaphosphate; wherein the relative amounts of inorganic zinc salt and long chain polyphosphates provide a phosphorus to zinc mole ratio of 15:1 to 25:1.
A method for producing a microstructured optical fibre for use in a supercontinuum light source, the microstructured optical fibre comprising a core and a cladding comprising a core material and a cladding material, respectively, wherein the core is a solid core, the core material comprising silica, wherein the method comprises: • providing a preform for producing the microstructured optical fibre; • forming the microstructured optical fibre from the preform; and • applying a coating to the formed fibre, wherein the method further comprises loading said core material and optionally said cladding material with hydrogen and/or deuterium prior to or during the process of forming the fibre and prior to the application of the coating. • providing a preform for producing the microstructured optical fibre; • forming the microstructured optical fibre from the preform; and • applying a coating to the formed fibre,