mhurhangee/patent-ind-claim-en huggingface dataset:
A wind turbine for electric power production comprising: - a hollow truncated pyramidal housing closed on all lateral sides; - a plurality of vanes , each one consisting of several blades parallel to each other, said blades being attached by one end to a horizontal shaft of rotation of the wind turbine, and each of said blades being individually rotatable around a longitudinal axis of the blade that is perpendicular to the horizontal shaft of the wind turbine, said truncated pyramidal housing lateral sides covering said blades from said horizontal shaft downwards; - a hollow truncated pyramidal housing closed on all lateral sides; - a plurality of vanes , each one consisting of several blades parallel to each other, said blades being attached by one end to a horizontal shaft of rotation of the wind turbine, and each of said blades being individually rotatable around a longitudinal axis of the blade that is perpendicular to the horizontal shaft of the wind turbine, said truncated pyramidal housing lateral sides covering said blades from said horizontal shaft downwards;
A method for the heat treatment of granular solids, wherein the solids are initially introduced into a first reactor configured as a flash reactor or fluidized bed reactor where they are brought into contact with hot gases at temperatures in the range 500°C to 1500°C, and wherein the solids are then guided through a residence time reactor in which they are fluidized, wherein the residence time reactor is configured in a manner such that it is provided with various mutually separated regions from which the solid is separately removed in a manner such that it has a residence time in the residence time reactor which is of a variable duration, characterized in that removal from the various regions of the residence time reactor is carried out in a manner such that not all of the regions are fluidized, wherein the fluidized regions are fluidically connected in succession, whereby specific downstream regions are no longer fluidized and therefore actively removed.
Anti-tilting device for releasable mounting to a transport pallet having a depositing side for depositing the transport pallet on the ground and a support side opposite the depositing side, on which the transport goods is to be placed and which is formed by a plurality of horizontal support plates arranged parallel to and at a distance from one another, comprising a support pillar which, in an operation state with the transport pallet, extends vertically upwards from the support side over a distance of at least 30 cm and is configured to secure transport goods stored on the transport pallet against falling over, and a ground support which is connected to the support pillar and, in the operation state, extends downwards along the transport pallet height towards the ground and has a support end facing the ground for support on the ground, and a tine section , which is fixedly connected to the support pillar and to the ground support for reaching under the transport goods and, in particular, for engaging between the support plates, wherein the anti-tilting device is placeable at the transport pallet, which is already occupied by the transport goods, in such a manner that the anti-tilting device is secured under the influence of the weight of the transport goods stored on the transport pallet, ch aracterized in that a support foot is attached to the support end, the support foot extending away from a rear side of the ground support facing away from the transport pallet in the mounted state of the anti-tilting device on the transport pallet in order to form a ground contact, the support foot being configured as a thin-walled plate and extending essentially horizontally from the support end .
An aerosol-generating article comprising: a tubular carrier element defining a longitudinally extending internal cavity ; and a layer of an aerosol-generating film applied to a portion of an inner surface of the tubular carrier element , such that an outer surface of the aerosol-generating film is exposed to the internal cavity of the tubular carrier element , wherein the aerosol-generating film comprises at least 25 percent by weight of a polyhydric alcohol and wherein the thickness of the layer of the aerosol-generating film is between 0.05 millimetres and 1.0 millimetre. a tubular carrier element defining a longitudinally extending internal cavity ; and a layer of an aerosol-generating film applied to a portion of an inner surface of the tubular carrier element , such that an outer surface of the aerosol-generating film is exposed to the internal cavity of the tubular carrier element , wherein the aerosol-generating film comprises at least 25 percent by weight of a polyhydric alcohol and wherein the thickness of the layer of the aerosol-generating film is between 0.05 millimetres and 1.0 millimetre.
Valve series comprising multiple valve types (A, B, C) with valves of different sizes; - wherein each valve type (A, B, C) of the valve series has a linearly movable valve closing member , to which a valve seat , a closing spring and a valve drive are assigned, - wherein the valve drive of all valve types (A, B, C) is formed uniformly and provides a uniform maximum lift (h), - wherein at least two valve types (A, B, ...) are present, the closing springs of which have a different characteristic curve (I, II), - wherein the different closing springs are configured to exert different closing forces (F A , F B ) when the valve closing members are seated on the valve seats , and - wherein the different closing springs are configured to exert the same closing forces (F H ) when the valve closing members are in the open position. - wherein each valve type (A, B, C) of the valve series has a linearly movable valve closing member , to which a valve seat , a closing spring and a valve drive are assigned, - wherein the valve drive of all valve types (A, B, C) is formed uniformly and provides a uniform maximum lift (h), - wherein at least two valve types (A, B, ...) are present, the closing springs of which have a different characteristic curve (I, II), - wherein the different closing springs are configured to exert different closing forces (F A , F B ) when the valve closing members are seated on the valve seats , and - wherein the different closing springs are configured to exert the same closing forces (F H ) when the valve closing members are in the open position.
Method for determining a respective propagation delay between a head node on one side and a plurality of other bus nodes of a data bus system on the other side, the determination of the respective propagation delay comprising an exchange of predetermined measurement messages , the method comprising that for determining a respective propagation delay, the head node successively performs a respective measurement cycle , comprising for each measurement cycle another one of the bus nodes is selected, and each remaining one of the bus nodes is switched, by means of at least one sleep message, from an awake state , in which the bus node responds to measurement messages , to a predetermined sleep state, in which the bus node remains unresponsive to measurement messages , and the propagation delay between the head node and the selected bus node is determined by exchanging the measurement messages , and each remaining bus node is activated from the sleep state by means of at least one wake-up signal , wherein the method uses a PTP-based time synchronization for measuring the propagation delay. for each measurement cycle another one of the bus nodes is selected, and each remaining one of the bus nodes is switched, by means of at least one sleep message, from an awake state , in which the bus node responds to measurement messages , to a predetermined sleep state, in which the bus node remains unresponsive to measurement messages , and the propagation delay between the head node and the selected bus node is determined by exchanging the measurement messages , and each remaining bus node is activated from the sleep state by means of at least one wake-up signal , wherein the method uses a PTP-based time synchronization for measuring the propagation delay.
A method of estimating electromagnetic parameters of a geological structure, comprising: providing controlled source electromagnetic, CSEM, data of the structure, calculating a numerical model representing electromagnetic parameters of the structure and generating simulated CSEM data, characterized by spatially discretising the numerical model based on prior knowledge of stratigraphic horizons of the structure, defining a functional for determining the distance between said simulated CSEM data and said CSEM data, wherein the functional comprises a regularisation term which depends on the spatially discretised model, and using an iterative procedure to determine electromagnetic parameters of the structure that minimise said functional. providing controlled source electromagnetic, CSEM, data of the structure, calculating a numerical model representing electromagnetic parameters of the structure and generating simulated CSEM data, characterized by spatially discretising the numerical model based on prior knowledge of stratigraphic horizons of the structure, defining a functional for determining the distance between said simulated CSEM data and said CSEM data, wherein the functional comprises a regularisation term which depends on the spatially discretised model, and using an iterative procedure to determine electromagnetic parameters of the structure that minimise said functional.
An Al alloy cast impeller for compressors comprising a boss part, a plurality of blade parts, and a disc part, wherein the Al alloy casting comprises an Al alloy that contains Cu: 1.4 to 3.2 mass%, Mg: 1.0 to 2.0 mass%, Ni: 0.5 to 2.0 mass%, Fe: 0.5 to 2.0 mass%, and Ti: 0.01 to 0.35 mass%, the balance of Al and unavoidable impurities such as 0.3 mass% or less of Si and 0.2 mass% or less of Zn, Mn and Cr, and wherein the disc part has a secondary dendrite arm spacing of 5 to 25 μm, characterized in that the boss part has a secondary dendrite arm spacing of 20 to 50 μm, and the blade parts have a secondary dendrite arm spacing of 10 to 35 μm, the boss part, the blade parts, and the disc part satisfy the relationship Amax > Bmax > Cmax, where Amax is the maximum value of the secondary dendrite arm spacing of the boss part, Bmax is the maximum value of the secondary dendrite arm spacing of the blade parts, and Cmax is the maximum value of the secondary dendrite arm spacing of the disc part, and the Al alloy cast impeller for compressors has a 0.2% proof stress value of 260 MPa or more at 200°C.
A valve for a refrigeration system comprising: a valve body having an inlet port , an outlet port , and walls forming a main cavity ; a cartridge configured to reside within the main cavity and having a piston configured to travel in a first direction to permit fluid flow from the inlet port to the outlet port and in a second direction to impede fluid flow from the inlet port to the outlet port ; a port plate configured to removably couple to the valve body to substantially close an end of the main cavity substantially enclosing the cartridge within the main cavity , the port plate including a plurality of ports , each port configured to accept at least one of various valve control elements configured to control the piston to permit or impede the fluid flow from the inlet port to the outlet port ; and the valve characterised by a manual opening mechanism including a valve stem and configured for manually moving the piston to permit or impede the fluid flow from the inlet port to the outlet port , wherein at least a portion of the manual opening mechanism extends through an opening in the port plate that is in axial alignment with the piston , wherein the cartridge residing within the main cavity becomes accessible without disconnecting the valve from the refrigeration system by removing the port plate from the valve body , and wherein each port is disposed at an acute angle relative to a central axis of the piston thereby allowing access to fasteners of the port plate such that the port plate is removable from the valve body without removal of the control elements from the ports . a valve body having an inlet port , an outlet port , and walls forming a main cavity ; a cartridge configured to reside within the main cavity and having a piston configured to travel in a first direction to permit fluid flow from the inlet port to the outlet port and in a second direction to impede fluid flow from the inlet port to the outlet port ; a port plate configured to removably couple to the valve body to substantially close an end of the main cavity substantially enclosing the cartridge within the main cavity , the port plate including a plurality of ports , each port configured to accept at least one of various valve control elements configured to control the piston to permit or impede the fluid flow from the inlet port to the outlet port ; and the valve characterised by a manual opening mechanism including a valve stem and configured for manually moving the piston to permit or impede the fluid flow from the inlet port to the outlet port , wherein at least a portion of the manual opening mechanism extends through an opening in the port plate that is in axial alignment with the piston , wherein the cartridge residing within the main cavity becomes accessible without disconnecting the valve from the refrigeration system by removing the port plate from the valve body , and wherein each port is disposed at an acute angle relative to a central axis of the piston thereby allowing access to fasteners of the port plate such that the port plate is removable from the valve body without removal of the control elements from the ports .
A labeled complex, comprising: a labeled-complex intermediate, wherein the labeled-complex intermediate comprises an antigen and a marker protein,, wherein the marker protein has a functional group on the surface thereof, and the functional group is one or more of carboxyl, amino, hydroxyl, sulfydryl, aldehyde group, glycosyl and imidazolyl, and the functional group is covalently-coupled with free amino, carboxyl, sulfydryl, aldehyde group or glycosyl on the antigen, and wherein the marker protein is horse radish peroxidase, alkaline phosphatase, acid phosphatase, glucose oxidase or β-galactosidase; and a signal generation substance covalently-coupled with the marker protein of the labeled-complex intermediate to form the labeled complex; wherein the marker protein and the signal generation substance are different substances. a labeled-complex intermediate, wherein the labeled-complex intermediate comprises an antigen and a marker protein,, wherein the marker protein has a functional group on the surface thereof, and the functional group is one or more of carboxyl, amino, hydroxyl, sulfydryl, aldehyde group, glycosyl and imidazolyl, and the functional group is covalently-coupled with free amino, carboxyl, sulfydryl, aldehyde group or glycosyl on the antigen, and wherein the marker protein is horse radish peroxidase, alkaline phosphatase, acid phosphatase, glucose oxidase or β-galactosidase; and a signal generation substance covalently-coupled with the marker protein of the labeled-complex intermediate to form the labeled complex; wherein the marker protein and the signal generation substance are different substances.
A method for executing actions for generating an animation character rig , the method comprising: receiving one or more inputs selecting one or more objects of the character rig ; providing actions executable on the selected one or more objects; receiving a selection of an action of the one or more actions to be executed based on the selected one or more objects; providing a prompt indicating one or more parameters required for the selected action , wherein the prompt includes an object of the selected one or more objects as a parameter, wherein based on a determination that the selected one or more objects do not satisfy the one or more parameters of the selected action , the prompt includes at least one empty parameter field for the selected action requiring selection of one or more additional objects; validating that the one or more parameters of the selected action are satisfied parameters; and executing the selected action in response to an execution input based on a determination that the one or more parameters of the selected action are satisfied. receiving one or more inputs selecting one or more objects of the character rig ; providing actions executable on the selected one or more objects; receiving a selection of an action of the one or more actions to be executed based on the selected one or more objects; providing a prompt indicating one or more parameters required for the selected action , wherein the prompt includes an object of the selected one or more objects as a parameter, wherein based on a determination that the selected one or more objects do not satisfy the one or more parameters of the selected action , the prompt includes at least one empty parameter field for the selected action requiring selection of one or more additional objects; validating that the one or more parameters of the selected action are satisfied parameters; and executing the selected action in response to an execution input based on a determination that the one or more parameters of the selected action are satisfied.
A method of balancing a turbine engine shaft (100; 100'), comprising inserting a balancing insert into one of a plurality of cavities , characterised in that : the plurality of cavities (110; 210) are radially inside an outermost surface of the shaft (100;100'), the method comprises accessing the plurality of cavities (110; 210) through an aftmost end of the shaft (100; 100') and the shaft (100; 100') is a low pressure rotor shaft of a gas turbine engine (20; 74).
A shielding curtain assembly, comprising: a curtain configured to block electromagnetic radiation from passing through the curtain; and a curtain suspending member , the curtain suspending member defining a slot extending along a length of the curtain suspending member; the curtain comprising a polymer material and a particulate material uniformly dispersed within the curtain , wherein the curtain is a single, unitary body comprising a plurality of flaps , and wherein the single, unitary body comprises a mould-in mounting feature integral with, and from which, the plurality of flaps extend, and wherein the mould-in mounting feature is a mounting bead ; and wherein the curtain being a shielding curtain comprising the plurality of flaps extending from the mounting bead , the mounting bead being configured to be received by the slot to thereby suspend the shielding curtain. a curtain configured to block electromagnetic radiation from passing through the curtain; and a curtain suspending member , the curtain suspending member defining a slot extending along a length of the curtain suspending member; the curtain comprising a polymer material and a particulate material uniformly dispersed within the curtain , wherein the curtain is a single, unitary body comprising a plurality of flaps , and wherein the single, unitary body comprises a mould-in mounting feature integral with, and from which, the plurality of flaps extend, and wherein the mould-in mounting feature is a mounting bead ; and wherein the curtain being a shielding curtain comprising the plurality of flaps extending from the mounting bead , the mounting bead being configured to be received by the slot to thereby suspend the shielding curtain.
A pharmaceutical composition for use in preventing or treating pulmonary metastasis of cancer comprising, as an active ingredient, a complex of a cell-penetrating peptide having the sequence set forth in SEQ ID NO: 2 and a chitinase 3-like-1 (Chi3l1) siRNA having the sequence set forth in SEQ ID NO: 1, wherein the ratio of the number of nitrogen atoms (N) in the cell-penetrating peptide to the number of phosphate groups (P) in the nucleic acid skeleton of the Chi3l1 siRNA is 10-40:1.
Device for processing an underlying surface, comprising an output which can be rotated about an axis of rotation and which is driven by a motor , and an extension formed on the output , a tool part which can be rotated about a tool axis being arranged on the extension , characterized in that the tool part is a star-shaped disk, through the center of which the tool axis is arranged, different prongs of the tool part being bent in different directions with respect to the tool axis , opposing prongs being bent in different directions, at least one prong being bent in the direction of the extension and a further prong being bent in the direction of the processing direction is bent, a portion of the particular prong deviating from a perpendicular direction with respect to the tool axis and one prong protruding in a continuously perpendicular manner from the tool axis , it being possible for the tool part to rotate freely, and therefore to be rolled on the underlying surface to be processed, so that the star-shaped tool part removes weeds using the prongs and digs up the underlying surface.
A computer-implemented method comprising: identifying an angle between a pair of adjacent road segments of a plurality of adjoining road segments; comparing the identified angle to a predetermined threshold angle; defining a strand (15a-b; 141a-b) of road segments corresponding to the plurality of adjoining road segments, wherein when the identified angle is greater than the predetermined threshold angle, the pair of adjacent road segments are included in the strand of road segments; identifying speed data for the plurality of adjoining road segments (13a-i; 14a-c, 14d-g; 161, 162, 163); accessing a strand database for the predefined strand (15a-b; 141a-b) of road segments corresponding to the plurality of adjoining road segments; calculating an aggregate speed value for the predefined strand of road segments based on the speed data for the plurality of adjoining road segments represented by the predefined strand of road segments; and providing the aggregate speed value as a representative of traffic on the plurality of adjoining road segments represented by the predefined strand of road segments. identifying an angle between a pair of adjacent road segments of a plurality of adjoining road segments; comparing the identified angle to a predetermined threshold angle; defining a strand (15a-b; 141a-b) of road segments corresponding to the plurality of adjoining road segments, wherein when the identified angle is greater than the predetermined threshold angle, the pair of adjacent road segments are included in the strand of road segments; identifying speed data for the plurality of adjoining road segments (13a-i; 14a-c, 14d-g; 161, 162, 163); accessing a strand database for the predefined strand (15a-b; 141a-b) of road segments corresponding to the plurality of adjoining road segments; calculating an aggregate speed value for the predefined strand of road segments based on the speed data for the plurality of adjoining road segments represented by the predefined strand of road segments; and providing the aggregate speed value as a representative of traffic on the plurality of adjoining road segments represented by the predefined strand of road segments.
A device to ensure the survival of a skin explant , wherein it is constituted by a first container to receive the explant and containing a first fraction of a growth medium, a second container containing a second fraction of said growth medium, and a linking circuit connecting the first container to the second container to ensure by means of a pump a continuous circulation of the growth medium between the two containers, the first container being formed of a tubular body closed by the explant and the flow rate of the pump being of between 0.01 and 10 ml/mn, such that the pressure generated by the pump corresponds to the natural tightening of the skin.