mhurhangee/ep-ind-claims huggingface dataset:
A modular battery system for a material handling vehicle, the modular battery system comprising: a counterweight assembly; a battery assembly enclosing a power source and including a battery base; and a pair of channels removably coupled to the battery base, and each including at least one spacer attached to a laterally-outer surface thereof, wherein the battery assembly is configured to be slidably installed onto the counterweight assembly, and wherein each of the at least one spacers is configured to add additional counterweight to the battery assembly. a counterweight assembly; a battery assembly enclosing a power source and including a battery base; and a pair of channels removably coupled to the battery base, and each including at least one spacer attached to a laterally-outer surface thereof, wherein the battery assembly is configured to be slidably installed onto the counterweight assembly, and wherein each of the at least one spacers is configured to add additional counterweight to the battery assembly.
A fish processing machine comprising a freeze drum, wherein the freeze drum is arranged to be able to receive a fish fillet being fed on to the freeze drum at a feeding area, while the freeze drum rotates about its own rotational axis, and wherein the freeze drum, by means of fix-freezing, is arranged to hold the fish fillet in a fixed position relative to the freeze drum, further comprising a pressure roller being deformable to be able to directly contact the fish fillet in the whole cross direction of the fish fillet and being arranged to roll over the fish fillet and to force it against the freeze drum, wherein the pressure roller is arranged at the feeding area in such a manner that the fish fillet meets the pressure roller when being fed onto the freeze drum, and further comprising a pivoting frame being pivotally connected to a frame of the machine by means of a pivoting attachment, wherein the pressure roller is connected to the pivoting frame by means of a shaft, and further comprising an actuator being a means to force the pressure roller against the freeze drum, wherein the actuator is controlled such that the pressure roller is somewhat lifted or unloaded as the fish fillet is moved in under the pressure roller.
Device for crushing plastics materials, preferably plastics material hollow members, such as, for example, plastics bottles, having a feeding device and a crushing device, the feeding device comprising at least one conveying unit and the crushing device comprising a rotor which is provided with tools and which rotates within a housing, the conveying unit conveying at least in the region directly in front of the rotor at an angle in the range between 45° and 90° with respect to the rotor axis and in that the conveying unit is constructed as a helical conveying member, characterised in that the speed of the helical conveying member is controlled.
Hard material-coated bodies having a single-layer or multilayer layer system which contains at least one Ti 1-x Al x N hard material layer produced by means of CVD without plasma excitation, wherein the Ti 1-x Al x N hard material layer is present as a single-phase layer having the cubic NaCl structure having a stoichiometric coefficient from x > 0.75 to x = 0.93 and a lattice constant a fcc in the range from 0.412 nm to 0.405 nm, or the Ti 1-x Al x N hard material layer is a multiphase layer whose main phase consists of Ti 1-x Al x N having a cubic NaCl structure having a stoichiometric coefficient from x > 0.75 to x = 0.93 and a lattice constant a fcc in the range from 0.412 nm to 0.405 nm, and AlN having the wurtzite structure is present as further phase, where the chlorine content of the Ti 1-x Al x N hard material layer is in the range from 0.05 to 0.9 at% and the hardness value of the Ti 1-x Al x N hard material layer (s) is in the range from 2500 HV to 3800 HV.
Method for providing control power during the operation of a regenerative power generation unit, in particular a wind turbine, which is driven by a primary source that fluctuates in strength, for the purpose of generating electric power that is delivered to a grid, wherein at least negative control power (ΔPRL) is provided on demand by applying a target value for a reduced power (Ptarget) that needs to be delivered, which is lower than an available power (Pavail), characterized by the steps of continuously determining an actual uncertainty with which a target value for the control power ΔPRL is met by taking account of the fluctuating primary source, wherein the actual uncertainty is calculated by taking account of a moving difference between the measured actual power and the predefined power, preferably by calculating the standard deviation, continuously calculating a dynamic certainty band on the basis of the actual uncertainty in such a way that a strongly varying primary source results in a wide certainty band and a consistent primary source results in a narrower certainty band, dynamically calculating an offset power (Poffset) from the required control power (ΔPRL) and the dynamic certainty band, continuously adjusting the target value (Ptarget) on the basis of the offset power (Poffset). continuously determining an actual uncertainty with which a target value for the control power ΔPRL is met by taking account of the fluctuating primary source, wherein the actual uncertainty is calculated by taking account of a moving difference between the measured actual power and the predefined power, preferably by calculating the standard deviation, continuously calculating a dynamic certainty band on the basis of the actual uncertainty in such a way that a strongly varying primary source results in a wide certainty band and a consistent primary source results in a narrower certainty band, dynamically calculating an offset power (Poffset) from the required control power (ΔPRL) and the dynamic certainty band, continuously adjusting the target value (Ptarget) on the basis of the offset power (Poffset).
A suture assembly comprising: at least one suture having a first end and a second end; and at least one suture supporter disposed at the first end of the suture, wherein the suture supporter has a truncated conical shape or a truncated pyramid shape, comprises a communication hole through which upper and lower end portions communicate with each other, and comprises one or more cut portions that are cut in a longitudinal direction from the lower end portion having a larger diameter from among the upper and lower end portions, or a part of the lower end portion is removed so as to form one or more gaps formed from the lower end portion in a wall of the lower end portion, wherein the suture supporter is coupled to the suture through the communication hole so that the upper end portion having a smaller diameter from among the upper and lower end portions faces the first end of the suture; wherein barbs are formed on a surface of the suture, each barb being inclined toward the second end of the suture so that an angle (θ) formed by a longitudinal axis of the suture toward the first end of the suture and the barb is an acute angle; wherein each of said barbs is formed by cutting the surface of the suture. at least one suture having a first end and a second end; and at least one suture supporter disposed at the first end of the suture, wherein the suture supporter has a truncated conical shape or a truncated pyramid shape, comprises a communication hole through which upper and lower end portions communicate with each other, and comprises one or more cut portions that are cut in a longitudinal direction from the lower end portion having a larger diameter from among the upper and lower end portions, or a part of the lower end portion is removed so as to form one or more gaps formed from the lower end portion in a wall of the lower end portion, wherein the suture supporter is coupled to the suture through the communication hole so that the upper end portion having a smaller diameter from among the upper and lower end portions faces the first end of the suture; wherein barbs are formed on a surface of the suture, each barb being inclined toward the second end of the suture so that an angle (θ) formed by a longitudinal axis of the suture toward the first end of the suture and the barb is an acute angle; wherein each of said barbs is formed by cutting the surface of the suture.
A satellite-based positioning method, applicable in a Global Positioning System receiver, the satellite-based positioning method comprising: obtaining a plurality of satellites in use by searching (Step 100), where some or all the satellites in-view are chosen as the satellites in use; performing a preliminary satellite-based positioning, and obtaining a preliminary position of the location of the GPS receiver obtained through preliminary calculation; calculating every satellite vector between each of the satellites in use and the GPS receiver; selecting three of the satellites in use in sequence as a satellite candidate set, searching for one of the satellite candidate sets forming a geometric error relation according to the satellite vectors, and taking at least one of the satellites in use in the satellite candidate set forming the geometric error relation as a first satellite; searching for at least one second satellite in the satellites in use, wherein a signal strength varied rate, being measured in decibel per second, of the second satellite is greater than a varied rate threshold; and using the satellites in use having the first satellite or the second satellite removed to perform positioning of the location of the GPS receiver based upon the remaining satellites in use. obtaining a plurality of satellites in use by searching (Step 100), where some or all the satellites in-view are chosen as the satellites in use; performing a preliminary satellite-based positioning, and obtaining a preliminary position of the location of the GPS receiver obtained through preliminary calculation; calculating every satellite vector between each of the satellites in use and the GPS receiver; selecting three of the satellites in use in sequence as a satellite candidate set, searching for one of the satellite candidate sets forming a geometric error relation according to the satellite vectors, and taking at least one of the satellites in use in the satellite candidate set forming the geometric error relation as a first satellite; searching for at least one second satellite in the satellites in use, wherein a signal strength varied rate, being measured in decibel per second, of the second satellite is greater than a varied rate threshold; and using the satellites in use having the first satellite or the second satellite removed to perform positioning of the location of the GPS receiver based upon the remaining satellites in use.
A process for the production of a mineral foam having water repellent properties comprising the following steps: a) Separately preparing a slurry of cement and an aqueous foam, wherein the cement slurry comprises water, at least one water repellent agent different from organosilicon compound, Portland cement and the aqueous foam comprises a co-stabiliser, the co-stabiliser is in an amount ranging from 0.01 wt.-% to 0.15 wt.-% expressed in dry mass compared to the mass of water; b) Contacting the slurry of cement with the aqueous foam to obtain a slurry of foamed cement; c) Casting the slurry of foamed cement and leave it to set. a) Separately preparing a slurry of cement and an aqueous foam, wherein the cement slurry comprises water, at least one water repellent agent different from organosilicon compound, Portland cement and the aqueous foam comprises a co-stabiliser, the co-stabiliser is in an amount ranging from 0.01 wt.-% to 0.15 wt.-% expressed in dry mass compared to the mass of water; b) Contacting the slurry of cement with the aqueous foam to obtain a slurry of foamed cement; c) Casting the slurry of foamed cement and leave it to set.
A cathode active material precursor for mixing with a lithium compound for use in the manufacture of a non-aqueous electrolyte secondary battery, characterized in that the cathode active material precursor is a complex metal hydroxide having a flow factor of 10 or greater to 20 or smaller, wherein the flow factor is defined as the ratio between the maximum consolidation stress obtained in a shear test and a single axis decay stress (maximum consolidation stress/single axis decay stress) measured according to JIS Z 8835 or ASTM D6128.
Tyre with a radial carcass reinforcement, comprising a crown reinforcement, itself capped radially by a tread connected to two beads by two sidewalls, the said tread being made up of at least two radially superposed layers (61, 62) of elastomeric compounds, a first layer, forming the radially outer part of the tread, being constituted of a first elastomeric compound and a second layer of elastomeric compounds radially on the inside of and in contact with the said first layer of elastomeric compound being constituted of at least three parts (621, 622), the axially outer parts of the said second layer being constituted of a second elastomeric compound having a maximum value of tan (δ), denoted tan(δ)max, strictly less than 0.060, and at least a part of the said second layer, axially in contact with at least an axially outer part being constituted of a third compound having a value of the modulus G* greater than 1.2 MPa and at least 5% less than that of the first elastomeric compound and a maximum value of tan (δ), denoted tan (δ)max, of between 0.060 and 0.120 characterized in that the elastomeric compound of the said first layer has a modulus G* greater than 1.8 MPa.
A computer-implemented edge utility management method, the method comprising: receiving an application to be deployed on an edge device, wherein the application comprises a plurality of separately-deployable application parts; obtaining application profiles for one or more of the applications parts; obtaining hardware profiles for one or more hardware resources of the edge device; deploying the application parts to selected hardware resources based on the application profiles and the hardware profiles; and facilitating communication between the deployed application parts during execution of the application, wherein facilitating communication between the deployed application parts comprises facilitating broker-based communication between the deployed application parts, wherein a broker-based communication enables translation of communications between the deployed application parts and provides said communications to the selected hardware resources, wherein the translation takes place using a messaging protocol selected by an edge utility management component, wherein the method further comprising using holistic access to the hardware resources of the edge device, wherein holistic access means accessing hardware resources across operating system boundaries and / or accessing hardware resources operating using a plurality of different operating systems. receiving an application to be deployed on an edge device, wherein the application comprises a plurality of separately-deployable application parts; obtaining application profiles for one or more of the applications parts; obtaining hardware profiles for one or more hardware resources of the edge device; deploying the application parts to selected hardware resources based on the application profiles and the hardware profiles; and facilitating communication between the deployed application parts during execution of the application, wherein facilitating communication between the deployed application parts comprises facilitating broker-based communication between the deployed application parts, wherein a broker-based communication enables translation of communications between the deployed application parts and provides said communications to the selected hardware resources, wherein the translation takes place using a messaging protocol selected by an edge utility management component, wherein the method further comprising using holistic access to the hardware resources of the edge device, wherein holistic access means accessing hardware resources across operating system boundaries and / or accessing hardware resources operating using a plurality of different operating systems.
A camera module comprising: a lens barrel having at least one lens; a holder coupled to the lens barrel; a printed circuit board coupled to a lower portion of the holder so as to face the lens; an adhesive element configured to couple the holder and the printed circuit board to each other; a first through-hole is formed in the adhesive element configured to open a portion of a first space which is defined via coupling of the printed circuit board and the holder; and a housing coupled to the holder, wherein the housing accommodates the printed circuit board, wherein the holder is formed with a protrusion protruding in the lateral direction form the wall surface of the of the holder and that the upper portion of the housing is coupled to the protrusion, and wherein a a third through-hole is formed below the protrusion in the lateral direction of the holder. a lens barrel having at least one lens; a holder coupled to the lens barrel; a printed circuit board coupled to a lower portion of the holder so as to face the lens; an adhesive element configured to couple the holder and the printed circuit board to each other; a first through-hole is formed in the adhesive element configured to open a portion of a first space which is defined via coupling of the printed circuit board and the holder; and a housing coupled to the holder, wherein the housing accommodates the printed circuit board, wherein the holder is formed with a protrusion protruding in the lateral direction form the wall surface of the of the holder and that the upper portion of the housing is coupled to the protrusion, and wherein a a third through-hole is formed below the protrusion in the lateral direction of the holder.
A computer-implemented method of rendering a sub-portion of a digital image file on a graphical user interface, GUI, comprising: encoding a digital image file into an adaptable scalable texture compression (ASTC) file comprising a single file; dividing, logically, the ASTC file into a sub-image comprising a sub-portion of the ASTC file, the dividing comprising separating a block from a plurality of blocks that form a part of the ASTC file (2C02), wherein the block comprises a sub-portion of digital image data contained in the ASTC file; copying the sub-image to a computer memory; associating an ASTC header with the sub-image in the computer memory; storing a combination of the ASTC header and the sub-image in the computer memory as a new ASTC file; receiving a request to render the sub-portion of the digital image file (2D02); identifying the new ASTC file as corresponding to the sub-portion of the digital image file (2D04); and rendering the new ASTC file on the GUI (2D06). encoding a digital image file into an adaptable scalable texture compression (ASTC) file comprising a single file; dividing, logically, the ASTC file into a sub-image comprising a sub-portion of the ASTC file, the dividing comprising separating a block from a plurality of blocks that form a part of the ASTC file (2C02), wherein the block comprises a sub-portion of digital image data contained in the ASTC file; copying the sub-image to a computer memory; associating an ASTC header with the sub-image in the computer memory; storing a combination of the ASTC header and the sub-image in the computer memory as a new ASTC file; receiving a request to render the sub-portion of the digital image file (2D02); identifying the new ASTC file as corresponding to the sub-portion of the digital image file (2D04); and rendering the new ASTC file on the GUI (2D06).
A power tool, comprising: a hollow pole; a prime mover disposed at one end of the hollow pole; a tool disposed at the other end of the hollow pole; a transmission shaft disposed within the hollow pole in a rotatable manner and configured to transmit torque from the prime mover to the tool; a joint mechanism configured to support the tool such that the tool is capable of rotating with respect to the hollow pole; a lock mechanism (62, 64) configured to selectively lock and unlock the joint mechanism; and a clutch mechanism (54, 56) disposed on a pathway of torque transmission from the prime mover to the tool via the transmission shaft, and configured to selectively connect and disconnect the pathway of torque transmission; wherein the lock mechanism (62, 64) and the clutch mechanism (54, 56) are coupled with each other such that the clutch mechanism (54, 56) disconnects the pathway of torque transmission when the lock mechanism (62, 64) unlocks the joint mechanism. a hollow pole; a prime mover disposed at one end of the hollow pole; a tool disposed at the other end of the hollow pole; a transmission shaft disposed within the hollow pole in a rotatable manner and configured to transmit torque from the prime mover to the tool; a joint mechanism configured to support the tool such that the tool is capable of rotating with respect to the hollow pole; a lock mechanism (62, 64) configured to selectively lock and unlock the joint mechanism; and a clutch mechanism (54, 56) disposed on a pathway of torque transmission from the prime mover to the tool via the transmission shaft, and configured to selectively connect and disconnect the pathway of torque transmission; wherein the lock mechanism (62, 64) and the clutch mechanism (54, 56) are coupled with each other such that the clutch mechanism (54, 56) disconnects the pathway of torque transmission when the lock mechanism (62, 64) unlocks the joint mechanism.