mhurhangee/ep-ind-claims huggingface dataset:
A heat exchanger comprising a first set of tubes enclosing a second set of fins such that an external plane is formed by fins between said tubes that intercepts a stream of inflowing air, the first set of tubes cooperating with a manifold, wherein the fins of the second set are substantially meander or canted-shaped having a number of substantially mutually parallel surfaces (22a,..., 22n) in a direction transverse to the meander propagation direction, wherein a depth profile is provided in the said mutually parallel surfaces (22a,..., 22n) characterized in that the depth profile forms a groove along a length of the meander or canted shape of said fins at the external plane of the heat exchanger, the groove having a wider portion formed at the external plane conceived to intercept the stream of inflowing air at a reduced flow resistance.
A method for automatically determining, on a bone comprising a head portion contiguous to a neck portion, parameters for characterizing a bump deformation on the head-neck junction of the bone from acquired 3D medical image, the method comprising the following steps: i) constructing a 3D surface model of the bone from acquired 3D medical image; ii) fitting a sphere (S F) on the spherical portion of the head of the bone; iii) determining a neck axis characterizing the neck portion of the bone; iv) determining from the neck axis, a clock face referential on the head of the bone by rotating a plane around the neck axis; v) determining a 3D curve on the 3D surface model characterizing the head-neck junction of the bone; vi) determining, from the 3D curve, the summit of the bump deformation of the head-neck junction of the bone, said summit being the point (Mmax) on the 3D curve corresponding to the maximum angle (α3D) amongst angles (αi) between the hemi-line issued from the center of the fitted sphere in the neck axis direction and the hemi-line joining the center of the fitted sphere and a respective point (Mi) of the 3D curve; vii) determining, from said summit of the bump deformation, first and a second parameters (α3D, iMax) characterizing the maximum bump deformation of the head-neck junction of the bone, wherein the first parameter (α3D) is the maximum angle defined by feature block vi) and the second parameter (iMax) is a clock index locating on the clock face referential the summit of the bump deformation. i) constructing a 3D surface model of the bone from acquired 3D medical image; ii) fitting a sphere (S F) on the spherical portion of the head of the bone; iii) determining a neck axis characterizing the neck portion of the bone; iv) determining from the neck axis, a clock face referential on the head of the bone by rotating a plane around the neck axis; v) determining a 3D curve on the 3D surface model characterizing the head-neck junction of the bone; vi) determining, from the 3D curve, the summit of the bump deformation of the head-neck junction of the bone, said summit being the point (Mmax) on the 3D curve corresponding to the maximum angle (α3D) amongst angles (αi) between the hemi-line issued from the center of the fitted sphere in the neck axis direction and the hemi-line joining the center of the fitted sphere and a respective point (Mi) of the 3D curve; vii) determining, from said summit of the bump deformation, first and a second parameters (α3D, iMax) characterizing the maximum bump deformation of the head-neck junction of the bone, wherein the first parameter (α3D) is the maximum angle defined by feature block vi) and the second parameter (iMax) is a clock index locating on the clock face referential the summit of the bump deformation.
An implantable medical device for defibrillating the heart of patient, comprising: - an energy storage device for providing a voltage, - at least one electrode, wherein the implantable medical device is configured to deliver an electrical current pulse through said electrode for a defibrillation shock by means of the voltage, characterized by - a short-circuit protection which is configured to be triggered in the event of a short-circuit of the at least one electrode and to interrupt or prevent delivery of an electrical current pulse for a defibrillation shock by said electrode, wherein the energy storage device for providing the voltage comprises at least two capacitors (Cl, C2), wherein, in the event of a short-circuit, the implantable medical device is configured to cause the delivery of a further current pulse for a defibrillation shock with reduced voltage from a parallel circuit of the at least two capacitors (Cl, C2) by said electrode. - an energy storage device for providing a voltage, - at least one electrode, wherein the implantable medical device is configured to deliver an electrical current pulse through said electrode for a defibrillation shock by means of the voltage, characterized by - a short-circuit protection which is configured to be triggered in the event of a short-circuit of the at least one electrode and to interrupt or prevent delivery of an electrical current pulse for a defibrillation shock by said electrode, wherein the energy storage device for providing the voltage comprises at least two capacitors (Cl, C2),
A non-threaded coupling system between first and second tubular members comprising: a first tubular member having a first end which includes a first profiled section extending circumferentially and continuously around an outer surface; a second tubular member having a second end which includes a second profiled section extending circumferentially and continuously around an inner surface; at least one profiled section includes a projection (69,71), the projection containing an overhang (77,81) to the surface of the tubular member; the first end of the first tubular member being inserted within the second end of the second tubular member so that the profiled sections are coaxial and then by application of a radial force creating a metal to metal seal between the tubular members at the profiled sections, characterised in that: the at least one profiled section includes two overhangs, the overhangs being oppositely directed and the overhangs are on opposite sides of a single projection. a first tubular member having a first end which includes a first profiled section extending circumferentially and continuously around an outer surface; a second tubular member having a second end which includes a second profiled section extending circumferentially and continuously around an inner surface; at least one profiled section includes a projection (69,71), the projection containing an overhang (77,81) to the surface of the tubular member; the first end of the first tubular member being inserted within the second end of the second tubular member so that the profiled sections are coaxial and then by application of a radial force creating a metal to metal seal between the tubular members at the profiled sections, characterised in that: the at least one profiled section includes two overhangs, the overhangs being oppositely directed and the overhangs are on opposite sides of a single projection.
A base station: for receiving, storing, and charging a plurality of mobile detachable components, the base station comprising: a furniture structure; an electronic device having a processor and configured for electrically coupling to a power source for charging; a plurality of docking stations disposed within the furniture structure of the base station and sized to receive a plurality of mobile detachable components therein, wherein the mobile detachable components are wheeled furniture structures, each having their own electronic device and each being independently operable from one another and from the base station; and wherein the plurality of docking stations within the base station are configured to receive, store, and charge the plurality of wheeled mobile detachable components; a remote database in wireless communication with the electronic device of the base station and in wireless communication with the electronic devices of the plurality of mobile detachable components, wherein information can be continuously exchanged between the remote database, the base station, and the plurality of mobile detachable components, even when the plurality of mobile detachable components are deployed away from the base station. a furniture structure; an electronic device having a processor and configured for electrically coupling to a power source for charging; a plurality of docking stations disposed within the furniture structure of the base station and sized to receive a plurality of mobile detachable components therein, wherein the mobile detachable components are wheeled furniture structures, each having their own electronic device and each being independently operable from one another and from the base station; and wherein the plurality of docking stations within the base station are configured to receive, store, and charge the plurality of wheeled mobile detachable components; a remote database in wireless communication with the electronic device of the base station and in wireless communication with the electronic devices of the plurality of mobile detachable components, wherein information can be continuously exchanged between the remote database, the base station, and the plurality of mobile detachable components, even when the plurality of mobile detachable components are deployed away from the base station.
Large date calendar display mechanism driven via a kinematic chain by a horological movement of a timepiece equipped with this large date calendar display mechanism, this large date calendar display mechanism comprising a first date indicator on which the indications of the units component of the date from "0" to "9" are placed, and a second date indicator on which the indications of the tens component of the date from "0" to "3" are placed, whereby all of the date indications from "01" to "31" can be obtained by combining the indications of the units component "0" to "9" of the date, borne by the first date indicator, with the indications of the tens component "0" to "3" of the date, borne by the second date indicator, the first date indicator remaining still during the passage from the last day of a month having 31 days to the first day of the following month, the kinematic chain comprising a wheel that is continuously engaged with the horological movement and which has a perimeter provided with a toothing via which the wheel meshes with a pinion which itself contributes to driving the first date indicator, the wheel being, at one point along the perimeter thereof, devoid of tooth such that, during the passage from the last day of a month having 31 days to the first day of the following month, the wheel does not mesh with the pinion which, similarly to the first date indicator, thus remains still, characterized in that the large date calendar display mechanism further comprises a dual jumper mounted such that it pivots about an axis and which comprises a first beak via which it is engaged with a toothing of the first date indicator and a second beak via which it is engaged with a toothing of the pinion, the dual jumper being elastically held engaged with the first date indicator and with the pinion.
An endoscope comprising: an insertion unit which includes a tip portion, a bending portion, and a flexible portion arranged in order from a tip of the insertion unit; a hardness varying member which is disposed in the flexible portion and has a hardness that increases in accordance with compression in a tube center direction; a hardness varying wire which is inserted into the hardness varying member and of which one end is fixed to one end of the hardness varying member, the hardness varying wire configured to compress the hardness varying member by a pulling operation, characterized in that a relay member (55, 71) which is provided between one end of the hardness varying member and a connecting ring provided at a tip of the flexible portion or a bending piece, is more flexible than the hardness varying member, and is attached in a state of having deflection when the flexible portion is in a straight state; a sliding portion which is provided in one end of the relay member (55, 71) is slidably attached to the connecting ring or the bending piece; and a rotation restricting portion (82a, 84a, 86b) configured to restrict rotation of the sliding portion with respect to the connecting ring or the bending piece. an insertion unit which includes a tip portion, a bending portion, and a flexible portion arranged in order from a tip of the insertion unit; a hardness varying member which is disposed in the flexible portion and has a hardness that increases in accordance with compression in a tube center direction; a hardness varying wire which is inserted into the hardness varying member and of which one end is fixed to one end of the hardness varying member, the hardness varying wire configured to compress the hardness varying member by a pulling operation, characterized in that a relay member (55, 71) which is provided between one end of the hardness varying member and a connecting ring provided at a tip of the flexible portion or a bending piece, is more flexible than the hardness varying member, and is attached in a state of having deflection when the flexible portion is in a straight state; a sliding portion which is provided in one end of the relay member (55, 71) is slidably attached to the connecting ring or the bending piece; and a rotation restricting portion (82a, 84a, 86b) configured to restrict rotation of the sliding portion with respect to the connecting ring or the bending piece.
A communication device, comprising: a communication unit configured to perform communication by a plurality of links; and a control unit configured to control a communication operation by the communication unit, wherein the control unit is configured to perform control to transmit a signal including information regarding a period in which data transmission is performed by the plurality of links; characterized in that the control unit is configured tc perform control to transmit a signal for canceling the setting of the period in a case where the periods cannot be overlapped at each link used for the data transmission. a communication unit configured to perform communication by a plurality of links; and a control unit configured to control a communication operation by the communication unit, wherein the control unit is configured to perform control to transmit a signal including information regarding a period in which data transmission is performed by the plurality of links; characterized in that the control unit is configured tc perform control to transmit a signal for canceling the setting of the period in a case where the periods cannot be overlapped at each link used for the data transmission.
A malfunction determination method of a malfunction determination device for determining a malfunction of a production machine with a motor drive system including a motor as a driving source of a rotating mechanism, the method comprising: acquiring sensor data of a sensor for detecting a condition of the motor drive system; determining whether the production machine has an operation stop period during which the production machine has stopped its operation for a predetermined period of time or longer in accordance with an operation history of the production machine; when determined to have the operation stop period, setting a malfunction determination suspension period for suspending a malfunction determination of the production machine to be longer as the operation stop period is longer, wherein the length of the malfunction determination suspension period has an upper limit so as not to allow the malfunction determination suspension period to exceed the upper limit even if the operation stop period is further extended; and determining whether the production machine has a malfunction in a period other than the malfunction determination suspension period by use of the sensor data for the period other than the malfunction determination suspension period. acquiring sensor data of a sensor for detecting a condition of the motor drive system; determining whether the production machine has an operation stop period during which the production machine has stopped its operation for a predetermined period of time or longer in accordance with an operation history of the production machine; when determined to have the operation stop period, setting a malfunction determination suspension period for suspending a malfunction determination of the production machine to be longer as the operation stop period is longer, wherein the length of the malfunction determination suspension period has an upper limit so as not to allow the malfunction determination suspension period to exceed the upper limit even if the operation stop period is further extended; and determining whether the production machine has a malfunction in a period other than the malfunction determination suspension period by use of the sensor data for the period other than the malfunction determination suspension period.
A solar protection system comprising at least a first moveable pergola, characterized in that the first moveable pergola comprises: a first vertical section with a plurality of slats that protects from the sun, a second horizontal or inclined section with a plurality of slats that protects from the sun coupled to the first section at an angle of at least 90°, and travel means (113, 123) in the first and/or second section, allowing movement of the first moveable pergola in a specific direction, and wherein the plurality of slats (111, 121) of each section (110, 120) are separated from one another. a first vertical section with a plurality of slats that protects from the sun, a second horizontal or inclined section with a plurality of slats that protects from the sun coupled to the first section at an angle of at least 90°, and travel means (113, 123) in the first and/or second section, allowing movement of the first moveable pergola in a specific direction, and wherein the plurality of slats (111, 121) of each section (110, 120) are separated from one another.
A method for adapting an E-UTRA network, wherein a user equipment (802, 1002) is connected to a first eNodeB (804, 1104) of the E-UTRA network via a first link and to a second eNodeB (808, 1208) of the E-UTRA network via a second link, wherein the first eNodeB (804, 1104) controls a data transmission for the user equipment (802, 1002) and wherein the second eNodeB (808, 1208) assists in the data transmission for the user equipment (802, 1002), the method being performed by the user equipment (802, 1002) and comprising: - determining whether the second link has failed, and - based on a determination that the second link has failed, sending a radio link failure, RLF, warning indication to the first eNodeB (804, 1004) via Radio Resource Control, RRC, signaling, the RLF warning indication indicating that the second link has failed, the method further comprising: - receiving a RRC reconfiguration message from the first eNodeB (804, 1104), - reconfiguring the user equipment (802, 1002) to be only connected to the first eNodeB (804, 1104), - in response in the user equipment (802, 1002) being reconfigured, sending a RRC reconfiguration complete message to the first eNodeB (804, 1104). - determining whether the second link has failed, and - based on a determination that the second link has failed, sending a radio link failure, RLF, warning indication to the first eNodeB (804, 1004) via Radio Resource Control, RRC, signaling, the RLF warning indication indicating that the second link has failed, - receiving a RRC reconfiguration message from the first eNodeB (804, 1104), - reconfiguring the user equipment (802, 1002) to be only connected to the first eNodeB (804, 1104), - in response in the user equipment (802, 1002) being reconfigured, sending a RRC reconfiguration complete message to the first eNodeB (804, 1104).
A method comprising the steps of: generating a command to disable synchronization of video information and audio information in only one direction of a bi-directional communication; and sending the command to a device, wherein the one direction comprises a direction of communication from the device, the method further comprising the steps of: sending first audio information and first video information to the device, wherein synchronization is enabled for the first audio information and the first video information; and receiving second audio information and second video information from the device, wherein synchronization is disabled for the second audio information and the second video information. generating a command to disable synchronization of video information and audio information in only one direction of a bi-directional communication; and sending the command to a device, sending first audio information and first video information to the device, wherein synchronization is enabled for the first audio information and the first video information; and receiving second audio information and second video information from the device, wherein synchronization is disabled for the second audio information and the second video information.
Coupling system serving as a thermal interface between a waste-heat generator, in particular a converter, and a waste-heat receiver, in particular a heat sink, including a first body having a first contact area and a second body having a second contact area, wherein - the two contact areas (14, 18) are positioned against each other for the purpose of exchanging heat, - a groove/spring connection having springs and parallel grooves extending in the longitudinal direction is used for connecting and tensioning the two contact areas (14, 18) and - the springs are embodied as sliding blocks, - the sliding blocks are fixed to the first contact area, - the second contact area has the grooves, - the groove/spring connection is embodied by the sliding blocks being inserted into the grooves and - positioned on an element of the groove/spring connection is a spring element whose restoring force in the final mounting condition acts substantially in the direction of the surface normals of the two contact areas (14, 18) such that the restoring force causes the clamping pressure exerted by the two contact areas (14, 18) on each other to be additionally increased, characterised in that - the sliding blocks have a T-shaped cross-section, - the grooves have a T-shaped cross-section matched to the shape of the sliding blocks. - the two contact areas (14, 18) are positioned against each other for the purpose of exchanging heat, - a groove/spring connection having springs and parallel grooves extending in the longitudinal direction is used for connecting and tensioning the two contact areas (14, 18) and - the springs are embodied as sliding blocks, - the sliding blocks are fixed to the first contact area, - the second contact area has the grooves, - the groove/spring connection is embodied by the sliding blocks being inserted into the grooves and - positioned on an element of the groove/spring connection is a spring element whose restoring force in the final mounting condition acts substantially in the direction of the surface normals of the two contact areas (14, 18) such that the restoring force causes the clamping pressure exerted by the two contact areas (14, 18) on each other to be additionally increased, characterised in that - the sliding blocks have a T-shaped cross-section, - the grooves have a T-shaped cross-section matched to the shape of the sliding blocks.