mhurhangee/ep-ind-claims huggingface dataset:
A providing apparatus for providing a page to a client terminal, the providing apparatus and an external server being connected to an external network, the client terminal and an internal server being connected to an internal network where an access from an apparatus connected to the external network is interrupted by a firewall, the providing apparatus comprising: a page return unit for, upon receipt of a page retrieval request from the client terminal, returning a page including code to the client terminal, the code to be executed on the client terminal and the code causing the client terminal to load a script on the internal server, the code including an encryption key of the client terminal as a parameter of a data transmission instruction and transmitting the data transmission instruction to the internal server for the internal server to encrypt the data using the encryption key of the client terminal; a data retrieval unit for retrieving data transmitted by the external server connected to the external network that does not interrupt a data retrieval request from the providing apparatus; an external data transmission unit for transmitting data retrieved by the data retrieval unit from the external server to the client terminal for displaying the data in the page returned by the page return unit; a data reception unit for receiving the encrypted data transmitted by the internal server that has received a data transmission instruction from the client terminal; a transfer unit for receiving data encrypted by the internal server; and transferring the encrypted data received from the internal server to the client terminal for displaying the data in the page returned by the page return unit. a page return unit for, upon receipt of a page retrieval request from the client terminal, returning a page including code to the client terminal, the code to be executed on the client terminal and the code causing the client terminal to load a script on the internal server, the code including an encryption key of the client terminal as a parameter of a data transmission instruction and transmitting the data transmission instruction to the internal server for the internal server to encrypt the data using the encryption key of the client terminal; a data retrieval unit for retrieving data transmitted by the external server connected to the external network that does not interrupt a data retrieval request from the providing apparatus; an external data transmission unit for transmitting data retrieved by the data retrieval unit from the external server to the client terminal for displaying the data in the page returned by the page return unit; a data reception unit for receiving the encrypted data transmitted by the internal server that has received a data transmission instruction from the client terminal; a transfer unit for receiving data encrypted by the internal server; and transferring the encrypted data received from the internal server to the client terminal for displaying the data in the page returned by the page return unit.
A power head of a rotary drilling rig, comprising: a driving device, and a transmission device including an input shaft operatively connected with the driving device, a first output shaft operatively connected with a drilling rod of said rotary drilling rig and a second output shaft operatively connected with a casing driver of said rotary drilling rig; the second output shaft having a first state, in which an output torque of said second output shaft is greater than that of said first output shaft when said driving device drives said input shaft to rotate, and characterised in that the second output shaft having a second state, in which an output torque of said second output shaft is zero when said driving device drives said input shaft to rotate, wherein said transmission device includes: a first stage transmission portion including said input shaft, said first output shaft and an intermediate output shaft operatively connected with said input shaft, and a second stage transmission portion including an intermediate input shaft and said second output shaft operatively connected with said intermediate input shaft; and wherein in said first state, said intermediate input shaft is connected to said intermediate output shaft; in said second state, said intermediate input shaft is disengaged from said intermediate output shaft. a driving device, and a transmission device including an input shaft operatively connected with the driving device, a first output shaft operatively connected with a drilling rod of said rotary drilling rig and a second output shaft operatively connected with a casing driver of said rotary drilling rig; the second output shaft having a first state, in which an output torque of said second output shaft is greater than that of said first output shaft when said driving device drives said input shaft to rotate, and characterised in that the second output shaft having a second state, in which an output torque of said second output shaft is zero when said driving device drives said input shaft to rotate, a first stage transmission portion including said input shaft, said first output shaft and an intermediate output shaft operatively connected with said input shaft, and a second stage transmission portion including an intermediate input shaft and said second output shaft operatively connected with said intermediate input shaft; and wherein in said first state, said intermediate input shaft is connected to said intermediate output shaft; in said second state, said intermediate input shaft is disengaged from said intermediate output shaft.
Drill rod handling apparatus to feed rods to and from a drill string created by a drill rig, the apparatus comprising: a gripper unit comprising: rod engagers (301, 302, 403) for contacting and holding a first rod to be transported to the drill rig; a transporter to transport the gripper unit from a rod collection position to a rod coupling position at the drill rig such that the first rod is aligned axially with the drill string at the rod coupling position; characterised by: an alignment tool mounted at the gripper unit via an elongate connector, the alignment tool having a pair of alignment jaws, at least one of the jaws being moveable to allow the jaws to open and close around the first rod; wherein a part of the jaws in a closed state define a coupling region and a guide mouth projecting radially outward from one end of a part of the coupling region to guide axial alignment of the coupling region over a second rod forming an end of the drill string to provide aligned coupling of the first and second rods within the coupling region. a gripper unit comprising: rod engagers (301, 302, 403) for contacting and holding a first rod to be transported to the drill rig; a transporter to transport the gripper unit from a rod collection position to a rod coupling position at the drill rig such that the first rod is aligned axially with the drill string at the rod coupling position; rod engagers (301, 302, 403) for contacting and holding a first rod to be transported to the drill rig; a transporter to transport the gripper unit from a rod collection position to a rod coupling position at the drill rig such that the first rod is aligned axially with the drill string at the rod coupling position; characterised by: an alignment tool mounted at the gripper unit via an elongate connector, the alignment tool having a pair of alignment jaws, at least one of the jaws being moveable to allow the jaws to open and close around the first rod; wherein a part of the jaws in a closed state define a coupling region and a guide mouth projecting radially outward from one end of a part of the coupling region to guide axial alignment of the coupling region over a second rod forming an end of the drill string to provide aligned coupling of the first and second rods within the coupling region. an alignment tool mounted at the gripper unit via an elongate connector, the alignment tool having a pair of alignment jaws, at least one of the jaws being moveable to allow the jaws to open and close around the first rod; wherein a part of the jaws in a closed state define a coupling region and a guide mouth projecting radially outward from one end of a part of the coupling region to guide axial alignment of the coupling region over a second rod forming an end of the drill string to provide aligned coupling of the first and second rods within the coupling region.
A sliding window assembly for a vehicle, said sliding window assembly comprising: at least one fixed panel adapted to be fixed to the vehicle and having a first edge and a second edge spaced from said first edge, with said fixed panel also having an arcuate configuration extending between said first and second edges; at least one rail (38A,38B) coupled to said fixed panel and having a first rail end and a second rail end spaced from said first rail end, with said rail extending along an axis between said first and second rail ends, and with said rail defining a rail channel having a substantially linear configuration along said axis; and a sliding panel at least partially disposed within said rail channel and movable along said rail and said axis such that said sliding panel moves relative to said fixed panel between an open position and a closed position; characterized in that said first edge of said fixed panel is spaced from said second edge of said fixed panel along said axis that said rail extends along. at least one fixed panel adapted to be fixed to the vehicle and having a first edge and a second edge spaced from said first edge, with said fixed panel also having an arcuate configuration extending between said first and second edges; at least one rail (38A,38B) coupled to said fixed panel and having a first rail end and a second rail end spaced from said first rail end, with said rail extending along an axis between said first and second rail ends, and with said rail defining a rail channel having a substantially linear configuration along said axis; and a sliding panel at least partially disposed within said rail channel and movable along said rail and said axis such that said sliding panel moves relative to said fixed panel between an open position and a closed position; characterized in that said first edge of said fixed panel is spaced from said second edge of said fixed panel along said axis that said rail extends along.
A method for stitching, the method comprising: (a) examining, by an examiner (120, 318) having at least one memory and at least one processor, an embroidery design comprising computer program instructions for needle drop locations of stitches and movement instructions of a work piece relative to a sewing head (110, 312), wherein the examiner (120, 318) is operably coupled to a controller (116, 304) and the sewing head (110, 312), and wherein the controller (116, 304) comprises a memory having a capacity, and wherein the controller (116, 304) is operable to cause the sewing head (110, 312) to stitch a work piece; (b) determining, by the examiner (120, 318), a needle drop location of each stitch of the embroidery design and movement instructions of the sewing head (110, 312) relative to the work piece based on the examined embroidery design; (c) dividing, by the examiner (120, 318), the examined embroidery design into a plurality of separate sections; (d) transmitting the plurality of separate sections at a plurality of different times to the controller (116, 304) based on the capacity such that the plurality of separate sections do not exceed the capacity of the memory at any one of the plurality of different times; and (e) in response to the controller (116, 304), stitching, by the sewing head (110, 312), the plurality of separate sections into the work piece based on the determined needle drop location. (a) examining, by an examiner (120, 318) having at least one memory and at least one processor, an embroidery design comprising computer program instructions for needle drop locations of stitches and movement instructions of a work piece relative to a sewing head (110, 312), wherein the examiner (120, 318) is operably coupled to a controller (116, 304) and the sewing head (110, 312), and wherein the controller (116, 304) comprises a memory having a capacity, and wherein the controller (116, 304) is operable to cause the sewing head (110, 312) to stitch a work piece; (b) determining, by the examiner (120, 318), a needle drop location of each stitch of the embroidery design and movement instructions of the sewing head (110, 312) relative to the work piece based on the examined embroidery design; (c) dividing, by the examiner (120, 318), the examined embroidery design into a plurality of separate sections; (d) transmitting the plurality of separate sections at a plurality of different times to the controller (116, 304) based on the capacity such that the plurality of separate sections do not exceed the capacity of the memory at any one of the plurality of different times; and (e) in response to the controller (116, 304), stitching, by the sewing head (110, 312), the plurality of separate sections into the work piece based on the determined needle drop location.
Metal attachment comprising an enlarged head and a smooth shaft intended to come into close contact with a structure and extending along an axis of revolution, characterised in that a surface of the smooth shaft comprises a rotation, around a perimeter of said smooth shaft, at least one conductive portion and at least one lubricating portion, said at least one conductive portion extending along an axial length X of the smooth shaft, less than or equal to the length of said smooth shaft and said at least one lubricating portion extending along at least the length of said smooth shaft, said lubricating portion being constituted of a lubricating coating deposited on at least one portion of the smooth shaft.
Mat system, especially for sports purposes, comprising - a plurality of individual mats (1") each with a top side, a bottom side running parallel to said top side, and at least one rectilinear side edge, - wherein the rectilinear side edges of the individual mats (1") each have at least one undercut recess, and - connecting means having a shape enabling, by engagement of each one of their halves in an undercut recess, a connecting of two mats (1") along their rectilinear side edges, wherein the individual mats (1") and the connecting means each comprise at least one layer of foam material, characterized in that the connecting means each comprise two interconnected primary circular segment regions (13, 13') having radii (R, R') and centre points (M, M'), wherein for the spacing A (A′′′) of the centre points (M, M') of the primary circular segment regions (13, 13') the following relation applies: 0.8 × R + R ′ < A < 1.3 × R + R ′, and the connecting means further comprise secondary segment regions (14, 14'), wherein the secondary segment regions (14, 14') are located on two sides opposite a joining bridge between the two primary circular segment regions (13, 13') of the connecting means. - a plurality of individual mats (1") each with a top side, a bottom side running parallel to said top side, and at least one rectilinear side edge, - wherein the rectilinear side edges of the individual mats (1") each have at least one undercut recess, and - connecting means having a shape enabling, by engagement of each one of their halves in an undercut recess, a connecting of two mats (1") along their rectilinear side edges, wherein the individual mats (1") and the connecting means each comprise at least one layer of foam material, characterized in that the connecting means each comprise two interconnected primary circular segment regions (13, 13') having radii (R, R') and centre points (M, M'), wherein for the spacing A (A′′′) of the centre points (M, M') of the primary circular segment regions (13, 13') the following relation applies: 0.8 × R + R ′ < A < 1.3 × R + R ′, and the connecting means further comprise secondary segment regions (14, 14'), wherein the secondary segment regions (14, 14') are located on two sides opposite a joining bridge between the two primary circular segment regions (13, 13') of the connecting means.
A compound represented by Formula below or a salt thereof; where A is a linking group represented as -X-NHCO- where X is a C 1 to C 6 alkylene group, each of R 1, R 2, R 4, R 5, R 7, R 8, R 10, and R 11 is a hydrogen atom, each of R 3, R 6, and R 9 is a substituent of Formulae (iii) below; R 12 is selected from a group of substituents represented by Formula (i) or (ii) above, R 13 is a sulfo group, Ra, Rb, and Rc in Formula (i) and (ii) above are substituents independently selected from C 1 to C 6 alkyl groups, and Rd in Formula (iii) above is a hydrogen atom or a C 1 to C 6 alkyl group, and Rx in Formula (iii) above is a substituent represented by General Formula (i) or (ii) above. where A is a linking group represented as -X-NHCO- where X is a C 1 to C 6 alkylene group, each of R 1, R 2, R 4, R 5, R 7, R 8, R 10, and R 11 is a hydrogen atom, each of R 3, R 6, and R 9 is a substituent of Formulae (iii) below; R 12 is selected from a group of substituents represented by Formula (i) or (ii) above, R 13 is a sulfo group, Ra, Rb, and Rc in Formula (i) and (ii) above are substituents independently selected from C 1 to C 6 alkyl groups, and Rd in Formula (iii) above is a hydrogen atom or a C 1 to C 6 alkyl group, and Rx in Formula (iii) above is a substituent represented by General Formula (i) or (ii) above.
An inhalation device for enabling a user to inhale at a desired inspiratory flow rate and/or inspiratory pressure, comprising (a) a flow restrictor to restrict the air flow, and (b) a user feedback system, said feedback system comprising: (i) a sensing device capable of generating a sensor signal in response to an actual value of one or more inhalation parameters during the inhalation manoeuvre of the user, with at least one of the inhalation parameters being selected from inspiratory flow rate, inspiratory pressure and inhaled volume; (ii) an electronic memory capable of storing one or more target ranges for the inhalation parameter; (iii) a signalling device comprising one or more signalling members, each capable of emitting at least one output signal selected from an optical signal, an acoustic signal, a tactile signal, or any combination thereof, wherein the optical signal is light and the signalling device is capable of emitting light of different intensity; and (iv) a controller capable of receiving the sensor signal generated by the sensor, reading the electronic memory, and controlling the signalling device; wherein the feedback system is configured to indicate to a user during an inhalation manoeuvre by means of the at least one output signal whether the actual value of the inhalation parameter is within a target range, and wherein the signalling device emits light of decreasing intensity the further the actual value of the inhalation parameter deviates from a target range. (a) a flow restrictor to restrict the air flow, and (b) a user feedback system, (i) a sensing device capable of generating a sensor signal in response to an actual value of one or more inhalation parameters during the inhalation manoeuvre of the user, with at least one of the inhalation parameters being selected from inspiratory flow rate, inspiratory pressure and inhaled volume; (ii) an electronic memory capable of storing one or more target ranges for the inhalation parameter; (iii) a signalling device comprising one or more signalling members, each capable of emitting at least one output signal selected from an optical signal, an acoustic signal, a tactile signal, or any combination thereof, wherein the optical signal is light and the signalling device is capable of emitting light of different intensity; and (iv) a controller capable of receiving the sensor signal generated by the sensor, reading the electronic memory, and controlling the signalling device;
A method for producing a carbon fiber having an outermost surface composed of edges of graphenes, comprising steps of pre-baking a fiber of an organic compound in such a manner that remaining hydrogen is in an amount of 500 ppm or more, measured in accordance with General Rules for Determination of Hydrogen in Metallic Materials of JIS Z 2614: 1990, wherein the fiber of the organic compound has an aspect ratio of 2,5 or more, and the fiber of the organic compound is in the form of yarn, woven fabric, non-woven fabric, blended yarn with other fiber, or woven fabric or non-woven fabric made of the blended yarn, putting the pre-baked fiber of an organic compound in a closed vessel made of a heat resistant material, and subjecting the pre-baked fiber together with the vessel to hot isostatic pressing treatment using a compressed gas atmosphere, wherein a maximum ultimate temperature in the hot isostatic pressing treatment is 1000 to 2000°C.
A control device for controlling a varifocal lens, wherein the varifocal lens has a first substrate, a second substrate facing the first substrate, and a varifocal component disposed between the first substrate and the second substrate, wherein, when a specific switching signal is inputted, the control device stops applying voltage to the varifocal component, then applies voltage to the varifocal component for a short length of time, and finally stops applying voltage to the varifocal component, wherein the voltage applied to the varifocal component is a square wave, and wherein the voltage applied to the varifocal component after the control device stops applying voltage to the varifocal component is equal to one period or one-half the period of the square wave. wherein the varifocal lens has a first substrate, a second substrate facing the first substrate, and a varifocal component disposed between the first substrate and the second substrate, wherein, when a specific switching signal is inputted, the control device stops applying voltage to the varifocal component, then applies voltage to the varifocal component for a short length of time, and finally stops applying voltage to the varifocal component, wherein the voltage applied to the varifocal component is a square wave, and wherein the voltage applied to the varifocal component after the control device stops applying voltage to the varifocal component is equal to one period or one-half the period of the square wave.
A method of calibrating a force sensing electronic clutch for a power tool, the force sensing electronic clutch including a force sensor that generates a force value that corresponds to a reaction torque at the end effector, characterized in that the method comprises: sensing an amount current delivered to the motor; calculating a sensed torque value based on the sensed amount of current; determining whether the power tool is operating in a steady state condition; and if the power tool is operating in the steady state condition, determining a correction factor for the force value. sensing an amount current delivered to the motor; calculating a sensed torque value based on the sensed amount of current; determining whether the power tool is operating in a steady state condition; and if the power tool is operating in the steady state condition, determining a correction factor for the force value.