mhurhangee/ep-ind-claims huggingface dataset:
A heating and cooling system for an internal combustion engine comprising a heat storage circuit and a radiator circuit, wherein the heat storage circuit comprises a heat storage container, in which engine coolant is stored and allowed to flow into and out of, which heat storage container has a container inlet connected to a coolant outlet of the engine and a container outlet connected to a coolant inlet of the engine, wherein the radiator circuit comprises a radiator for flow of the engine coolant and the radiator has an radiator inlet and an radiator outlet, the radiator inlet being connected via an upstream radiator conduit to a second coolant outlet of the engine and the radiator outlet being connected via a downstream radiator conduit to a second coolant inlet of the engine; a bypass conduit connected between the upstream radiator conduit and the downstream radiator conduit and adapted to allow coolant to bypass the radiator; and a thermostat controlled valve arranged in the upstream radiator conduit at the second coolant outlet and connected to the bypass conduit, which thermostat controlled valve is adapted to direct coolant flow to the radiator and/or to the bypass conduit, wherein a shut-off valve is arranged in the bypass conduit, and wherein the shut-off valve is adapted to cut off any engine coolant flow through the bypass conduit until the heat storage container is recharged with engine coolant of a predetermined temperature.
A method of representing a conversation of related messages in a message collection user interface displayed on a display of a wireless communication device, the message collection user interface displaying a list of messages from one or more communications applications, the method comprising the steps of: displaying a message collection user interface having a plurality of dynamic session placeholders, each dynamic session placeholder representing a respective conversation of related messages constituting a messaging communication session, each dynamic session placeholder displaying a time stamp indication in accordance with a time stamp of a most recent message in the conversation and an identification of another party to the conversation, each dynamic session placeholder presented as a single entry in a list of messages in the message collection user interface and chronologically ordered within the list of messages in the message collection user interface according to a corresponding time stamp of action of the most recent message in the conversation of related messages represented by the respective dynamic session placeholder; in response to transmission by the wireless communication device of a new message in the conversation of related messages defined by any one of the dynamic session placeholders, updating the time stamp indication for the new message in the conversation with the time stamp of transmission, and automatically, without user input, reordering the plurality of dynamic session placeholders within the list of messages based on the time stamp of transmission of the new message in the conversation of related messages; and displaying the reordered list of messages in the message collection user interface. displaying a message collection user interface having a plurality of dynamic session placeholders, each dynamic session placeholder representing a respective conversation of related messages constituting a messaging communication session, each dynamic session placeholder displaying a time stamp indication in accordance with a time stamp of a most recent message in the conversation and an identification of another party to the conversation, each dynamic session placeholder presented as a single entry in a list of messages in the message collection user interface and chronologically ordered within the list of messages in the message collection user interface according to a corresponding time stamp of action of the most recent message in the conversation of related messages represented by the respective dynamic session placeholder; in response to transmission by the wireless communication device of a new message in the conversation of related messages defined by any one of the dynamic session placeholders, updating the time stamp indication for the new message in the conversation with the time stamp of transmission, and automatically, without user input, reordering the plurality of dynamic session placeholders within the list of messages based on the time stamp of transmission of the new message in the conversation of related messages; and displaying the reordered list of messages in the message collection user interface.
A vertebral stabilization system including: a flexible member (230, 330) having an end portion, the end portion including a first pin (232, 332) extending radially through a diameter of the flexible member such that a first end portion and a second end portion of the pin extend from the flexible member, and a transition connector (210,310,410) including a first end (218,318,418), a second end (216,316,416) and a U-shaped cross-section defining an open channel (222,324,424) extending therebetween, the open channel (222,324,424) including side walls with opposing grooves (220, 320, 420) configured to receive the end portions of the first pin (232, 332) of the flexible member (230,330); and a first vertebral anchor including a head portion and a shank extending from the head portion, the head portion of the first vertebral anchor including a channel extending from a first side surface of the head portion to a second side surface of the head portion, wherein the transition connector (210, 310, 410) and the flexible member (230, 330) are securable within the head portion of the first vertebral anchor with a set screw. a flexible member (230, 330) having an end portion, the end portion including a first pin (232, 332) extending radially through a diameter of the flexible member such that a first end portion and a second end portion of the pin extend from the flexible member, and a transition connector (210,310,410) including a first end (218,318,418), a second end (216,316,416) and a U-shaped cross-section defining an open channel (222,324,424) extending therebetween, the open channel (222,324,424) including side walls with opposing grooves (220, 320, 420) configured to receive the end portions of the first pin (232, 332) of the flexible member (230,330); and a first vertebral anchor including a head portion and a shank extending from the head portion, the head portion of the first vertebral anchor including a channel extending from a first side surface of the head portion to a second side surface of the head portion, wherein the transition connector (210, 310, 410) and the flexible member (230, 330) are securable within the head portion of the first vertebral anchor with a set screw.
An exhaust liner for an APU in a gas turbine engine aircraft having a tail cone ending with an outlet for discharging exhaust, the liner comprising: a first section in the liner with a constant cross section having a diameter from the APU to a point proximate the tail cone; characterised in that the liner further comprises a second, larger diameter in the liner, the liner flaring to the second diameter D2 and having a continuously increasing cross section from the downstream end of the first section to the outlet of the liner. a first section in the liner with a constant cross section having a diameter from the APU to a point proximate the tail cone; characterised in that the liner further comprises a second, larger diameter in the liner, the liner flaring to the second diameter D2 and having a continuously increasing cross section from the downstream end of the first section to the outlet of the liner.
A manifold assembly, comprising: a manifold body having a top end and an opposite bottom end; a center channel extending along a vertical axis from the manifold body top end to the manifold body bottom end, the center channel having an input port; a top vent port proximal with the manifold body top end and in fluid connectivity with the center channel; a top vent valve coupled with the top vent port, the top vent valve comprising a connection port, a float, and a vent fitting; a bottom flush port proximal with the manifold body bottom end and in fluid connectivity with the center channel; the top vent port, the center channel, and the bottom vent port comprising an open center conduit, the open center conduit aligned with the vertical axis; at least three distribution ports (412, 414, 416) aligned along the vertical axis and oriented normal to the vertical axis, the at least three distribution ports in fluid connectivity with the center channel, each distribution port configured to receive a solenoid valve (112, 114, 116); and an exit fitting (142, 144, 146) associated with each distribution port of the at least three distribution ports, each exit fitting oriented normal with both of the vertical axis and its associated distribution port, each exit fitting in valved fluid connectivity with its associated distribution port, at least one exit fitting comprises a flow regulator. a manifold body having a top end and an opposite bottom end; a center channel extending along a vertical axis from the manifold body top end to the manifold body bottom end, the center channel having an input port; a top vent port proximal with the manifold body top end and in fluid connectivity with the center channel; a top vent valve coupled with the top vent port, the top vent valve comprising a connection port, a float, and a vent fitting; a bottom flush port proximal with the manifold body bottom end and in fluid connectivity with the center channel; the top vent port, the center channel, and the bottom vent port comprising an open center conduit, the open center conduit aligned with the vertical axis; at least three distribution ports (412, 414, 416) aligned along the vertical axis and oriented normal to the vertical axis, the at least three distribution ports in fluid connectivity with the center channel, each distribution port configured to receive a solenoid valve (112, 114, 116); and an exit fitting (142, 144, 146) associated with each distribution port of the at least three distribution ports, each exit fitting oriented normal with both of the vertical axis and its associated distribution port, each exit fitting in valved fluid connectivity with its associated distribution port, at least one exit fitting comprises a flow regulator.
An insole for correcting misalignments comprising a resiliently deformable, flexible sole body which extends from the heel into at least the metatarsal region and which in the region of the heel has a lateral and a medial supporting wall (3, 4) which form a heel shell, wherein a U-shaped stabilising brace is embedded in the sole body, said U-shaped stabilising brace having a flat base in the sole body and, starting from the sides of the base, having a lateral and a medial tab (7, 8) which are upwardly oriented and which in each case extend into one of the supporting walls (3, 4), characterised in that the tabs (7, 8) are offset to one another relative to the longitudinal direction of the insole so that the lateral tab bears against the rear lateral side region of the heel bone and the medial tab bears from below against the sustentaculum tali located in the front medial side region, and in that the lateral tab is located at the side of the region of the heel bone located behind the ankle bone and the medial tab is located at the side of the region of the heel bone located below the ankle bone, wherein the average force contact point of the medial tab on the heel bone is located above the average force contact point of the lateral tab.
A method of wireless communications by a user equipment, LTE, comprising: receiving a grant to transmit a long physical uplink, UL, control channel, PUCCH; determining a grant type of the grant, wherein the grant type is one of a periodic grant or an aperiodic grant; determining a slot type of a time division duplexing, TDD, slot available to transmit the long PUCCH; and transmitting the long PUCCH over one or more TDD slots based on the grant, the determined slot type, and the determined grant type. receiving a grant to transmit a long physical uplink, UL, control channel, PUCCH; determining a grant type of the grant, wherein the grant type is one of a periodic grant or an aperiodic grant; determining a slot type of a time division duplexing, TDD, slot available to transmit the long PUCCH; and transmitting the long PUCCH over one or more TDD slots based on the grant, the determined slot type, and the determined grant type.
A compound of general formula: wherein R 1 is an alkyl group with 8 to 18 carbon atoms; R 2 is an alkyl group with 1 to 5 carbon atoms; R 3 is an alkyl group with 1 to 5 carbon atoms; X is an oxygen or sulphur atom; Z - is an inorganic or organic anion; provided that when R 1 is a dodecyl or hexadecyl group, R 2 is methyl, R 3 is methyl, Z - is a chloride anion, and X is not sulphur. R 1 is an alkyl group with 8 to 18 carbon atoms; R 2 is an alkyl group with 1 to 5 carbon atoms; R 3 is an alkyl group with 1 to 5 carbon atoms; X is an oxygen or sulphur atom; Z - is an inorganic or organic anion; provided that when R 1 is a dodecyl or hexadecyl group, R 2 is methyl, R 3 is methyl, Z - is a chloride anion, and X is not sulphur.
A mold stator that is configured to include a stator core that is formed by stacking a plurality of annular bodies having a plurality of divided-core pieces annularly arranged therein and a mold resin that covers the stator core, wherein a divided-core part that is formed by stacking the plurality of divided-core pieces includes a yoke part that is arranged coaxially with a rotor that is provided in the stator core, a teeth part that extends from the yoke part in a radially-inward direction, and a teeth distal-end part that is formed at a radially-inward end part of the teeth part, and wherein a first outer-circumferential flat-surface part is formed on an outer circumferential surface of the yoke part and a first outer-circumferential curved-surface part is formed on the outer circumferential surface of the yoke part other than the first outer-circumferential flat-surface part, and a second outer-circumferential flat-surface part (71b1) is formed at a position on an outer circumferential surface of the mold stator opposing the first outer-circumferential flat-surface part, and a second outer-circumferential curved-surface part (71a1) is formed on the outer circumferential surface of the mold stator other than the second outer-circumferential flat-surface part (71b1), in which the mold resin (71,71a) is formed such that when a thickness of the mold resin (71,71a) from the first outer-circumferential curved-surface part to the second outer-circumferential curved-surface part (71a1) is denoted by "t1" and a thickness of the mold resin(71,71a) from the first outer-circumferential flat-surface part to the second outer-circumferential flat-surface part (71b1) is denoted by "t2", a relationship of t1≤t2 is satisfied, characterized in that a radially-inward protruding groove is formed on the first outer-circumferential flat-surface part and a thickness of the mold resin from a bottom part (32g1) of the groove to the second outer-circumferential flat-surface part (71b1) is larger than t2.
A combination of a cochlear lead and a stylet for inserting a portion of the lead into a cochlea, wherein the stylet comprises: a first sensor insertable within a lumen of the lead and sensitive to force applied by a lumen wall to the first sensor, and a first actuator adapted to move the lead in response to the force sensed by the first sensor, the lead comprises an electrode array which is preformed with a radius of curvature which is tighter than the curvature of the cochlea, and the first actuator comprises a pull wire arranged such that tension in the pull wire straightens the electrode array. a first sensor insertable within a lumen of the lead and sensitive to force applied by a lumen wall to the first sensor, and a first actuator adapted to move the lead in response to the force sensed by the first sensor, the lead comprises an electrode array which is preformed with a radius of curvature which is tighter than the curvature of the cochlea, and the first actuator comprises a pull wire arranged such that tension in the pull wire straightens the electrode array.
An apparatus for debris collection comprising: a debris storage housing; a velocity tube located within the debris storage housing; a storage space radially formed between the velocity tube and the debris storage housing; a hole formed through a side of the velocity tube, wherein the hole is in fluid communication with an inner flow path of the velocity tube in a first axial direction; and a deflector located on an exterior side of the velocity tube adjacent the hole in the storage space and radially positioned between the hole and the debris storage housing to prevent a flow through the storage space in a second axial direction from entering into the inner flow path, wherein the second axial direction is opposite to the first axial direction, and wherein the deflector encircles the hole. a debris storage housing; a velocity tube located within the debris storage housing; a storage space radially formed between the velocity tube and the debris storage housing; a hole formed through a side of the velocity tube, wherein the hole is in fluid communication with an inner flow path of the velocity tube in a first axial direction; and a deflector located on an exterior side of the velocity tube adjacent the hole in the storage space and radially positioned between the hole and the debris storage housing to prevent a flow through the storage space in a second axial direction from entering into the inner flow path, wherein the second axial direction is opposite to the first axial direction, and wherein the deflector encircles the hole.
A labeling apparatus comprising a bottom labeler which is a labeler for labeling the bottom sides of packagings and which is placed within a frame beneath the conveying path of the packagings to be labeled, i.e. beneath a conveyor belt (27, 29) of the labeling apparatus; and a pull-out apparatus which comprises a pull-out which is supported via a pull-out guide at a stationary pull-out carrier and which is travelable relative to said stationary pull-out carrier in a linear manner between a retracted end position and an extended end position in the horizontal, wherein the bottom labeler is positioned on the pull-out, characterized in that the pull-out apparatus is configured such that the position of at least the retracted end position of the pull-out can be set.
A vehicle speed control apparatus, comprising: a speed limit information recognition unit recognizing a location and a speed limit of a speed limit point located in front of a vehicle; a storage unit stored with deceleration characteristic values including at least one driving characteristic; a deceleration characteristic select unit selecting the deceleration characteristic values corresponding to the location and the speed limit of the recognized speed limit point among the deceleration characteristic values stored in the storage unit; and a targeted acceleration calculation unit calculating a targeted acceleration necessary for a vehicle speed control up to the speed limit point based on the selected deceleration characteristic values, the vehicle speed control apparatus being characterised in that the driving characteristics are at least any one of a maximum allowable acceleration of the targeted acceleration, a maximum jerk of the targeted acceleration, a speed control gain, and an extra speed that is a difference between the speed limit and a targeted control speed. a speed limit information recognition unit recognizing a location and a speed limit of a speed limit point located in front of a vehicle; a storage unit stored with deceleration characteristic values including at least one driving characteristic; a deceleration characteristic select unit selecting the deceleration characteristic values corresponding to the location and the speed limit of the recognized speed limit point among the deceleration characteristic values stored in the storage unit; and a targeted acceleration calculation unit calculating a targeted acceleration necessary for a vehicle speed control up to the speed limit point based on the selected deceleration characteristic values, the vehicle speed control apparatus being characterised in that the driving characteristics are at least any one of a maximum allowable acceleration of the targeted acceleration, a maximum jerk of the targeted acceleration, a speed control gain, and an extra speed that is a difference between the speed limit and a targeted control speed.
A control system for controlling a subsea isolation valve device (150; 250), wherein the control system comprises: a. a subsea control circuit (140; 240) for operating the subsea isolation valve device (150; 250) comprising - a directional control valve (142; 242); - an actuator (141; 241); and - an outlet to sea (143; 243); b. a subsea energy storage (130; 230) for providing energy to the subsea control circuit (140; 240) wherein the subsea energy storage (130; 230) is a hydraulic accumulator; c. a signal line providing communication between a signal transmitter and a signal receiver arranged to provide signals to the subsea control circuit (140; 240) and; d. a flexible production riser (120; 220) comprising: - an outer sheath; - a bore; and - an energy supply line (121; 221) embedded between said outer sheath and said bore and suitable for providing energy to the subsea energy storage (130; 230) wherein the energy supply line (121; 221) is a hydraulic line; wherein the directional control valve (142; 242) is in fluid communication with the energy storage (130; 230), the actuator (141; 241) and the outlet to sea (143, 243); the directional control valve (142; 242) comprises the signal receiver and is arranged to control the fluid flow between the energy storage (130; 230) and the actuator (141; 241) and the fluid flow between the actuator (141; 241) and the outlet to sea (143; 243); and the actuator (141; 241) is arranged to drive the subsea isolation valve device (150; 250). a. a subsea control circuit (140; 240) for operating the subsea isolation valve device (150; 250) comprising - a directional control valve (142; 242); - an actuator (141; 241); and - an outlet to sea (143; 243); - a directional control valve (142; 242); - an actuator (141; 241); and - an outlet to sea (143; 243); b. a subsea energy storage (130; 230) for providing energy to the subsea control circuit (140; 240) wherein the subsea energy storage (130; 230) is a hydraulic accumulator; c. a signal line providing communication between a signal transmitter and a signal receiver arranged to provide signals to the subsea control circuit (140; 240) and; d. a flexible production riser (120; 220) comprising: - an outer sheath; - a bore; and - an energy supply line (121; 221) embedded between said outer sheath and said bore and suitable for providing energy to the subsea energy storage (130; 230) wherein the energy supply line (121; 221) is a hydraulic line; - an outer sheath; - a bore; and - an energy supply line (121; 221) embedded between said outer sheath and said bore and suitable for providing energy to the subsea energy storage (130; 230) wherein the energy supply line (121; 221) is a hydraulic line;