mhurhangee/ep-ind-claims huggingface dataset:
A method for determining whether in a patient an infection is of bacterial or non-bacterial origin, the method comprising: (a) determining the concentration of at least one antitrypsin fragment comprising CAAP48 and/or CAAP47, in a sample that has been obtained from said patient, and (b) determining whether said patient suffers from an infection of bacterial or non-bacterial origin based on the concentration of at least one ATT fragment comprising CAAP48 and/or CAAP47 and designating the infection as of bacterial or non-bacterial origin, wherein said non-bacterial infection is selected from the group comprising viral and fungal infections. (a) determining the concentration of at least one antitrypsin fragment comprising CAAP48 and/or CAAP47, in a sample that has been obtained from said patient, and (b) determining whether said patient suffers from an infection of bacterial or non-bacterial origin based on the concentration of at least one ATT fragment comprising CAAP48 and/or CAAP47 and designating the infection as of bacterial or non-bacterial origin,
A blood collection needle protector for use with a needle assembly that includes a piercing end, a hub and tubing attached to the hub comprising: a unitary body including first and second open ends (44,46); a plurality of side walls (48,50,52,54) extending between the said first and second open ends (44,46), said side walls defining an interior chamber, wherein said first open end is adapted to receive the hub of a needle assembly; wherein at least one of said side walls includes a retaining member adapted for contacting said hub of said needle assembly; and wherein one of said side walls defines a slot for viewing said interior chamber and said second open end comprises a multiple profile window (47,49) including a larger profile window and a smaller profile window sized to allow said tubing to be press fit into said smaller profile window. a unitary body including first and second open ends (44,46); a plurality of side walls (48,50,52,54) extending between the said first and second open ends (44,46), said side walls defining an interior chamber, wherein said first open end is adapted to receive the hub of a needle assembly; wherein at least one of said side walls includes a retaining member adapted for contacting said hub of said needle assembly; and wherein one of said side walls defines a slot for viewing said interior chamber and said second open end comprises a multiple profile window (47,49) including a larger profile window and a smaller profile window sized to allow said tubing to be press fit into said smaller profile window.
A process for the oxidative dehydrogenation of n-butenes to butadiene, which comprises at least two production steps (i) and at least one regeneration step (ii), in which (i) in one production step, a starting gas mixture comprising n-butenes is mixed with an oxygen-comprising gas and brought into contact with a multimetal oxide catalyst which comprises at least molybdenum and a further metal and is arranged in a fixed catalyst bed in a fixed-bed reactor, and (ii) in a regeneration step, the multimetal oxide catalyst is regenerated by passing an oxygen-comprising regeneration gas mixture over the fixed catalyst bed and burning off the carbon deposited on the catalyst, where a regeneration step (ii) is carried out between two production steps (i), wherein the at least two production steps (i) are carried out at a temperature of at least 350°C and the at least one regeneration step (ii) is carried out at a temperature which is not more than 50°C above the temperature at which the preceding production step (i) was carried out. (i) in one production step, a starting gas mixture comprising n-butenes is mixed with an oxygen-comprising gas and brought into contact with a multimetal oxide catalyst which comprises at least molybdenum and a further metal and is arranged in a fixed catalyst bed in a fixed-bed reactor, and (ii) in a regeneration step, the multimetal oxide catalyst is regenerated by passing an oxygen-comprising regeneration gas mixture over the fixed catalyst bed and burning off the carbon deposited on the catalyst,
Valve train assembly (80; 100) comprising: - a number of valves each having a valve stem; - at least one main camshaft with a number of main cams, at least one main cam corresponding to each valve; - a number of main rocker arms, each main rocker arm corresponding to a valve and having a valve stem actuation portion, a pivot axis parallel to the main cam shaft and a main cam follower for following the corresponding main cam, wherein the valve stem actuation portion, the pivot axis and the main cam follower are arranged along the length of the main rocker arm and at a distance from each other; - at least one auxiliary cam arranged on the main camshaft; - at least one auxiliary cam follower for each auxiliary cam and for following said auxiliary cam, wherein each auxiliary cam follower is movable arranged on one of the main rocker arms between a first and a second position; and - a latch arranged on the respective main rocker arm for locking the auxiliary cam follower in the first position; - a camshaft carrier (85; 104) for accommodating the main camshaft; wherein at least one rotatable control rod (81; 101) for controlling the latches between the first and second position, wherein the at least one control rod (81; 101) comprises for each latch a transmission element (82, 83; 102, 103), which transmission element (82, 83; 102, 103) converts the torque in the at least one control rod (81; 101) into a control force tangential to the control rod (81; 101) to control movement of the latch between the first and second position, characterized in that the transmission element (82, 83; 102, 103) comprises a control cam (82; 102) arranged on the control rod (81; 101) and a curved leaf spring (83; 103) arranged between the control cam (82; 102) and latch, wherein one free end (86; 107) of the curved spring leaf (83; 103) is arranged to the camshaft carrier (85; 104). - a number of valves each having a valve stem; - at least one main camshaft with a number of main cams, at least one main cam corresponding to each valve; - a number of main rocker arms, each main rocker arm corresponding to a valve and having a valve stem actuation portion, a pivot axis parallel to the main cam shaft and a main cam follower for following the corresponding main cam, wherein the valve stem actuation portion, the pivot axis and the main cam follower are arranged along the length of the main rocker arm and at a distance from each other; - at least one auxiliary cam arranged on the main camshaft; - at least one auxiliary cam follower for each auxiliary cam and for following said auxiliary cam, wherein each auxiliary cam follower is movable arranged on one of the main rocker arms between a first and a second position; and - a latch arranged on the respective main rocker arm for locking the auxiliary cam follower in the first position; - a camshaft carrier (85; 104) for accommodating the main camshaft;
A brake control system comprising: a friction brake unit configured to generate a friction braking force; a regenerative brake unit configured to generate a regenerative braking force; and a control unit (7, 14, 70) configured to control a braking force by selecting one of a plurality of control modes including both a regeneration permission mode in which a total braking force is generated by the regenerative braking force and the friction braking force with the regenerative brake unit and the friction brake unit being controlled based on a regenerative target value and a friction target value that are defined based on a target deceleration, and a regeneration prohibition mode in which the target deceleration is generated by the friction braking force, characterized in that the control unit (7, 14, 70) generates the total braking force by providing a first delay to at least the regenerative braking force in the regeneration permission mode, and generates the friction braking force by providing a second delay smaller than the first delay to the friction braking force or without delay in the regeneration prohibition mode. a friction brake unit configured to generate a friction braking force; a regenerative brake unit configured to generate a regenerative braking force; and a control unit (7, 14, 70) configured to control a braking force by selecting one of a plurality of control modes including both a regeneration permission mode in which a total braking force is generated by the regenerative braking force and the friction braking force with the regenerative brake unit and the friction brake unit being controlled based on a regenerative target value and a friction target value that are defined based on a target deceleration, and a regeneration prohibition mode in which the target deceleration is generated by the friction braking force, characterized in that the control unit (7, 14, 70) generates the total braking force by providing a first delay to at least the regenerative braking force in the regeneration permission mode, and generates the friction braking force by providing a second delay smaller than the first delay to the friction braking force or without delay in the regeneration prohibition mode.
Valve section to be included in a drill string, comprising a substantially cylindrical body having a central bore stretching between both ends and rotation symmetric around the axis of rotation, an axial top inlet at one end, a radial side inlet, an upper axial circulation valve adapted for opening or closing the axial top inlet, a lower radial circulation valve adapted to provide free passage between radial side inlet and central bore when activated, the lower radial circulation valve interceptable from the outside of the valve section through a lower coupling, characterized in that the upper axial circulation valve is interceptable from the outside of the valve section through an upper coupling.
Hose clamp made of a clamping band comprising band sections overlapping each other in the closed state of the hose clamp, on which hooks (12, 19) are arranged for closing the hose clamp, and comprising a tightening device arranged in the outer band section for tightening the hose clamp around an object to be clamped, wherein the overlapped inner end of the clamping band is formed as a tongue with a reduced width compared to the clamping band and the outer band section has a tongue channel for receiving the tongue, characterised in that the tongue is stamped out of the clamping band while forming outwardly projecting side flaps and a central bottom portion between them, the bottom portion formed by the clamping band continuously rising up to the height of the side flaps.
Device for mixing a powdery material with a liquid, wherein the device comprises a housing in which a working chamber having an inner wall is arranged, wherein in the working chamber a rotatably driven rotor is arranged which comprises a blade ring and bars which point in the direction of the inner wall and are arranged at different positions at a circumferential direction of the rotor, wherein a feed opening for the powdery material is arranged above the blade ring and an annular gap connectable to a liquid supply arrangement is arranged below the blade ring, characterized in that the bars adjoin or overlap one another parallel to the axial direction of the rotor, wherein a gap-free arrangement of the bars in the axial direction results.
A composite foam cushion for a sound control device to be placed against the head or ear of a user, the composite foam cushion comprising a core formed of a polymeric foam material, and a polymeric coating overlying at least a portion of the core of polymeric foam material, the polymeric coating including an inner polymeric coating layer positioned around at least a portion of the core of polymeric foam material, the inner polymeric coating layer formed of a polymeric composition including a crosslinker, and an outer polymeric coating layer disposed over at least a portion of the inner polymeric coating layer, the outer polymeric coating layer formed of a polymeric composition including a crosslinker, wherein the inner polymeric coating layer is less crosslinked than the outer coating layer.
Holder for fixing a lighting device or a lighting device suspension part to a ceiling or wall, the holder comprising a substantially cylindrical base body extending along a longitudinal axis from a base body start to a base body end and having an outer lateral surface, wherein an external thread is arranged on the outer lateral surface and extends at least in sections along the longitudinal axis, characterized in that at least one anchor element is arranged in the region of the base body end for securing the holder against rotation in a plaster or a filler compound, wherein the at least one anchor element projects from the base body in a first direction, wherein the first direction has at least one directional component, which directional component lies in a normal plane disposed normally to the longitudinal axis, and in that a plaster or filler edge is provided which projects from the base body in a second direction in the region of the base body end, wherein the second direction has at least one directional component in a longitudinal direction, which longitudinal direction is parallel to the longitudinal axis and faces from the base body start to the base body end, and in that the plaster or filler edge projects beyond the at least one anchor element and the base body in the longitudinal direction.
Method of short-range wireless communication over radio waves between a client object and a server object, the method comprising implementation by a gateway acting as proxy between said client object and said server object, of steps of: (a) detection of advertising packets broadcast by said server object; (b) set-up of a first connection between the gateway and said server object so as to block broadcast by said server object of advertising packets, and retrieval of identification information of said server object; (c) set-up of a second connection between the gateway and said client object, using as identification information of the gateway said retrieved identification information of said server object, so as to simulate a connection with the server object in the client object, wherein step (c) comprises advertising packets of said server object being broadcast beforehand by the gateway. (a) detection of advertising packets broadcast by said server object; (b) set-up of a first connection between the gateway and said server object so as to block broadcast by said server object of advertising packets, and retrieval of identification information of said server object; (c) set-up of a second connection between the gateway and said client object, using as identification information of the gateway said retrieved identification information of said server object, so as to simulate a connection with the server object in the client object,
A seal segment (28; 40) for a shroud ring of a rotor of a gas turbine engine, the seal segment being positioned, in use, radially adjacent the rotor, wherein the seal segment comprises: first (34; 46a, 46b) and second (35, 47a, 47b) circumferentially spaced passageways each of which extends in the fore and aft direction, a first support bar within the first passageway, and a second support bar within the second passageway, the first and second support bars each being mountable to complementary formations provided by the casing of the engine, wherein the first passageway is configured such that the seal segment is fixed relative to the first support bar in the radial and circumferential directions, and the second passageway is configured such that the seal segment is fixed relative to the second support bar in the radial direction but allows relative movement of the seal segment and the second support bar in the circumferential direction, and, wherein the first and second support bars each project from a front face and a rear face of the seal segment for mounting thereat to the complementary formations provided by the casing, wherein the ends of the first and second support bars are received within recessed portions in the front face and end face. first (34; 46a, 46b) and second (35, 47a, 47b) circumferentially spaced passageways each of which extends in the fore and aft direction, a first support bar within the first passageway, and a second support bar within the second passageway, the first and second support bars each being mountable to complementary formations provided by the casing of the engine, wherein the first passageway is configured such that the seal segment is fixed relative to the first support bar in the radial and circumferential directions, and the second passageway is configured such that the seal segment is fixed relative to the second support bar in the radial direction but allows relative movement of the seal segment and the second support bar in the circumferential direction, and, wherein the first and second support bars each project from a front face and a rear face of the seal segment for mounting thereat to the complementary formations provided by the casing, wherein the ends of the first and second support bars are received within recessed portions in the front face and end face.
Converter device for operating from an energy storage device, comprising a light driver circuit operating in a boundary conduction mode, wherein the light driver circuit is implemented in a coupled inductor boost circuit topology including a first inductor and a second inductor connected in series, and a switch, wherein the light driver circuit is configured to output an inductor current (I LED) through the second inductor to a LED module, and characterized in that the converter device further comprises a charger circuit configured to charge the energy storage device and a microcontroller circuit configured to control the charger circuit, that the light driver circuit further comprises a voltage divider (31, 32) arranged in parallel to the switch, wherein the voltage divider (31, 32) is configured to provide a voltage signal (boost_ZX) to a first input of a comparator of the microcontroller circuit, wherein the microcontroller circuit comprises a reference signal generator configured to provide a threshold voltage to a second reference input of the comparator for detecting a zero crossing of the inductor current (ILED); and that the microcontroller circuit is configured to switch the switch of the light driver circuit in a conducting state when the comparator detects a zero crossing of the inductor current (I LED).
System for managing Session Initiation Protocol communications in an IP Multimedia Subsystem communication network, the system comprising: a network entity (201, 301, 401) for managing Session Initiation Protocol communications towards a user entity in the IP Multimedia Subsystem communication network, the network entity (201, 301, 401) comprising: a receiver (203, 303) for receiving a first Session Initiation Protocol message; and a processor (205, 305) for generating a second Session Initiation Protocol message in response to receiving the first Session Initiation Protocol message, the second Session Initiation Protocol message having user-specific data relating to the user entity, wherein the user-specific data are fetched by the network entity; a further network entity; and an application server; wherein the network entity is configured to transmit the second Session Initiation Protocol message including the user-specific data towards the further network entity; wherein the further network entity is configured to forward the second Session Initiation Protocol message towards the application server for using the user-specific data; and wherein the further network entity is further configured to remove the user-specific data from the second Session Initiation Protocol message before transmitting the second Session Initiation Protocol message to the user entity. a network entity (201, 301, 401) for managing Session Initiation Protocol communications towards a user entity in the IP Multimedia Subsystem communication network, the network entity (201, 301, 401) comprising: a receiver (203, 303) for receiving a first Session Initiation Protocol message; and a processor (205, 305) for generating a second Session Initiation Protocol message in response to receiving the first Session Initiation Protocol message, the second Session Initiation Protocol message having user-specific data relating to the user entity, wherein the user-specific data are fetched by the network entity; a receiver (203, 303) for receiving a first Session Initiation Protocol message; and a processor (205, 305) for generating a second Session Initiation Protocol message in response to receiving the first Session Initiation Protocol message, the second Session Initiation Protocol message having user-specific data relating to the user entity, wherein the user-specific data are fetched by the network entity; a further network entity; and an application server; wherein the network entity is configured to transmit the second Session Initiation Protocol message including the user-specific data towards the further network entity; wherein the further network entity is configured to forward the second Session Initiation Protocol message towards the application server for using the user-specific data; and wherein the further network entity is further configured to remove the user-specific data from the second Session Initiation Protocol message before transmitting the second Session Initiation Protocol message to the user entity.
A control method of a food waste treatment apparatus, the control method comprising: an opening step of coinciding a discharge side of a grinder with a communication hole of a dehydrator for introduction of food waste; a grinding step of grinding the food waste introduced into the grinder to cause the food waste to fall into the dehydrator; a first water supply step of supplying a predetermined amount of wash water into a housing; a rinsing step of rinsing off the food waste by moving the wash water within the housing; a dehydration and drainage step of discharging the wash water by rotating the dehydrator and, simultaneously, opening a discharge duct; a drying step of drying the food waste by rotating an agitator and, simultaneously, supplying dry air; and a discharge step of discharging the dried food waste by coinciding an outlet port of the housing with a communication hole of the dehydrator and rotating the agitator. an opening step of coinciding a discharge side of a grinder with a communication hole of a dehydrator for introduction of food waste; a grinding step of grinding the food waste introduced into the grinder to cause the food waste to fall into the dehydrator; a first water supply step of supplying a predetermined amount of wash water into a housing; a rinsing step of rinsing off the food waste by moving the wash water within the housing; a dehydration and drainage step of discharging the wash water by rotating the dehydrator and, simultaneously, opening a discharge duct; a drying step of drying the food waste by rotating an agitator and, simultaneously, supplying dry air; and a discharge step of discharging the dried food waste by coinciding an outlet port of the housing with a communication hole of the dehydrator and rotating the agitator.