mhurhangee/patent-ind-claim-en huggingface dataset:
A stacker crane (3; 3A) comprising: a carriage drive unit ; a traveling carriage traveling along a track attached to a ceiling of a facility; at least two masts connected to a lower support base at their lower end parts suspended from the traveling carriage ; an elevating platform guided along the masts (12; 12a) so as to freely move up and down; a transfer unit which is provided on the elevating platform and transfers an article ; stoppers for fixing the masts (12; 12a) to a stationary object; and a switching unit for switching a state of the masts (12; 12a) between a fixed state and a released state by the stoppers ; wherein the switching unit controls the stoppers to release the fixation of the stoppers and enables the lower part of each of the masts (12; 12a) to follow the upper part of each of the masts (12; 12a) in the traveling direction when the carriage drive unit drives the traveling carriage , and the switching unit controls the stoppers to fix the masts (12; 12a) when the carriage drive unit stops the traveling carriage , characterized by a detector for detecting a deviation between a predetermined target stop position and an actual stop position of the lower part of each of the masts (12; 12a) upon the masts being fixed by the stoppers , and a calibrator for correcting the deviation detected by the detector , wherein the calibrator adjusts the stroke length of a transfer unit's arm according to the detected deviation amount in the horizontal direction perpendicular to the traveling direction of the traveling carriage or, when the calibrator is configured with a unit that is mounted on the lower support base , the calibrator moves the transfer unit in the traveling direction and in the horizontal direction perpendicular to the traveling direction of the traveling carriage . a carriage drive unit ; a traveling carriage traveling along a track attached to a ceiling of a facility; at least two masts connected to a lower support base at their lower end parts suspended from the traveling carriage ; an elevating platform guided along the masts (12; 12a) so as to freely move up and down; a transfer unit which is provided on the elevating platform and transfers an article ; stoppers for fixing the masts (12; 12a) to a stationary object; and a switching unit for switching a state of the masts (12; 12a) between a fixed state and a released state by the stoppers ; wherein the switching unit controls the stoppers to release the fixation of the stoppers and enables the lower part of each of the masts (12; 12a) to follow the upper part of each of the masts (12; 12a) in the traveling direction when the carriage drive unit drives the traveling carriage , and the switching unit controls the stoppers to fix the masts (12; 12a) when the carriage drive unit stops the traveling carriage , characterized by a detector for detecting a deviation between a predetermined target stop position and an actual stop position of the lower part of each of the masts (12; 12a) upon the masts being fixed by the stoppers , and a calibrator for correcting the deviation detected by the detector ,
A lithium-sulfur battery comprising a positive electrode; a negative electrode; and a separator and an electrolyte interposed between the positive and negative electrodes, wherein the electrode coming into contact with the separator comprises a passivation film having a semi-interpenetrating polymer network (semi-IPN) structure formed by a lithium ion-conductive polymer and a multifunctional cross-linking monomer containing two or more ethylenically unsaturated functional groups, wherein the passivation film is formed on the positive electrode coming into contact with the separator. wherein the electrode coming into contact with the separator comprises a passivation film having a semi-interpenetrating polymer network (semi-IPN) structure formed by a lithium ion-conductive polymer and a multifunctional cross-linking monomer containing two or more ethylenically unsaturated functional groups, wherein the passivation film is formed on the positive electrode coming into contact with the separator.
An automatic analyzer that analyzes a sample automatically and determines a consistency of a test, the automatic analyzer comprising means to display a plurality of working steps relating to necessary work flow for measurement, wherein the display means is adapted to selectively present a maximized workflow display for displaying series of operations and works or a reduced workflow display for displaying series of operations and works; the maximized workflow display shows a plurality of operations and works in an order that the plurality of operations and works are processed; and the reduced workflow display shows setting/input display section , working step buttons displaying a work screen corresponding to the setting/input display section wherein text of a specific operation or work is displayed on the work screen, and the specific operation or work is a part of the plurality of operations and works in the maximized workflow display, scroll buttons used to move the work screen from one working step button displayed as a text to other working step button displayed previous or next of the one working step button , and an overall-flow indicator for showing details of the specific operation or work and where in an overall processing sequence the specific operation or work is placed.
A method of controlling a user equipment, UE , comprising: determining an operating environment of the UE; and selectively instructing the UE to perform a first or second listen-before-talk, LBT, procedure or to use a first or second set of LBT parameters, according to the determined operating environment, wherein: the second LBT procedure or second set of LBT parameters differs from the first LBT procedure or first set of LBT parameters in that additional LBT opportunities are provided during a scheduled duration, the scheduled duration comprises multiple subframes, the second LBT procedure or second set of LBT parameters provides at least one LBT opportunity in each subframe of the scheduled duration, the first LBT procedure or first set of LBT parameters does not provide at least one LBT opportunity in each subframe of the scheduled duration, the second LBT procedure is performed or the second set of LBT parameters are used if a second operation environment is determined, and the first LBT procedure is performed or the first set of LBT parameters are used if a first operation environment is determined. determining an operating environment of the UE; and selectively instructing the UE to perform a first or second listen-before-talk, LBT, procedure or to use a first or second set of LBT parameters, according to the determined operating environment, wherein: the second LBT procedure or second set of LBT parameters differs from the first LBT procedure or first set of LBT parameters in that additional LBT opportunities are provided during a scheduled duration, the scheduled duration comprises multiple subframes, the second LBT procedure or second set of LBT parameters provides at least one LBT opportunity in each subframe of the scheduled duration, the first LBT procedure or first set of LBT parameters does not provide at least one LBT opportunity in each subframe of the scheduled duration, the second LBT procedure is performed or the second set of LBT parameters are used if a second operation environment is determined, and the first LBT procedure is performed or the first set of LBT parameters are used if a first operation environment is determined. the second LBT procedure or second set of LBT parameters differs from the first LBT procedure or first set of LBT parameters in that additional LBT opportunities are provided during a scheduled duration, the scheduled duration comprises multiple subframes, the second LBT procedure or second set of LBT parameters provides at least one LBT opportunity in each subframe of the scheduled duration, the first LBT procedure or first set of LBT parameters does not provide at least one LBT opportunity in each subframe of the scheduled duration, the second LBT procedure is performed or the second set of LBT parameters are used if a second operation environment is determined, and the first LBT procedure is performed or the first set of LBT parameters are used if a first operation environment is determined.
Process for removing red oils deposits formed in an installation comprising: b) adding a cleaning agent comprising one or more fatty acid esters; c) circulating the cleaning agent within the installation to dissolve the red oils deposit in the cleaning agent and to form a mixture comprising the cleaning agent and the dissolved red oils; and d) removing the mixture comprising the cleaning agent and the dissolved red oils. b) adding a cleaning agent comprising one or more fatty acid esters; c) circulating the cleaning agent within the installation to dissolve the red oils deposit in the cleaning agent and to form a mixture comprising the cleaning agent and the dissolved red oils; and d) removing the mixture comprising the cleaning agent and the dissolved red oils.
Method of notification by an application server, of an inability to deliver a message sent by a first terminal destined for a second terminal, the message being transmitted from the first terminal to the second terminal in a data transfer session in compliance with a first communication protocol, said session being established according to a second signalling protocol and by way of a communication network comprising the application server, the application server being further configured to store at least the message with a view to a later retransmission when the recipient is not reachable, the method being characterized in that it comprises the following steps: - obtaining the message intended for the second terminal, - detecting the fact that the second terminal is not reachable, - determining an identifier of the sender of the message obtained and the identifier of the message obtained, - transmitting to the sender of the message, in a message in compliance with the second communication protocol, a notification message comprising at least: ∘ the identifier of the message obtained, and ∘ an indication according to which the message obtained has not been delivered. - obtaining the message intended for the second terminal, - detecting the fact that the second terminal is not reachable, - determining an identifier of the sender of the message obtained and the identifier of the message obtained, - transmitting to the sender of the message, in a message in compliance with the second communication protocol, a notification message comprising at least: ∘ the identifier of the message obtained, and ∘ an indication according to which the message obtained has not been delivered. ∘ the identifier of the message obtained, and ∘ an indication according to which the message obtained has not been delivered.
A surgical instrument , comprising: an elongated body extending from a proximal end to a distal end, the elongated body is tubular-shaped and has a first internal passage extending between the proximal end and the distal end; a tracking device including a first coil assembly and a second coil assembly ; the first coil assembly having a first central arcuate depression or concavity , the first central arcuate depression or concavity having a smaller outer diameter than opposed ends of a first plurality of coil windings of the first coil assembly ; and the second coil assembly having a second central arcuate depression or concavity , the second central arcuate depression or concavity of the second coil assembly having a smaller outer diameter than opposed ends of a second plurality of coil windings of the second coil assembly ; an insert portion ; wherein the elongated body is configured to receive the insert portion at the distal end of the elongated body and the insert portion includes a sleeve received over the insert portion , wherein the first coil assembly and the second coil assembly are coupled to the sleeve ; wherein the first arcuate depression or concavity and the second arcuate depression or concavity each substantially conforms to and nests around a portion of an outer surface of the sleeve . an elongated body extending from a proximal end to a distal end, the elongated body is tubular-shaped and has a first internal passage extending between the proximal end and the distal end; a tracking device including a first coil assembly and a second coil assembly ; the first coil assembly having a first central arcuate depression or concavity , the first central arcuate depression or concavity having a smaller outer diameter than opposed ends of a first plurality of coil windings of the first coil assembly ; and the second coil assembly having a second central arcuate depression or concavity , the second central arcuate depression or concavity of the second coil assembly having a smaller outer diameter than opposed ends of a second plurality of coil windings of the second coil assembly ; an insert portion ; wherein the elongated body is configured to receive the insert portion at the distal end of the elongated body and the insert portion includes a sleeve received over the insert portion , wherein the first coil assembly and the second coil assembly are coupled to the sleeve ; wherein the first arcuate depression or concavity and the second arcuate depression or concavity each substantially conforms to and nests around a portion of an outer surface of the sleeve .
A battery controller , comprising: a first driving pin (CHG), coupled to a charge switch , operable for turning on said charge switch to enable a battery pack to be charged by a power source; a second driving pin (DSG1), coupled to a first discharge switch , operable for turning on said first discharge switch to enable said battery pack topower a first load; a third driving pin (DSG2), coupled to a second discharge switch , operable for turning on said second discharge switch to enable said battery pack to power a second load, a communication port, adapted for being coupled to a slave controller , operable for receiving a first signal indicating an amount of a first current (I BAT2 ) consumed by said slave controller and operable for transmitting a balancing command to said slave controller to adjust said first current (I BAT2 ); and a current sensor , operable for sensing a second current (I BAT1 ) that is generated by a first plurality of battery cells and consumed by said battery controller ; and a current-controlled oscillator , coupled to said current sensor , operable for generating a second signal indicating an amount of said second current (I BAT1 ), wherein said second signal is a clock signal and a frequency of said second signal is proportional to said second current (I BAT1 ), wherein said first plurality of battery cells is monitored and managed by said battery controller , and wherein said first current (I BAT2 ) is generated by a second plurality of battery cells that are monitored and managed by said slave controller . a first driving pin (CHG), coupled to a charge switch , operable for turning on said charge switch to enable a battery pack to be charged by a power source; a second driving pin (DSG1), coupled to a first discharge switch , operable for turning on said first discharge switch to enable said battery pack topower a first load; a third driving pin (DSG2), coupled to a second discharge switch , operable for turning on said second discharge switch to enable said battery pack to power a second load, a communication port, adapted for being coupled to a slave controller , operable for receiving a first signal indicating an amount of a first current (I BAT2 ) consumed by said slave controller and operable for transmitting a balancing command to said slave controller to adjust said first current (I BAT2 ); and a current sensor , operable for sensing a second current (I BAT1 ) that is generated by a first plurality of battery cells and consumed by said battery controller ; and a current-controlled oscillator , coupled to said current sensor , operable for generating a second signal indicating an amount of said second current (I BAT1 ), wherein said second signal is a clock signal and a frequency of said second signal is proportional to said second current (I BAT1 ), wherein said first plurality of battery cells is monitored and managed by said battery controller , and wherein said first current (I BAT2 ) is generated by a second plurality of battery cells that are monitored and managed by said slave controller .
Electric asynchronous machine , in particular an induction machine, comprising: - a cylindrical stator having stator teeth that are arranged on a stator yoke ; - a cylindrical rotor having rotor poles that are arranged on a rotor yoke, said rotor poles being defined by means of short-circuit windings in a rotor body , characterized in that a ratio of a yoke height (hy1) of the stator yoke in the radial direction with respect to a slot height (hn1) of the stator slots in the radial direction is between 1.75 and 2.5, wherein a ratio of the yoke height of the rotor body in the radial direction with respect to the slot height of the rotor slots in the radial direction is between 2 and 2.75. - a cylindrical stator having stator teeth that are arranged on a stator yoke ; - a cylindrical rotor having rotor poles that are arranged on a rotor yoke, said rotor poles being defined by means of short-circuit windings in a rotor body , characterized in that a ratio of a yoke height (hy1) of the stator yoke in the radial direction with respect to a slot height (hn1) of the stator slots in the radial direction is between 1.75 and 2.5, wherein a ratio of the yoke height of the rotor body in the radial direction with respect to the slot height of the rotor slots in the radial direction is between 2 and 2.75.
Cableway station for at least one cableway (S) in which station at least one openable safety barrier is provided, wherein a sensor for detecting an opening state of the at least one safety barrier is provided in the cableway station , said sensor transmitting a sensor signal (Y) to a control unit of a cableway drive as a function of the opening state, wherein the control unit controls the cableway drive as a function of the obtained sensor signal (Y), wherein the control unit is provided to stop the cableway drive or to reduce a drive speed of the cableway drive when a sensor signal (Y) corresponding to an open position of the safety barrier is received, characterized in that the safety barrier has a remotely-operable actuating unit which can be controlled by means of a remote control unit in order to reset the safety barrier from the open position, in which the cableway drive is stopped or the drive speed is reduced, into a closed position, in which the cableway drive can be activated again or the drive speed can be increased again.
A mouse that has undergone immunoglobulin gene sequence rearrangement so that it expresses a B cell that comprises a rearranged immunoglobulin sequence operably linked to a mouse heavy chain constant region sequence at the endogenous immunoglobulin heavy chain locus, the rearranged immunoglobulin sequence comprising a human heavy chain V, D, and/or J sequence, the B cell and said mouse comprising in its genome an integrated Adam6 sequence that encodes a mouse ADAM6a protein or ortholog or homolog thereof that is functional in a male mouse and a mouse ADAM6b protein or ortholog or homolog thereof that is functional in a male mouse, wherein the integrated Adam6 sequence is present in the B cell on a first allele but not a second allele of the immunoglobulin heavy chain locus, wherein the B cell and said mouse lack a functional endogenous Adam6 gene.
Device for processing agricultural products, in particular mushrooms, wherein the product generally comprises a head and a stem, the device comprising a transport track for transporting products from a feed to a processing unit, wherein the transport track comprises: - endless elongated belt-like, string-like or cable-like transport members (12a, 12b; 112a, 112b) for transporting the products in jointly supported manner; - a drive (14,24;114,124) for moving the transport members; - a control for controlling the drive, wherein the control is adapted to drive a first elongated transport member (12a;112a) at a first speed and a second elongated transport member (12b; 112b) at a second speed, the first speed being different from the second speed, so as to impart a rotating movement to the products; characterized in that - the transport members extend adjacently with some mutual distance, wherein the transport members comprise side edges defining an intermediate space between the transport members; and in that - the mutual distance between the transport members is configured to allow stems of the products to drop into the intermediate space when the products are rotated by the transport members moving at different speeds, the heads of the products being supported on the transport members. - endless elongated belt-like, string-like or cable-like transport members (12a, 12b; 112a, 112b) for transporting the products in jointly supported manner; - a drive (14,24;114,124) for moving the transport members; - a control for controlling the drive, wherein the control is adapted to drive a first elongated transport member (12a;112a) at a first speed and a second elongated transport member (12b; 112b) at a second speed, the first speed being different from the second speed, so as to impart a rotating movement to the products; - the transport members extend adjacently with some mutual distance, wherein the transport members comprise side edges defining an intermediate space between the transport members; and in that - the mutual distance between the transport members is configured to allow stems of the products to drop into the intermediate space when the products are rotated by the transport members moving at different speeds, the heads of the products being supported on the transport members.
A process for the preparation of hydrogen cyanide (HCN) from methane (CH 4 ) and ammonia (NH 3 ), wherein the methane and ammonia are contacted with a catalyst material comprising a support, a first metal and a second metal on said support, wherein said first and second metal are in the form of a chemical compound, where said first metal is Fe, Co or Ni, where said second metal is selected from the group consisting of Sn, Zn and In, and the temperature of the process is less than 1000°C.
Safety system having a valve block , to which at least one gas safety valve is detachably connected, having at least one controllable valve in or on the valve block and having at least one pressure accumulator receiving a gaseous pressure medium, said accumulator being connected to the valve block in a similarly detachable manner, a gas-conveying connection between the respective connected pressure accumulator and the respective connected gas safety valve , said connection at least partially running inside the valve block , being able to be blocked or released by means of the valve , characterised in that at least two gas safety valves are connected to the valve block , and in that , by means of a safety apparatus that surrounds the controllable valve , it is guaranteed that, in order to remove a gas safety valve from the valve block , the gas-conveying connection to the respective connected pressure accumulator is interrupted and the connection leading to at least one other gas safety valve is maintained such that a permanent gas-conveying connection is established between said respective pressure accumulator and said respective other gas safety valve during the procedure to change one gas safety valve and returning this to service again.