mhurhangee/ep-ind-claims huggingface dataset:
A computer-based system for monitoring a drilling operation, the system comprising: a data analysis server coupled to a communications network for receiving a data stream including a plurality of real time sensor logs associated with a drilling operation; and, a database of past case records, each case record including data describing an historic drilling situation, wherein the data analysis server is programmed to: a. process the received data stream to generate a situation description including data representing a current drilling situation; b. compare the situation description with the past case records stored in the database, the comparison using one or more indicators that employ both current and previous depth-indexed and time-indexed data; c. identify one or more past case records that match the current drilling situation as defined by the situation description to a degree of similarity above a predetermined threshold level; d. generate a visual display of matching cases identified in step (c) which allows a user to retrieve and view details of the stored past cases; and, e. repeat steps (a) to (d) over time, thereby to update the visual display of matching cases. a data analysis server coupled to a communications network for receiving a data stream including a plurality of real time sensor logs associated with a drilling operation; and, a database of past case records, each case record including data describing an historic drilling situation, wherein the data analysis server is programmed to: a. process the received data stream to generate a situation description including data representing a current drilling situation; b. compare the situation description with the past case records stored in the database, the comparison using one or more indicators that employ both current and previous depth-indexed and time-indexed data; c. identify one or more past case records that match the current drilling situation as defined by the situation description to a degree of similarity above a predetermined threshold level; d. generate a visual display of matching cases identified in step (c) which allows a user to retrieve and view details of the stored past cases; and, e. repeat steps (a) to (d) over time, thereby to update the visual display of matching cases. a. process the received data stream to generate a situation description including data representing a current drilling situation; b. compare the situation description with the past case records stored in the database, the comparison using one or more indicators that employ both current and previous depth-indexed and time-indexed data; c. identify one or more past case records that match the current drilling situation as defined by the situation description to a degree of similarity above a predetermined threshold level; d. generate a visual display of matching cases identified in step (c) which allows a user to retrieve and view details of the stored past cases; and, e. repeat steps (a) to (d) over time, thereby to update the visual display of matching cases.
Plug connector, which can be latched to a mating plug connector, having - a plug connector housing with a plurality of sides which each have a planar form, - a plug connector insert, which is fastened, or at least can be fastened, in the plug connector housing, and - a release sleeve, which reaches around the plug connector housing and is retained on the plug connector housing such that it can be displaced contrary to the mating direction for releasing the plug connector from the mating plug connector, wherein the release sleeve has at least one polarization element in order to cooperate with both the plug connector housing and the mating plug connector in a polarizing manner, characterized in that the polarization element is a substantially cuboidal moulded portion on the release sleeve, the moulded portion being arranged internally on the release sleeve. - a plug connector housing with a plurality of sides which each have a planar form, - a plug connector insert, which is fastened, or at least can be fastened, in the plug connector housing, and - a release sleeve, which reaches around the plug connector housing and is retained on the plug connector housing such that it can be displaced contrary to the mating direction for releasing the plug connector from the mating plug connector, wherein the release sleeve has at least one polarization element in order to cooperate with both the plug connector housing and the mating plug connector in a polarizing manner, characterized in that the polarization element is a substantially cuboidal moulded portion on the release sleeve, the moulded portion being arranged internally on the release sleeve.
A method for detecting corner points of a lane line, comprising: obtaining a road image to be detected; inputting the road image into a pre-trained neural network model for processing to obtain a heat map prediction result corresponding to the road image, wherein the heat map prediction result comprises a probability that each pixel of the road image belongs to a specific corner point category, and wherein the neural network model comprises a first network branch and a second network branch, wherein the first network branch is configured for outputting a semantic segmentation result of whether the pixel in the road image belonging to the lane line or not, and the second network branch is configured for outputting the heat map prediction result of the road image; multiplying a prediction value of each pixel in the heat map prediction result by a prediction value of each pixel in the semantic segmentation result to remove points of an area without the lane line in the heat map prediction result, thereby to update the heat map prediction result; determining a plurality of different categories of corner points in the road image according to the updated heat map prediction result; and grouping the plurality of different categories of corner points according to a predetermined rule to obtain at least one corner point group, wherein a corner point group constitutes a lane line. obtaining a road image to be detected; inputting the road image into a pre-trained neural network model for processing to obtain a heat map prediction result corresponding to the road image, wherein the heat map prediction result comprises a probability that each pixel of the road image belongs to a specific corner point category, and wherein the neural network model comprises a first network branch and a second network branch, wherein the first network branch is configured for outputting a semantic segmentation result of whether the pixel in the road image belonging to the lane line or not, and the second network branch is configured for outputting the heat map prediction result of the road image; multiplying a prediction value of each pixel in the heat map prediction result by a prediction value of each pixel in the semantic segmentation result to remove points of an area without the lane line in the heat map prediction result, thereby to update the heat map prediction result; determining a plurality of different categories of corner points in the road image according to the updated heat map prediction result; and grouping the plurality of different categories of corner points according to a predetermined rule to obtain at least one corner point group, wherein a corner point group constitutes a lane line.
Guidewire configured for use in medical magnetic resonance applications, comprising - a multi-lumen wire composed of an electrically nonconductive plastic material, said wire extending continuously from a proximal end region to a distal end region of the guide wire and having at least two separate, axially extending hollow channels (2 1,..., 2 n), wherein an axially alternating sequence of rod-shaped, elastic stiffening pieces composed of an electrically conductive, nonmagnetic material having higher bending stiffness than the plastic material of the multi-lumen wire and electrically nonconductive spacer pieces is arranged at least in one of the hollow channels of the multi-lumen wire, and/or - coaxial wires (7 1,..., 7 n) arranged coaxially one inside another and extending continuously from a proximal end region to a distal end region of the guide wire, wherein at least two of the coaxial wires (7 2, 7 3) have a hollow tube shape and are constructed from an axially alternating sequence of rod-shaped, elastic stiffening pieces composed of an electrically conductive, nonmagnetic material and electrically nonconductive spacer pieces. - a multi-lumen wire composed of an electrically nonconductive plastic material, said wire extending continuously from a proximal end region to a distal end region of the guide wire and having at least two separate, axially extending hollow channels (2 1,..., 2 n), wherein an axially alternating sequence of rod-shaped, elastic stiffening pieces composed of an electrically conductive, nonmagnetic material having higher bending stiffness than the plastic material of the multi-lumen wire and electrically nonconductive spacer pieces is arranged at least in one of the hollow channels of the multi-lumen wire, and/or - coaxial wires (7 1,..., 7 n) arranged coaxially one inside another and extending continuously from a proximal end region to a distal end region of the guide wire, wherein at least two of the coaxial wires (7 2, 7 3) have a hollow tube shape and are constructed from an axially alternating sequence of rod-shaped, elastic stiffening pieces composed of an electrically conductive, nonmagnetic material and electrically nonconductive spacer pieces.
A method for wireless communication, comprising: acquiring, by a network device, first information being related to an access domain for a first terminal device, wherein the first terminal device has registered with both a first network and a second network, and the first information is indicative of information used for the first terminal device to establish at least one of a Packet Data Unit, PDU, session or a Packet Data Network, PDN, connection in at least one of the first network or the second network; responsive to that the first terminal device is called by a second terminal device, determining, by the network device according to an identifier of the first terminal device and the first information, an access domain used by the first terminal device for establishment of a call connection between the first terminal device and the second terminal device; and sending, by the network device, the access domain to a core network device serving the second terminal device such that the core network device determines an Access and Mobility Function, AMF, network element or Mobility Management Entity, MME, network element serving the first terminal device according to the access domain; wherein the first information comprises at least one of: a Destination Network Name, DNN, corresponding to the PDU session; or, an Access Point Name, APN, corresponding to the PDN connection. acquiring, by a network device, first information being related to an access domain for a first terminal device, wherein the first terminal device has registered with both a first network and a second network, and the first information is indicative of information used for the first terminal device to establish at least one of a Packet Data Unit, PDU, session or a Packet Data Network, PDN, connection in at least one of the first network or the second network; responsive to that the first terminal device is called by a second terminal device, determining, by the network device according to an identifier of the first terminal device and the first information, an access domain used by the first terminal device for establishment of a call connection between the first terminal device and the second terminal device; and sending, by the network device, the access domain to a core network device serving the second terminal device such that the core network device determines an Access and Mobility Function, AMF, network element or Mobility Management Entity, MME, network element serving the first terminal device according to the access domain; wherein the first information comprises at least one of: a Destination Network Name, DNN, corresponding to the PDU session; or, an Access Point Name, APN, corresponding to the PDN connection. a Destination Network Name, DNN, corresponding to the PDU session; or, an Access Point Name, APN, corresponding to the PDN connection.
Drive assembly for driving at least two metal sword-shaped reaction parts, comprising a rotor shaft that is connected to a hub part (51, 70, 90) for conjoint rotation by means of a feather key connection or clamp connection, wherein at least two stacks are arranged on the hub part (51, 70, 90), wherein each stack comprises at least two discs, which are each spaced apart from one another by a spacer bush, wherein permanent magnets (2, 3) are arranged on each disc, wherein the stacks are arranged axially one behind the other, wherein the hub part (51, 70, 90) is screwed to the spacer bush associated with the particular stack and/or the associated disc, wherein the screw that is used is arranged at a permanent radial spacing and/or is screwed into a threaded hole in the hub part, wherein the screw head presses the discs and at least one spacer bush onto the hub part (51, 70, 90) in the axial direction, wherein each metal sword-shaped reaction part is arranged between the opposing permanent magnets (2, 3) of the discs of each stack, and wherein the number of stacks corresponds to the number of reaction parts.
A system for reducing ventricular filling volume in a patient having a pretreatment ventricular filling volume, comprising: a stimulation circuit configured to deliver a stimulation pulse to at least one cardiac chamber; and at least one controller configured to execute delivery of one or more stimulation patterns of stimulation pulses to at least one cardiac chamber, wherein at least one of the stimulation pulses has a first stimulation setting and at least one of the stimulation pulses has a second stimulation setting different from the first stimulation setting, at least one of the first stimulation setting and the second stimulation setting being configured to reduce or prevent atrial kick, thereby reducing the ventricular filling volume from the pretreatment ventricular filling volume. a stimulation circuit configured to deliver a stimulation pulse to at least one cardiac chamber; and at least one controller configured to execute delivery of one or more stimulation patterns of stimulation pulses to at least one cardiac chamber, wherein at least one of the stimulation pulses has a first stimulation setting and at least one of the stimulation pulses has a second stimulation setting different from the first stimulation setting, at least one of the first stimulation setting and the second stimulation setting being configured to reduce or prevent atrial kick, thereby reducing the ventricular filling volume from the pretreatment ventricular filling volume.
A method performed by a wireless device configured for use in a wireless communication system, the method comprising: determining a wake-up signal, WUS, group to which the wireless device belongs, based on a first function of a device identifier for the wireless device; and monitoring for a WUS that indicates wireless devices in the determined WUS group to which the wireless device belongs are to wake up; characterized in that the first function is equal to: floor(floor(UE_ID/(N*Ns))/Nn) mod Nw, where UE_ID is a function of the device identifier, where N is a number of paging frames per paging cycle, where Ns is a number of paging occasions per paging frame, where Nn is a number of paging narrowbands or carriers, and where Nw is a number of WUS groups. determining a wake-up signal, WUS, group to which the wireless device belongs, based on a first function of a device identifier for the wireless device; and monitoring for a WUS that indicates wireless devices in the determined WUS group to which the wireless device belongs are to wake up; characterized in that the first function is equal to: floor(floor(UE_ID/(N*Ns))/Nn) mod Nw, where UE_ID is a function of the device identifier, where N is a number of paging frames per paging cycle, where Ns is a number of paging occasions per paging frame, where Nn is a number of paging narrowbands or carriers, and where Nw is a number of WUS groups.
A method of operating a terminal device for controlling the communication of a data block from the terminal device to a base station in a wireless telecommunications system supporting multiple parallel retransmission protocol processes, the method comprising; making a first transmission of data for the data block in association with a first retransmission protocol process and obtaining corresponding first response signalling for indicating whether the data block has been successfully communicated to the base station in response thereto; making a second transmission of data for the data block in association with a second retransmission protocol process and obtaining corresponding second response signalling in response thereto, wherein the second transmission is initiated after making the first transmission but before the first response signalling is obtained, and wherein the method further comprises: determining whether to avoid retransmission of data for the data block in association with the first retransmission protocol process by taking account of both the first response signalling and the second response signalling. determining whether to avoid retransmission of data for the data block in association with the first retransmission protocol process by taking account of both the first response signalling and the second response signalling.
Use of an alloy well plugging and/or sealing tool to deploy an alloy seal within a region of a sand screen of an open hole gravel pack without the need to perforate the sand screen, said tool comprising: a tubular heater body with an internal cavity containing a chemical heat source; a quantity of alloy provided in thermal communication with the heater body around an outer surface of the heater body, said alloy being selected from a group consisting of eutectic alloy, bismuth alloy and low melting point alloys (LMPA) with a melting point of 385°C or below; an insulating sleeve (7, 7a) provided around an outer surface of the alloy, wherein the insulation provided by the sleeve causes the covered alloy to become super-heated by the chemical heat source; and wherein the sleeve (7, 7a) is configured to provide a focused egress for the alloy as it is melted by the chemical heat source. a tubular heater body with an internal cavity containing a chemical heat source; a quantity of alloy provided in thermal communication with the heater body around an outer surface of the heater body, said alloy being selected from a group consisting of eutectic alloy, bismuth alloy and low melting point alloys (LMPA) with a melting point of 385°C or below; an insulating sleeve (7, 7a) provided around an outer surface of the alloy, wherein the insulation provided by the sleeve causes the covered alloy to become super-heated by the chemical heat source; and wherein the sleeve (7, 7a) is configured to provide a focused egress for the alloy as it is melted by the chemical heat source.
A system comprising: a projectile having a first diameter; a ram accelerator to accelerate the projectile, the ram accelerator comprising: a first end and a second end opposite the first end, wherein the second end is configured to be inserted downhole; characterized in that the ram accelerator further comprises one or more baffles proximate to the second end, wherein one or more of the baffles comprise an aperture having a diameter greater than or equal to the first diameter. a projectile having a first diameter; a ram accelerator to accelerate the projectile, the ram accelerator comprising: a first end and a second end opposite the first end, wherein the second end is configured to be inserted downhole; characterized in that the ram accelerator further comprises one or more baffles proximate to the second end, wherein one or more of the baffles comprise an aperture having a diameter greater than or equal to the first diameter. a first end and a second end opposite the first end, wherein the second end is configured to be inserted downhole; characterized in that the ram accelerator further comprises one or more baffles proximate to the second end, wherein one or more of the baffles comprise an aperture having a diameter greater than or equal to the first diameter.
A nonaqueous electrolyte battery comprising: a positive electrode comprising a positive electrode layer, wherein the positive electrode layer comprises lithium-manganese composite oxide represented by a general formula of LiMn 2-x M x O 4, in the general formula, x is within a range of 0.22 ≤ x ≤ 0.7, and M is at least one element selected from a group consisting of Mg, Ti, Cr, Fe, Co, Zn, Al, and Ga; a negative electrode containing a negative electrode layer, wherein the negative electrode layer comprises lithium titanate Li 4 Ti 5 O 12; and a nonaqueous electrolyte, wherein a pore specific surface area obtained by a BET method using N 2 -adsorption of the positive electrode layer is 2 m 2 /g or more and less than 5 m 2 /g and a ratio of a capacity of the positive electrode per pore surface area of the positive electrode layer to a capacity of the negative electrode per pore surface area obtained by the BET method using N 2 -adsorption of the negative electrode layer is within the range of 1 or more and less than 2.4. a positive electrode comprising a positive electrode layer, wherein the positive electrode layer comprises lithium-manganese composite oxide represented by a general formula of LiMn 2-x M x O 4, in the general formula, x is within a range of 0.22 ≤ x ≤ 0.7, and M is at least one element selected from a group consisting of Mg, Ti, Cr, Fe, Co, Zn, Al, and Ga; a negative electrode containing a negative electrode layer, wherein the negative electrode layer comprises lithium titanate Li 4 Ti 5 O 12; and a nonaqueous electrolyte, wherein a pore specific surface area obtained by a BET method using N 2 -adsorption of the positive electrode layer is 2 m 2 /g or more and less than 5 m 2 /g and a ratio of a capacity of the positive electrode per pore surface area of the positive electrode layer to a capacity of the negative electrode per pore surface area obtained by the BET method using N 2 -adsorption of the negative electrode layer is within the range of 1 or more and less than 2.4.
A corner fitting comprising a strip-like base member for a clamping connection between two furniture panels (28, 30) which are arranged substantially perpendicularly to each other, wherein a lip protrudes from the corner fitting in an end region of the base member along at least a portion of the width and a pin protrudes in the opposing end region of the base member, wherein the lip and the pin protrude at the same side of the base member substantially in the same direction, characterized in that the base member comprises a linear portion and a bent portion, wherein the lip protrudes from the linear portion and the pin protrudes from the bent portion and the bent portion adjoins the linear portion at the side opposite the lip.
An o/w emulsion comprising hydrophobin and oil wherein the o/w emulsion has an overrun of less than 35% and wherein the oil phase has an iodine value of greater than 40 characterised in that the ratio of hydrophobin to oil is greater than 20g/litre, the ratio of oil to water being greater than 1 v/v%.