mhurhangee/ep-ind-claims huggingface dataset:
An orthodontic appliance system, the system comprising: a first orthodontic intraoral appliance shaped to receive the patient's teeth; a sensor receiver (553, 565, 508, 708, 808, 1008) disposed on or in the first intraoral appliance and a sensor emitter (553, 565, 508, 708, 808, 1008) disposed on or in another portion of the first intraoral appliance, wherein the sensor receiver is configured to detect a signal from the sensor emitter; and at least one processor configured to receive sensor data from the sensor receiver and to determine a relative position, orientation or position and orientation between the sensor receiver and the sensor emitter. a first orthodontic intraoral appliance shaped to receive the patient's teeth; a sensor receiver (553, 565, 508, 708, 808, 1008) disposed on or in the first intraoral appliance and a sensor emitter (553, 565, 508, 708, 808, 1008) disposed on or in another portion of the first intraoral appliance, wherein the sensor receiver is configured to detect a signal from the sensor emitter; and at least one processor configured to receive sensor data from the sensor receiver and to determine a relative position, orientation or position and orientation between the sensor receiver and the sensor emitter.
An abnormality detecting method for a form measuring mechanism which measures a form of an object to be measured by bringing a probe into direct contact with the object, comprising steps of measuring a plurality of reference spheres (130a, 130b) for calibrating the form of the probe, characterized in that the method further comprises the steps of: distinguishing: - form abnormal values in terms of radius errors (ΔRa, ΔRb), which correspond in position and size for each of the plurality of reference spheres, and - form abnormal values in terms of radius errors (ΔRa, ΔRb), which do not correspond in position and size for each of the plurality of reference spheres, wherein the form abnormal values are obtained by the measurement of the reference spheres, and notifying: - at least any one of a worn state and a contamination due to dust or oil state of the probe judged from the form abnormal values that correspond in position and size for each of the plurality of reference spheres, and - worn states and contamination due to dust or oil states of the reference spheres judged from the form abnormal values that do not correspond in position and size for each of the plurality of reference spheres. distinguishing: - form abnormal values in terms of radius errors (ΔRa, ΔRb), which correspond in position and size for each of the plurality of reference spheres, and - form abnormal values in terms of radius errors (ΔRa, ΔRb), which do not correspond in position and size for each of the plurality of reference spheres, - form abnormal values in terms of radius errors (ΔRa, ΔRb), which correspond in position and size for each of the plurality of reference spheres, and - form abnormal values in terms of radius errors (ΔRa, ΔRb), which do not correspond in position and size for each of the plurality of reference spheres, wherein the form abnormal values are obtained by the measurement of the reference spheres, and notifying: - at least any one of a worn state and a contamination due to dust or oil state of the probe judged from the form abnormal values that correspond in position and size for each of the plurality of reference spheres, and - worn states and contamination due to dust or oil states of the reference spheres judged from the form abnormal values that do not correspond in position and size for each of the plurality of reference spheres. - at least any one of a worn state and a contamination due to dust or oil state of the probe judged from the form abnormal values that correspond in position and size for each of the plurality of reference spheres, and - worn states and contamination due to dust or oil states of the reference spheres judged from the form abnormal values that do not correspond in position and size for each of the plurality of reference spheres.
A device for collecting soiled objects, such as used diapers, comprising a collecting container closable by a cover of the device, wherein said cover comprises a section with a tubular chamber that is open at one end and thereby provided with an opening for inlet and outlet, said cover section being movable in use, with the collecting container closed, between a first position, in which an object may be deposited from the outside through said opening into said chamber, and a second position, in which said object may drop through said opening into the collecting container and wherein a transfer bag of a flexible material is removably mounted within said chamber, said bag being open at one end and having a bottom cooperating with an expel body at the opposite end, characterized in that the transfer bag comprises a collar, which is rigid as compared with the flexibility of the bag material and the height of which is of the order of half the length of said chamber, which collar, together with said transfer bag, can be moved into and out of said chamber and locked therein against undesired outward movement by means of a locking ring of the device that cooperates with the edge of said opening.
A scavenging operation method for a gas engine including: a fuel control valve that controls a supply amount of fuel gas; a throttle valve that controls a supply amount of a mixture gas of fuel gas and air; and a control unit, the scavenging operation method comprising: causing the control unit to close the fuel control valve in response to a stop instruction for stopping the gas engine; and while engine speed of gas engine decreases after the stop instruction, causing the control unit to open the throttle valve to a predetermined degree of opening or greater; wherein the gas engine includes a starter motor, and after the gas engine stops rotating, the scavenging operation method comprises: causing the control unit to open the throttle valve to the predetermined degree of opening or greater while the control unit keeps the fuel control valve closed; and cranking the gas engine using the starter motor; the gas engine includes a spark plug to ignite the mixture gas in a cylinder, and the scavenging operation method comprises causing the control unit to send an ignition instruction to the spark plug while the gas engine is cranked by the starter motor. causing the control unit to close the fuel control valve in response to a stop instruction for stopping the gas engine; and while engine speed of gas engine decreases after the stop instruction, causing the control unit to open the throttle valve to a predetermined degree of opening or greater; wherein the gas engine includes a starter motor, and after the gas engine stops rotating, the scavenging operation method comprises: causing the control unit to open the throttle valve to the predetermined degree of opening or greater while the control unit keeps the fuel control valve closed; and cranking the gas engine using the starter motor; the gas engine includes a spark plug to ignite the mixture gas in a cylinder, and the scavenging operation method comprises causing the control unit to send an ignition instruction to the spark plug while the gas engine is cranked by the starter motor.
Method of operating a hot-rolling or cold-rolling train in a rolling or metallurgical plant, wherein the hot-rolling or cold-rolling train comprises a plurality of roll stands with backing rolls which are mounted by at least one slide bearing, wherein the slide bearing is supplied with a lubricant, characterised in that a water-based single-phase fluid to which at least one viscosity-increasing additive is added is used as lubricant for the slide bearing, wherein biopolymer material is added as additive to the water, wherein the biopolymer material is, in particular, cellulose, starch and/or bacterial polysaccharide, or a salt of a modified cellulose is used as single polymer lubricant.
A self-reacting and floating wave energy converter for extracting useful energy from wave motion in a body of liquid comprising: an active float that is arranged to float substantially toward or on the surface of the liquid, and being arranged to both heave and surge in response to wave motion acting on the active float; an elongate reactive body longitudinally extending between a top end and a bottom end, and having a center of mass located at or toward its bottom end and below its center of buoyancy such that it is arranged to be suspended in a substantially upright vertical position and substantially submerged state into the liquid below the surface, and the reactive body having sufficient surface area and length extending into the liquid from the surface such that it pitches about a center of rotation located at or toward its bottom end in response to wave motion acting on the reactive body, the active float and reactive body being pivotably coupled at or toward the top end of the reactive body for pivotable movement relative to each other about a single pivot axis in response to heaving and surging of the active float and pitching of the reactive body caused by wave motion in the body of liquid, and wherein the active float and reactive body are pivotably coupled to allow the active float to fully rotate 360° about the single pivot axis; and a power output system that is operatively driven by the pivotable movement about the pivot axis to capture the useful energy. an active float that is arranged to float substantially toward or on the surface of the liquid, and being arranged to both heave and surge in response to wave motion acting on the active float; an elongate reactive body longitudinally extending between a top end and a bottom end, and having a center of mass located at or toward its bottom end and below its center of buoyancy such that it is arranged to be suspended in a substantially upright vertical position and substantially submerged state into the liquid below the surface, and the reactive body having sufficient surface area and length extending into the liquid from the surface such that it pitches about a center of rotation located at or toward its bottom end in response to wave motion acting on the reactive body, the active float and reactive body being pivotably coupled at or toward the top end of the reactive body for pivotable movement relative to each other about a single pivot axis in response to heaving and surging of the active float and pitching of the reactive body caused by wave motion in the body of liquid, and wherein the active float and reactive body are pivotably coupled to allow the active float to fully rotate 360° about the single pivot axis; and a power output system that is operatively driven by the pivotable movement about the pivot axis to capture the useful energy.
A method of controlling a rotatable load (22, 24) by a hydraulic system, the hydraulic system comprising a high-pressure side; a low-pressure side; a variable displacement hydraulic machine (60, 62) for rotationally driving the rotatable load (22, 24); and a valve arrangement in fluid communication with the high-pressure side, the low-pressure side, a first side of the hydraulic machine (60, 62), and a second side of the hydraulic machine (60, 62); characterized in that the method comprises: - determining if the hydraulic system is in a first operating state or a second operating state, the determination being based at least on one of a commanded or actual rotational speed of the hydraulic machine (60, 62), a commanded or actual torque of the hydraulic machine (60, 62), and/or a commanded or actual power of the hydraulic machine (60, 62); - controlling the rotatable load (22, 24) in a valve control mode if the hydraulic system is in the first operating state, the valve control mode comprising controlling the rotatable load (22, 24) by controlling the valve arrangement; - controlling the rotatable load (22, 24) in a displacement control mode if the hydraulic system is in the second operating state, the displacement control mode comprising controlling the rotatable load (22, 24) mainly by controlling the displacement of the hydraulic machine (60, 62); and - applying a non-zero absolute minimum displacement limitation to the hydraulic machine (60, 62) at least in the valve control mode. - determining if the hydraulic system is in a first operating state or a second operating state, the determination being based at least on one of a commanded or actual rotational speed of the hydraulic machine (60, 62), a commanded or actual torque of the hydraulic machine (60, 62), and/or a commanded or actual power of the hydraulic machine (60, 62); - controlling the rotatable load (22, 24) in a valve control mode if the hydraulic system is in the first operating state, the valve control mode comprising controlling the rotatable load (22, 24) by controlling the valve arrangement; - controlling the rotatable load (22, 24) in a displacement control mode if the hydraulic system is in the second operating state, the displacement control mode comprising controlling the rotatable load (22, 24) mainly by controlling the displacement of the hydraulic machine (60, 62); and - applying a non-zero absolute minimum displacement limitation to the hydraulic machine (60, 62) at least in the valve control mode.
Distribution machine, in particular for agriculture, having at least one storage container (2, 15, 30) for holding granular material which is to be distributed, said storage container (2, 15, 30) having, in its lower region, at least one metering element (5, 18) and/or at least one spreading element for distributing the granular material, wherein the distribution machine is assigned at least one lighting means (11, 25, 37, 38) which illuminates at least parts of the distribution machine, wherein the at least one lighting means is configured and/or oriented in such a way that the at least one lighting means illuminates the at least one metering element (5, 18) and/or the at least one spreading element, characterized in that the illumination characteristic of the at least one lighting means (11, 25, 37, 38) is changed at least approximately at the same time as a switch-on and/or switch-off operation of the distribution process, wherein the colour of the irradiated light of the at least one lighting means (11, 25, 37, 38) is changed simultaneously with the switching on and off of the distribution process.
Method of operating a wireless device in a wireless communication network, the wireless device being triggered for transmitting first signaling on a first resource structure associated to a first transmission quality and being triggered for transmitting second signaling on a second resource structure associated to a second transmission quality, the first resource structure and the second resource structure overlapping at least partly in time and/or being in the same transmission timing structure; the first signaling being communication signaling and representing first information, and the second signaling being control signaling representing second information, which is control information; the method comprising transmitting signaling on the first resource structure, the signaling comprising second information mapped to the first resource structure, depending on the size of the first resource structure and the size of the resources within the first resource structure required by the mapping of the second information, characterised in that the second information is mapped onto the first resource structure if the size of resources to be used for the second information is below a threshold size of resources and/or below a threshold portion of the size of the first resource structure. the first resource structure and the second resource structure overlapping at least partly in time and/or being in the same transmission timing structure; the first signaling being communication signaling and representing first information, and the second signaling being control signaling representing second information, which is control information;
An isolating transformer for use in a data communications system, the transformer comprising: a planar substrate formed of electrically insulative material having opposed first and second surfaces and substantially opposite edges; a first port formed of two separate terminals (227a, 227b) located at or close to a first edge; a second port formed of two separate terminals (234a, 234b) located at or close to a second, substantially opposite edge; a cut-out portion in the substrate between the first and second ports; a core provided in the cut-out portion, the core having first and second ends with first and second channels extending between the ends; and first and second generally U-shaped conductive paths connected in series to the first and second ports respectively, said paths being electrically isolated from one another characterised in that each path being comprised of - first and second tracks on the substrate surface which extend from their respective port terminals towards one end of the core, - a pair of twisted wires (242, 243) which connect to the first and second tracks and which pass through the respective core channels to the other end of the core, and - a third track on the substrate surface which interconnects the pair of wires at the other end of the core. a planar substrate formed of electrically insulative material having opposed first and second surfaces and substantially opposite edges; a first port formed of two separate terminals (227a, 227b) located at or close to a first edge; a second port formed of two separate terminals (234a, 234b) located at or close to a second, substantially opposite edge; a cut-out portion in the substrate between the first and second ports; a core provided in the cut-out portion, the core having first and second ends with first and second channels extending between the ends; and first and second generally U-shaped conductive paths connected in series to the first and second ports respectively, said paths being electrically isolated from one another characterised in that each path being comprised of - first and second tracks on the substrate surface which extend from their respective port terminals towards one end of the core, - a pair of twisted wires (242, 243) which connect to the first and second tracks and which pass through the respective core channels to the other end of the core, and - a third track on the substrate surface which interconnects the pair of wires at the other end of the core. - first and second tracks on the substrate surface which extend from their respective port terminals towards one end of the core, - a pair of twisted wires (242, 243) which connect to the first and second tracks and which pass through the respective core channels to the other end of the core, and - a third track on the substrate surface which interconnects the pair of wires at the other end of the core.
Any one or more of: i) soluble CD52 glycoprotein, ii) a fusion protein comprising soluble CD52 glycoprotein as a first protein, and a second protein; iii) a polynucleotide encoding the peptide portion of soluble CD52 glycoprotein of part i) or the fusion protein of part ii); iv) a vector comprising the polynucleotide of part iii); v) an isolated cell comprising the polynucleotide of part iii) or the vector of part iv); for use in therapy. i) soluble CD52 glycoprotein, ii) a fusion protein comprising soluble CD52 glycoprotein as a first protein, and a second protein; iii) a polynucleotide encoding the peptide portion of soluble CD52 glycoprotein of part i) or the fusion protein of part ii); iv) a vector comprising the polynucleotide of part iii); v) an isolated cell comprising the polynucleotide of part iii) or the vector of part iv);
An inflatable wet suit comprising: a torso section (10-1a, 10-1b) having a back pocket; a bladder assembly positioned within the back pocket, the bladder assembly comprising an inflatable bladder bag and an inflator valve adapted for operative connection with a compressed gas canister; a rip cord having one and other ends with the one end being connected to the inflator valve, the rip cord extending over a shoulder region of the torso section so that the other end thereof is graspably positioned adjacent a front portion of the torso section; characterized in that the inflatable wet suit further comprises a canister pouch arranged within the back pocket of the torso section for receiving the gas canister therein, the canister pouch including a front wall attached to the torso section along side and bottom edges thereof with a top edge being unattached to the torso section so as to define a pouch space with an open upper end, the front wall including at least one cut-out region to allow manual manipulation of the gas canister positioned in the pouch space, wherein the canister pouch further includes a top flap fixed to the torso section about top and lateral edges thereof and having an unsecured bottom edge to allow the top flap to extend over and thereby close the open upper end of the pouch space, and wherein the top flap includes an opening therein to allow a neck of the gas canister 18) to protrude therethrough and permit operative coupling of the gas canister to the inflator valve. a torso section (10-1a, 10-1b) having a back pocket; a bladder assembly positioned within the back pocket, the bladder assembly comprising an inflatable bladder bag and an inflator valve adapted for operative connection with a compressed gas canister; a rip cord having one and other ends with the one end being connected to the inflator valve, the rip cord extending over a shoulder region of the torso section so that the other end thereof is graspably positioned adjacent a front portion of the torso section; characterized in that the inflatable wet suit further comprises a canister pouch arranged within the back pocket of the torso section for receiving the gas canister therein, the canister pouch including a front wall attached to the torso section along side and bottom edges thereof with a top edge being unattached to the torso section so as to define a pouch space with an open upper end, the front wall including at least one cut-out region to allow manual manipulation of the gas canister positioned in the pouch space, wherein the canister pouch further includes a top flap fixed to the torso section about top and lateral edges thereof and having an unsecured bottom edge to allow the top flap to extend over and thereby close the open upper end of the pouch space, and wherein the top flap includes an opening therein to allow a neck of the gas canister 18) to protrude therethrough and permit operative coupling of the gas canister to the inflator valve.