mhurhangee/patent-ind-claim-en huggingface dataset:
A container configured to be received in a vehicle cup holder, the container comprising; a body portion defining an internal compartment, the body portion comprising a closed bottom end and an open top end ; and a cover portion configured to cover the open top end of the body portion ; wherein the cover portion comprises an aperture for accessing the internal compartment of the body portion , and support means for supporting one or more consumer articles on an outer surface of the cover portion , and wherein the support means comprise at least one recessed portion for receiving one or more consumer articles, the recessed portion being defined by two parallel upwardly projecting plates positioned on the cover portion . a body portion defining an internal compartment, the body portion comprising a closed bottom end and an open top end ; and a cover portion configured to cover the open top end of the body portion ;
Method for producing 2-hydroxy-4-(methylthio)butyronitrile (MMP-CN), the method comprising contacting a hydrogen cyanide (HCN) process gas mixture prepared according to the Andrussow process from methane, ammonia and oxygen, with 3-methylmercaptopropionaldehyde (MMP), the method being characterized in that the HCN process gas mixture is obtained from the crude HCN process gas mixture by adjusting the amount of ammonia to between 20 % (v/v) and 60% (v/v) of the amount of the ammonia in the crude HCN process gas mixture.
A method for controlling a converter from an n-phase AC input voltage to a DC output voltage, each phase of the AC input voltage being connected to a switch of the converter, the method including the following steps: - (a) a step of determining the signs of j characteristic voltages (Va, Vb, Vc, Va-Vb, Vb-Vc, Va-Vc, Va+20°, Vb+20°, Vc+20°, Va-20°, Vb-20°, Vc-20°); - (b) a step of determining a reference combination (C1-C12, C1-C18) to which the signs of the j characteristic voltages (Va, Vb, Vc, Va-Vb, Vb-Vc, Va-Vc, Va+20°, Vb+20°, Vc+20°, Va-20°, Vb-20°, Vc-20°) correspond by comparing the signs of these j characteristic voltages to data from a reference table, said reference table comprising a number i of different reference combinations (C1-C12, C1-C18), each reference combination being representative of a fraction of a period of the AC input voltage, the number i being a multiple of the number n of phases of the AC input voltage, further, the j characteristic voltages (Va, Vb, Vc, Va-Vb, Vb-Vc, Va-Vc, Va+20°, Vb+20°, Vc+20°, Va-20°, Vb-20°, Vc-20°) comprising a first set of AC input voltages (Va, Vb, Vc) and a second set of characteristic voltages (Va-Vb, Vb-Vc, Va-Vc, Va+20°, Vb+20°, Vc+20°, Va-20°, Vb-20°, Vc-20°), each of the characteristic voltages (Va-Vb, Vb-Vc, Va-Vc, Va+20°, Vb+20°, Vc+20°, Va-20°, Vb-20°, Vc-20°) of this second set being obtained by either carrying out a difference of input voltages (Va, Vb, Vc), or carrying out a +20° and -20° phase shift of an input voltage (Va, Vb, Vc); - (c) a step of opening each switch for a predetermined opening time (t1, t2, t3) according to the reference combination (C1-C12, C1-C18) identified during step (b). - (a) a step of determining the signs of j characteristic voltages (Va, Vb, Vc, Va-Vb, Vb-Vc, Va-Vc, Va+20°, Vb+20°, Vc+20°, Va-20°, Vb-20°, Vc-20°); - (b) a step of determining a reference combination (C1-C12, C1-C18) to which the signs of the j characteristic voltages (Va, Vb, Vc, Va-Vb, Vb-Vc, Va-Vc, Va+20°, Vb+20°, Vc+20°, Va-20°, Vb-20°, Vc-20°) correspond by comparing the signs of these j characteristic voltages to data from a reference table, said reference table comprising a number i of different reference combinations (C1-C12, C1-C18), each reference combination being representative of a fraction of a period of the AC input voltage, the number i being a multiple of the number n of phases of the AC input voltage, further, the j characteristic voltages (Va, Vb, Vc, Va-Vb, Vb-Vc, Va-Vc, Va+20°, Vb+20°, Vc+20°, Va-20°, Vb-20°, Vc-20°) comprising a first set of AC input voltages (Va, Vb, Vc) and a second set of characteristic voltages (Va-Vb, Vb-Vc, Va-Vc, Va+20°, Vb+20°, Vc+20°, Va-20°, Vb-20°, Vc-20°), each of the characteristic voltages (Va-Vb, Vb-Vc, Va-Vc, Va+20°, Vb+20°, Vc+20°, Va-20°, Vb-20°, Vc-20°) of this second set being obtained by either carrying out a difference of input voltages (Va, Vb, Vc), or carrying out a +20° and -20° phase shift of an input voltage (Va, Vb, Vc); - (c) a step of opening each switch for a predetermined opening time (t1, t2, t3) according to the reference combination (C1-C12, C1-C18) identified during step (b).
A T cell activating bispecific antigen binding molecule comprising (a) a first antigen binding moiety which specifically binds to CEA; (b) a second antigen binding moiety which specifically binds to CD3; (c) a third antigen binding moiety which specifically binds to CEA; and (d) an Fc domain composed of a first and a second subunit capable of stable association; wherein the first, second and third antigen binding moieties are Fab molecules and the second and the third antigen binding moiety are each fused at the C-terminus of the Fab heavy chain to the N-terminus of one of the subunits of the Fc domain, and the first antigen binding moiety is fused at the C-terminus of the Fab heavy chain to the N-terminus of the Fab heavy chain of the second antigen binding moiety; and wherein the first and the third antigen binding moiety each is a conventional Fab molecule and comprises a heavy chain variable region comprising the amino acid sequence of SEQ ID NO: 22 and a light chain variable region comprising the amino acid sequence of SEQ ID NO: 23, and the second antigen binding moiety is a crossover Fab molecule wherein the variable domains VL and VH or the constant domains CL and CH1 of the Fab light chain and the Fab heavy chain are replaced by each other and comprises a heavy chain variable region comprising the amino acid sequence of SEQ ID NO: 3 and a light chain variable region comprising the amino acid sequence of SEQ ID NO: 7. (a) a first antigen binding moiety which specifically binds to CEA; (b) a second antigen binding moiety which specifically binds to CD3; (c) a third antigen binding moiety which specifically binds to CEA; and (d) an Fc domain composed of a first and a second subunit capable of stable association;
A method for transmitting data between a first communication device and at least a second communication device connected to said first communication device, the method comprising: - determining by the first communication device, among a plurality of transmission interfaces embedded in the first communication device, a transmission interface to be used for transmitting said data to the second communication device based on parameters representative of reception capabilities of said second communication device, and at least one parameter representative of a service associated to said data to be transmitted, - transmitting said data to the second communication device on the determined transmission interface. - determining by the first communication device, among a plurality of transmission interfaces embedded in the first communication device, a transmission interface to be used for transmitting said data to the second communication device based on parameters representative of reception capabilities of said second communication device, and at least one parameter representative of a service associated to said data to be transmitted, - transmitting said data to the second communication device on the determined transmission interface.
A process for producing alumina, comprising the following steps: i) preparing an alumina mixture by adding an aluminum salt to an aqueous solution; the alumina mixture having a pH of 3 to 4; ii) adding an alkaline metal aluminate to the alumina mixture to form a seed mixture, wherein the addition of the alkaline metal aluminate occurs at a rate to maintain the pH of the seed mixture from 6.0 to 7.5; iii) aging the seed mixture; iv) adding to the seed mixture additional aluminum salt and additional alkaline metal aluminate, said addition being at a rate to produce a precipitated mixture comprising a precipitated alumina and to maintain the pH of the precipitated mixture from 6.9 to 7.8; v) heating the precipitated mixture comprising the precipitated alumina whilst increasing the pH from a pH of 8.8 to a pH of 9.3; and vi) recovering the precipitated alumina. i) preparing an alumina mixture by adding an aluminum salt to an aqueous solution; the alumina mixture having a pH of 3 to 4; ii) adding an alkaline metal aluminate to the alumina mixture to form a seed mixture, wherein the addition of the alkaline metal aluminate occurs at a rate to maintain the pH of the seed mixture from 6.0 to 7.5; iii) aging the seed mixture; iv) adding to the seed mixture additional aluminum salt and additional alkaline metal aluminate, said addition being at a rate to produce a precipitated mixture comprising a precipitated alumina and to maintain the pH of the precipitated mixture from 6.9 to 7.8; v) heating the precipitated mixture comprising the precipitated alumina whilst increasing the pH from a pH of 8.8 to a pH of 9.3; and vi) recovering the precipitated alumina.
A catheter , comprising: a catheter shaft including a shaft wall ; and a lumen extending longitudinally within the shaft wall , wherein the lumen is bounded in radially outward and radially inward directions, the lumen including a feed portion and an identification symbol having a pattern and fluidly connected to the feed portion , wherein the lumen is configured to receive a contrast media and wherein the identification symbol is machine readable. a catheter shaft including a shaft wall ; and a lumen extending longitudinally within the shaft wall , wherein the lumen is bounded in radially outward and radially inward directions, the lumen including a feed portion and an identification symbol having a pattern and fluidly connected to the feed portion , wherein the lumen is configured to receive a contrast media and wherein the identification symbol is machine readable.
A transporter for retrieving at least one reinforcing ply and conforming the at least one reinforcing ply to a forming surface of a rotatable forming drum having axial (A) and circumferential (C) directions and with the forming surface being coextensive with a pair of opposed sides and having one or more tire components disposed thereon, the transporter comprising: a manifold including one or more supply ports each having a supply port inlet in communication with a vacuum supply source and a supply port outlet for delivery of a vacuum to one or more suction cup assemblies supported by an assembly support bar , with each suction cup assembly including a suction cup in generally coaxial alignment with a suction cup retainer and each suction cup being reciprocatably and translationally positionable between a ply retrieval position, in which the at least one reinforcing ply is retrieved from a generally even surface, and a ply pose position, in which the at least one reinforcing ply assumes a profile shape of the forming surface of the drum before posing of the at least one reinforcing ply on the one or more tire components , wherein each suction cup assembly includes a slide shaft reciprocatingly accommodated within a slide housing and coaxially disposed relative to an extension spring that governs vertical motion of the suction cup , and wherein the slide housing is fastened to a slide bearing by at least one lateral return cord and the slide bearing is actuatably disposed proximate a bearing rail affixed to the assembly support bar , characterized in that the retention of the at least one lateral return cord by a return spring ensures sufficient tension in the at least one lateral return cord , thereby preserving suction cup assemblies in, and returning them to, the ply retrieval position while facilitating change to an accurate ply pose position.
A method of operating a transmitting node in a millimeter-wave communication network, the method comprising: transmitting, to a receiving node, communication signaling in a transmission timing structure, the communication signaling in the transmission timing structure comprising control signaling and data signaling, the communication signaling in the transmission timing structure further comprising reference signaling common to the control signaling and data signaling; wherein the reference signaling common to the control signaling and data signaling is arranged in time domain between the control signaling and the data signaling; and wherein the reference signaling common to the control signaling and data signaling is usable by the receiving node to demodulate both the control signaling and the data signaling in the transmission timing structure and is usable as a cyclic prefix and cyclic suffix for the control signaling and the data signaling transmitting, to a receiving node, communication signaling in a transmission timing structure, the communication signaling in the transmission timing structure comprising control signaling and data signaling, the communication signaling in the transmission timing structure further comprising reference signaling common to the control signaling and data signaling; wherein the reference signaling common to the control signaling and data signaling is arranged in time domain between the control signaling and the data signaling; and wherein the reference signaling common to the control signaling and data signaling is usable by the receiving node to demodulate both the control signaling and the data signaling in the transmission timing structure and is usable as a cyclic prefix and cyclic suffix for the control signaling and the data signaling
A fastener that fixes double-door type flaps of a box in a closed state, comprising a receiving part , a pressing part , and a linking part , wherein the receiving part and the pressing part oppose each other with the linking part interposed, spaces on both sides sandwiching the linking part between the receiving part and the pressing part are insertion areas for inserting the flaps of the box, the receiving part extends to left and right, and flap abutting parts that abut surfaces of the flaps are provided on the front and rear sides of the receiving part , the flap abutting parts are tab parts for which at least a portion is curvable or bendable upward so that the tips of both tab parts of the flap abutting parts can be overlapped and pinched by turning up the tab parts , the linking part is rod shaped, and extends downward from the left-right center of the receiving part , and the pressing part is rod shaped in the top view and extends to both left and right sides from a bottom end of the linking part . a receiving part , a pressing part , and a linking part , wherein the receiving part and the pressing part oppose each other with the linking part interposed, spaces on both sides sandwiching the linking part between the receiving part and the pressing part are insertion areas for inserting the flaps of the box, the receiving part extends to left and right, and flap abutting parts that abut surfaces of the flaps are provided on the front and rear sides of the receiving part , the flap abutting parts are tab parts for which at least a portion is curvable or bendable upward so that the tips of both tab parts of the flap abutting parts can be overlapped and pinched by turning up the tab parts , the linking part is rod shaped, and extends downward from the left-right center of the receiving part , and the pressing part is rod shaped in the top view and extends to both left and right sides from a bottom end of the linking part .
An Fc region comprising a modified CH3 domain that binds to a human transferrin receptor protein 1 (TfR1) and is capable of being transported across the blood-brain barrier (BBB).
Heavy vehicle fitted with a crane to which a device is attached, for moving large urban solid waste containers where the waste is released through the bottom, which containers may or may not be underground, said heavy vehicle comprises a structure onto which a container washing system is mounted, said container washing system comprises a system for washing the inside of the containers and a system for washing the outside of the containers, characterized in that said container washing system comprises a vertically retracting washing vessel consisting of a compartment containing the system for washing the inside of the containers, the system for washing the outside of the containers, a lower rear door for unloading any solid waste and carrying out cleaning procedures, a door in the upper front part of a retracting section in order to facilitate the moving of the containers and a hydraulic oil subsystem for moving the washing vessel and said doors , wherein said system for washing the inside of the containers consists of washing units and said system for washing the outside of the containers comprises high pressure water sprinklers attached to the four inside walls of the compartment of the washing vessel and situated at different levels; a water tank forming a single unit and consisting of two outside sections aligned with the side walls of the vehicle and intended for storing the clean water to be used for washing which are connected in such a way that the columns of water on either side are identical, and a central section used for collecting dirty washing water; and an electric and electronic control and programming subsystem designed to carry out all the actions and operations necessary for moving the container, moving the washing vessel, washing and draining the washing water and assisting an operator in the control and programming operations, consisting of a board fitted with two circuit breakers for protecting the power supply system running on the vehicle batteries, two levelling amplifiers, one for the minimum clean water level and the other for the maximum dirty water level, a programmable logic controller (PLC), a key selector with automatic and manual modes, various warning devices and various manual control switches; wherein said device is attachable by the operator to a container to be washed, said container is placed inside the compartment of the washing vessel by the operator by means of the crane , the retracting washing vessel is lifted by the operator so that the container is completely immersed inside the vessel, the system for washing the inside of the containers is driven, the washing vessel is retracted whereby the system for washing the outside of the containers is driven during the downward movement, after which the container is returned by the operator driving the crane .
A surveying system for assisting placement of a staking tool including a picket, a crossbeam, and a slope beam, the surveying system comprising, in addition to a surveying device and a terminal device : a design information acquisition unit configured to acquire design information including a designed slope (SL); a surveying information acquisition unit configured to transmit, to the terminal device , surveying information on surveying by the surveying device ; a current state estimation unit configured to calculate a current surveying position, including an estimated altitude of a current ground (GL) in accordance with the surveying information received by the terminal device ; characterised in that the surveying system further comprises an intersection calculation unit configured to calculate a coordinate of an intersection (C) between the current ground (GL) and the designed slope (SL) based on the estimated altitude of the current ground (GL) and the design information including the designed slope (SL); a stake shape determination unit configured to determine a shape of a stake to be placed, based on a direction of the designed slope (SL), the coordinate of the intersection (C), and the current surveying position; and a stake shape information unit configured to cause the terminal device to inform of the shape of the stake determined by the stake shape determination unit . a design information acquisition unit configured to acquire design information including a designed slope (SL); a surveying information acquisition unit configured to transmit, to the terminal device , surveying information on surveying by the surveying device ; a current state estimation unit configured to calculate a current surveying position, including an estimated altitude of a current ground (GL) in accordance with the surveying information received by the terminal device ; characterised in that the surveying system further comprises an intersection calculation unit configured to calculate a coordinate of an intersection (C) between the current ground (GL) and the designed slope (SL) based on the estimated altitude of the current ground (GL) and the design information including the designed slope (SL); a stake shape determination unit configured to determine a shape of a stake to be placed, based on a direction of the designed slope (SL), the coordinate of the intersection (C), and the current surveying position; and a stake shape information unit configured to cause the terminal device to inform of the shape of the stake determined by the stake shape determination unit .
A targeting system for a bore in a distal end portion of an intramedullary nail, comprising: a distal targeting arm with a first end being configured to be coupled to a trailing end of an intramedullary nail , an adjusting device , the adjusting device being configured to be coupled to the distal targeting arm , wherein the adjusting device comprises an adjusting element and a nail follower including two targeting holes each being configured to receive a sleeve assembly , wherein the adjusting element comprises two screw configured to engage with a first and a second threaded bore of the nail follower and is configured to adjust the position of the nail follower so that the targeting holes correspond to respective locking holes at a leading end of the intramedullary nail, when the nail is bent, characterised in that the two screws have equal pitches, wherein the two screws are coupled by a gear with a gear ratio different from 1:1. a distal targeting arm with a first end being configured to be coupled to a trailing end of an intramedullary nail , an adjusting device , the adjusting device being configured to be coupled to the distal targeting arm , wherein the adjusting device comprises an adjusting element and a nail follower including two targeting holes each being configured to receive a sleeve assembly , wherein the adjusting element comprises two screw configured to engage with a first and a second threaded bore of the nail follower and is configured to adjust the position of the nail follower so that the targeting holes correspond to respective locking holes at a leading end of the intramedullary nail, when the nail is bent, characterised in that the two screws have equal pitches, wherein the two screws are coupled by a gear with a gear ratio different from 1:1.
A projection system comprising: an illumination system (200; 1602) configured to generate illumination radiation for generating an image of an object to be projected onto an image plane of the projection system, the illumination system comprising: a field omitting illumination condenser (1610; 2010) configured to receive the illumination radiation from a radiation source and provide a patterned illumination radiation beam to generate the image of the object , wherein the patterned illumination radiation beam comprises an omitted illumination portion corresponding to a ridge line of a roof prism (1632; 1700) disposed within an optical path of the projection system.