mhurhangee/ep-ind-claims huggingface dataset:
A marine vessel steering apparatus comprising: a rudder unit (300, 300a, 300b) arranged to be mounted pivotally on a hull; an actuator (202, 202a, 202b) arranged to turn the rudder unit (300, 300a, 300b); a rudder angle sensor (203, 203a, 203b) arranged to detect a rudder angle of the rudder unit (300, 300a, 300b); a steering wheel (104, 403, 503) arranged to be operated by an operator to steer the rudder unit (300, 300a, 300b); a wheel angle detecting unit (104a, 105, 403a, 405, 503a, 505) arranged to detect an amount of change in a rotation angle of the steering wheel (104, 403, 503); and a control unit (105, 204, 405, 505, 204a, 204b) arranged to perform a steering control operation by which the control unit controls the actuator (202, 202a, 202b) based on values detected by the rudder angle sensor (203, 203a, 203b) and the wheel angle detecting unit (104a, 105, 403a, 405, 503a, 505); characterised in that the control unit (105, 204, 405, 505, 204a, 204b) is arranged to set the rudder angle of the rudder unit (300, 300a, 300b) detected by the rudder angle sensor (203, 203a, 203b) at a start of the steering control operation corresponding to the steering wheel (104, 403, 503) as an initial target rudder angle and compute a target rudder angle based on the initial target rudder angle and the change in the rotation angle of the steering wheel (104, 403, 503), and to control the actuator (202, 202a, 202b) to change the rudder angle of the rudder unit (300, 300a, 300b) in accordance with the target rudder angle. a rudder unit (300, 300a, 300b) arranged to be mounted pivotally on a hull; an actuator (202, 202a, 202b) arranged to turn the rudder unit (300, 300a, 300b); a rudder angle sensor (203, 203a, 203b) arranged to detect a rudder angle of the rudder unit (300, 300a, 300b); a steering wheel (104, 403, 503) arranged to be operated by an operator to steer the rudder unit (300, 300a, 300b); a wheel angle detecting unit (104a, 105, 403a, 405, 503a, 505) arranged to detect an amount of change in a rotation angle of the steering wheel (104, 403, 503); and a control unit (105, 204, 405, 505, 204a, 204b) arranged to perform a steering control operation by which the control unit controls the actuator (202, 202a, 202b) based on values detected by the rudder angle sensor (203, 203a, 203b) and the wheel angle detecting unit (104a, 105, 403a, 405, 503a, 505); characterised in that the control unit (105, 204, 405, 505, 204a, 204b) is arranged to set the rudder angle of the rudder unit (300, 300a, 300b) detected by the rudder angle sensor (203, 203a, 203b) at a start of the steering control operation corresponding to the steering wheel (104, 403, 503) as an initial target rudder angle and compute a target rudder angle based on the initial target rudder angle and the change in the rotation angle of the steering wheel (104, 403, 503), and to control the actuator (202, 202a, 202b) to change the rudder angle of the rudder unit (300, 300a, 300b) in accordance with the target rudder angle.
A cleaning apparatus for cleaning a nozzle of a liquid dispensing device, comprising a base member supporting a receiving head comprising a receiving opening for receiving a portion of the nozzle to be cleaned, a gas inlet for receiving pressurized gas, a gas channel having an outlet at the receiving head for applying pressurized gas to the nozzle for flushing the nozzle, characterized in that the receiving opening comprises a sealing edge for sealing the receiving head against the nozzle when the nozzle is received in the receiving opening, wherein the outlet is adjacent the sealing edge, and wherein the gas channel is formed as a continuous circumferential slot around the receiving opening.
A screw machine having a housing comprising a feed housing, a degassing housing, and at least one housing bore (21, 22) extending inside the degassing housing and forming at least one inner wall section (25; 26; 27; 28) of the degassing housing for accommodating at least one screw shaft and wherein the at least one wall section (25; 26; 27; 28) of the at least one housing bore (21, 22), in the region of the degassing housing, has at least one separating web (13, 33) protruding into the least one housing bore (21, 22), and wherein, within the degassing housing, at least one filter element is disposed that at least partially encompasses the at least one screw shaft and that, in parts, is adjacent to the separating web forming at least two spatial pressure areas (11, 12) sealed against each other, characterized in that the filter element is configured as a filter liner surrounding the at least one screw shaft along the entire circumference. having a housing comprising a feed housing, a degassing housing, and at least one housing bore (21, 22) extending inside the degassing housing and forming at least one inner wall section (25; 26; 27; 28) of the degassing housing for accommodating at least one screw shaft and wherein the at least one wall section (25; 26; 27; 28) of the at least one housing bore (21, 22), in the region of the degassing housing, has at least one separating web (13, 33) protruding into the least one housing bore (21, 22), and wherein, within the degassing housing, at least one filter element is disposed that at least partially encompasses the at least one screw shaft and that, in parts, is adjacent to the separating web forming at least two spatial pressure areas (11, 12) sealed against each other, characterized in that the filter element is configured as a filter liner surrounding the at least one screw shaft along the entire circumference.
A method of handling packets sent across a packet switched network comprising a policy server acting as a policy and charging rules function, the method comprising: providing a first set of policy rules at said policy server, and installing these from the policy server into an access gateway over a first service control session, the policy rules causing packets belonging to a given IP session to be diverted by the access gateway to a network address translator; at the network address translator, translating an IP source address of said packets into a translated IP source address identifying a deep packet inspection node, and forwarding the packets to the deep packet inspection node configured to perform deep packet inspection of IP packets; providing a second set of policy rules at said policy server, and installing these from the policy server into said deep packet inspection node over a second service control session, the second set of policy rules being applied by the deep packet inspection node to said packets upon receipt, the method being characterised by the steps of allocating a token to said IP session that uniquely identifies the session, and providing the token to the policy server and the access gateway; sending said token from the access gateway to the deep packet inspection node via said network address translator; sending said token from the deep packet inspection node to the policy server; and at the policy server, using said token to associate said first and second service control sessions. providing a first set of policy rules at said policy server, and installing these from the policy server into an access gateway over a first service control session, the policy rules causing packets belonging to a given IP session to be diverted by the access gateway to a network address translator; at the network address translator, translating an IP source address of said packets into a translated IP source address identifying a deep packet inspection node, and forwarding the packets to the deep packet inspection node configured to perform deep packet inspection of IP packets; providing a second set of policy rules at said policy server, and installing these from the policy server into said deep packet inspection node over a second service control session, the second set of policy rules being applied by the deep packet inspection node to said packets upon receipt, allocating a token to said IP session that uniquely identifies the session, and providing the token to the policy server and the access gateway; sending said token from the access gateway to the deep packet inspection node via said network address translator; sending said token from the deep packet inspection node to the policy server; and at the policy server, using said token to associate said first and second service control sessions.
A vertical position and velocity determination system for inertial measurement unit, IMU, integrated with a barometric altimeter in the same device, IMU-baro, the system comprising: a rate of turn input connected to receive a measured IMU-baro orientation; an acceleration input connected to receive a measured IMU-baro acceleration; a barometric pressure input connected to receive a measured IMU-baro altitude; a first Kalman filter connected to the rate of turn input and to the acceleration input to estimate a roll and pitch of the IMU-baro based on the measured IMU-baro orientation and the measured IMU-baro acceleration; a second Kalman filter connected to the acceleration input, to the barometric pressure input, and to the first Kalman filter; the second Kalman filter cascaded with the first Kalman filter to receive the estimated roll and pitch angles of the IMU-baro from the first Kalman filter and to estimate vertical position and vertical velocity of the IMU-baro based on the measured IMU-baro acceleration, the measured barometric pressure using barometric altimeter, and the estimated roll and pitch of the IMU-baro. a rate of turn input connected to receive a measured IMU-baro orientation; an acceleration input connected to receive a measured IMU-baro acceleration; a barometric pressure input connected to receive a measured IMU-baro altitude; a first Kalman filter connected to the rate of turn input and to the acceleration input to estimate a roll and pitch of the IMU-baro based on the measured IMU-baro orientation and the measured IMU-baro acceleration; a second Kalman filter connected to the acceleration input, to the barometric pressure input, and to the first Kalman filter; the second Kalman filter cascaded with the first Kalman filter to receive the estimated roll and pitch angles of the IMU-baro from the first Kalman filter and to estimate vertical position and vertical velocity of the IMU-baro based on the measured IMU-baro acceleration, the measured barometric pressure using barometric altimeter, and the estimated roll and pitch of the IMU-baro.
A bone plate, comprising: a body; a first and second appendage (30a-b) extending from the body, the first and second appendage being separated by a recess, wherein the body and first and second appendage define a bone contacting surface of the bone plate, the bone contacting surface being concavely curved; a protrusion extending from the body and having a first and second passageway extending therethrough; and third and fourth passageways extending through the body of the bone plate between the bone contacting surface and a back side surface of the body, wherein the third and fourth passageways extend vertically along a superior-inferior direction, and wherein the third and fourth passageways intersect the recess. a body; a first and second appendage (30a-b) extending from the body, the first and second appendage being separated by a recess, wherein the body and first and second appendage define a bone contacting surface of the bone plate, the bone contacting surface being concavely curved; a protrusion extending from the body and having a first and second passageway extending therethrough; and third and fourth passageways extending through the body of the bone plate between the bone contacting surface and a back side surface of the body, wherein the third and fourth passageways extend vertically along a superior-inferior direction, and wherein the third and fourth passageways intersect the recess.
A fastening construction, in particular for an exterior vision unit of a motor vehicle, comprising a base part which can be fixedly connected with a vehicle, and a rotation part which is couplable with the base part and which in coupled condition forms a central shaft for pivotally bearing-mounting a housing of an exterior vision unit, wherein the base part and the rotation part are provided with at least one cam and groove pair cooperating as a bayonet catch, such that in a first angular position (α1) of the rotation part with respect to the base part, the rotation part for the purpose of coupling can be displaced along a geometric axis to the base part to align the cam and groove pair for cooperation, and wherein the rotation part thereupon is pivotable about the geometric axis from the first angular position (α1) to a second angular position (α2) in which through cooperation of the cam and groove pair the rotation part is locked with respect to the base part axially along the geometric axis, wherein the cam and groove pair is provided with surfaces cooperating under wedging action, characterized in that the rotation part furthermore cooperates with a tightening part in a manner rotation-coupled via a breakable coupling, so that the tightening part, with the breakable coupling breaking, can rotate relative to the base part and a remaining portion of the rotation part from the second angular position (α2) about the geometric axis to a third angular position (α3).
Sliding device comprising: - first to fourth sliding bodies (1, 2, 3, 4) that can be selectively secured to or separated from one another; when the sliding bodies are secured: - the first and second sliding bodies (1, 2) form opposite lateral parts of the assembled sliding device; - the third and fourth sliding bodies (3, 4) form an intermediate sliding body that defines a median part of the assembled sliding device, the third and fourth sliding bodies each being shorter than the length of the intermediate sliding body; the intermediate sliding body being arranged between the first and second sliding bodies; - a securing device (38, 48, 39, 49) comprising: - a first assembling part (48, 49) secured to the fourth sliding body, - a second assembling part (38, 39) secured to the third sliding body and able to engage with the first assembling part (48, 49) so as to secure the third and fourth sliding bodies longitudinally; characterized in that the first assembling part (48, 49) has at least one first longitudinal projection (487A, 487B, 497), with respect to the fourth sliding body, which is able to cover part of an upper face of the third sliding body, the first longitudinal projection being able to engage with the second assembling part (38, 39) so as to limit the relative separation between the third and fourth sliding bodies along a longitudinal axis. - first to fourth sliding bodies (1, 2, 3, 4) that can be selectively secured to or separated from one another; when the sliding bodies are secured: - the first and second sliding bodies (1, 2) form opposite lateral parts of the assembled sliding device; - the third and fourth sliding bodies (3, 4) form an intermediate sliding body that defines a median part of the assembled sliding device, the third and fourth sliding bodies each being shorter than the length of the intermediate sliding body; the intermediate sliding body being arranged between the first and second sliding bodies; - the first and second sliding bodies (1, 2) form opposite lateral parts of the assembled sliding device; - the third and fourth sliding bodies (3, 4) form an intermediate sliding body that defines a median part of the assembled sliding device, the third and fourth sliding bodies each being shorter than the length of the intermediate sliding body; the intermediate sliding body being arranged between the first and second sliding bodies; - a securing device (38, 48, 39, 49) comprising: - a first assembling part (48, 49) secured to the fourth sliding body, - a second assembling part (38, 39) secured to the third sliding body and able to engage with the first assembling part (48, 49) so as to secure the third and fourth sliding bodies longitudinally; - a first assembling part (48, 49) secured to the fourth sliding body, - a second assembling part (38, 39) secured to the third sliding body and able to engage with the first assembling part (48, 49) so as to secure the third and fourth sliding bodies longitudinally;
A headgear assembly for a respiratory mask assembly, the headgear assembly comprising: two side straps, one of the two side straps disposed on each side of a user's face in use, each of the side straps comprising a single continuous strap having an upper portion and a lower portion, each upper portion connected to an upper section of the headgear assembly, and each lower portion connected to a lower section of the headgear assembly; a connector housing a control mechanism of an automatically adjusting headgear mechanism coupled to one end of each of the side straps; a filament extending through at least a portion of each of the side straps; wherein each of the two side straps is configured to extend through a passage formed on a respective side of a mask interface of the mask assembly; and wherein each side strap is configured to slide within its respective passage to adjust relative lengths of the upper portion and the lower portion. two side straps, one of the two side straps disposed on each side of a user's face in use, each of the side straps comprising a single continuous strap having an upper portion and a lower portion, each upper portion connected to an upper section of the headgear assembly, and each lower portion connected to a lower section of the headgear assembly; a connector housing a control mechanism of an automatically adjusting headgear mechanism coupled to one end of each of the side straps; a filament extending through at least a portion of each of the side straps; wherein each of the two side straps is configured to extend through a passage formed on a respective side of a mask interface of the mask assembly; and wherein each side strap is configured to slide within its respective passage to adjust relative lengths of the upper portion and the lower portion.
A system for decoration comprising a device for decoration such as a lighted decoration or a striping and comprising a support structure such as a covering arrangement of a motor vehicle, the device for decoration being mounted in the support structure, the device for decoration comprising a profile in the form of a flexible strip including a part called decorative part that extends in the longitudinal direction of the strip and that bears, at its free longitudinal edge, a decorative element and a fixing part on the support structure that extends in the longitudinal direction of the strip, the fixing part being configured to be fixed by sewing on the support structure, the system for decoration being characterized in that the profile is T-shaped in cross-section, that the free end of the leg of the T constitutes the decorative element, while the perpendicular parts located on either side of the leg constitute fixing wings (9, 10) of the profile on the support structure and in that the strip comprises a positioning rib cooperating with the support structure.
A wireless communication unit for operation within a network comprising a first communication network and a second communication network that are coupled via a public switched telephone network, wherein the first communication network is one of a Wireless Local Area Network and a Wireless Wide Area Network and the second communication network is the other of the Wireless Local Area Network and the Wireless Wide Area Network, the wireless communication unit comprising: a transceiver arranged to support an air interface with the first communication network and with the second communication network; and a controller arranged to control and cooperatively operate with the transceiver to: place an active call in the first communication network on-hold, to provide an on-hold call at the first communication network; thereafter determine that a handout from the first communication network to the second communication network is desired; and thereafter retrieve the on-hold call from the first communication network while the wireless communication unit is operating in the second communication network, via a call leg established in the second communication network for coupling the on-hold call to the wireless communication unit. a transceiver arranged to support an air interface with the first communication network and with the second communication network; and a controller arranged to control and cooperatively operate with the transceiver to: place an active call in the first communication network on-hold, to provide an on-hold call at the first communication network; thereafter determine that a handout from the first communication network to the second communication network is desired; and thereafter retrieve the on-hold call from the first communication network while the wireless communication unit is operating in the second communication network, via a call leg established in the second communication network for coupling the on-hold call to the wireless communication unit. place an active call in the first communication network on-hold, to provide an on-hold call at the first communication network; thereafter determine that a handout from the first communication network to the second communication network is desired; and thereafter retrieve the on-hold call from the first communication network while the wireless communication unit is operating in the second communication network, via a call leg established in the second communication network for coupling the on-hold call to the wireless communication unit.
A battery-powered device comprising: a body; a battery container in the body for receiving at least one cylindrical battery in a longitudinal direction of the body; and a pressing member installed in the battery container for separating the at least one battery from the body, the pressing member comprising: a presser including a curved surface corresponding to that of the at least one battery; a rotary shaft arranged to rotate about an axis that is transverse to that of the battery container and perpendicular to the longitudinal axis of the at least one battery; and a button connected to the presser via the rotary shaft, wherein the button, the rotary shaft and the pressing member are arranged along an edge of the battery container in the longitudinal direction of the at least one battery; and in response to the button being pressed downwards, the presser is arranged to rotate upwards about the rotary shaft to press the at least one battery upwards to separate the at least one battery from the body. a body; a battery container in the body for receiving at least one cylindrical battery in a longitudinal direction of the body; and a pressing member installed in the battery container for separating the at least one battery from the body, the pressing member comprising: a presser including a curved surface corresponding to that of the at least one battery; a rotary shaft arranged to rotate about an axis that is transverse to that of the battery container and perpendicular to the longitudinal axis of the at least one battery; and a button connected to the presser via the rotary shaft, a presser including a curved surface corresponding to that of the at least one battery; a rotary shaft arranged to rotate about an axis that is transverse to that of the battery container and perpendicular to the longitudinal axis of the at least one battery; and a button connected to the presser via the rotary shaft, wherein the button, the rotary shaft and the pressing member are arranged along an edge of the battery container in the longitudinal direction of the at least one battery; and in response to the button being pressed downwards, the presser is arranged to rotate upwards about the rotary shaft to press the at least one battery upwards to separate the at least one battery from the body.