mhurhangee/ep-ind-claims huggingface dataset:
An information processing device used to produce an article using an autonomous moving body and configured to control the that moving body to autonomously travel based on an operation command, the information processing device comprising: a control unit configured to perform functions including: receiving a request for production of an article from a user, specifying a maker of the article that corresponds to the received request, specifying an item to be used to produce the article that corresponds to the received request, obtaining information on a location of the specified maker and information on a location of the specified item, and generating an operation command for the moving body to cause the moving body to travel through the location of the maker and the location of the item based on the obtained information on the location of the maker and the obtained information on the location of the item; wherein the control unit is configured to perform functions including specifying parts that constitute the article as the item to be used to produce the article; wherein the moving body is a vehicle; characterised in that the maker of the article is a person or machine that rides in the moving body and moves with the moving body and in that the information processing device is configured such that the article is produced while the vehicle is travelling to a next waypoint. receiving a request for production of an article from a user, specifying a maker of the article that corresponds to the received request, specifying an item to be used to produce the article that corresponds to the received request, obtaining information on a location of the specified maker and information on a location of the specified item, and generating an operation command for the moving body to cause the moving body to travel through the location of the maker and the location of the item based on the obtained information on the location of the maker and the obtained information on the location of the item; wherein the control unit is configured to perform functions including specifying parts that constitute the article as the item to be used to produce the article; wherein the moving body is a vehicle; characterised in that the maker of the article is a person or machine that rides in the moving body and moves with the moving body and in that the information processing device is configured such that the article is produced while the vehicle is travelling to a next waypoint.
A sensing system comprising: a first magnet having a first magnetic field, the first magnet aligned with a first axis; a first stator configured to receive the first magnetic field, the first stator aligned with the first axis; a second stator configured to receive the first magnetic field, the second stator aligned with the first axis, wherein the first magnet is positioned between said first stator and said second stator, and wherein the first magnet is rotatable with regard to the first stator and the second stator; a first collector configured to collect the first magnetic field from the first stator; a second collector configured to collect the first magnetic field from the second stator; a magnetic sensing element configured to sense the first magnetic field, the magnetic sensing element magnetically coupled to the first collector and the second collector; a second magnet having a second magnetic field; and a third magnet having a third magnetic field, the third magnet positioned in an axial direction of the second magnet which is parallel to the first axis such that the third magnetic field is symmetrical to the second magnetic field and such that the second magnetic field of the second magnet and the third magnetic field of the third magnet cancel each other out, so that the only magnetic field that affects the magnetic sensing element is the first magnetic field. a first magnet having a first magnetic field, the first magnet aligned with a first axis; a first stator configured to receive the first magnetic field, the first stator aligned with the first axis; a second stator configured to receive the first magnetic field, the second stator aligned with the first axis, wherein the first magnet is positioned between said first stator and said second stator, and wherein the first magnet is rotatable with regard to the first stator and the second stator; a first collector configured to collect the first magnetic field from the first stator; a second collector configured to collect the first magnetic field from the second stator; a magnetic sensing element configured to sense the first magnetic field, the magnetic sensing element magnetically coupled to the first collector and the second collector; a second magnet having a second magnetic field; and a third magnet having a third magnetic field, the third magnet positioned in an axial direction of the second magnet which is parallel to the first axis such that the third magnetic field is symmetrical to the second magnetic field and such that the second magnetic field of the second magnet and the third magnetic field of the third magnet cancel each other out, so that the only magnetic field that affects the magnetic sensing element is the first magnetic field.
Hand power tool with a striker ( 13, 16) accelerated along a working axis, a guide ( 22; 72) for the striker ( 13, 16), a rebound damper ( 20, 50, 60; 80, 90), which limits a movement of the striker ( 13, 16) along the working axis and has an elastic damper ring ( 28, 43; 91, 93, 81), in which the damper ring ( 28, 43; 91, 93, 81) has recesses ( 34, 111) running radially on at least one front face and/or recesses ( 102, 121) running on the circumference along the working axis, characterised in that the guide has a moveable sleeve along the working axis, in which the moveable sleeve is clamped along the working axis between two elastic damper rings ( 91, 93), both of which have grooves running radially to the working axis.
A robotic gripper comprising: a base; a soft robotic actuator directly or indirectly mounted to the base, the soft robotic actuator comprising a hollow body including an elastomeric material, the hollow body configured to accept an inflation fluid and having a length extending in a circumferential direction from a proximal end adjacent to the base to a distal end, wherein the soft robotic actuator comprises an actuator base extending the length of the actuator in the circumferential direction and forming a gripping surface, and an accordion side comprising a plurality of accordion extensions, the accordion extensions including a series of ridges and troughs, the accordion side extending the length of the actuator in the circumferential direction, wherein the accordion side and the actuator base are disposed on opposite sides of the actuator; and a rigid body mounted in or on the base and extending a portion of the length of the soft robotic actuator from the base towards the distal end of the actuator without encompassing the distal end, the rigid body disposed: within the actuator; or external to the actuator and adjacent to the actuator base along the portion of the length of the actuator; or external to the actuator and adjacent to the accordion side of the actuator along the portion of the length of the actuator, wherein the rigid body is either an extensible rod or an extensible plate and is configured to provide a force opposing an inflation of the soft robotic actuator along the portion of the length. a base; a soft robotic actuator directly or indirectly mounted to the base, the soft robotic actuator comprising a hollow body including an elastomeric material, the hollow body configured to accept an inflation fluid and having a length extending in a circumferential direction from a proximal end adjacent to the base to a distal end, wherein the soft robotic actuator comprises an actuator base extending the length of the actuator in the circumferential direction and forming a gripping surface, and an accordion side comprising a plurality of accordion extensions, the accordion extensions including a series of ridges and troughs, the accordion side extending the length of the actuator in the circumferential direction, wherein the accordion side and the actuator base are disposed on opposite sides of the actuator; and a rigid body mounted in or on the base and extending a portion of the length of the soft robotic actuator from the base towards the distal end of the actuator without encompassing the distal end, the rigid body disposed: within the actuator; or external to the actuator and adjacent to the actuator base along the portion of the length of the actuator; or external to the actuator and adjacent to the accordion side of the actuator along the portion of the length of the actuator, within the actuator; or external to the actuator and adjacent to the actuator base along the portion of the length of the actuator; or external to the actuator and adjacent to the accordion side of the actuator along the portion of the length of the actuator,
A method for improving environmental resistance of tungsten oxide under an alkaline condition without losing photocatalytic function thereof caused by visible light, the method comprising: (a) impregnating a tungsten oxide powder with a metal coating solution of at least one element to form a powder sample; or (b) applying a metal coating solution of at least one element to a tungsten oxide thin film to form a coated film; and burning the powder sample or the coated film to form a tungsten oxide photocatalyst, wherein the at least one element is selected from lanthanum, bismuth, and calcium. (a) impregnating a tungsten oxide powder with a metal coating solution of at least one element to form a powder sample; or (b) applying a metal coating solution of at least one element to a tungsten oxide thin film to form a coated film;
An isolated human monoclonal antibody or fragment thereof that specifically binds IL-17 receptor A and inhibits IL-17A from binding and activating said receptor, wherein the antibody or fragment thereof specifically binds to a polypeptide consisting of SEQ ID NO: 431 with an equilibrium dissociation constant that is 10 -9 to 10 -10 M measured by surface plasmon resonance at 25°C, and wherein said antibody or fragment does not specifically bind said polypeptide substituted with arginine at position 152 of SEQ ID NO: 431, does not specifically bind said polypeptide substituted with arginine at position 154 of SEQ ID NO: 431, does not specifically bind said polypeptide substituted with arginine at position 156 of SEQ ID NO: 431, does not specifically bind said polypeptide substituted with arginine at position 184 of SEQ ID NO: 431, does not specifically bind said polypeptide substituted with arginine at position 186 of SEQ ID NO: 431, and does not specifically bind said polypeptide substituted with arginine at position 297 of SEQ ID NO: 431. wherein the antibody or fragment thereof specifically binds to a polypeptide consisting of SEQ ID NO: 431 with an equilibrium dissociation constant that is 10 -9 to 10 -10 M measured by surface plasmon resonance at 25°C, and wherein said antibody or fragment does not specifically bind said polypeptide substituted with arginine at position 152 of SEQ ID NO: 431, does not specifically bind said polypeptide substituted with arginine at position 154 of SEQ ID NO: 431, does not specifically bind said polypeptide substituted with arginine at position 156 of SEQ ID NO: 431, does not specifically bind said polypeptide substituted with arginine at position 184 of SEQ ID NO: 431, does not specifically bind said polypeptide substituted with arginine at position 186 of SEQ ID NO: 431, and does not specifically bind said polypeptide substituted with arginine at position 297 of SEQ ID NO: 431.
A method, comprising: reading boot code from a first memory component, wherein the first memory component is a NAND Flash memory, for execution by a processor; scanning the boot code for a predetermined signature; characterised by if the predetermined signature is found in the boot code stored in at least a portion of the first memory component, setting a One Time Programmable "OTP" flag and write-protecting the at least a portion of the first memory component; wherein write-protecting the at least a portion of the first memory component is based on setting the One Time Programmable "OTP" flag for the portion. reading boot code from a first memory component, wherein the first memory component is a NAND Flash memory, for execution by a processor; scanning the boot code for a predetermined signature; characterised by if the predetermined signature is found in the boot code stored in at least a portion of the first memory component, setting a One Time Programmable "OTP" flag and write-protecting the at least a portion of the first memory component; wherein write-protecting the at least a portion of the first memory component is based on setting the One Time Programmable "OTP" flag for the portion.
A thermal transfer sheet comprising a peel-off layer on a substrate, wherein the peel-off layer contains a polyester-type resin having a glass transition temperature (Tg) of not less than 50°C and not more than 120°C, characterized in that the polyester-type resin has a number average molecular weight (Mn) of not less than 3500 and less than 9000.
A method comprising, at a trusted execution environment -enabling processor, creating a signing TEE; performing a first measurement of the signing TEE, wherein the first measurement comprises at least one measurement of a code of the signing TEE, an identity of the signing TEE and a log of activities performing during the creation of the signing TEE; generating a first signature of the result of the first measurement; sending the result of the first measurement and the first signature to a public register such that a verification of the signing TEE can be made by means of the public register; receiving a code of a first TEE and at least one signature associated with the code of the first TEE; determining, by the signing TEE, whether the code of the first TEE is recorded on the public register based on the at least one signature; and in response to determining that the code of the first TEE is recorded on the public register: signing, by the signing TEE, the first TEE; and creating the first TEE. creating a signing TEE; performing a first measurement of the signing TEE, wherein the first measurement comprises at least one measurement of a code of the signing TEE, an identity of the signing TEE and a log of activities performing during the creation of the signing TEE; generating a first signature of the result of the first measurement; sending the result of the first measurement and the first signature to a public register such that a verification of the signing TEE can be made by means of the public register; receiving a code of a first TEE and at least one signature associated with the code of the first TEE; determining, by the signing TEE, whether the code of the first TEE is recorded on the public register based on the at least one signature; and in response to determining that the code of the first TEE is recorded on the public register: signing, by the signing TEE, the first TEE; and creating the first TEE. signing, by the signing TEE, the first TEE; and creating the first TEE.
A compound of Formula V, wherein, the configuration of the monosaccharide unit and the stereochemistry of the linkages among each monosaccharides are expressed as D-glucose-α-1,4-D-glucuronic acid-β-1,4-D-glucose.
A ratchet dial mechanism used on protective personal equipment and ballistic protective personal helmets, which enables the adjustment of the chin straps, characterized in that; it comprises the following; - Groove for the large gear, the first pinion wheel and the second pinion wheel on the body, that is fixed to the chin strap, - large gear that can be turned clockwise at the center of the groove, - first pinion wheel and second pinion wheel that can be rotated by the large gear in the middle of first pinion wheel and second pinion wheel inside the groove, - the lace that is knotted to the first pinion wheel at one end and to the second pinion wheel at the other end by passing through holes on both sides of the body and gathered by wrapping on the lower part of the first pinion wheel and the second pinion wheel by the rotational movement of the large gear to ensure the tightening of the chin strap, - the cover with internal gear that fits on the body, - a lock that moves clockwise and in and out in the internal gear, starts the rotational movement of the large gear by making a clockwise rotation in its down position, and ensures the release of the lace and the loosening of the chin strap by cutting the contact with the large gear in the out position. - Groove for the large gear, the first pinion wheel and the second pinion wheel on the body, that is fixed to the chin strap, - large gear that can be turned clockwise at the center of the groove, - first pinion wheel and second pinion wheel that can be rotated by the large gear in the middle of first pinion wheel and second pinion wheel inside the groove, - the lace that is knotted to the first pinion wheel at one end and to the second pinion wheel at the other end by passing through holes on both sides of the body and gathered by wrapping on the lower part of the first pinion wheel and the second pinion wheel by the rotational movement of the large gear to ensure the tightening of the chin strap, - the cover with internal gear that fits on the body, - a lock that moves clockwise and in and out in the internal gear, starts the rotational movement of the large gear by making a clockwise rotation in its down position, and ensures the release of the lace and the loosening of the chin strap by cutting the contact with the large gear in the out position.
Rail switch arrangement having a rail switch and a heat exchanger arrangement for a heating system for heating the rail switch by means of a flowable heating medium, the rail switch comprising at least one slide chair, at least one heat exchanger being attached to the at least one slide chair in heat-transferring contact with the at least one slide chair, the at least one slide chair comprising a slide chair plate and a base plate, characterized in that the at least one heat exchanger is accommodated in a receiving space which is formed by at least one recess in the slide chair plate and at least one recess in the base plate.
A separator (1.00) for a battery comprising a porous substate, a porous coating layer formed on at least one surface of the porous substrate and comprising a mixture of inorganic particles and a binder polymer, wherein the porous substrate is a porous polyolefin substrate, characterised by a continuous or discontinuous patterned layer present on the surface of the porous coating layer, wherein the patterned layer comprises coated portions and uncoated portions on said coating layer, the uncoated portions form continuous grooves between the coated portions to allow an electrolyte solution to permeate therethrough, wherein the grooves are in the form of continuous, concave and elongated lines from one cut surface of the separator to the opposite cut surface thereof, wherein the grooves have a depth corresponding to 1 to 20% of the sum of the thicknesses of the porous coating layer and the patterned layer and have a width of 0.1 to 50 mm. a porous substate, a porous coating layer formed on at least one surface of the porous substrate and comprising a mixture of inorganic particles and a binder polymer,
Link chain as traction means in continuous conveyors and extraction systems in mining, in particular plough chain for coal plough systems, which is formed from movably interlocking chain links (2, 3), wherein each chain link (2, 3) consists of steel and has two chain link legs (4, 5) and chain link arcs (6, 7) connecting the chain link legs (4, 5), wherein each chain link leg (4, 5) of at least every second chain link (2, 3) is provided with a wear protection body (8, 9), wherein the wear protection body (8, 9) surrounds the chain link leg (4, 5) on the predominant part of its circumference and the wear protection body (8, 9) does not project beyond the outer width (b 2) of the chain link (2, 3).
A method of producing single-crystal compound semiconductor material comprising: (a) providing a substrate material having a compound semiconductor nanocolumn grown onto it to provide an epitaxial-initiating growth surface; (b) growing a compound semiconductor material onto the nanocolumn using epitaxial lateral overgrowth; and (c) separating the grown compound semiconductor material from the substrate, wherein the nanocolumn is grown with single doped or undoped material, or with the combination of un-doped and doped steps, or n-doped and p-doped steps, and, wherein the nanocolumn includes a p-type region proximate the growth surface. (a) providing a substrate material having a compound semiconductor nanocolumn grown onto it to provide an epitaxial-initiating growth surface; (b) growing a compound semiconductor material onto the nanocolumn using epitaxial lateral overgrowth; and (c) separating the grown compound semiconductor material from the substrate,
An antisense oligonucleotide directed against the interior of exon 53 of the human dystrophin pre-mRNA which facilitates the masking of said exon for the splicing apparatus and the exclusion of said exon from the final mRNA.
Check valve unit (1, 100, 200, 300, 400), comprising: a shaft bearing body (10, 110, 210, 310, 410) comprising an at least substantially cylindrical mounting portion extending along an axial direction; a valve shaft (20, 120) mounted in the mounting portion, wherein the valve shaft (20, 120) extends along the axial direction and is displaceable along the axial direction; a valve head (25, 125) comprising a sealing surface (33, 133), wherein the valve head (25, 125) is disposed on a distal end of the valve shaft (20, 120) in the axial direction, the distal end facing away from the mounting portion; a damping reservoir inside the shaft bearing body (10, 110, 210, 310, 410), wherein a volume of the damping reservoir is changed by movement of the valve shaft (20, 120) with regard to the shaft bearing body (10, 110, 210, 310, 410) along the axial direction; characterized in that at least two channels (46a, 46b) are provided through which the fluid can flow in parallel each of the channels (46a, 46b) constituting a fluid connection between the damping reservoir and an outside, wherein the damping reservoir is, apart from the channels (46a, 46b), at least substantially enclosed, and that each channel (46a, 46b) has a length being at least ten times a hydraulic diameter of the respective channel (46a, 46b). a shaft bearing body (10, 110, 210, 310, 410) comprising an at least substantially cylindrical mounting portion extending along an axial direction; a valve shaft (20, 120) mounted in the mounting portion, wherein the valve shaft (20, 120) extends along the axial direction and is displaceable along the axial direction; a valve head (25, 125) comprising a sealing surface (33, 133), wherein the valve head (25, 125) is disposed on a distal end of the valve shaft (20, 120) in the axial direction, the distal end facing away from the mounting portion; a damping reservoir inside the shaft bearing body (10, 110, 210, 310, 410), wherein a volume of the damping reservoir is changed by movement of the valve shaft (20, 120) with regard to the shaft bearing body (10, 110, 210, 310, 410) along the axial direction; characterized in that at least two channels (46a, 46b) are provided through which the fluid can flow in parallel each of the channels (46a, 46b) constituting a fluid connection between the damping reservoir and an outside, wherein the damping reservoir is, apart from the channels (46a, 46b), at least substantially enclosed, and that each channel (46a, 46b) has a length being at least ten times a hydraulic diameter of the respective channel (46a, 46b).