mhurhangee/patent-ind-claim-en huggingface dataset:
A hang-off system for measuring a top tension in a flexible pipe , said flexible pipe comprising a flexible pipe body and a top end-fitting arranged at an end of the flexible pipe body , the hang-off system being intended to maintain the top end-fitting on a surface assembly , the hang-off system comprising : - an annular collar extending along a first axis (A1), the annular collar being intended to be arranged around the top end-fitting , the annular collar being formed by at least two parts assembled to each other, each part comprising a top plate and a bottom plate assembled to each other, said top plate and bottom plate delimiting an intermediate space between them, at least one part comprising at least one load cell arranged in the intermediate space and sandwiched between the top plate and the bottom plate , the bottom plate being intended to be assembled on the surface assembly , - a data acquisition system connected to the load cell . - an annular collar extending along a first axis (A1), the annular collar being intended to be arranged around the top end-fitting , the annular collar being formed by at least two parts assembled to each other, each part comprising a top plate and a bottom plate assembled to each other, said top plate and bottom plate delimiting an intermediate space between them, at least one part comprising at least one load cell arranged in the intermediate space and sandwiched between the top plate and the bottom plate , the bottom plate being intended to be assembled on the surface assembly , - a data acquisition system connected to the load cell .
A method for transmitting information from an operating device (K) for lamps (L), in particular a converter for LEDs, to a control unit (ST) connected to the operating device (K) via voltage supply lines , having the following steps: - The control unit (ST) preferably periodically temporarily interrupts an AC supply voltage (Vin) of the operating device (K), and - the operating device (K) applies a voltage signal (V2) to the voltage supply lines during the interruption of the AC supply voltage (Vin), which is evaluated by the control unit (ST) as information, wherein the information transmission from the operating device (K) to the control unit (ST) is transmitted digitally coded, in that the operating device (K) selectively applies three discretely different voltage signals to the voltage supply lines during the interruption of the AC supply voltage (Vin). - The control unit (ST) preferably periodically temporarily interrupts an AC supply voltage (Vin) of the operating device (K), and - the operating device (K) applies a voltage signal (V2) to the voltage supply lines during the interruption of the AC supply voltage (Vin), which is evaluated by the control unit (ST) as information,
A method of installing an application on a configurable server device , the method comprising the steps of: installing, in the configurable server device, an intermediate communications interface device ; initiating and mediating, from the intermediate communications interface device, a tunnelled network connection through a telecommunications network to a remote network operating centre , the connection being independent of the configurable server device, receiving, at the configurable server, configuration data downloaded from a programme provisioning server hosted by the network operating centre, and installing the application by configuring the server device in accordance with the configuration data, characterised in that the intermediate communications interface device is configured, prior to coupling to the configurable server device , such that on coupling to the configurable server device it transmits boot-up instructions to the configurable server device, and modifies responses received from the configurable server device in response to said boot-up instructions, to generate an instruction to be directed to the programme provisioning server to obtain a unique network address specific to the network operating centre. installing, in the configurable server device, an intermediate communications interface device ; initiating and mediating, from the intermediate communications interface device, a tunnelled network connection through a telecommunications network to a remote network operating centre , the connection being independent of the configurable server device, receiving, at the configurable server, configuration data downloaded from a programme provisioning server hosted by the network operating centre, and installing the application by configuring the server device in accordance with the configuration data, characterised in that the intermediate communications interface device is configured, prior to coupling to the configurable server device , such that on coupling to the configurable server device it transmits boot-up instructions to the configurable server device, and modifies responses received from the configurable server device in response to said boot-up instructions, to generate an instruction to be directed to the programme provisioning server to obtain a unique network address specific to the network operating centre.
A provisioning control apparatus configured to be coupled to a provisioning equipment server , the provisioning equipment server being electrically connectable with one or more electronic devices for provisioning the one or more electronic devices with a program code , wherein the provisioning control apparatus comprises: a communication interface configured to transmit the program code to the provisioning equipment server for provisioning the one or more electronic devices with the program code and to receive an electronic provisioning token comprising provisioning control data for controlling the provisioning of the one or more electronic devices with the program code ; a processor configured to control the transmission of the program code via the communication interface to the provisioning equipment server on the basis of the provisioning control data; and a clock configured to provide a time; wherein the electronic provisioning token further comprises time adjustment information for adjusting the time of the clock ; and wherein the processor is further configured to adjust the time of the clock on the basis of the time adjustment information of the electronic provisioning token for obtaining an adjusted time of the clock and to verify a provisioning control authorization of the electronic provisioning token using the adjusted time of the clock . a communication interface configured to transmit the program code to the provisioning equipment server for provisioning the one or more electronic devices with the program code and to receive an electronic provisioning token comprising provisioning control data for controlling the provisioning of the one or more electronic devices with the program code ; a processor configured to control the transmission of the program code via the communication interface to the provisioning equipment server on the basis of the provisioning control data; and a clock configured to provide a time; wherein the electronic provisioning token further comprises time adjustment information for adjusting the time of the clock ; and wherein the processor is further configured to adjust the time of the clock on the basis of the time adjustment information of the electronic provisioning token for obtaining an adjusted time of the clock and to verify a provisioning control authorization of the electronic provisioning token using the adjusted time of the clock .
A wearable or insertable device , comprising: a substrate that is affixable to or insertable into tissue of a patient; radio frequency circuitry coupled to the substrate, wherein the radio frequency circuitry is operable to generate or process a signal with a frequency that is modulated to carry information; and an array of microneedles extending from at least one surface of the substrate, wherein one or more microneedles of the array of microneedles defines a micro-fluidic channel that is adapted to fluidly couple the tissue of the patient with a conduit of the substrate, and wherein one or more microneedles of the array of microneedles are electrically coupled with the radio frequency circuitry and are adapted to radiate or process electromagnetic waves based on the signal. a substrate that is affixable to or insertable into tissue of a patient; radio frequency circuitry coupled to the substrate, wherein the radio frequency circuitry is operable to generate or process a signal with a frequency that is modulated to carry information; and an array of microneedles extending from at least one surface of the substrate, wherein one or more microneedles of the array of microneedles defines a micro-fluidic channel that is adapted to fluidly couple the tissue of the patient with a conduit of the substrate, and wherein one or more microneedles of the array of microneedles are electrically coupled with the radio frequency circuitry and are adapted to radiate or process electromagnetic waves based on the signal.
A welding rib structure provided in at least one of a first resin member and a second resin member which are welded to each other, wherein a welding rib is raised on the welded end side of the resin member along the shape thereof, wherein the resin member has, on its welded end side, a corner portion curved in a planar direction, and characterized in that at the corner portion , an inner wall of the welding rib is formed in an arc shape having a curvature radius (r2) smaller than a curvature radius (r1) of an arc forming an inner surface located on the welded end side of the resin member and has a convex portion protruding toward the inside of the corner portion . wherein a welding rib is raised on the welded end side of the resin member along the shape thereof, wherein the resin member has, on its welded end side, a corner portion curved in a planar direction, and characterized in that at the corner portion , an inner wall of the welding rib is formed in an arc shape having a curvature radius (r2) smaller than a curvature radius (r1) of an arc forming an inner surface located on the welded end side of the resin member and has a convex portion protruding toward the inside of the corner portion .
A method for concentrating a substance, wherein the method comprises the steps of: (a) providing the substance, the substance comprising chargeable particles in a liquid carrier; (b) passing the substance between a conveyor and a first electrode , wherein a potential is applied between the conveyor and the first electrode such that the substance becomes adhered to the conveyor , and wherein some liquid carrier may be removed from the substance on the conveyor ; (c) passing the substance on the conveyor past a moving surface , wherein the substance contacts the moving surface and a potential is applied between the conveyor and the moving surface , such that the chargeable particles are disposed to move toward the conveyor and some of the liquid carrier is removed to increase the concentration of the chargeable particles in the liquid carrier on the conveyor to form a concentrated substance on the conveyor , the conveyor and the moving surface then diverging from one another; (d) removing at least some of the concentrated substance from the conveyor and transferring it to a storage vessel ; (e) wherein at least some of the liquid carrier removed from the conveyor in step (b) or step (c) is passed between a second electrode and the conveyor , and a potential is applied between the conveyor and the second electrode such that the chargeable particles are disposed to move toward the conveyor , and some liquid carrier is removed; and wherein the substance is an electrostatic ink composition comprising the chargeable particles in the liquid carrier. (a) providing the substance, the substance comprising chargeable particles in a liquid carrier; (b) passing the substance between a conveyor and a first electrode , wherein a potential is applied between the conveyor and the first electrode such that the substance becomes adhered to the conveyor , and wherein some liquid carrier may be removed from the substance on the conveyor ; (c) passing the substance on the conveyor past a moving surface , wherein the substance contacts the moving surface and a potential is applied between the conveyor and the moving surface , such that the chargeable particles are disposed to move toward the conveyor and some of the liquid carrier is removed to increase the concentration of the chargeable particles in the liquid carrier on the conveyor to form a concentrated substance on the conveyor , the conveyor and the moving surface then diverging from one another; (d) removing at least some of the concentrated substance from the conveyor and transferring it to a storage vessel ; (e) wherein at least some of the liquid carrier removed from the conveyor in step (b) or step (c) is passed between a second electrode and the conveyor , and a potential is applied between the conveyor and the second electrode such that the chargeable particles are disposed to move toward the conveyor , and some liquid carrier is removed; and
A secondary battery , comprising a negative electrode plate , wherein the negative electrode plate comprises a negative electrode current collector and a negative electrode film; the negative electrode film comprises a first negative electrode coating layer and a second negative electrode coating layer ; the first negative electrode coating layer is disposed on at least one surface of the negative electrode current collector and comprises a first negative electrode active material, the first negative electrode active material comprises graphite, and the first negative electrode active material comprises or does not comprise a silicon-based material; the second negative electrode coating layer is disposed on a surface of the first negative electrode coating layer and comprises a second negative electrode active material, and the second negative electrode active material comprises artificial graphite and a silicon-based material; the silicon-based material is present at a mass percentage denoted as W1 in the first negative electrode active material, the silicon-based material is present at a mass percentage denoted as W2 in the second negative electrode active material, and the negative electrode plate satisfies: W2 ≥ W1, and characterized in that , W1 + W2 ≤ 6%; and the first negative electrode active material has a volume average particle size D v 50 greater than that of the second negative electrode active material, as measured by the method defined in the description. the first negative electrode coating layer is disposed on at least one surface of the negative electrode current collector and comprises a first negative electrode active material, the first negative electrode active material comprises graphite, and the first negative electrode active material comprises or does not comprise a silicon-based material; the second negative electrode coating layer is disposed on a surface of the first negative electrode coating layer and comprises a second negative electrode active material, and the second negative electrode active material comprises artificial graphite and a silicon-based material; the silicon-based material is present at a mass percentage denoted as W1 in the first negative electrode active material, the silicon-based material is present at a mass percentage denoted as W2 in the second negative electrode active material, and the negative electrode plate satisfies: W2 ≥ W1, and characterized in that , W1 + W2 ≤ 6%; and the first negative electrode active material has a volume average particle size D v 50 greater than that of the second negative electrode active material, as measured by the method defined in the description.
A topical pharmaceutical preparation containing, based on the total weight of the composition: (A) 0.05-5.0 wt% sucralfate, (B) 0.05-5.0 wt% hyaluronic acid or hyaluronate salt thereof, (C) 0.05-5.0 wt% of a natural yogurt or yogurt derivatives or milk fermentation products or honey or honey products or mixtures thereof, (D) 0.05-5.0 wt% L-Arginine, (E) 80.0-98.0 wt% water, and (F) 1.0-15.0 wt% of a carrier or vehicle, other than water. (A) 0.05-5.0 wt% sucralfate, (B) 0.05-5.0 wt% hyaluronic acid or hyaluronate salt thereof, (C) 0.05-5.0 wt% of a natural yogurt or yogurt derivatives or milk fermentation products or honey or honey products or mixtures thereof, (D) 0.05-5.0 wt% L-Arginine, (E) 80.0-98.0 wt% water, and (F) 1.0-15.0 wt% of a carrier or vehicle, other than water.
Method for producing a foundation for a wind turbine, wherein the foundation is constructed essentially from prefabricated elements of reinforced concrete, wherein an essentially horizontally extending section is provided as a foundation body in contact with the ground , on which a vertically extending pedestal-like section is arranged, which is provided as a closed pedestal element , which is designed to be annular or polygonal, the horizontal section being formed from at least three horizontal elements , and in that the horizontal elements are arranged as a function of the parameters of the tower to be erected, characterized in that the horizontal elements are arranged along a line (A) emanating from the center point, in that the horizontal elements are displaced inwards or outwards in order to form internal spaces of different sizes.
A lens substrate comprising: a through-hole ; a lens resin portion formed at an inner side of the through-hole ; an air groove formed in a surface of the lens substrate , wherein the air groove is configured to direct air away from the through-hole during a manufacturing process; a second lens substrate bonded to the lens substrate , the second lens substrate including a second through-hole ; and a second lens resin portion formed at an inner side of the second through-hole , wherein the air groove is configured to direct air accumulated between the lens resin portion of the through-hole and the second lens resin portion of the second through-hole away from the through-hole and the second through-hole when the substrate and the second substrate are bonded together, and wherein a distance between a bottom surface of the air groove and a surface of the second lens substrate is less than a distance between a surface of the lens resin portion and the surface of the second lens substrate so that resin does not enter the air groove when the lens resin portion is formed. a through-hole ; a lens resin portion formed at an inner side of the through-hole ; an air groove formed in a surface of the lens substrate , wherein the air groove is configured to direct air away from the through-hole during a manufacturing process; a second lens substrate bonded to the lens substrate , the second lens substrate including a second through-hole ; and a second lens resin portion formed at an inner side of the second through-hole , wherein the air groove is configured to direct air accumulated between the lens resin portion of the through-hole and the second lens resin portion of the second through-hole away from the through-hole and the second through-hole when the substrate and the second substrate are bonded together, and wherein a distance between a bottom surface of the air groove and a surface of the second lens substrate is less than a distance between a surface of the lens resin portion and the surface of the second lens substrate so that resin does not enter the air groove when the lens resin portion is formed.
A method , carried out by a head-mounted display , for identifying a target object, the method comprising: perceiving , via a sensor coupled to the head-mounted display, an area of a reference object ; detecting , via the sensor, a change to the perceived area of the reference object ; making a determination that a detected object caused the change to the perceived area by blocking a portion of the perceived area of the reference object ; in response to making the determination, identifying the detected object as the target object; and performing optical character recognition on the target object . perceiving , via a sensor coupled to the head-mounted display, an area of a reference object ; detecting , via the sensor, a change to the perceived area of the reference object ; making a determination that a detected object caused the change to the perceived area by blocking a portion of the perceived area of the reference object ; in response to making the determination, identifying the detected object as the target object; and performing optical character recognition on the target object .
A head rest accessory for coupling to sockets provided on a bed frame of a hospital bed adjacent a head end of the hospital bed , the head rest accessory comprising a frame having a pair of rails that are spaced apart and substantially parallel and that extend from a distal end to a proximal end , a crossbeam coupled to the distal ends of the pair of rails , a pair of posts that are coupled to the proximal ends of a respective rail of the pair of rails , each post extending from the proximal ends to permit the posts to be insertable downwardly into the sockets to couple the frame to the bed frame of the hospital bed so that the frame is cantilevered from the bed frame, a head rest mount coupled to the frame and extending between the pair of rails , the head rest mount having at least one releasable clamp that grips a corresponding one of the pair of rails to lock the head rest mount in place on the frame when the releasable clamp is in a locked condition, and the head rest mount being repositionable along the pair of rails when the releasable clamp is in an unlocked condition, and a head rest coupled to the head rest mount , the head rest including a face rest shell having an upwardly facing concave surface and having a generally T-shaped cutout to receive a patient's eyes, nose, mouth, and a central chin region of the patient's face when the patient is in a prone position on the head rest accessory . a frame having a pair of rails that are spaced apart and substantially parallel and that extend from a distal end to a proximal end , a crossbeam coupled to the distal ends of the pair of rails , a pair of posts that are coupled to the proximal ends of a respective rail of the pair of rails , each post extending from the proximal ends to permit the posts to be insertable downwardly into the sockets to couple the frame to the bed frame of the hospital bed so that the frame is cantilevered from the bed frame, a head rest mount coupled to the frame and extending between the pair of rails , the head rest mount having at least one releasable clamp that grips a corresponding one of the pair of rails to lock the head rest mount in place on the frame when the releasable clamp is in a locked condition, and the head rest mount being repositionable along the pair of rails when the releasable clamp is in an unlocked condition, and a head rest coupled to the head rest mount , the head rest including a face rest shell having an upwardly facing concave surface and having a generally T-shaped cutout to receive a patient's eyes, nose, mouth, and a central chin region of the patient's face when the patient is in a prone position on the head rest accessory .