mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for marine geophysical surveying, comprising: a sensor assembly comprising: a first cable segment comprising at least one electromagnetic sensor (106, 108); and a second cable segment coupled to the first cable segment and electrically isolated from the first cable segment, wherein the second cable segment is configured to couple to a vessel; and an EM field source configured to couple to the vessel, wherein a length of the second cable segment is equal to or greater than a length of the EM field source. a sensor assembly comprising: a first cable segment comprising at least one electromagnetic sensor (106, 108); and a second cable segment coupled to the first cable segment and electrically isolated from the first cable segment, wherein the second cable segment is configured to couple to a vessel; and a first cable segment comprising at least one electromagnetic sensor (106, 108); and a second cable segment coupled to the first cable segment and electrically isolated from the first cable segment, wherein the second cable segment is configured to couple to a vessel; and an EM field source configured to couple to the vessel, wherein a length of the second cable segment is equal to or greater than a length of the EM field source.
Pneumatic vehicle tyre having a carcass, a profiled tread, a belt and a single-or multi-ply belt bandage comprising strength members running in the circumferential direction of the tyre, wherein at least one of the bandage plies of the belt bandage comprises at least one hybrid cord composed of two mutually end-twisted yarns as a strength member, wherein the first yarn is a yarn made of polyamide 6 (PA 6.6) and the second yarn is a yarn made of polyethylene terephthalate characterized in that • the overall linear density of the hybrid cord is 460 dtex to 695 dtex, • in that each of the two yarns has a linear density which is 32% to 68% of the overall linear density of the hybrid cord and • in that the twist factor of the hybrid cord is 118 to 150, wherein the twist factor is given by the formula: twist [T/m] *√(tex/1000). • the overall linear density of the hybrid cord is 460 dtex to 695 dtex, • in that each of the two yarns has a linear density which is 32% to 68% of the overall linear density of the hybrid cord and • in that the twist factor of the hybrid cord is 118 to 150, wherein the twist factor is given by the formula: twist [T/m] *√(tex/1000).
A bone plate kit comprising: a bone plate; and a plurality of bone screws, wherein the bone plate comprises: an upper face, which is not to be in contact with a bone; a lower face, which is to be in contact with the bone; and a plurality of holes, each of which connects the upper face and the lower face, each of the plurality of bone screws being inserted into one of the plurality of holes, wherein a first hole of the plurality of holes is arranged at one end of the bone plate, wherein a second hole of the plurality of holes is arranged away from the first hole in a direction of a longitudinal axis of the bone plate, wherein a portion of an edge, on the upper face, of the second hole is formed so as to be raised in the form of a protrusion higher than the upper face, wherein in a state where a first bone screw of the plurality of bone screws is inserted into the first hole to fix the one end of the bone plate to the bone, a second bone screw of the plurality of bone screws is inserted into the second hole such that the second bone screw pushes out the protrusion to apply pressure to the bone. a bone plate; and a plurality of bone screws, wherein the bone plate comprises: an upper face, which is not to be in contact with a bone; a lower face, which is to be in contact with the bone; and a plurality of holes, each of which connects the upper face and the lower face, each of the plurality of bone screws being inserted into one of the plurality of holes, an upper face, which is not to be in contact with a bone; a lower face, which is to be in contact with the bone; and a plurality of holes, each of which connects the upper face and the lower face, each of the plurality of bone screws being inserted into one of the plurality of holes, wherein a first hole of the plurality of holes is arranged at one end of the bone plate, wherein a second hole of the plurality of holes is arranged away from the first hole in a direction of a longitudinal axis of the bone plate, wherein a portion of an edge, on the upper face, of the second hole is formed so as to be raised in the form of a protrusion higher than the upper face, wherein in a state where a first bone screw of the plurality of bone screws is inserted into the first hole to fix the one end of the bone plate to the bone, a second bone screw of the plurality of bone screws is inserted into the second hole such that the second bone screw pushes out the protrusion to apply pressure to the bone.
An agricultural machine comprising a pick-up assembly for gathering crop material, the pick-up assembly comprising: - a pick-up drum rotatably mounted to a frame; - a windguard attached to a support linkage, said support linkage being pivotably mounted to the frame; and - at least one flexible elongate element having opposite first and second end regions, in which the first end region is attached to the support linkage; characterized in that the pick-up assembly furthermore comprises: - at least one winch drum rotatably attached with respect to a frame (16, 101), the second end region of the at least one flexible elongate element is windably attached to the at least one winch drum; and - a shock attenuating coupling for attaching said first end region of the at least one flexible elongate element to the support linkage. - a pick-up drum rotatably mounted to a frame; - a windguard attached to a support linkage, said support linkage being pivotably mounted to the frame; and - at least one flexible elongate element having opposite first and second end regions, in which the first end region is attached to the support linkage; characterized in that the pick-up assembly furthermore comprises: - at least one winch drum rotatably attached with respect to a frame (16, 101), the second end region of the at least one flexible elongate element is windably attached to the at least one winch drum; and - a shock attenuating coupling for attaching said first end region of the at least one flexible elongate element to the support linkage.
A snow plow comprising a travel frame having a travel device, an auger housing having an auger and capable of being raised and lowered relative to the travel frame, a raising/lowering drive mechanism for raising and lowering the auger housing, and a control unit for controlling the raising/lowering drive mechanism, wherein the snow plow comprises a relative angle detection unit for detecting the angle ( β hr) of the auger housing relative to the travel frame, characterized in that the snow plow further comprises a horizontal detection unit for detecting the horizontal state of the auger housing relative to the direction of gravity, wherein the control unit is adapted to control the raising/lowering drive mechanism so that the auger housing becomes horizontal, and the control unit is adapted to perform a control so as to stop the raising/lowering drive mechanism when the control unit assess that one of a first condition and a second condition is satisfied, the first condition being that the relative angle ( β her) be zero and the second condition being that the auger housing be horizontal.
Device for transporting a vertically aligned sheet of material of a rubber mixture, comprising a conveying device and a guiding device, between which the sheet of material is conveyed, wherein the conveying device has a vertically aligned conveyor belt, which can be set in a circulating motion, and the guiding device has a guide bar, which is located at the lower region of the conveyor belt and on which the sheet of material stands while it is being transported, and wherein a pressing plate, which is aligned parallel to the conveyor belt and on the side of which that is facing the conveyor belt freely rotatably and resiliently spring-mounted guide rollers are arranged, is arranged above the guide bar.
A placement guide device for use with a placement tool, the guide comprising: a first surface configured to be disposed adjacent to a surface of the skin of the patient at the implantation site; wherein the guide further comprises a pilot-tube extending beneath the first surface and comprising a proximal end configured to receive a distal end of a placement cannula of the placement tool for delivering an implant to tissue, a distal end spaced apart from the proximal end at a first distance, and a central longitudinal axis therethrough from the proximal end to the distal end, wherein the longitudinal axis is arranged relative to the first surface at either or both of a second distance and an angle; wherein at least one of the second distance or the angle of the placement guide is configured to guide the placement cannula of the placement tool within the tissue to effect implantation of the implant beneath the outer surface of the skin of the patient such that opposite ends of the implant are placed at a determined depth that is substantially the same; and wherein the implant is an osmotic mini-pump. wherein the guide further comprises a pilot-tube extending beneath the first surface and comprising a proximal end configured to receive a distal end of a placement cannula of the placement tool for delivering an implant to tissue, a distal end spaced apart from the proximal end at a first distance, and a central longitudinal axis therethrough from the proximal end to the distal end, wherein the longitudinal axis is arranged relative to the first surface at either or both of a second distance and an angle; wherein at least one of the second distance or the angle of the placement guide is configured to guide the placement cannula of the placement tool within the tissue to effect implantation of the implant beneath the outer surface of the skin of the patient such that opposite ends of the implant are placed at a determined depth that is substantially the same; and wherein the implant is an osmotic mini-pump.
An expansion joint configured to connect first and second vertical mullions of a curtain wall, the first and second vertical mullions each including an elongated body having an inner contour defining a hollow slot and an infill support tongue extending from a side of the elongated body, the first and second vertical mullions including an inner sleeve extending through the hollow slot of both the first and second vertical mullions, the expansion joint comprising: a body having sides, an upper surface, and a lower surface; an inner contour defining a central inner slot extending through the body from the upper surface to the lower surface, the central inner slot being configured to receive the inner sleeve therethrough; a first raised lip projecting from the lower surface of the body, a second raised lip projecting from the upper surface of the body, a projection extending from one of the sides of the body, the projection being configured to be inserted between the infill support tongues of the first and second vertical mullions when the expansion joint is assembled with the first and second mullions; characterized by said first lip circumscribing the central slot, and being configured to be inserted inside of the inner contour of the first vertical mullion; said second lip circumscribing the central slot, and being configured to be inserted inside of the inner contour of the second vertical mullion; and by a tab on either side of the projection, wherein the tabs extend from the side of the body that includes the projection. a body having sides, an upper surface, and a lower surface; an inner contour defining a central inner slot extending through the body from the upper surface to the lower surface, the central inner slot being configured to receive the inner sleeve therethrough; a first raised lip projecting from the lower surface of the body, a second raised lip projecting from the upper surface of the body, a projection extending from one of the sides of the body, the projection being configured to be inserted between the infill support tongues of the first and second vertical mullions when the expansion joint is assembled with the first and second mullions; characterized by said first lip circumscribing the central slot, and being configured to be inserted inside of the inner contour of the first vertical mullion; said second lip circumscribing the central slot, and being configured to be inserted inside of the inner contour of the second vertical mullion; and by a tab on either side of the projection, wherein the tabs extend from the side of the body that includes the projection.
A measurement configuration method, wherein the method comprises: determining, by a terminal device, that a bandwidth part, BWP, occupied by the terminal device is switched from a first BWP to a second BWP; and receiving (602, 802, 802, 1002, 1003, 1102, 1202, 1203, 1302), by the terminal device, first information from a network device, and a first measurement window is configured for the first BWP, wherein a second measurement window is configured by the network device for the second BWP; wherein the first information is carried by downlink control information DCI, characterized in that the first information indicates whether configuration information of a first measurement window takes effect when the terminal device occupies the second BWP, wherein an information field of the DCI occupies one bit, wherein said bit indicates whether the configuration information of the first measurement window takes effect. determining, by a terminal device, that a bandwidth part, BWP, occupied by the terminal device is switched from a first BWP to a second BWP; and receiving (602, 802, 802, 1002, 1003, 1102, 1202, 1203, 1302), by the terminal device, first information from a network device, and a first measurement window is configured for the first BWP, wherein a second measurement window is configured by the network device for the second BWP; wherein the first information is carried by downlink control information DCI, characterized in that the first information indicates whether configuration information of a first measurement window takes effect when the terminal device occupies the second BWP, wherein an information field of the DCI occupies one bit, wherein said bit indicates whether the configuration information of the first measurement window takes effect.
Method of exchanging a wafer in a lithography apparatus with a charged particle beam column, in which the wafer is processed under vacuum, said method comprising: a step of placing said wafer on a wafer table comprising clamping said wafer on said wafer table wherein, for the purpose of mutual clamping of said wafer to said wafer table, a layer of stationary held liquid is maintained between said wafer and said wafer table. a subsequent step of inserting said wafer table and said wafer in said lithography apparatus, a step of processing said wafer, comprising projecting an image or an image pattern on said wafer, a step of removing said wafer table and said wafer from the lithography apparatus, a step of detaching said wafer from said wafer table, and a step of exchanging said wafer table with another one for the purpose of exchanging the wafer in said lithography apparatus, and a step of treating said wafer table outside said lithography apparatus, in which treatment the temperature of said wafer table is conditioned, wherein, in clamping said wafer on said wafer table, a capillary condition of said layer of stationary held liquid is realized by maintaining a nominal mutual distance of between 0,1 and 10 μm between said wafer and said wafer table, and wherein the wafer table is provided with burls having a height for defining a thickness of the layer of stationary held liquid. a step of placing said wafer on a wafer table comprising clamping said wafer on said wafer table wherein, for the purpose of mutual clamping of said wafer to said wafer table, a layer of stationary held liquid is maintained between said wafer and said wafer table. a subsequent step of inserting said wafer table and said wafer in said lithography apparatus, a step of processing said wafer, comprising projecting an image or an image pattern on said wafer, a step of removing said wafer table and said wafer from the lithography apparatus, a step of detaching said wafer from said wafer table, and a step of exchanging said wafer table with another one for the purpose of exchanging the wafer in said lithography apparatus, and a step of treating said wafer table outside said lithography apparatus, in which treatment the temperature of said wafer table is conditioned,
A method, comprising: creating a decoy cloud services subscription that grants access to a first set of cloud-based resources offered by a cloud service provider; tracking a first sequence of resource allocation operations that are performed using the decoy cloud services subscription; tracking at least one second sequence of resource allocation operations performed using at least a first cloud services subscription of at least a first user; providing the first sequence and the at least one second sequence as inputs to a supervised machine learning algorithm that generates a sequence classification model based on the first sequence and the at least one second sequence, the first sequence including malicious resource allocation operations and the at least one second sequence including benign resource allocation operations; tracking a third sequence of resource allocation operations performed using a second cloud services subscription of a second user, the second cloud services subscription granting the second user access to a second set of cloud-based resources offered by the cloud service provider; analyzing the tracked third sequence based on the sequence classification model to determine whether the tracked third sequence is a malicious resource allocation sequence; and in response to determining that the tracked third sequence is a malicious resource allocation sequence, performing an action to neutralize the tracked third sequence. creating a decoy cloud services subscription that grants access to a first set of cloud-based resources offered by a cloud service provider; tracking a first sequence of resource allocation operations that are performed using the decoy cloud services subscription; tracking at least one second sequence of resource allocation operations performed using at least a first cloud services subscription of at least a first user; providing the first sequence and the at least one second sequence as inputs to a supervised machine learning algorithm that generates a sequence classification model based on the first sequence and the at least one second sequence, the first sequence including malicious resource allocation operations and the at least one second sequence including benign resource allocation operations; tracking a third sequence of resource allocation operations performed using a second cloud services subscription of a second user, the second cloud services subscription granting the second user access to a second set of cloud-based resources offered by the cloud service provider; analyzing the tracked third sequence based on the sequence classification model to determine whether the tracked third sequence is a malicious resource allocation sequence; and in response to determining that the tracked third sequence is a malicious resource allocation sequence, performing an action to neutralize the tracked third sequence.
A composition comprising a fiber structure impregnated with a polymer, the polymer having dispersed functionalized particles chemically bonded to the polymer, wherein the functionalized particles contain one of either groups same as a precursor of the polymer, or groups reactive with a precursor; wherein the functionalized particles are selected from the group consisting of: carbon particles; ceramic particles; mineral particles; graphite, graphene; carbon nanotubes; fullerene; silica; kaolin group clay; smectite group clay; illite group clay; chlorite group clay; aluminum oxide; and combinations thereof; and wherein the polymer has at least 10 wt% of functionalized particles. wherein the functionalized particles are selected from the group consisting of: carbon particles; ceramic particles; mineral particles; graphite, graphene; carbon nanotubes; fullerene; silica; kaolin group clay; smectite group clay; illite group clay; chlorite group clay; aluminum oxide; and combinations thereof; and wherein the polymer has at least 10 wt% of functionalized particles.
Method for introducing a cored wire into a bath of molten metal, consisting in extracting the cored wire from a reel, especially from the core of the reel, and in making it run into the bath of metal, one part of the path travelled by the cored wire being formed in a guide tube that is disposed vertically above the bath and whose distal end is at a defined height above the surface (PP') of the bath of metal, characterized in that the cored wire is driven and subjected to a straightening operation, under conditions practically not altering its substantially circular cross-section and allowing it to be introduced and penetrate into the depth of the bath in a vertical direction, the straightening operation is carried out by the passage of the cored wire, before its entry into the guide tube, through a plurality of sets of two press rolls (19, 20), the contact between the cored wire and each press roll being: - either along a contact surface, the contact faces (21, 22) of the press rolls with said wire being concave, or - along at least two lines of contact, each roll including a peripheral groove of triangular cross-section whose oblique walls delimit the contact faces with the cored wire. - either along a contact surface, the contact faces (21, 22) of the press rolls with said wire being concave, or - along at least two lines of contact, each roll including a peripheral groove of triangular cross-section whose oblique walls delimit the contact faces with the cored wire.
Induction matrix hob with an induction hob apparatus, which has at least one heating element, which is provided to heat cooking vessels, and at least one evaluation unit, which is provided to determine at least one parameter relating to a heating efficiency of at least one cooking vessel, characterised in that the evaluation unit is provided to determine at least one efficient heating position for the cooking vessel on the basis of the parameter.
An aircraft provided with at least one overpressure door, of axial type, including a hatch which comprises an internal face and an external face and which can pivot about an axis, between a closed position and an open position, characterized in that said overpressure door includes, at an upstream edge relative to the direction of an external flow in the direction defined by said axis, an aerodynamic appendage which is securely attached to the internal face of the hatch at said upstream edge and which is arranged transversely thereto so as: - to be retracted in the closed position of the hatch, relative to the outside; and - to produce a deflection of the external flow in the open position of the hatch. - to be retracted in the closed position of the hatch, relative to the outside; and - to produce a deflection of the external flow in the open position of the hatch.