mhurhangee/ep-ind-claims huggingface dataset:
A channel controller (14a, 14b) for use in a redundant, load-sharing architecture having a plurality of loads (22a-N), each connected to both a first power bus (12a, 12b) and a second power bus (12b, 12a), the channel controller comprising: a power allocation module (20a, 20b, 16a, 16b; 36a, 36b) that is adapted to monitor the status of the first power bus, receive input from a redundant channel controller regarding the status of the second power bus, evaluate power demands of the plurality of loads, and selectively determine an allocation of power to each of the plurality of loads from either the first power bus or the second power bus; and a communication (21a,21b;39a,39b) output for providing power allocation instructions to each of the plurality of loads based upon the allocation of power determined by the power allocation module. a power allocation module (20a, 20b, 16a, 16b; 36a, 36b) that is adapted to monitor the status of the first power bus, receive input from a redundant channel controller regarding the status of the second power bus, evaluate power demands of the plurality of loads, and selectively determine an allocation of power to each of the plurality of loads from either the first power bus or the second power bus; and a communication (21a,21b;39a,39b) output for providing power allocation instructions to each of the plurality of loads based upon the allocation of power determined by the power allocation module.
A vaccine comprising a Vibrio cholerae O1 cell, characterized in that said cell comprises O1 antigens of both Ogawa and Inaba serotypes, wherein the vaccine comprises multiple Vibrio cholerae O1 cells that comprise O1 antigens of both Ogawa and Inaba serotypes, and wherein on average, 10-90 % of the O1 antigens of the cells are of the Ogawa-serotype.
A method for creating a plan for revision of a total knee replacement for a patient and registering the plan to the patient's operative bone, the method comprising: performing an imaging scan of a bone with an installed implant; segmenting the installed implant to obtain a set of digital imaging and communications in medicine (DICOM) data of the bone and the installed implant; obtaining a three dimensional model based on the manufacturers specifications of the installed implant; registering the 3D model to the segmented installed implant to generate a transformation matrix thereof thus providing a transformation matrix between the 3D model and the DICOM data; digitizing a plurality of points on the installed implant; registering the plurality of digitized points to the 3D model; and computing the transformation matrix between the DICOM data and the digitized installed implant to register the patient's operative bone to the pre-operative plan. performing an imaging scan of a bone with an installed implant; segmenting the installed implant to obtain a set of digital imaging and communications in medicine (DICOM) data of the bone and the installed implant; obtaining a three dimensional model based on the manufacturers specifications of the installed implant; registering the 3D model to the segmented installed implant to generate a transformation matrix thereof thus providing a transformation matrix between the 3D model and the DICOM data; digitizing a plurality of points on the installed implant; registering the plurality of digitized points to the 3D model; and computing the transformation matrix between the DICOM data and the digitized installed implant to register the patient's operative bone to the pre-operative plan.
A method of processing a periphery of a lens by an eyeglass lens processing apparatus which includes a processing tool processing a lens, a movement means (100a, 100b, 100c) for changing a relative position between the lens and the processing tool, the method comprising: a positional data acquiring step of acquiring positional data related to a corner portion of an edge of the lens before the lens is finished and after the lens is roughed; a processing control data acquiring step of acquiring corner portion processing control data for removing a chip adhering to the lens through roughing, based on the positional data acquired through the positional data acquiring step; and a processing control step of controlling the movement means (100a, 100b, 100c) based on the corner portion processing control data to remove the chips adhering to the lens. a positional data acquiring step of acquiring positional data related to a corner portion of an edge of the lens before the lens is finished and after the lens is roughed; a processing control data acquiring step of acquiring corner portion processing control data for removing a chip adhering to the lens through roughing, based on the positional data acquired through the positional data acquiring step; and a processing control step of controlling the movement means (100a, 100b, 100c) based on the corner portion processing control data to remove the chips adhering to the lens.
A method for packaging food product, the method comprising: assembling a thermal container having a chamber and having first and second reactants separated by a barrier comprising a first barrier member and a second barrier member, the barrier capable of allowing the first and second reactants to mix in the chamber and interact so as to yield a thermal chemical reaction; mounting a prepackaged can having comestible substance therein to a cap; and installing the cap to the thermal container such that the prepackaged can displaces at least a portion of the chamber so as to allow contact between at least a portion of the can and the interacting reactants, the cap configured such that installation of the cap with the can mounted thereto results in the chamber being sealed sufficiently to inhibit leakage of the reactants; mechanically engaging the second barrier member with the first barrier member to separate a first compartment from a second compartment such that contact between the first reactant and the second reactant is inhibited and such that movement of an actuator rapidly disengages the second barrier member from the first barrier member. assembling a thermal container having a chamber and having first and second reactants separated by a barrier comprising a first barrier member and a second barrier member, the barrier capable of allowing the first and second reactants to mix in the chamber and interact so as to yield a thermal chemical reaction; mounting a prepackaged can having comestible substance therein to a cap; and installing the cap to the thermal container such that the prepackaged can displaces at least a portion of the chamber so as to allow contact between at least a portion of the can and the interacting reactants, the cap configured such that installation of the cap with the can mounted thereto results in the chamber being sealed sufficiently to inhibit leakage of the reactants; mechanically engaging the second barrier member with the first barrier member to separate a first compartment from a second compartment such that contact between the first reactant and the second reactant is inhibited and such that movement of an actuator rapidly disengages the second barrier member from the first barrier member.
A compound of Formula: wherein X is NR 4 or O; R 1 is a monocyclic or bicyclic heteroaryl group, wherein R 1 is unsubstituted or substituted with one or more substituents independently selected from the group consisting of alkyl, haloalkyl, halo, -OH, -O-alkyl, -CN, -NR a R b, -N(R a)C alkyl, -N(R a)CO 2 alkyl, - N(R a)SO 2 alkyl, -C alkyl, -CO 2 H, -CO 2 alkyl, -CONR a R b, -SO 2 alkyl, and -SO 2 NR a R b; where R a and R b are each independently H or alkyl; R 2 is phenyl or a monocyclic heteroaryl, wherein R 2 is unsubstituted or substituted with one or more substituents independently selected from the group consisting of alkyl, haloalkyl, cycloalkyl, halo, -OH, -O-alkyl, -CN, -NR c R d, -N(R a)C alkyl, -N(R c)CO 2 alkyl, -N(R c)SO 2 alkyl, -C alkyl, -CO 2 H, -CO 2 alkyl, -CONR c R d, -SO 2 alkyl, and -SO 2 NR c R d; where R c and R d are each independently H or alkyl; R 3 is phenyl or a monocyclic heteroaryl, wherein R 3 is unsubstituted or substituted with one or more substituents independently selected from the group consisting of alkyl, haloalkyl, halo, -OH, -O-alkyl, -CN, -NR e R f, -N(R e)C alkyl, -N(R e)CO 2 alkyl, - N(R e)SO 2 alkyl, -C alkyl, -CO 2 H, -CO 2 alkyl, -CONR e R f, -SO 2 alkyl, and -SO 2 NR e R f; where R e and R f are each independently H or alkyl; and R 4 is H or alkyl; or a pharmaceutically acceptable salt thereof. X is NR 4 or O; R 1 is a monocyclic or bicyclic heteroaryl group, wherein R 1 is unsubstituted or substituted with one or more substituents independently selected from the group consisting of alkyl, haloalkyl, halo, -OH, -O-alkyl, -CN, -NR a R b, -N(R a)C alkyl, -N(R a)CO 2 alkyl, - N(R a)SO 2 alkyl, -C alkyl, -CO 2 H, -CO 2 alkyl, -CONR a R b, -SO 2 alkyl, and -SO 2 NR a R b; where R a and R b are each independently H or alkyl; R 2 is phenyl or a monocyclic heteroaryl, wherein R 2 is unsubstituted or substituted with one or more substituents independently selected from the group consisting of alkyl, haloalkyl, cycloalkyl, halo, -OH, -O-alkyl, -CN, -NR c R d, -N(R a)C alkyl, -N(R c)CO 2 alkyl, -N(R c)SO 2 alkyl, -C alkyl, -CO 2 H, -CO 2 alkyl, -CONR c R d, -SO 2 alkyl, and -SO 2 NR c R d; where R c and R d are each independently H or alkyl; R 3 is phenyl or a monocyclic heteroaryl, wherein R 3 is unsubstituted or substituted with one or more substituents independently selected from the group consisting of alkyl, haloalkyl, halo, -OH, -O-alkyl, -CN, -NR e R f, -N(R e)C alkyl, -N(R e)CO 2 alkyl, - N(R e)SO 2 alkyl, -C alkyl, -CO 2 H, -CO 2 alkyl, -CONR e R f, -SO 2 alkyl, and -SO 2 NR e R f; where R e and R f are each independently H or alkyl; and R 4 is H or alkyl; or a pharmaceutically acceptable salt thereof.
A console for controlling an agricultural machine comprising a screen; the screen configured to display a first graphical user interface with at least a first virtual element (11.9) for controlling a machine function, and to display a second graphical user interface overlapping at least partially the first virtual element (11.9); the console configured to prevent an execution of the machine function assigned to the first virtual element (11.9) of the first graphical user interface; characterized in that the execution of the machine function assigned to the first virtual element (11.9) is prevented after an overlap of the first virtual element (11.9) by the second graphical user interface was cancelled until a detection of an event for enabling the machine function assigned to the first virtual element (11.9). the screen configured to display a first graphical user interface with at least a first virtual element (11.9) for controlling a machine function, and to display a second graphical user interface overlapping at least partially the first virtual element (11.9); the console configured to prevent an execution of the machine function assigned to the first virtual element (11.9) of the first graphical user interface; characterized in that the execution of the machine function assigned to the first virtual element (11.9) is prevented after an overlap of the first virtual element (11.9) by the second graphical user interface was cancelled until a detection of an event for enabling the machine function assigned to the first virtual element (11.9).
A method of fabricating an organic electronic device by sequentially stacking a first electrode made of a metal, one or more organic material layers, and a second electrode on a substrate, wherein the method comprises the steps of: 1) forming a layer on a native oxide layer on the first electrode using a metal having a higher oxidation rate than the first electrode before forming the organic material layer, 2) treating the layer formed by using a metal having a higher oxidation rate than the first electrode with oxygen plasma to change the native oxide layer into a metal oxide layer, and wherein the method is characterized by 3) treating the metal oxide layer with inert gas plasma to remove the metal oxide layer on the first electrode. 1) forming a layer on a native oxide layer on the first electrode using a metal having a higher oxidation rate than the first electrode before forming the organic material layer, 2) treating the layer formed by using a metal having a higher oxidation rate than the first electrode with oxygen plasma to change the native oxide layer into a metal oxide layer, and wherein the method is characterized by 3) treating the metal oxide layer with inert gas plasma to remove the metal oxide layer on the first electrode.
Electric connecting terminal - having a contact cage, which has a contact base, a contact cover and two contact side walls connecting the contact base and contact cover to each other, wherein - the contact base, the contact cover and the contact side walls together form a conduit entry channel, - having a conduit clamp connection, which is formed by at least one clamping spring pre-tensioned in opposition to a counter bearing, - having an entry bevel for a conduit formed in the region of the contact cover, wherein the entry bevel is formed by a guiding wing, which rises up from the contact cover in the conduit plugging direction (x) and which is designed to be inclined in the direction of the contact base, characterised in that - the contact cover is formed in two parts with a separating joint aligned in the conduit plugging direction, wherein the guiding wing is only attached to a first contact covering part, - the second contact cover part is held without a guiding wing, - the guiding wing spans the width of the conduit entry channel, such that a conduit to be plugged in cannot leave the clamping region downstream of the conduit entry channel in the direction facing away from the channel base. - having a contact cage, which has a contact base, a contact cover and two contact side walls connecting the contact base and contact cover to each other, wherein - the contact base, the contact cover and the contact side walls together form a conduit entry channel, - having a conduit clamp connection, which is formed by at least one clamping spring pre-tensioned in opposition to a counter bearing, - having an entry bevel for a conduit formed in the region of the contact cover, - the contact cover is formed in two parts with a separating joint aligned in the conduit plugging direction, wherein the guiding wing is only attached to a first contact covering part, - the second contact cover part is held without a guiding wing, - the guiding wing spans the width of the conduit entry channel, such that a conduit to be plugged in cannot leave the clamping region downstream of the conduit entry channel in the direction facing away from the channel base.
An apparatus for preparing sol-gel solutions, comprising a vessel optionally containing a stirrer; a pump; a fluidized bed reaction column; and multiple fluid lines; wherein said fluid lines connect the vessel and the pump in a first circulation loop and said fluid lines connect the vessel, the pump and the fluidized bed reaction column in a second circulation loop.
Device for controlling an air conditioning unit for a motor vehicle, comprising a cooling circuit operated by means of a compressor with a refrigerant to which a lubricant for lubricating the compressor is added, characterized in that, by means of a control device, a drive torque expended to start up the compressor is reduced in accordance with a determined time variable which reproduces an elapsed compressor service time (ΔT).
An individual wheel suspension of a rear wheel, which can be steered, at least slightly, by means of an actuator, of a two-track vehicle, of which the swivel bearing supporting the wheel is guided by a trailing arm extending substantially in the longitudinal direction of the vehicle and by two control arms (11, 12) extending primarily in the transverse direction of the vehicle and arranged in different planes as considered in the longitudinal direction of the vehicle, the ends of the control arms remote from the swivel bearing being connected to the vehicle body directly or indirectly, at least slightly in an articulated manner, wherein the pivot bearing is connected to the trailing arm in an articulated manner via two bearings or joints (6, 7) arranged at different heights above the roadway, in such a way that these bearings or joints (6, 7) describe a steering axis or king pin axis, extending primarily perpendicularly, for the wheel, and wherein each control arm (11, 12) is secured to the trailing arm via a rubber bearing or a joint having at least a small degree of rotational freedom, and furthermore an adjuster acts on the swivel bearing, which adjuster interacts with an adjustment element of the aforesaid actuator in order to convert a rotary movement of the actuator into a pivot movement of the swivel bearing about the steering or king pin axis, characterised in that the rotation axis for the rotary movement of the actuator individual to the wheel extends at least approximately in the direction of the vehicle vertical axis, and the adjustment element of the actuator is rotatable about this rotation axis, and in that the actuator is arranged at least in part in the interior of a suspension spring, via which the vehicle, body is supported proportionately on the wheel.
A vehicle-mounted information device capable of editing a plurality of objects displayed on a touch panel in an edit mode set by an instruction to the touch panel, the vehicle-mounted information device being configured to: in the edit mode said objects are displayed in rows and columns and an editable object is selected as a selected object among said plurality of objects, a mark is provided indicating a direction in which the selected object is movable, the mark being displayed on a perimeter of the selected object at least one of at a left side of, a right side of, an upper side of and a lower side of the selected object, wherein by a touch operation onto the mark on the touch panel, a display position of the selected object and a display position of an object of interest which is located adjacently to the selected object in the direction indicated by the mark are interchanged with each other so that the selected object is switched to the display position of the object of interest and the object of interest is switched to the display position, of the selected object, where it was before interchanging.
A method comprising: - providing a carbonaceous mercury sorbent precursor consisting of wood, coconut shell, and/or combinations thereof; - activating or reactivating the mercury sorbent precursor with steam to provide an activated carbonaceous mercury sorbent, wherein the activation temperature and time period is limited such that the Acid Blue 80 Index (relative adsorption of acid blue (CAS No. 4474-24-2) as defined and measured according to the disclosure in WO 2012/134754 A1 on page 11, to page 13,) of the activated carbonaceous mercury sorbent does not exceed 30 mg per gram of sorbent; - grinding the activated carbonaceous mercury sorbent after activation or reactivation to an average particle size less than 44 μm (325 mesh); - injecting the activated carbonaceous mercury sorbent into a gas stream containing mercury, mercury-containing compounds, or a combination thereof, and fly ash, cement kiln dust, or a combination of fly ash and cement kiln dust, and allowing the activated carbonaceous mercury sorbent to contact the mercury or mercury-containing compounds to create mercury sorbent with adsorbed mercury; and - removing the mercury sorbent with adsorbed mercury along with fly ash, cement kiln dust, or both, from the gas stream in a particulate control device; wherein the method does not comprise any post-treatment of the activated or reactivated mercury sorbent with ozone or nitric acid. - providing a carbonaceous mercury sorbent precursor consisting of wood, coconut shell, and/or combinations thereof; - activating or reactivating the mercury sorbent precursor with steam to provide an activated carbonaceous mercury sorbent, wherein the activation temperature and time period is limited such that the Acid Blue 80 Index (relative adsorption of acid blue (CAS No. 4474-24-2) as defined and measured according to the disclosure in WO 2012/134754 A1 on page 11, to page 13,) of the activated carbonaceous mercury sorbent does not exceed 30 mg per gram of sorbent; - grinding the activated carbonaceous mercury sorbent after activation or reactivation to an average particle size less than 44 μm (325 mesh); - injecting the activated carbonaceous mercury sorbent into a gas stream containing mercury, mercury-containing compounds, or a combination thereof, and fly ash, cement kiln dust, or a combination of fly ash and cement kiln dust, and allowing the activated carbonaceous mercury sorbent to contact the mercury or mercury-containing compounds to create mercury sorbent with adsorbed mercury; and - removing the mercury sorbent with adsorbed mercury along with fly ash, cement kiln dust, or both, from the gas stream in a particulate control device; wherein the method does not comprise any post-treatment of the activated or reactivated mercury sorbent with ozone or nitric acid.
A method for packing a media bed in a column from a slurry being a dispersion of said media particles and a liquid, comprising the steps of: - providing data to a control unit connected to the column, said data comprising at least a measured slurry concentration, a target bed height, a target packing factor or compression factor and minimum and maximum acceptable values for target bed height and target packing or compression factor; - filling the column with correct amount of slurry according to the column dimensions and the provided data; - forcing a movable adapter along a longitudinal axis of the column in order to pack the media; - detecting when the media bed is consolidated; - the control unit processing the provided data and the information about the consolidated bed height in order to present to the user acceptable bed heights, if there are any, giving acceptable packing or compression factors, wherein the control unit further is adapted to present to the user windows in time or distance as to when to stop the packing such that both bed height and packing or compression factor are within given acceptable ranges. - providing data to a control unit connected to the column, said data comprising at least a measured slurry concentration, a target bed height, a target packing factor or compression factor and minimum and maximum acceptable values for target bed height and target packing or compression factor; - filling the column with correct amount of slurry according to the column dimensions and the provided data; - forcing a movable adapter along a longitudinal axis of the column in order to pack the media; - detecting when the media bed is consolidated; - the control unit processing the provided data and the information about the consolidated bed height in order to present to the user acceptable bed heights, if there are any, giving acceptable packing or compression factors, wherein the control unit further is adapted to present to the user windows in time or distance as to when to stop the packing such that both bed height and packing or compression factor are within given acceptable ranges.