mhurhangee/ep-ind-claims huggingface dataset:
An optical system comprising: a first trunk terminal emitting an optical signal (105, 105c); a second trunk terminal receiving the optical signal (105, 105c); a communication trunk (102,102c) disposed along a floor of a body of water and coupling the first trunk terminal to the second trunk terminal, the communication trunk (102, 102c) transmitting the optical signal (105,105c) from the first trunk terminal to the second trunk terminal; an intermediate unit connected to the communication trunk (102, 102c) between the first and second trunk terminals (110, 120), the intermediate unit receiving the emitted optical signal from the first trunk terminal, amplifying the received optical signal (105, 105c), and sending the amplified optical signal (105, 105a) to the second trunk terminal; and a power source connected to and powering the intermediate unit, the power source located at or near a surface of the body of water. a first trunk terminal emitting an optical signal (105, 105c); a second trunk terminal receiving the optical signal (105, 105c); a communication trunk (102,102c) disposed along a floor of a body of water and coupling the first trunk terminal to the second trunk terminal, the communication trunk (102, 102c) transmitting the optical signal (105,105c) from the first trunk terminal to the second trunk terminal; an intermediate unit connected to the communication trunk (102, 102c) between the first and second trunk terminals (110, 120), the intermediate unit receiving the emitted optical signal from the first trunk terminal, amplifying the received optical signal (105, 105c), and sending the amplified optical signal (105, 105a) to the second trunk terminal; and a power source connected to and powering the intermediate unit, the power source located at or near a surface of the body of water.
Gripping equipment for lifting apparatuses of the type comprising: a rigid support framework which is adapted to be fixed/attached to the lifting apparatus; and one or more manually controlled gripping members that are firmly fixed to said rigid support framework and are adapted to grasp and hold a specific object to be moved; the gripping equipment being characterised in that said rigid support framework comprises at least one rectilinear tubular element with polygonal cross-section (10, 14), which is made of metal and has a sectional modular structure comprising two rectilinear metallic section-bars of given length and with a substantially C- or L- shaped cross-section, separate and distinct from one another, which are firmly fitted one into the other along the respective longer longitudinal edges, so as to form a rigid tubular structure with a polygonal cross-section that substantially copies the shape of said rectilinear tubular element (10, 14).
Centrifugal pellet dryer, comprising a housing accommodating a rotor surrounded by a screen, and a feeding system for feeding a water-pellet-slurry to said rotor, said feeding system including a pre-dewatering system for separating water from said water pellet slurry upstream of said rotor, wherein said pre-dewatering system includes a feed pipe having dewatering perforations, characterized in that said pipe being configured to be mounted in different positions and/or different orientations to adjust the amount of dewatering, wherein said dewatering perforations - have a permeability to water that changes along the circumferential direction of the feeding pipe and/or have different sections with different permeabilities positioned in different angular segments of the circumferential wall of the feed pipe, or - are restricted to a circumferential wall segment of the feed pipe extending substantially parallel to the longitudinal axis thereof, wherein said feed pipe is mounted rotatably about a longitudinal axis thereof to make different sections of the feed pipe and/or different portions of the dewatering perforations form a bottom side of the feed pipe to adjust the amount of dewatering by rotation of said feeding pipe. - have a permeability to water that changes along the circumferential direction of the feeding pipe and/or have different sections with different permeabilities positioned in different angular segments of the circumferential wall of the feed pipe, or - are restricted to a circumferential wall segment of the feed pipe extending substantially parallel to the longitudinal axis thereof,
Hand-operated power tool, in particular grinding machine and/or polishing machine, with a drive motor, in particular electrical or pneumatic, for the rotational driving of a tool mount to which a disc tool, in particular a backing pad or polishing disc, may be attached by means of a machine mount, wherein there is provided non-rotatably on a housing of the hand-operated power tool next to the tool mount a machine braking contact surface arrangement for braking the disc tool, on which a tool braking contact surface arrangement provided on a disc body of the disc tool rubs in operation of the hand-operated power tool, wherein an intermediate space between the disc tool and a housing of the hand-operated power tool is encompassed by a sealing collar comprising an elastic sealing collar body, on which at least one braking surface of the machine braking contact surface arrangement or the tool braking contact surface arrangement is provided, wherein there is provided on the sealing collar body at least one braking body which has a sliding surface forming part of the machine braking contact surface arrangement or the tool braking contact surface arrangement and which is harder than the base material of the sealing collar body, characterised in that the braking body or bodies is or are bonded or inserted or buttoned into the base material of the sealing collar body, or is or are sheathed by the base material, and the sealing collar has at least two, preferably more, sliding surfaces and/or braking bodies spaced apart at an angle relative to a circumference of the sealing collar.
A method for providing a refrigerant medium having a controlled flow temperature in a secondary cycle, wherein the refrigerant medium in the secondary cycle takes up heat from one or more process coolers and then gives off heat to primary water in a primary cycle before it flows back to the process coolers, wherein at least two primary heat exchangers (12, 14) are present for cooling the refrigerant medium, in addition a bypass line in the secondary cycle branches off after exit from the process coolers for bypassing the primary heat exchangers (12, 14), and the temperature in the secondary cycle in the flow to the process coolers is controlled via the setting of the bypass stream.
A process for preparing a compound of the formula: wherein R 2 is unsubstituted alkyl; characterized by reacting a compound of the formula: wherein R 1 is hydrogen or a protecting group other than unsubstituted alkyl, with a compound of the formula: R 2 -OH, wherein R 2 is as defined above, in the presence of a sodium salt and/or a magnesium salt; wherein the or each sodium salt and/or magnesium salt is selected from sodium hydroxide, sodium hydride, sodium isopropoxide, sodium tert-pentoxide, isopropyl magnesium chloride and cyclohexyl magnesium chloride. wherein R 2 is unsubstituted alkyl; characterized by reacting a compound of the formula: wherein R 1 is hydrogen or a protecting group other than unsubstituted alkyl, with a compound of the formula: R 2 -OH, wherein R 2 is as defined above, in the presence of a sodium salt and/or a magnesium salt; wherein the or each sodium salt and/or magnesium salt is selected from sodium hydroxide, sodium hydride, sodium isopropoxide, sodium tert-pentoxide, isopropyl magnesium chloride and cyclohexyl magnesium chloride.
Container consisting of a receiving container and an outlet, wherein the outlet forms a tube, wherein the tube has an outer side and an inner side, wherein an external thread is embossed or molded into the tube, wherein the external thread has a first thread inlet, wherein the external thread is formed as an internal thread on the inner side of the tube, wherein the internal thread has a second thread inlet, wherein the external thread has a screw cap, characterized in that, the internal thread has a screw top.
A charging cable comprising a charging control device, the charging cable being configured to be used by a power adapter to charge electronic equipment, the charging control device comprising: a determining unit, configured to determine temperature of a charging interface of the charging cable the charging interface of the charging cable refers to at least one of the following interfaces: an interface of the power adapter used for electrical connection with the charging cable, an interface of the charging cable used for electrical connection with the power adapter, an interface of the charging cable used for electrical connection with the electronic equipment, or an interface of the electronic equipment used for electrical connection with the charging cable; and a controlling unit, configured to control charging process for the electronic equipment according to the determined temperature of the charging interface, the charging cable being characterized in that the determining unit is configured to measure temperature of at least one contact sheet arranged in the interface of the charging cable through at least one first temperature measuring component arranged in the interface of the charging cable, and to determine the temperature of the charging interface of the charging cable according to the temperature of the at least one contact sheet, wherein the at least one temperature measuring component corresponds to the at least one contact sheet separately, and the at least one contact sheet is configured to transmit charging current. a determining unit, configured to determine temperature of a charging interface of the charging cable the charging interface of the charging cable refers to at least one of the following interfaces: an interface of the power adapter used for electrical connection with the charging cable, an interface of the charging cable used for electrical connection with the power adapter, an interface of the charging cable used for electrical connection with the electronic equipment, or an interface of the electronic equipment used for electrical connection with the charging cable; and a controlling unit, configured to control charging process for the electronic equipment according to the determined temperature of the charging interface, the charging cable being characterized in that the determining unit is configured to measure temperature of at least one contact sheet arranged in the interface of the charging cable through at least one first temperature measuring component arranged in the interface of the charging cable, and to determine the temperature of the charging interface of the charging cable according to the temperature of the at least one contact sheet, wherein the at least one temperature measuring component corresponds to the at least one contact sheet separately, and the at least one contact sheet is configured to transmit charging current.
A coordinate data generation device configured to be used by a component mounter configured to perform processing for mounting electronic components on boards of different dimensions by imaging the board that is controlled to be conveyed and stopped at a target position and performing the mounting of the electronic components after correcting for a deviation between a stopping position of the board identified from an image captured by the imaging and a target position, the coordinate data generation device being configured to specify an imaging region for when performing the imaging of the board stopped at the stopping position, and the coordinate data generation device comprising: a target position information input section configured to receive an input of information related to the target position that is set shared between the boards of different dimensions for which handling is possible by the component mounter; a board information input section configured to receive input of board information including a dimension of the board in a first direction (x) parallel to a conveyance direction of the board, and a dimension of the board in a second direction (y) perpendicular to the conveyance direction; and a coordinate data generation section configured to generate coordinate data such that an edge of the board is within the imaging region based on the information related to the target position, the dimension of the board in the first direction (x), and the dimension of the board in the second direction (y). a target position information input section configured to receive an input of information related to the target position that is set shared between the boards of different dimensions for which handling is possible by the component mounter; a board information input section configured to receive input of board information including a dimension of the board in a first direction (x) parallel to a conveyance direction of the board, and a dimension of the board in a second direction (y) perpendicular to the conveyance direction; and a coordinate data generation section configured to generate coordinate data such that an edge of the board is within the imaging region based on the information related to the target position, the dimension of the board in the first direction (x), and the dimension of the board in the second direction (y).
A method of predicting a temperature distribution for a downhole fluid during a drilling scenario, the method comprising: defining a first model for predicting a first temperature distribution associated with a volume of a simulated downhole fluid as a function of a first set of parameters; defining a second model for predicting a temperature distribution of a simulated formation as a function of a second set of parameters; defining a drilling scenario that simulates an operation in which a depth of a downhole end of a simulated drill string changes as the drilling scenario progresses; and determining a first set of predicted temperature distributions predicted based on the first model and the second model, the first set of predicted temperature distributions representing temperature distributions of the volume of the simulated downhole fluid as the drilling scenario progresses. defining a first model for predicting a first temperature distribution associated with a volume of a simulated downhole fluid as a function of a first set of parameters; defining a second model for predicting a temperature distribution of a simulated formation as a function of a second set of parameters; defining a drilling scenario that simulates an operation in which a depth of a downhole end of a simulated drill string changes as the drilling scenario progresses; and determining a first set of predicted temperature distributions predicted based on the first model and the second model, the first set of predicted temperature distributions representing temperature distributions of the volume of the simulated downhole fluid as the drilling scenario progresses.
A multi-beam LIDAR optical system comprising: a plurality of single mode optical fibers (105a, 105b, 105c), each fiber configured to transmit and receive light beams; wherein the optical system further comprises: a plurality of common lenses (115, 120, 125, 130, 135, 140) configured to collimate and focus the light beams transmitted and received by the fibers, wherein each common lens is shared by the light beams from all fibers; wherein the system is configured to transmit and receive the light beams over an angular field of view of at least 5°, and wherein either a ratio of a focal length of the system to a diameter of an entrance pupil of the system is in a range of 3.5 - 5, or a ratio of the focal length of the system to a diameter of an entrance pupil of the system is in a range given by: (3.5 to 5) × 0.094/NA fiber, wherein NA fiber is a numerical aperture of the single mode optical fibers (105a, 105b, 105c). a plurality of single mode optical fibers (105a, 105b, 105c), each fiber configured to transmit and receive light beams; wherein the optical system further comprises: a plurality of common lenses (115, 120, 125, 130, 135, 140) configured to collimate and focus the light beams transmitted and received by the fibers, wherein each common lens is shared by the light beams from all fibers; wherein the system is configured to transmit and receive the light beams over an angular field of view of at least 5°, and wherein either a ratio of a focal length of the system to a diameter of an entrance pupil of the system is in a range of 3.5 - 5, or a plurality of common lenses (115, 120, 125, 130, 135, 140) configured to collimate and focus the light beams transmitted and received by the fibers, wherein each common lens is shared by the light beams from all fibers; wherein the system is configured to transmit and receive the light beams over an angular field of view of at least 5°, and wherein either a ratio of a focal length of the system to a diameter of an entrance pupil of the system is in a range of 3.5 - 5, or a ratio of the focal length of the system to a diameter of an entrance pupil of the system is in a range given by: (3.5 to 5) × 0.094/NA fiber, wherein NA fiber is a numerical aperture of the single mode optical fibers (105a, 105b, 105c).
A receiver equipped to determine a condition of intermodulation distortion, the receiver comprising: a detector module configured to detect a measurement indicative of intermodulation distortion; a collector module configured to collect in a first data set samples of a receiver signal amplitude when the measurement indicative of intermodulation distortion exceeds a first pre-determined level and to collect in a second data set samples of the receiver signal amplitude when the measurement indicative of intermodulation distortion does not exceed a second pre-determined level, the second pre-determined level being less than the first pre-determined level; and a comparator module configured to perform a comparison based on data of the first data set and data of the second data set to determine a measure of intermodulation distortion. a detector module configured to detect a measurement indicative of intermodulation distortion; a collector module configured to collect in a first data set samples of a receiver signal amplitude when the measurement indicative of intermodulation distortion exceeds a first pre-determined level and to collect in a second data set samples of the receiver signal amplitude when the measurement indicative of intermodulation distortion does not exceed a second pre-determined level, the second pre-determined level being less than the first pre-determined level; and a comparator module configured to perform a comparison based on data of the first data set and data of the second data set to determine a measure of intermodulation distortion.
Agent for use in the prophylactic and/or therapeutic treatment of mild cognitive impairment patients having scores greater than or equal to 22 and less than or equal to 26 in the mini-mental state examination, the agent comprising cilostazol alone as active ingredient.
A coating composition comprising a first resin and an aminoplast, and/or an adduct of a first resin and an aminoplast wherein the molar ratio of the first functional groups of the aminoplast and the second functional groups of the first resin is at least 1, and the aminoplast is present in an amount of at least 60 wt%, based on the total weight of first resin and aminoplast, and wherein the coating composition comprises water as solvent and solids in an amount of at least 50 wt%.
Wall section having a laminated glass pane, wherein the laminated glass plane at the end sides thereof is provided with strips, wherein the strips are adhesively bonded to the end sides, characterized in that elements of tension locks are integrated in the strips in such a manner that, after assembly, mutual anchoring and bracing of the wall sections is possible by means of the tension locks (3, 4).
A foam-in-bag dispensing device, comprising: a dispensing apparatus operative to dispense foam precursor (A, B), the foam precursor (A, B) being configured for expanding and solidifying into a polymeric foam, to a dispensing location between first and second web plies extending respectively on first and second sides of the dispensing apparatus to create a bag; a sealing mechanism (164a, 164b) that performs a sealing operation to form a seal that seals the first and second web plies to each other to trap the foam precursor (A, B) therebetween to form a filled bag; a cutting mechanism that performs a cutting operation to cut the filled bag from a subsequent bag; a bag-status indicator for providing an indication to the operator indicative of the sealing and cutting operations being sufficiently completed to allow the filled bag to be pulled apart from the subsequent bag without pulling the subsequent bag through the sealing mechanism and ruining the seal, thereby providing an indication to the operator that the filled bag is ready for removal from the foam-in-bag device for avoiding premature bag removal, characterized in that the device comprises a pair of opposing jaws (116, 116b) configured to hold the bag during the sealing and cutting operations, wherein the bag status indicator provides an indication that the sealing and cutting operations are sufficiently complete while the bag being held by the jaws (116, 116b). a dispensing apparatus operative to dispense foam precursor (A, B), the foam precursor (A, B) being configured for expanding and solidifying into a polymeric foam, to a dispensing location between first and second web plies extending respectively on first and second sides of the dispensing apparatus to create a bag; a sealing mechanism (164a, 164b) that performs a sealing operation to form a seal that seals the first and second web plies to each other to trap the foam precursor (A, B) therebetween to form a filled bag; a cutting mechanism that performs a cutting operation to cut the filled bag from a subsequent bag; a bag-status indicator for providing an indication to the operator indicative of the sealing and cutting operations being sufficiently completed to allow the filled bag to be pulled apart from the subsequent bag without pulling the subsequent bag through the sealing mechanism and ruining the seal, thereby providing an indication to the operator that the filled bag is ready for removal from the foam-in-bag device for avoiding premature bag removal, characterized in that the device comprises a pair of opposing jaws (116, 116b) configured to hold the bag during the sealing and cutting operations, wherein the bag status indicator provides an indication that the sealing and cutting operations are sufficiently complete while the bag being held by the jaws (116, 116b).