mhurhangee/ep-ind-claims huggingface dataset:
Device for positioning a magnetic coil for transcranial magnetic stimulation in relation to the head of a patient, comprising: a head unit with a support for the head of the patient and a positioning unit, which is connected to the support, with a coil seat for holding the magnetic coil; and a holding arm that holds the head unit and that is configured to be installed firmly, wherein a reversibly movable connection is provided between the head unit and the holding arm in a way that a change of a force, which is applied onto the support by the head of the patient, leads to a relative movement between the head unit and the holding arm through the reversibly movable connection. a head unit with a support for the head of the patient and a positioning unit, which is connected to the support, with a coil seat for holding the magnetic coil; and a holding arm that holds the head unit and that is configured to be installed firmly, wherein a reversibly movable connection is provided between the head unit and the holding arm in a way that a change of a force, which is applied onto the support by the head of the patient, leads to a relative movement between the head unit and the holding arm through the reversibly movable connection.
A power network device physically disposable on a current carrying conductor, the power network device comprising: - a sensor module configured to measure one or more parameters associated with the current carrying conductor; - a processor configured to detect a condition in the power network based on the one or more parameters; and - a power harvesting module configured to harvest an induced voltage (V ind) proportional to the line current (I L), for powering one or more modules of the power network device, wherein the power harvesting module comprises: o an impedance regulation module; o a dynamic burden impedance configured as a variable load; and o a voltage limiting module characterized in that the impedance regulation module comprises: a power detection module configured to detect a power harvested by the power harvesting module; a switching module configured to switch the impedance regulation module in a first state, if the power detected by the power detection module is below a predefined threshold (P T), or in a second state, if the power detected by the power detection module is equal to or exceeds the threshold (P T); and a compensation impedance (Z C), wherein in the first state the compensation impedance (Z C) is connected in series with the power harvesting module, and wherein in the second state the compensation impedance (Z C) is bypassed. - a sensor module configured to measure one or more parameters associated with the current carrying conductor; - a processor configured to detect a condition in the power network based on the one or more parameters; and - a power harvesting module configured to harvest an induced voltage (V ind) proportional to the line current (I L), for powering one or more modules of the power network device, wherein the power harvesting module comprises: o an impedance regulation module; o a dynamic burden impedance configured as a variable load; and o a voltage limiting module o an impedance regulation module; o a dynamic burden impedance configured as a variable load; and o a voltage limiting module a power detection module configured to detect a power harvested by the power harvesting module; a switching module configured to switch the impedance regulation module in a first state, if the power detected by the power detection module is below a predefined threshold (P T), or in a second state, if the power detected by the power detection module is equal to or exceeds the threshold (P T); and a compensation impedance (Z C), wherein in the first state the compensation impedance (Z C) is connected in series with the power harvesting module, and wherein in the second state the compensation impedance (Z C) is bypassed.
A portable medical device configurable to operate in multiple languages comprising: a controller; a memory disposed in electrical communication with the controller, the memory comprising data relating to user instructions in a plurality of languages; a case which houses the controller and memory and comprises a mount for a placard; a sensing element disposed adjacent the mount and in electrical communication with the controller; a placard having a visible user instruction in a first language and disposed to be removably secured in the mount; a controlling element disposed on the placard such that the sensing element senses the controlling element when the placard is secured in the mount, wherein the controller configures the portable medical device to operate in one of the plurality of languages based on the sensed controlling element. a controller; a memory disposed in electrical communication with the controller, the memory comprising data relating to user instructions in a plurality of languages; a case which houses the controller and memory and comprises a mount for a placard; a sensing element disposed adjacent the mount and in electrical communication with the controller; a placard having a visible user instruction in a first language and disposed to be removably secured in the mount; a controlling element disposed on the placard such that the sensing element senses the controlling element when the placard is secured in the mount, wherein the controller configures the portable medical device to operate in one of the plurality of languages based on the sensed controlling element.
Arrangement comprising a plurality of inductive lighting devices and a plurality of couplers for the contactless transmission of energy to the inductive lighting devices, the couplers each having a transmitting inductor, in particular a transmitter coil, and an input for connection to an electrical supply line, and a device for generating a high-frequency voltage which is supplied to the transmitting inductor during operation of the coupler, and wherein the lighting devices each have a receiving inductor, in particular a receiver coil, and a light source, in particular with at least one LED, wherein the lighting devices can be electrically supplied via the receiving inductor, wherein each of the inductive lighting devices is assigned its own coupler, characterised in that each of the couplers has a demodulator for decoupling the control signals coupled to the supply line.
A data record structure adapted for transmission over a network of network participating devices (201, 206); the data record structure generated on a network device participating in a Blockchain as an initiating device which has an initiating device unique identifier; the Blockchain operating according to a Blockchain protocol; the data record structure containing at least a first record and a first unique identifier record; the first record containing data for transmission over the network to a network participating device in the form of a receiving device having a receiving device unique identifier; the first unique identifier record containing the initiating device unique identifier; and wherein the first record contains token identifying data which uniquely identifies a token; the data record structure enabling comparison of the initiating device unique identifier contained in the data record with the unique identifier of the network device participating in a Blockchain as an initiating device at least each time the token is received via a one of the network participating devices (201, 206); the comparison done by way of ledger verification that takes place as part of the Blockchain protocol; and wherein the token is transmitted from device to device on the network on a rotating basis to ensure that every device receives or sends the token over a predetermined period of time thereby to test the integrity/identity of each device on the network that is participating in the Blockchain.
A lubricating oil composition comprising the reaction product of: a. a nitrogen containing reactant, wherein the nitrogen containing reactant comprises an alkyl di-alkanolamide, b. an acidic molybdenum compound; and c. a salicylate compound. a. a nitrogen containing reactant, wherein the nitrogen containing reactant comprises an alkyl di-alkanolamide, b. an acidic molybdenum compound; and c. a salicylate compound.
A doctoring system for cleaning a surface in a papermaking machine, said doctoring system comprising: a doctor blade (24, 66, 116, 166, 200, 232) coupled to a doctor blade holder (10, 12, 110, 160, 208, 230, 260), said doctor blade holder being coupled to a doctor-back (84, 212); and fluid assist means for providing a fluid under positive pressure that is higher than atmospheric pressure, said fluid being directed in a direction generally opposite a direction of movement of the moving surface such that fluid of high momentum is provided to impinge on water resident within the moving surface and adjacent a leading edge of the doctor blade during movement of the moving surface, characterized in that the blade holder and blade are configured to utilize the fluid under positive pressure to position and stabilize the doctor blade. a doctor blade (24, 66, 116, 166, 200, 232) coupled to a doctor blade holder (10, 12, 110, 160, 208, 230, 260), said doctor blade holder being coupled to a doctor-back (84, 212); and fluid assist means for providing a fluid under positive pressure that is higher than atmospheric pressure, said fluid being directed in a direction generally opposite a direction of movement of the moving surface such that fluid of high momentum is provided to impinge on water resident within the moving surface and adjacent a leading edge of the doctor blade during movement of the moving surface, characterized in that the blade holder and blade are configured to utilize the fluid under positive pressure to position and stabilize the doctor blade.
A layered product for fine pattern formation used to form a fine pattern in a processing object using a first mask layer, comprising: a mold having a concavo-convex structure on its surface; and a second mask layer serving as a mask when the first mask layer is fabricated, wherein the distance (lcc) between a top position of the convex portion of the concavo-convex structure and the interfacial position (Scc) of the second mask layer formed in the concave portion of the concavo-convex structure and the height (h) of the concavo-convex structure satisfy Formula 0 < lcc < 1.0h, and the distance (lcv) between the top position of the convex portion and the top position (Scv) of the second mask layer formed on the convex portion and the height (h) satisfies Formula 0 ≤ lcv ≤ 0.05h. a mold having a concavo-convex structure on its surface; and a second mask layer serving as a mask when the first mask layer is fabricated, wherein the distance (lcc) between a top position of the convex portion of the concavo-convex structure and the interfacial position (Scc) of the second mask layer formed in the concave portion of the concavo-convex structure and the height (h) of the concavo-convex structure satisfy Formula 0 < lcc < 1.0h, and the distance (lcv) between the top position of the convex portion and the top position (Scv) of the second mask layer formed on the convex portion and the height (h) satisfies Formula 0 ≤ lcv ≤ 0.05h.
A propylene 1-hexene copolymer containing from 5.5 to 9.0% by weight, of 1-hexene derived units having: a) two peaks in the DSC plot having a difference in height ranging from 0 to 5 mW; b) the higher melting temperature, measured by DSC, ranging from 142.0°C to 149.0°C; c) Melt Flow Rate, measured according to ASTM D 1238, 230°C/2.16 kg, from 3.5 to 8.0 g/10 min; d) a solubility in xylene at 25° C equal to or lower than 25 % by weight, being higher than 12 wt%; wherein the DSC and the solubility in xylene measurements are performed according to the examples part of the description. a) two peaks in the DSC plot having a difference in height ranging from 0 to 5 mW; b) the higher melting temperature, measured by DSC, ranging from 142.0°C to 149.0°C; c) Melt Flow Rate, measured according to ASTM D 1238, 230°C/2.16 kg, from 3.5 to 8.0 g/10 min; d) a solubility in xylene at 25° C equal to or lower than 25 % by weight, being higher than 12 wt%; wherein the DSC and the solubility in xylene measurements are performed according to the examples part of the description.
A method (10, 50) for segmenting an anatomic structure of a patient, wherein the anatomic structure is the spine and comprises a plurality of stacked interconnected components (220, 230) being vertebrae, a spine centreline, and a spinal canal centreline, the method comprising: receiving a 3D image data set (12, 52) of the patient; detecting (14, 16, 54) the spine centreline and the spinal canal centreline of the anatomic structure from the 3D image data set of the patient wherein the detecting (14, 54) is based on a prediction map, wherein the spine centerline extends through the center of each of the plurality of interconnected components (220, 230); localizing (18, 56) a center of each of the plurality of interconnected components; and automatically segmenting (30, 58) the anatomic structure based on the detecting and localizing steps (14, 16, 54). receiving a 3D image data set (12, 52) of the patient; detecting (14, 16, 54) the spine centreline and the spinal canal centreline of the anatomic structure from the 3D image data set of the patient wherein the detecting (14, 54) is based on a prediction map, wherein the spine centerline extends through the center of each of the plurality of interconnected components (220, 230); localizing (18, 56) a center of each of the plurality of interconnected components; and automatically segmenting (30, 58) the anatomic structure based on the detecting and localizing steps (14, 16, 54).
Evacuation device for the evacuation of persons from a vehicle, characterised in that the evacuation device comprises a plurality of inflatable chambers layered one on top of the other with a rectangular horizontal cross-section, which are separated pneumatically from one another and which are surrounded by an inflatable supporting device on three sides of their periphery and wherein the topmost chamber has an accessible surface and the chambers and the supporting device can be brought into their position of use by means of pressurised gas and wherein the accessible surface is lowered by sequential ventilation of the inflatable chambers.
(Amended) A physical quantity sensor, comprising: a detection element including a drive electrode (65, 66) and a detection electrode; an integrated circuit which processes an output signal provided by the detection electrode; a case which has an opening, and houses the detection element and the IC; a lid (89, 89A) which has a rectangular parallelepiped shape, and occludes the opening of the case; a power electrode, a ground electrode, and an output electrode, which are disposed on an outer bottom surface of the case; and a metal frame disposed on an upper surface of the case, wherein the lid is joined to the metal frame, characterized in that the lid includes two bent portions (91, 94) formed by changing a shape of a portion of the lid to protrude in a more interior position on the lid than a joint portion corresponding to only a longitudinal side, in a top view, among sides of the lid which are joined to the metal frame, and along the joint portion corresponding to only the longitudinal side. a detection element including a drive electrode (65, 66) and a detection electrode; an integrated circuit which processes an output signal provided by the detection electrode; a case which has an opening, and houses the detection element and the IC; a lid (89, 89A) which has a rectangular parallelepiped shape, and occludes the opening of the case; a power electrode, a ground electrode, and an output electrode, which are disposed on an outer bottom surface of the case; and a metal frame disposed on an upper surface of the case, wherein the lid is joined to the metal frame, characterized in that the lid includes two bent portions (91, 94) formed by changing a shape of a portion of the lid to protrude in a more interior position on the lid than a joint portion corresponding to only a longitudinal side, in a top view, among sides of the lid which are joined to the metal frame, and along the joint portion corresponding to only the longitudinal side.
Internally hollow body made of plastic, having a cavity, preferably suitable to contain liquid, solid or gaseous material, comprising: - a main body shaped so as to comprise side walls, having an inner surface which at least partially defines said cavity and which ends with a shaped edge which delimits a coupling aperture to the cavity; - a closure body, comprising closure side walls having an outer sealing surface, said outer sealing surface being suitable to engage at least partially with the inner surface of the side walls of the main body and said closure body being suitable to at least partially close the cavity at the coupling aperture; - a joining element, made of plastic; wherein the main body is joined to the closure body at least partially along the shaped edge by means of said joining element, and wherein between the main body and the closure body there is an over-moulding seat, said joining element being over-moulded to the main body and to the closure body by injection, and covering said over-moulding seat; characterized in that said closure body has a mould coupling cavity in which a mould for injection moulding is at least partially coupleable according to a shaped coupling, suitable to counteract the pressure generated on the over-moulding seat by injection means during an over-moulding step of the joining element and in that the mould coupling cavity is formed externally to the cavity of the hollow body. - a main body shaped so as to comprise side walls, having an inner surface which at least partially defines said cavity and which ends with a shaped edge which delimits a coupling aperture to the cavity; - a closure body, comprising closure side walls having an outer sealing surface, said outer sealing surface being suitable to engage at least partially with the inner surface of the side walls of the main body and said closure body being suitable to at least partially close the cavity at the coupling aperture; - a joining element, made of plastic;
A device for accommodating mounting rail module housings, comprising at least one mounting rail module housing which contains components that are to be contacted electrically; at least one circuit board (100, 101), and a one-piece support which comprises a first supporting area which is configured for loosely holding the at least one circuit board (100, 101) and which has a defined shape, the at least one circuit board (100, 101) being held alone by virtue of the defined shape of the first supporting area, and a second supporting area having an integral mounting rail for holding at least one mounting rail module housing, wherein the first supporting area is arranged at a lower level and laterally relative to the integral mounting rail, so that the at least one mounting rail module housing can be released from the integral mounting rail by pivoting it in the direction of the circuit board (100, 101); wherein the one-piece support is an extruded profile of a predeterminable length.
An electrochromic device (120, 220) comprising: an electrochromic stack (130, 230) defining at least one opening to allow light to pass therethrough without being tinted, the electrochromic stack (130, 230) including at least an ion conductive layer applied against and bounded by both a first side of an electrochromic layer and a first side of a counter electrode layer.
A method comprising: receiving, by an access control management system, from a first client device, information associated with an encrypted data object, the information including an identification of a role assigned to a user authorized to access the encrypted data object; receiving, by the access control management system, from a second client device, a request for the information associated with the encrypted data object; verifying, by the access control management system, that a user of the second client device is identified in the received information associated with the encrypted data object; verifying, by the access control management system, that the user of the second client device is assigned the role identified in the received information; selecting, by the access control management system, an identity provider from a plurality of identity providers (204a, 204b), based on a user identifier included in the received information associated with the encrypted data object, the user identifier associated with the user of the second client device; requesting, by the access control management system, from the selected identity provider (204a, 204b), authentication of the user of the second client device; and sending, by the access control management system, to the second client device, the received information associated with the encrypted data object, responsive to the authentication by the selected identity provider of the user of the second client device. receiving, by an access control management system, from a first client device, information associated with an encrypted data object, the information including an identification of a role assigned to a user authorized to access the encrypted data object; receiving, by the access control management system, from a second client device, a request for the information associated with the encrypted data object; verifying, by the access control management system, that a user of the second client device is identified in the received information associated with the encrypted data object; verifying, by the access control management system, that the user of the second client device is assigned the role identified in the received information; selecting, by the access control management system, an identity provider from a plurality of identity providers (204a, 204b), based on a user identifier included in the received information associated with the encrypted data object, the user identifier associated with the user of the second client device; requesting, by the access control management system, from the selected identity provider (204a, 204b), authentication of the user of the second client device; and sending, by the access control management system, to the second client device, the received information associated with the encrypted data object, responsive to the authentication by the selected identity provider of the user of the second client device.