mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing a compound of formula: or a salt or solvate thereof, comprising the steps of: (a) contacting a compound of formula or a salt thereof: with a compound of formula: under reaction conditions sufficient to form a compound of formula or a hydrate, solvate or salt thereof: (b) chlorinating a compound of formula or a hydrate, solvate or salt thereof under reaction conditions sufficient to form a compound of formula or a salt thereof: and (c) contacting a compound of formula or a salt thereof with a compound of formula or a salt thereof: under reaction conditions sufficient to yield a compound of formula. wherein Z is a leaving group. or a salt or solvate thereof, comprising the steps of: (a) contacting a compound of formula or a salt thereof: with a compound of formula: under reaction conditions sufficient to form a compound of formula or a hydrate, solvate or salt thereof: (b) chlorinating a compound of formula or a hydrate, solvate or salt thereof under reaction conditions sufficient to form a compound of formula or a salt thereof: and (c) contacting a compound of formula or a salt thereof with a compound of formula or a salt thereof: under reaction conditions sufficient to yield a compound of formula. (a) contacting a compound of formula or a salt thereof: with a compound of formula: under reaction conditions sufficient to form a compound of formula or a hydrate, solvate or salt thereof: with a compound of formula: under reaction conditions sufficient to form a compound of formula or a hydrate, solvate or salt thereof: (b) chlorinating a compound of formula or a hydrate, solvate or salt thereof under reaction conditions sufficient to form a compound of formula or a salt thereof: and (c) contacting a compound of formula or a salt thereof with a compound of formula or a salt thereof: under reaction conditions sufficient to yield a compound of formula.
Method for operating a piston compressor having a reciprocating piston in a cylinder, an inlet valve and an outlet valve being provided in the cylinder on the side of a medium (b) to be compressed and conveyed, the reciprocating piston being moved back and forth by way of a hydraulic drive (120, 121) with a hydraulic piston using a hydraulic medium (a) in a first volume, with which the reciprocating piston is loaded on the side of the hydraulic drive (120, 121), characterized in that hydraulic medium (a) is supplied into the first volume and/or discharged from the first volume as required depending on a position of the hydraulic piston and/or a rotational angle (φ) of a shaft provided for moving the hydraulic piston in relation to a position (x) of the reciprocating piston and/or a pressure (p) in the first volume. the reciprocating piston being moved back and forth by way of a hydraulic drive (120, 121) with a hydraulic piston using a hydraulic medium (a) in a first volume, with which the reciprocating piston is loaded on the side of the hydraulic drive (120, 121), characterized in that hydraulic medium (a) is supplied into the first volume and/or discharged from the first volume as required depending on a position of the hydraulic piston and/or a rotational angle (φ) of a shaft provided for moving the hydraulic piston in relation to a position (x) of the reciprocating piston and/or a pressure (p) in the first volume.
A method, comprising: obtaining a first message at a transport layer from a first application; determining at the transport layer a first potential communication bottleneck associated with a target node of the first message based on a comparison of an amount of data stored in a first queue at the transport layer with a first threshold value; in response to determining the first potential communication bottleneck, providing a first warning message from the transport layer to the first application; determining a second potential communication bottleneck associated with the target node based on a comparison of the amount of data stored at the first queue with a second threshold value, the second threshold value different from the first threshold value; and in response to determining the second potential communication bottleneck, providing a second warning message from the transport layer to the first application, wherein a type of the first warning message is different than a type of the second warning message and wherein the type of the first warning message requests the first application to change a rate of message communication by a first amount and the type of the second warning message requests the first application to change the rate of message communication by a second amount different from the first amount. obtaining a first message at a transport layer from a first application; determining at the transport layer a first potential communication bottleneck associated with a target node of the first message based on a comparison of an amount of data stored in a first queue at the transport layer with a first threshold value; in response to determining the first potential communication bottleneck, providing a first warning message from the transport layer to the first application; determining a second potential communication bottleneck associated with the target node based on a comparison of the amount of data stored at the first queue with a second threshold value, the second threshold value different from the first threshold value; and in response to determining the second potential communication bottleneck, providing a second warning message from the transport layer to the first application, wherein a type of the first warning message is different than a type of the second warning message and wherein the type of the first warning message requests the first application to change a rate of message communication by a first amount and the type of the second warning message requests the first application to change the rate of message communication by a second amount different from the first amount.
A method for analyzing, localizing and/or identifying one or more tissue samples, comprising: (a) generating gaseous tissue particles from a site in the one or more tissue samples (b) transporting the gaseous tissue particles from the site to an analyser using a transport tube; (c) using the analyser for generating tissue-related data based on the gaseous tissue particles; and (d) analyzing, localizing and/or identifying the one or more tissue samples based on the tissue-related data, characterised in that generating gaseous tissue particles is caused by contacting the site with an electrode of a disintegrating device. (a) generating gaseous tissue particles from a site in the one or more tissue samples (b) transporting the gaseous tissue particles from the site to an analyser using a transport tube; (c) using the analyser for generating tissue-related data based on the gaseous tissue particles; and (d) analyzing, localizing and/or identifying the one or more tissue samples based on the tissue-related data, characterised in that generating gaseous tissue particles is caused by contacting the site with an electrode of a disintegrating device.
A vehicle control apparatus comprising: a sensing unit configured to sense an authentication input of a user, the sensing unit comprising a sensor configured to sense a first tap that is applied by the user to an arbitrary position within a preset region of a vehicle a memory configured to store an authentication information, and a controller configured to determine whether the sensed first tap is an effective tap for user authentication or not; form an authentication information input region for inputting user authentication information on at least part of a region formed inside or outside the vehicle, if the first tap has been determined as the effective tap, wherein a size of the authentication information input region is determined based on a position where the first tap has been sensed; sense one or more taps applied on the authentication information input region; determine whether the authentication input matches the stored authentication information; and control, based on the authentication input matching the stored authentication information, the vehicle according to the stored authentication information. a sensing unit configured to sense an authentication input of a user, the sensing unit comprising a sensor configured to sense a first tap that is applied by the user to an arbitrary position within a preset region of a vehicle a memory configured to store an authentication information, and a controller configured to determine whether the sensed first tap is an effective tap for user authentication or not; form an authentication information input region for inputting user authentication information on at least part of a region formed inside or outside the vehicle, if the first tap has been determined as the effective tap, wherein a size of the authentication information input region is determined based on a position where the first tap has been sensed; sense one or more taps applied on the authentication information input region; determine whether the authentication input matches the stored authentication information; and control, based on the authentication input matching the stored authentication information, the vehicle according to the stored authentication information. determine whether the sensed first tap is an effective tap for user authentication or not; form an authentication information input region for inputting user authentication information on at least part of a region formed inside or outside the vehicle, if the first tap has been determined as the effective tap, wherein a size of the authentication information input region is determined based on a position where the first tap has been sensed; sense one or more taps applied on the authentication information input region; determine whether the authentication input matches the stored authentication information; and control, based on the authentication input matching the stored authentication information, the vehicle according to the stored authentication information.
A method for processing flexible textile belt material in strip form, with a first and second end region, in which the two end regions (10, 16) of the flexible material are processed at essentially the same time and in different ways, one of the processing types being at least one sewing operation, characterized in that in a first processing device, the first end region is folded and sewn after a pin has been inserted and in a second processing device, essentially at the same time as the processing steps in the first processing device, a measurement and/or calibration of the flexible material in strip form to a definite length is carried out, with a subsequent hot cutting and finishing of the cut edges.
A sealing material composition which is a composition of a sealing material, characterized in that the composition comprises: a stacked body; and a long surrounding body which surrounds the stacked body, the stacked body has a plurality of sheet-like members each of which is formed into a tape-like shape by expanded graphite, characterised in that said plurality of sheet-like members are stacked in a direction which intersects with a longitudinal direction of the surrounding body, in the plurality of sheet-like members, sheet-like members which are adjacent to each other in the stacking direction are disposed, in use, to be displaced from each other in the longitudinal direction of the surrounding body, in a relatively movable manner, and the surrounding body allows the adjacent sheet-like members to be relatively moved in the longitudinal direction of the surrounding body, while maintaining the stacked state of the adjacent sheet-like members. a stacked body; and a long surrounding body which surrounds the stacked body, the stacked body has a plurality of sheet-like members each of which is formed into a tape-like shape by expanded graphite, characterised in that said plurality of sheet-like members are stacked in a direction which intersects with a longitudinal direction of the surrounding body, in the plurality of sheet-like members, sheet-like members which are adjacent to each other in the stacking direction are disposed, in use, to be displaced from each other in the longitudinal direction of the surrounding body, in a relatively movable manner, and the surrounding body allows the adjacent sheet-like members to be relatively moved in the longitudinal direction of the surrounding body, while maintaining the stacked state of the adjacent sheet-like members.
A video encoder comprising: a memory unit configured to store pictures associated with a first layer[i] and enhancement layer pictures associated with a plurality of enhancement layers; and a processor in communication with the memory unit and configured to assign a value to a variable max_tid_il_ref_pics_plus1[i][j] associated with each combination of the first layer[i] with a particular enhancement layer[j] among the plurality of enhancement layers, wherein for each of the plurality of enhancement layers, the pictures associated with the first layer[i] having a temporal identification value less than or equal to the value of the variable max_tid_il_ref_pics_plus1[i][j] associated with the particular enhancement layer[j] can be used for inter-layer prediction of the enhancement layer pictures associated with the particular enhancement layer[j]. a memory unit configured to store pictures associated with a first layer[i] and enhancement layer pictures associated with a plurality of enhancement layers; and a processor in communication with the memory unit and configured to assign a value to a variable max_tid_il_ref_pics_plus1[i][j] associated with each combination of the first layer[i] with a particular enhancement layer[j] among the plurality of enhancement layers, wherein for each of the plurality of enhancement layers, the pictures associated with the first layer[i] having a temporal identification value less than or equal to the value of the variable max_tid_il_ref_pics_plus1[i][j] associated with the particular enhancement layer[j] can be used for inter-layer prediction of the enhancement layer pictures associated with the particular enhancement layer[j].
An aircraft comprising a mainplane with canted down tips; characterised in that an additional plane is carried from an outboard location of each wing of said mainplane and positioned aft with respect to the respective said tip, wherein each said additional plane is carried on a boom extending from the mainplane in the region of the root of the respective said tip.
A fluid dispensing cartridge comprising: a fluid reservoir; a compressible metering chamber comprising a first end coupled to the fluid reservoir and a second end, the first end comprising an unopposed fluid conduit for passage of a fluid between the fluid reservoir and the metering chamber; a valve coupled to the second end of the metering chamber, characterized in that the valve has a deformable base member and a deformable skirt member positioned around the deformable base member; and a nozzle coupled to the valve, wherein the nozzle defines a valve reservoir connected to a fluid outlet channel, wherein the valve is positioned within the valve reservoir such that an opening or closing of the valve controls bidirectional fluid flow through the fluid outlet channel, and wherein the valve reservoir defines a recessed region having an inner side and an outer side that define a gap within which a portion of the deformable skirt member lies and the deformable skirt member forms a seal with the outer side of the recessed region when the deformable base member is in an open position and a seal with the inner side of the recessed region when the deformable base member is in a closed position. a fluid reservoir; a compressible metering chamber comprising a first end coupled to the fluid reservoir and a second end, the first end comprising an unopposed fluid conduit for passage of a fluid between the fluid reservoir and the metering chamber; a valve coupled to the second end of the metering chamber, characterized in that the valve has a deformable base member and a deformable skirt member positioned around the deformable base member; and a nozzle coupled to the valve, wherein the nozzle defines a valve reservoir connected to a fluid outlet channel, wherein the valve is positioned within the valve reservoir such that an opening or closing of the valve controls bidirectional fluid flow through the fluid outlet channel, and wherein the valve reservoir defines a recessed region having an inner side and an outer side that define a gap within which a portion of the deformable skirt member lies and the deformable skirt member forms a seal with the outer side of the recessed region when the deformable base member is in an open position and a seal with the inner side of the recessed region when the deformable base member is in a closed position.
An image pickup apparatus (1; 1A) comprising: an image pickup device substrate portion (10; 10A); a right angle prism; and a bonding layer (20; 20A), wherein the image pickup device substrate portion (10; 10A) includes an image pickup device on a first principal surface and a back-face electrode on a second principal surface, the back-face electrode being connected to the image pickup device via a wiring portion, the right angle prism includes a light incident surface perpendicular to the first principal surface, and a reflective surface inclined by 45 degrees relative to the first principal surface, and the bonding layer (20; 20A) bonds the right angle prism and the image pickup device substrate portion (10; 10A), characterized in that: outer dimensions of the image pickup device substrate portion and the right angle prism are the same, wherein a side surface of the image pickup device substrate portion (10; 10A) and the light incident surface of the right angle prism are within a same plane. an image pickup device substrate portion (10; 10A); a right angle prism; and a bonding layer (20; 20A), wherein the image pickup device substrate portion (10; 10A) includes an image pickup device on a first principal surface and a back-face electrode on a second principal surface, the back-face electrode being connected to the image pickup device via a wiring portion, the right angle prism includes a light incident surface perpendicular to the first principal surface, and a reflective surface inclined by 45 degrees relative to the first principal surface, and the bonding layer (20; 20A) bonds the right angle prism and the image pickup device substrate portion (10; 10A), characterized in that: outer dimensions of the image pickup device substrate portion and the right angle prism are the same, wherein a side surface of the image pickup device substrate portion (10; 10A) and the light incident surface of the right angle prism are within a same plane. outer dimensions of the image pickup device substrate portion and the right angle prism are the same, wherein a side surface of the image pickup device substrate portion (10; 10A) and the light incident surface of the right angle prism are within a same plane.
Fluid-flow machine with a flow duct confined by a hub and a casing wall, with a fluid supply chamber being arranged in the area of the casing wall, which is in flow connection with an injector insert, which is provided with an injector nozzle for the supply of fluid from the fluid supply chamber into the flow duct, with the injector insert being tightly connected to a wall of the fluid supply chamber, characterized in that the injector insert is at least partly arranged within a bladed area of a blade row (6, 7) with fixed and/ or variable blades and passes through at least one blade component of a fixed blade and/ or is at least partly arranged within the rotating circle of one of the leading and trailing edges of a variable blade, that the injector insert is arranged upstream of a radial gap of a blade row (6, 7) provided with free blade ends, and that a circumferential relative movement is provided between the injector insert and the respective blade row and that the injector jet orientation has a vector component in the direction of advance, as viewed from the injector, such that the injector jet orientation includes a positive angle alpha with the meridional flow direction, where for the angle alpha values are provided in the range defined as follows: arctan [tan (90° - lambda) +1] < angle alpha < arctan [tan (90° - lambda) +4], with lambda being the stagger angle of the blades at the respective blade end.
A metering pump, comprising: a pump plate defined around an axis and having a central cavity defined therein; a drive shaft assembly disposed coaxially with respect to said axis of said pump plate, extending through said central cavity defined within said pump plate, and having a drive gear mounted upon said drive shaft assembly so as to be disposed within said pump plate; at least one pump gear (112, 114) disposed within said pump plate and engaged with said drive gear so as to be driven by said drive gear; and a fluid inlet supply path disposed coaxially with respect to said drive shaft assembly and said pump plate for supplying a fluid into said metering pump such that a metered amount of the fluid can be metered as an output fluid flow (364, 365, 366, 367, 368, 369, 370) from said metering pump. a pump plate defined around an axis and having a central cavity defined therein; a drive shaft assembly disposed coaxially with respect to said axis of said pump plate, extending through said central cavity defined within said pump plate, and having a drive gear mounted upon said drive shaft assembly so as to be disposed within said pump plate; at least one pump gear (112, 114) disposed within said pump plate and engaged with said drive gear so as to be driven by said drive gear; and a fluid inlet supply path disposed coaxially with respect to said drive shaft assembly and said pump plate for supplying a fluid into said metering pump such that a metered amount of the fluid can be metered as an output fluid flow (364, 365, 366, 367, 368, 369, 370) from said metering pump.
A cabin for an industrial vehicle comprising a body provided with a front windshield frame defining an opening and comprising an upper crosspiece, a lower crosspiece and a pair of lateral uprights, characterized in that it comprises an auxiliary frame comprising: - an upper crosspiece fixed to the upper crosspiece of said windshield frame; - a pair of lateral uprights fixed to the respective uprights of said windshield frame; and - a lower crosspiece having two end portions fixed to the respective lateral uprights of said auxiliary frame and extending forward with respect to the latter, and an intermediate portion extending transversely in front of the lower crosspiece of said windshield frame, said auxiliary frame constituting a pre-assembled unit that can be fixed to said windshield frame and being configured to support a windshield. - an upper crosspiece fixed to the upper crosspiece of said windshield frame; - a pair of lateral uprights fixed to the respective uprights of said windshield frame; and - a lower crosspiece having two end portions fixed to the respective lateral uprights of said auxiliary frame and extending forward with respect to the latter, and an intermediate portion extending transversely in front of the lower crosspiece of said windshield frame,