mhurhangee/ep-ind-claims huggingface dataset:
A program storage medium storing a program which, when executed by the computer, causes the computer to perform a method of determining the position of a medical device to be localized, the method comprising: a) acquiring main position data comprising reference structure position information which describes the position of a reference structure in a global coordinate system, the main position data having been gathered by a main detection device; b) acquiring supplement position data comprising relative position information which describes the position of the medical device relative to the position of the reference structure in a reference coordinate system, the supplement position data having been gathered by a supplement detection device; c) determining, based on the relative position information and the reference structure position information, medical device position data comprising medical device position information which describes the position of the medical device in the global coordinate system, the medical device and the supplement detection device have a fixed spatial relationship relative to one another. a) acquiring main position data comprising reference structure position information which describes the position of a reference structure in a global coordinate system, the main position data having been gathered by a main detection device; b) acquiring supplement position data comprising relative position information which describes the position of the medical device relative to the position of the reference structure in a reference coordinate system, the supplement position data having been gathered by a supplement detection device; c) determining, based on the relative position information and the reference structure position information, medical device position data comprising medical device position information which describes the position of the medical device in the global coordinate system, the medical device and the supplement detection device have a fixed spatial relationship relative to one another.
A molding system comprising: a control structure comprising a vision system configured to appreciate a parameter of a molded article molded by the molding system for controlling operation thereof, the vision system including one or more cameras configured to provide observations of the parameter of the molded article to a controller associated with the molding system and configured to control operation of the molding system with reference to the parameter of the molded article; the molding system further comprising a post-mold conditioning apparatus including a retrieval device configured to retrieve the molded article from a mold and to thermally condition the molded article in the process, an auxiliary device configured to thermally condition the molded article while it is in the retrieval device, an air conditioner configured to supply, in use, thermally conditioned air to the auxiliary device for thermally conditioning the molded article, and a conveyor configured to receive the molded article from the auxiliary device for conveyance thereof outside of the molding system; wherein the controller is configured to control one or more of the air conditioner and the conveyor on a basis of the observed parameter of the molded article, which parameter being an observed temperature thereof a control structure comprising a vision system configured to appreciate a parameter of a molded article molded by the molding system for controlling operation thereof, the vision system including one or more cameras configured to provide observations of the parameter of the molded article to a controller associated with the molding system and configured to control operation of the molding system with reference to the parameter of the molded article; the molding system further comprising a post-mold conditioning apparatus including a retrieval device configured to retrieve the molded article from a mold and to thermally condition the molded article in the process, an auxiliary device configured to thermally condition the molded article while it is in the retrieval device, an air conditioner configured to supply, in use, thermally conditioned air to the auxiliary device for thermally conditioning the molded article, and a conveyor configured to receive the molded article from the auxiliary device for conveyance thereof outside of the molding system; wherein the controller is configured to control one or more of the air conditioner and the conveyor on a basis of the observed parameter of the molded article, which parameter being an observed temperature thereof
Cooling device suitable for regulating the temperature of a heat source of a satellite comprising at least one capillary loop heat pipe formed by: - a capillary evaporator connected to at least one tank of fluid, - at least one condenser, - a heat transfer fluid flowing inside the capillary loop heat pipe, - a conduit in which flows the heat transfer fluid in the mostly liquid state, - a conduit in which flows the heat transfer fluid in the mostly gaseous state, - the conduit connecting the evaporator to the condenser and the conduit connecting the condenser to the evaporator in such a way as to form a closed circuit for the flow of fluid, characterised in that the cooling device further comprises a device referred to as "thermal damper", formed of a variable volume leak-tight chamber comprising a volume stiffness adapted so that the variable volume leak-tight chamber is deformed passively in a given operating range of the capillary loop heat pipe according to the variation in volume and the distribution of the fluid in the capillary loop heat pipe. - a capillary evaporator connected to at least one tank of fluid, - at least one condenser, - a heat transfer fluid flowing inside the capillary loop heat pipe, - a conduit in which flows the heat transfer fluid in the mostly liquid state, - a conduit in which flows the heat transfer fluid in the mostly gaseous state, - the conduit connecting the evaporator to the condenser and the conduit connecting the condenser to the evaporator in such a way as to form a closed circuit for the flow of fluid, characterised in that the cooling device further comprises a device referred to as "thermal damper", formed of a variable volume leak-tight chamber comprising a volume stiffness adapted so that the variable volume leak-tight chamber is deformed passively in a given operating range of the capillary loop heat pipe according to the variation in volume and the distribution of the fluid in the capillary loop heat pipe.
A trial assembly comprising: a trial cup having a distal end surface and a proximal end surface, the proximal end surface including first and second flanges and a centering member protruding outwardly along a longitudinal axis of the trial cup; and a trial insert including a proximal end portion and a shaft portion having a distal end, the shaft portion having a groove around an outer circumference thereof and a recess in the distal end thereof, wherein an engagement member (132, 134) on each of the first and second flanges is received within the groove of the trial insert such that the trial insert may be rotated in a radial direction about the longitudinal axis of the trial cup, characterised in that the centering member is slidably receivable in the recess of the trial insert in a direction transverse to the longitudinal axis of the trial cup whereby the trial insert is operatively coupled to the trial cup. a trial cup having a distal end surface and a proximal end surface, the proximal end surface including first and second flanges and a centering member protruding outwardly along a longitudinal axis of the trial cup; and a trial insert including a proximal end portion and a shaft portion having a distal end, the shaft portion having a groove around an outer circumference thereof and a recess in the distal end thereof, wherein an engagement member (132, 134) on each of the first and second flanges is received within the groove of the trial insert such that the trial insert may be rotated in a radial direction about the longitudinal axis of the trial cup, characterised in that the centering member is slidably receivable in the recess of the trial insert in a direction transverse to the longitudinal axis of the trial cup whereby the trial insert is operatively coupled to the trial cup.
Decor paper for decorative laminate, which is inkjet printable, comprising a paper substrate comprising at least one opacifying pigment having a refractive index of greater than 2, and, on at least one face of the substrate, a surface treatment comprising a water-soluble binder and between 0.5 and 9 g/m 2 of a filler with a specific surface area of between 2 and 100 m 2 /g and a refractive index of less than or equal to 2, the binder representing, by dry weight, between 10% and 50% of the surface treatment, the filler representing between 50% and 90% by dry weight of the surface treatment, and the surface treatment being deposited in an amount of from 1 to 10 g/m 2 by dry weight per treated face.
Pack (11; 31) comprising a cavity (12; 33) with at least one piece-form cleaning agent (13; 45), which is produced as a result of a hot cleaning-agent substance being poured into the cavity (12; 33), the cleaning agent therefore adhering to the inner side of the cavity, and the pack (11; 31) has a microscopically roughened or microscopically structured surface at least in the region of the inner side of the cavity (12; 33), said inner sides serving as an abutment surface for the cleaning agent (13; 45), wherein the interactions of the microscopically roughened or microscopically structured surface with the solidified cleaning-agent substance are reduced in comparison with there being a smooth surface in the region of the inner side of the cavity (12; 33), wherein the viscosity of the molten and hot cleaning agent at 50°C is above 200 mPa*s, and it therefore solidifies essentially on the surface formed by the ends of the protruding structures.
Lifting system for a filter press, comprising a lifting frame, a filter support member configured to be removably supported by a rail in the filter press, said filter support member being configured to suspend at least two parallelly extending filter cloth portions, and a coupling (511; 401), wherein the lifting frame is configured to be moved in a direction towards the filter support member into a locking position in which the coupling (511; 401) is configured to be activated thereby interlocking the lifting frame and the filter support member and allowing lifting of the filter support member and the filter cloth portions suspended thereby in a direction away from the rail.
Middle hoop system for a vehicle joint arranged between a first vehicle section and a second vehicle section of a multi-unit vehicle, comprising a middle hoop, which is oriented in a transverse direction, and a cable strand which extends between the first vehicle section and the second vehicle section, the middle hoop surrounding a passage intended for passengers, and the cable strand being arranged above the passage, characterized by a guide lever which is connected to the middle hoop by means of a first pivot joint (22, 27) and which is connected to the cable strand by means of a second pivot joint, characterized in that the axis of the first pivot joint (22, 27) and the axis of the second pivot joint intersecting a vertical longitudinal plane in the normal state, wherein a vertical longitudinal plane is a vertical plane which extends in the longitudinal direction.
A method, performed on a personal electronics device comprising a camera, a digital video stabilizer, and a motion detector, the method comprising: producing, by the camera, a series of images; calculating, by the digital video stabilizer, a stabilization-compensation value associated with the series of images; producing, by the motion detector, motion data; analyzing the motion data; and only if the analyzing reveals that motion detected by the motion detector is above a noise threshold of the motion detector, then applying the stabilization-compensation value to the series of images, wherein calculating the noise threshold includes measuring motion data produced by the motion detector while the personal electronics device is in a static position. producing, by the camera, a series of images; calculating, by the digital video stabilizer, a stabilization-compensation value associated with the series of images; producing, by the motion detector, motion data; analyzing the motion data; and only if the analyzing reveals that motion detected by the motion detector is above a noise threshold of the motion detector, then applying the stabilization-compensation value to the series of images, wherein calculating the noise threshold includes measuring motion data produced by the motion detector while the personal electronics device is in a static position.
A fast-dissolving oral solid vaccine dosage form comprising: (a) an immunogenic amount of an antigenic preparation; (b) at least one immune response potentiating matrix forming agent; wherein the at least one immune response potentiating matrix forming agent is a starch; and (c) an adjuvant; wherein the dosage form facilitates oral cavity uptake of an antigen within said antigenic preparation. (a) an immunogenic amount of an antigenic preparation; (b) at least one immune response potentiating matrix forming agent; wherein the at least one immune response potentiating matrix forming agent is a starch; and (c) an adjuvant;
System of detection for a motor vehicle comprising: - at least one optical detector, said at least one optical detector being configured for detecting the approach of a person in a predefined area in the vicinity of the vehicle in order to activate opening command means of a device for opening a movable panel (5, 7) of the vehicle, - identifier means to be carried by the user - authentication means on-board the vehicle for verifying that a detected person is an authorized person - a detection device comprises switching means for switching the function of the at least one optical detector to a detecting function of an obstacle at a predefined distance of the vehicle when the said identifier means of an authorized person is detected inside the vehicle by said authentication means and the vehicle movable panels (5, 7) are closed, and wherein - said detection device comprises processing means configured to react depending on a detection of an obstacle by the optical detector. - at least one optical detector, said at least one optical detector being configured for detecting the approach of a person in a predefined area in the vicinity of the vehicle in order to activate opening command means of a device for opening a movable panel (5, 7) of the vehicle, - identifier means to be carried by the user - authentication means on-board the vehicle for verifying that a detected person is an authorized person - a detection device comprises switching means for switching the function of the at least one optical detector to a detecting function of an obstacle at a predefined distance of the vehicle when the said identifier means of an authorized person is detected inside the vehicle by said authentication means and the vehicle movable panels (5, 7) are closed, and wherein - said detection device comprises processing means configured to react depending on a detection of an obstacle by the optical detector.
A pharmaceutical composition suitable for preventing or treating a skin disease, comprising a peptide selected from the group consisting of the peptides of SEQ ID NOs: 1 to 6 as an active ingredient and a pharmaceutically acceptable carrier.
A living eye judging method comprising: a first step of obtaining a first image captured by shooting a subject with a first illumination and a second image captured by shooting the subject with a second illumination; and a second step of judging whether an eye included in the first and second images is a living eye or not based on luminance in pupil regions of the eye in the first and second images, wherein the first illumination is coaxial with an optical axis of a camera and the second illumination has an optical axis different from the optical axis of the camera; and that judging whether an eye included in the first and second images is a living eye or not is performed based on the luminance (Pa) in the pupil region in the first image which is caused by a retinal reflex from within the eye and the luminance (Pb) in the pupil region in the second image without the retinal reflex from within the eye by determining a luminance difference (Pa-Pb) of the pupil as a whole between the first and second image and judging that the retinal reflex is caused and judging that the eye included in the images is a living eye when the luminance difference is larger than a predetermined threshold value. a first step of obtaining a first image captured by shooting a subject with a first illumination and a second image captured by shooting the subject with a second illumination; and a second step of judging whether an eye included in the first and second images is a living eye or not based on luminance in pupil regions of the eye in the first and second images, wherein
An expandable polystyrene comprising: a styrenic co-polymer resulting from polymerization of a reaction mixture comprising a styrenic monomer and a co-monomer comprising a polar functional group, wherein the co-monomer comprising a polar functional group is present in amounts ranging from 0.01 to 20 wt% based on the total weight of the reaction mixture; and CO 2 as a blowing agent. a styrenic co-polymer resulting from polymerization of a reaction mixture comprising a styrenic monomer and a co-monomer comprising a polar functional group, wherein the co-monomer comprising a polar functional group is present in amounts ranging from 0.01 to 20 wt% based on the total weight of the reaction mixture; and CO 2 as a blowing agent.
A method performed by a network node for beamforming, the method comprising: obtaining, at the network node, information relating to a plurality of signals received or transmitted using a set of receiving beams or a set of transmitting beams of the network node, wherein the information relates to one or more of: path loss between a receiving device and the network node; signal strength of a signal of the plurality of signals transmitted by the network node; and a random access success ratio for a beam of the set of beams used by the network node to transmit the plurality of signals and the information is derived from multiple measurements performed over a period of time; and each individual beam of the set having a unique beam direction; determining a set of candidate beams for use by the network node for synchronisation signal, SS, transmission or random access channel, RACH, detection; based on the obtained information, selecting one or more of the determined candidate beams; and using the selected one or more of the determined candidate beams for SS transmission or RACH detection by the network node, wherein selecting one or more of the candidate beams comprises selecting a first subset of the set of candidate beams and selecting a second subset of the set of candidate beams, and wherein using the selected one or more of the determined candidate beams for SS transmission or RACH detection by the network node comprises using the selected first subset for individual narrow-beam SS transmission or RACH detection and using the selected second subset for broad-beam SS transmission or RACH detection. path loss between a receiving device and the network node; signal strength of a signal of the plurality of signals transmitted by the network node; and a random access success ratio for a beam of the set of beams used by the network node to transmit the plurality of signals and the information is derived from multiple measurements performed over a period of time; and each individual beam of the set having a unique beam direction; determining a set of candidate beams for use by the network node for synchronisation signal, SS, transmission or random access channel, RACH, detection; based on the obtained information, selecting one or more of the determined candidate beams; and using the selected one or more of the determined candidate beams for SS transmission or RACH detection by the network node, wherein selecting one or more of the candidate beams comprises selecting a first subset of the set of candidate beams and selecting a second subset of the set of candidate beams, and wherein using the selected one or more of the determined candidate beams for SS transmission or RACH detection by the network node comprises using the selected first subset for individual narrow-beam SS transmission or RACH detection and using the selected second subset for broad-beam SS transmission or RACH detection.
Assembly comprising a coolant conveying pipe (2, 2') and a fixing assembly for fixing the pipe (2, 2') to a motor vehicle body, the fixing assembly comprising a support plate intended to be mounted in a fixed position on said body, and fixing means (6, 6') for fixing said pipe (2, 2') to said support plate, said fixing means (6, 6') comprising a ring that traps said conveying pipe (2, 2') and a fixing tab intended to be anchored to said support plate, characterized in that said ring is obtained by over moulding onto said conveying pipe (2, 2'), said fixing tab extending parallel to an axis of said ring so that the conveying pipe can be fixed by a movement of interlocking the fixing tab with the support plate parallel to the axis of the conveying pipe at the ring.
An articulable structure in the form of a fractal, comprising at least one external compartment (C E) and at least one first internal compartment (C I1) linked to each other articulately by at least one of their borders, characterized in that the at least two compartments (C E, C I1) have essentially the same shape in the assembled and delineated states, and the first internal compartment (C I1) has smaller dimensions than those of the external compartment, wherein, in the assembled state, the fist internal compartment remains housed within the external compartment (C E), and each compartment has a polygonal shape, comprising at least four side faces and one bottom face; each structure compartment comprising: - at least five quadrangular faces corresponding to the four side faces and the bottom face, each border of the bottom face being articulately linked to a lower border of equal dimensions of one of the side faces; and - at least four equal triangular faces in the form of isosceles triangle, each triangular face connecting two neighboring side faces, each border corresponding to a cathetus of the triangle being articulately linked to a side border of one of the side faces, and the border corresponding to the hypotenuse linking the vertices of the two neighboring side faces, wherein the length of the hypotenuse border of the triangular faces of the first internal compartment (C I1) is equal to or smaller than the length of the upper border of the side faces of the external compartment (C E), wherein the half of the length of the hypotenuse border of one triangular face of the first internal compartment (C I1) is articulately connected to the half of the length of the upper border of one side face of the external compartment (C E). - at least five quadrangular faces corresponding to the four side faces and the bottom face, each border of the bottom face being articulately linked to a lower border of equal dimensions of one of the side faces; and - at least four equal triangular faces in the form of isosceles triangle, each triangular face connecting two neighboring side faces, each border corresponding to a cathetus of the triangle being articulately linked to a side border of one of the side faces, and the border corresponding to the hypotenuse linking the vertices of the two neighboring side faces, wherein the length of the hypotenuse border of the triangular faces of the first internal compartment (C I1) is equal to or smaller than the length of the upper border of the side faces of the external compartment (C E),