mhurhangee/ep-ind-claims huggingface dataset:
A brushless motor driven by an inverter using a pulse width modulation system, comprising: a stator including a stator iron core on which a winding is wound, said stator iron core and winding being integrally molded with an insulating resin to configure stator; a rotor including a rotating body that holds a permanent magnet in a circumferential direction to face the stator and a shaft that fastens the rotating body to penetrate a center of the rotating body; two bearings (15; 15a, 15b) having a plurality of iron balls, an outer ring and an inner ring for supporting the shaft; and two conductive brackets (17, 19) fixing the two bearings (15; 15a, 15b), each of the two bearings (15a, 15b) being fixed with one of the brackets (17, 19) and the outer ring of each of the two bearings (15a, 15b) being electrically connected to the one of the two brackets (17, 19); characterized in that: the two brackets (17, 19) are electrically connected to each other, an impedance adjusting member for adjusting an electrical impedance at the high frequency signal due to the pulse width modulation is further arranged between the stator iron core and the electrically connected two brackets (17, 19), so that an electrical impedance between the stator iron core and the outer ring of the bearings is matched with an electrical impedance between the stator iron core and the inner ring of the bearings, and the impedance adjusting member is at least one of a capacitor and a resistance element. a stator including a stator iron core on which a winding is wound, said stator iron core and winding being integrally molded with an insulating resin to configure stator; a rotor including a rotating body that holds a permanent magnet in a circumferential direction to face the stator and a shaft that fastens the rotating body to penetrate a center of the rotating body; two bearings (15; 15a, 15b) having a plurality of iron balls, an outer ring and an inner ring for supporting the shaft; and two conductive brackets (17, 19) fixing the two bearings (15; 15a, 15b), each of the two bearings (15a, 15b) being fixed with one of the brackets (17, 19) and the outer ring of each of the two bearings (15a, 15b) being electrically connected to the one of the two brackets (17, 19); the two brackets (17, 19) are electrically connected to each other, an impedance adjusting member for adjusting an electrical impedance at the high frequency signal due to the pulse width modulation is further arranged between the stator iron core and the electrically connected two brackets (17, 19), so that an electrical impedance between the stator iron core and the outer ring of the bearings is matched with an electrical impedance between the stator iron core and the inner ring of the bearings, and the impedance adjusting member is at least one of a capacitor and a resistance element.
A spinal three-dimensional orthopedic equipment includes a frame for fixing an operation means and a drive device, a front board member and its drive device fixed on the frame, a back board member and a middle board member mounted on the back board member, as well as their respective drive devices fixed on the frame, characterized in that the spinal three-dimensional orthopedic equipment also includes a head holding means movably placed on the middle board member for holding and stably fixing the patient's head.
A construction containment system (100, 300, 500) said construction containment system (100, 300, 500) comprising: a flexible net (101, 1101); a rigid elongated member (102, 1102) adapted to be arranged at an edge of the flexible net (101, 1101); a post (103, 303, 503, 503') comprising upper engagement means at an upper end thereof for bringing the post (103, 303, 503, 503') into engagement with an overhead element and lower engagement means at a lower end of the post (103, 303, 503, 503') for bringing the post (103, 303, 503, 503') into engagement with an underlying element; characterized in that the construction containment system comprises coupling means provided at the post (103, 303, 503, 503') for coupling of the rigid elongated member to the post (103, 303, 503, 503'), wherein the coupling means comprises two c-shaped separate members (701, 702, 801, 802, 1130) provided adjacent each other in a direction substantially perpendicular to the surface of the flexible net (101, 1101) in a mounted state, wherein at least one of said c-shaped members (701, 702, 801, 802) has an opening (703, 704, 803, 804) directed towards the lower end of the post (103, 303, 503, 503') and wherein an internal diameter of the c-shaped member (701, 702, 801, 802) is larger than the diameter of the rigid elongated member and wherein a width of the opening (703, 704, 803, 804) of the c-shaped member (701, 702, 801, 802) is smaller than a diameter of the rigid elongated member while allowing the flexible net (101, 1101) to pass therethrough. a flexible net (101, 1101); a rigid elongated member (102, 1102) adapted to be arranged at an edge of the flexible net (101, 1101); a post (103, 303, 503, 503') comprising upper engagement means at an upper end thereof for bringing the post (103, 303, 503, 503') into engagement with an overhead element and lower engagement means at a lower end of the post (103, 303, 503, 503') for bringing the post (103, 303, 503, 503') into engagement with an underlying element; characterized in that the construction containment system comprises coupling means provided at the post (103, 303, 503, 503') for coupling of the rigid elongated member to the post (103, 303, 503, 503'), wherein the coupling means comprises two c-shaped separate members (701, 702, 801, 802, 1130) provided adjacent each other in a direction substantially perpendicular to the surface of the flexible net (101, 1101) in a mounted state, wherein at least one of said c-shaped members (701, 702, 801, 802) has an opening (703, 704, 803, 804) directed towards the lower end of the post (103, 303, 503, 503') and wherein an internal diameter of the c-shaped member (701, 702, 801, 802) is larger than the diameter of the rigid elongated member and wherein a width of the opening (703, 704, 803, 804) of the c-shaped member (701, 702, 801, 802) is smaller than a diameter of the rigid elongated member while allowing the flexible net (101, 1101) to pass therethrough.
Electromagnetic bipolar actuator consisting of an electromagnet having a core (1.2) and an excitation winding (1.1), an armature mobile between an open position and a closed position in the direction of the longitudinal axis of the electromagnet and to which the force of a spring element can be applied, as well as a yoke (1.3) extending in the movement direction of the armature and linked with the core (1.2) of the electromagnet, characterized in that the armature comprises a polarized permanent magnet (2.2) enclosed by the upper armature plate (2.3) and the lower armature plate (2.1) in a sandwich construction, abuts the yoke (1.3) with at least one end face of the upper armature plate (2.3) and where a secondary air gap is present between at least one end face of the lower armature plate (2.1) and the yoke (1.3), a. wherein, in order for the armature to adopt the open and closed positions, the excitation winding (1.1) is configured to be loaded with a current pulse of appropriate polarity such that the sum of the force effect produced by the two magnetic fields (7.2, 7.1) of the electromagnet and the permanent magnet (2.2) is smaller or greater than the spring force of the spring element, and b. when the armature remains in the open position, the permanent magnet field (2.2) penetrates the armature and, via the secondary air gap, the yoke (1.3), and the force effect thus produced is smaller than the spring force of the spring element, and that c. when the armature remains in the closed position, the permanent magnet field (7.1) penetrates the armature, the yoke (1.3) and the core (1.2) of the excitation winding (1.1), and the force effect thus produced is greater than the spring force. a. wherein, in order for the armature to adopt the open and closed positions, the excitation winding (1.1) is configured to be loaded with a current pulse of appropriate polarity such that the sum of the force effect produced by the two magnetic fields (7.2, 7.1) of the electromagnet and the permanent magnet (2.2) is smaller or greater than the spring force of the spring element, and b. when the armature remains in the open position, the permanent magnet field (2.2) penetrates the armature and, via the secondary air gap, the yoke (1.3), and the force effect thus produced is smaller than the spring force of the spring element, and that c. when the armature remains in the closed position, the permanent magnet field (7.1) penetrates the armature, the yoke (1.3) and the core (1.2) of the excitation winding (1.1), and the force effect thus produced is greater than the spring force.
A heat storage heat exchange device comprising: a casing in which a piping attachment opening is formed; a heat storage heat exchanger arranged at an inner section of the casing; a heat storing material provided in an inner section of the casing at an outer side of the heat storage heat exchanger; a refrigerant piping (45, 46, 47) connected with the heat storage heat exchanger and extended from an inner section of the casing to an outer section of the casing by passing through the piping attachment opening in the casing; and a sealing member configured to seal between the piping attachment opening in the casing and the refrigerant piping (45, 46, 47), wherein the refrigerant piping (45, 46, 47) is not fixed with regard to the sealing member and is configured so that movement in a direction of passing through the pipe attachment opening in the casing is free; and wherein the heat storing material has a melting point where phase change is generated between a solid and a liquid during storing heat and releasing heat in the heat storage heat exchanger; characterised in that the heat storage heat exchanger has a plurality of straight pipes which extends in a vertical direction and a U pipe which connects upper end sections of the straight pipes, and an upper end of the U pipe in the heat storage heat exchanger is positioned above an upper end section of the heat storing material at least in a case where the heat storing material is in a solid state. a casing in which a piping attachment opening is formed; a heat storage heat exchanger arranged at an inner section of the casing; a heat storing material provided in an inner section of the casing at an outer side of the heat storage heat exchanger; a refrigerant piping (45, 46, 47) connected with the heat storage heat exchanger and extended from an inner section of the casing to an outer section of the casing by passing through the piping attachment opening in the casing; and a sealing member configured to seal between the piping attachment opening in the casing and the refrigerant piping (45, 46, 47), wherein the refrigerant piping (45, 46, 47) is not fixed with regard to the sealing member and is configured so that movement in a direction of passing through the pipe attachment opening in the casing is free; and wherein the heat storing material has a melting point where phase change is generated between a solid and a liquid during storing heat and releasing heat in the heat storage heat exchanger; characterised in that the heat storage heat exchanger has a plurality of straight pipes which extends in a vertical direction and a U pipe which connects upper end sections of the straight pipes, and an upper end of the U pipe in the heat storage heat exchanger is positioned above an upper end section of the heat storing material at least in a case where the heat storing material is in a solid state.
A rotating structure comprising: a pouch coupled to a container and wound around a circumference of the container; and a raw material provided inside the pouch, wherein the raw material expands the pouch by being sublimated or evaporated while being heated, and the container is rotated according to expansion of the pouch, wherein there are a plurality of the pouches, and characterized in that the plurality of pouches rotate the container while expansion points of time of the plurality of pouches are differently formed according to the raw material inside the plurality of pouches. a pouch coupled to a container and wound around a circumference of the container; and a raw material provided inside the pouch, wherein the raw material expands the pouch by being sublimated or evaporated while being heated, and the container is rotated according to expansion of the pouch, wherein there are a plurality of the pouches, and characterized in that the plurality of pouches rotate the container while expansion points of time of the plurality of pouches are differently formed according to the raw material inside the plurality of pouches.
A quick connect coupling for threaded or profiled terminals, comprising: a substantially tubular main body internally delimiting a passage conduit for a fluid, wherein said main body has a first end configured to be removably connected with a terminal and a second end opposite the first end and configured to be connected with a circuit; a substantially tubular shutter coaxial with the main body, wherein the shutter is axially movable relative to the main body, and wherein said shutter has a head end intended to come into contact with the terminal; at least one clamp operatively engaged to the main body at the first end, wherein said at least one clamp comprises an annular sector and is movable radially relative to the main body between a first position of release from the terminal and a second position of engagement to the terminal; characterized in that said at least one clamp comprises a control pin mounted on the respective annular sector, radially oriented and slidingly engaged in a respective radial seat fashioned in the main body; activation devices (21, 22, 24; 21, 22, 24, 42) operatively engaged with said at least one clamp so as to determine the passage thereof between the first position and the second position. a substantially tubular main body internally delimiting a passage conduit for a fluid, wherein said main body has a first end configured to be removably connected with a terminal and a second end opposite the first end and configured to be connected with a circuit; a substantially tubular shutter coaxial with the main body, wherein the shutter is axially movable relative to the main body, and wherein said shutter has a head end intended to come into contact with the terminal; at least one clamp operatively engaged to the main body at the first end, wherein said at least one clamp comprises an annular sector and is movable radially relative to the main body between a first position of release from the terminal and a second position of engagement to the terminal; characterized in that said at least one clamp comprises a control pin mounted on the respective annular sector, radially oriented and slidingly engaged in a respective radial seat fashioned in the main body; activation devices (21, 22, 24; 21, 22, 24, 42) operatively engaged with said at least one clamp so as to determine the passage thereof between the first position and the second position.
An anti-theft device for securing during retail display an electronic product having a jack socket adapted for the transmission of power and/or information during normal post-retail operation of the electronic product, the anti-theft device comprising: a plug for engagement with the jack socket, the plug having an insertable portion for insertion into the jack socket, the insertable portion having a locking configuration for locking of the insertable portion within the jack socket to prevent removal of the insertable portion from the jack socket while the insertable portion is in the locking configuration and a release configuration for withdrawal of the insertable portion from the jack socket, the plug having a control mechanism for holding the insertable portion in the locking configuration such that when the plug is engaged with the jack socket the configuration of the insertable portion can be changed from the locking configuration to the release configuration substantially only by operation of the control mechanism by a security key; and a flexible attachment for attaching the plug to a fixture; wherein the plug has a body portion which remains outside of the jack socket and to which the flexible attachment is attached, the insertable portion being rotatable relative to the body portion around an axis when the insertable portion is in the locking configuration in the jack socket, the insertable portion being inserted into the jack socket along the direction of the axis.
System for determining relative positions comprising an encoder having encoder elements and an electronic sensor unit, wherein ▪ sensor unit and encoder are movable relative to one another in a direction of extent, and ▪ the sensor unit has a first sensor and at least one further, second sensor, wherein the first sensor and the second sensor have with respect to one another a sensor distance (d) in the direction of extent, said sensor distance being dimensioned in such a way that in one step at least one encoder element is detectable by the first sensor and at least one encoder element is detectable by the second sensor, characterized in that the system has a component with the aid of which the sensor distance (d) is determinable highly precisely, i.e. with a relative error of at most 5·10 -6, wherein the component is produced from a dimensionally stable and aging-resistant material having a coefficient of thermal expansion having an absolute value in a range of 0 to at most 5·10 -6 K -1. ▪ sensor unit and encoder are movable relative to one another in a direction of extent, and ▪ the sensor unit has a first sensor and at least one further, second sensor, wherein the first sensor and the second sensor have with respect to one another a sensor distance (d) in the direction of extent, said sensor distance being dimensioned in such a way that in one step at least one encoder element is detectable by the first sensor and at least one encoder element is detectable by the second sensor,
An electrically conductive paste comprising copper-based metal particles and an organic vehicle, wherein the organic vehicle contains a binder resin, the mean value of aspect ratio (dmax/dmin) defined as the ratio of the maximum diameter (dmax) to the minimum diameter (dmin) of a metal particle is equal to or larger than 1.0 and smaller than 2.2, the 90% particle diameter of the metal particles is more than 0.3 μm and less than 7.0 μm, the 50% particle diameter of the metal particles is more than 0.1 μm and less than 3.4 μm, the total concentration of metal elements other than copper contained in the metal particles is 1.0 mass% or less of the total metal particles, the total concentration of manganese (Mn), silicon (Si), boron, titanium (Ti), cerium (Ce), magnesium (Mg), aluminum (Al) and calcium (Ca) among metal elements other than copper contained in the metal particles is 0.5 mass% or less of the total metal particles, the total concentration of silver (Ag), bismuth (Bi), cobalt (Co), chromium (Cr), iron (Fe), molybdenum (Mo), niobium (Nb), lead (Pb), ruthenium (Ru), tantalum (Ta), tungsten and vanadium among metal elements other than copper contained in the metal particles is 0.5 mass% or less of the total metal particles, the mass% of the binder resin relative to the organic vehicle is more than 0.05% and less than 17.0%; and the mass% of the organic vehicle relative to the electrically conductive paste is more than 3.0% and less than 19.0%.
Media gateway, with a receiving unit, configured to receive signalling data in accordance with a first signalling method for a first data transmission network and payload data from a first data transmission network, with a signalling data transmit unit, configured to pack signalling data received at the receiving unit into the H.248 protocol and transmit it unchanged, with a payload data transmit unit, configured to transmit the payload data received at the receiving unit into a second data transmission network, and with a separating unit, configured to separate the signalling data from the payload data and to forward the signalling data to the signalling data transmit unit and the payload data to the payload data transmit unit.
Device for continuous processing of a metal strip, particularly a metal strip made of aluminium or an aluminium alloy, or of non-ferrous metal or a non-ferrous metal alloy, having at least one thermal treatment apparatus, which is in the form of a strip flotation furnace through which the metal strip is floated, and having a strip position adjustment device, with which the position of the metal strip can be controlled or adjusted in the strip running plane and transversely to the direction of advance of the strip, wherein the strip flotation furnace has at least one heating line on the infeed side and one cooling line on the outfeed side, characterised in that the strip position adjustment device is arranged in the cooling line.
A terminal node, configured to: receive a control message carrying a Pseudo Wire, PW, label (Label 3), FEC information and routing information, wherein the routing information comprises identification information and further identification information, the identification information is identification information of a switching node and the further identification information is identification information of a further switching node, the further identification information is next identification information of the identification information; construct a further control message carrying a further PW label (Label4), further FEC information and the routing information; send the further control message to the switching node. receive a control message carrying a Pseudo Wire, PW, label (Label 3), FEC information and routing information, wherein the routing information comprises identification information and further identification information, the identification information is identification information of a switching node and the further identification information is identification information of a further switching node, the further identification information is next identification information of the identification information; construct a further control message carrying a further PW label (Label4), further FEC information and the routing information; send the further control message to the switching node.
An exclusion device for excluding fluid contact to an abnormality in a body flow lumen, comprising: a body portion having opposed open ends (42, 45, 47); at least one aperture (118, 120) in said body portion located intermediate of said ends (42, 45, 47); and an extension (50, 52) configured to be positioned in said aperture (118, 120) and extending therefrom, said extension (50, 52) including an attachment portion receivable within said body portion and a tubular portion providing a flow conduit from the interior of said body portion outwardly of said body portion, said attachment portion having a profile area of a first size; wherein said aperture (118, 120) includes a profile area of a second size that is larger than the outer perimeter of the secondary flow lumen and is smaller than said first size so that said tubular portion may be radially offset from the center of the aperture within the aperture (118, 120) with a maximum offset of at least one cm. a body portion having opposed open ends (42, 45, 47); at least one aperture (118, 120) in said body portion located intermediate of said ends (42, 45, 47); and an extension (50, 52) configured to be positioned in said aperture (118, 120) and extending therefrom, said extension (50, 52) including an attachment portion receivable within said body portion and a tubular portion providing a flow conduit from the interior of said body portion outwardly of said body portion, said attachment portion having a profile area of a first size;