mhurhangee/ep-ind-claims huggingface dataset:
An electric folding device for outer rearview mirror of a vehicle, comprising a shell fixedly installed on the mirror substrate, a foundation bed fixed on the bottom of shell, a base fixed on a mirror support, a pin shaft for rotatable connection, an electric driving unit used for driving the shell to rotate relatively to the base around the axis of the pin shaft, a spring arranged on the pin shaft in a sleeving mode, and a connecting piece which makes the shell manually rotate relatively to the base, the connecting piece is pressed on the foundation bed by the pre-tightening force of the spring, wherein: a cam assembly is provided among the connecting piece, the foundation bed and the base, during the electric folding process, driven by the electric driving unit, the cam assembly enables the foundation bed to lift up and rotate along the pin shaft through the relative slide of the cam assembly and the elastic force of the spring, and wherein the cam assembly comprises a connecting cam (4.3) arranged on the lower end surface of the connecting piece, a first base cam (3.1) arranged on the upper end surface of the foundation bed matched with the connecting cam (4.3), a second base cam (3.2) arranged on the lower end surface of the foundation bed, and a base cam (2.1) arranged on the upper end surface of the base and matched with the second base cam (3.2), characterized in that, the connecting cam (4.3) is located on the first base cam (3.1), and the second base cam (3.2) embedded with the base cam (2.1) when the vehicle is in a running state; during the folding process of the rearview mirror, the first base cam (3.1) and the connecting cam (4.3) slide relatively, the first base cam (3.1) embedded with the connecting cam (4.3), the second base cam (3.2) and the base cam (2.1) slide relatively, the second base cam (3.2) operates on the base cam (2.1). a cam assembly is provided among the connecting piece, the foundation bed and the base, during the electric folding process, driven by the electric driving unit, the cam assembly enables the foundation bed to lift up and rotate along the pin shaft through the relative slide of the cam assembly and the elastic force of the spring, and wherein the cam assembly comprises a connecting cam (4.3) arranged on the lower end surface of the connecting piece, a first base cam (3.1) arranged on the upper end surface of the foundation bed matched with the connecting cam (4.3), a second base cam (3.2) arranged on the lower end surface of the foundation bed, and a base cam (2.1) arranged on the upper end surface of the base and matched with the second base cam (3.2), characterized in that, the connecting cam (4.3) is located on the first base cam (3.1), and the second base cam (3.2) embedded with the base cam (2.1) when the vehicle is in a running state; during the folding process of the rearview mirror, the first base cam (3.1) and the connecting cam (4.3) slide relatively, the first base cam (3.1) embedded with the connecting cam (4.3), the second base cam (3.2) and the base cam (2.1) slide relatively, the second base cam (3.2) operates on the base cam (2.1).
An aircraft door mechanism, including at least: - an aircraft structure delimiting an opening; - an aircraft door mounted moving relative to the structure between a closed off position, in which the door closes off the opening, and a released position, in which the door is positioned away from the opening; - a guide system configured to guide a movement of the door between said closed off and released positions, the guide system comprising a main rail that is fixed relative to the structure and a main carriage mechanically connected to the door, the main carriage being able to slide on the main rail during the movement of the door between said closed off and released positions; the main rail being positioned between the door and the structure during at least part of the movement of the door between said closed off and released positions; characterized in that the guide system further comprises at least one connecting rod, the main carriage being mechanically connected to the door by means of the connecting rod, the connecting rod being articulated to the main carriage on the one hand and to the door on the other hand, the connecting rod being able to lock the door in the closed off position, the connecting rod including an extension return system configured to exert an elastic force on the main carriage, and the connecting rod being able to brace itself relative to the main carriage. - an aircraft structure delimiting an opening; - an aircraft door mounted moving relative to the structure between a closed off position, in which the door closes off the opening, and a released position, in which the door is positioned away from the opening; - a guide system configured to guide a movement of the door between said closed off and released positions, the guide system comprising a main rail that is fixed relative to the structure and a main carriage mechanically connected to the door, the main carriage being able to slide on the main rail during the movement of the door between said closed off and released positions;
A recombinant fusion protein suitable for targeting and killing a human target cell comprising a first polypeptide comprising a binding structure for binding the recombinant fusion protein to the cellular surface receptor CD89 presented on the cell surface of said human target cell and a second polypeptide comprising a toxic effector domain, wherein the binding structure comprises an antibody or an antibody fragment with an antigen-binding site for binding to the extracellular part of the cellular surface receptor CD89 presented on the surface of the target cell, wherein the toxic effector domain is selected from the group consisting of a protease, a serine protease, a granzyme including granzyme B, granzyme A, granzyme H, granzyme K, granzyme M, a trypsin, a chymotrypsin, a bacteria-originated toxic compound such as the Pseudomonas aeruginosa exotoxin A, a human hydrolase such as angiogenin, a cytoskeleton-associated protein such as the microtubule-associated protein tau, a photosensitizer and a plant-originated toxin such as Ricin A, and variants or functional fragments thereof.
Motorised vehicle for recycling aggregates, comprising a chassis and an engine unit, said vehicle comprising, mounted on the chassis: - a device for collecting aggregates; - a crushing chamber supplied with aggregates by said device for collecting aggregates, and configured to crush the aggregates and to supply crushed aggregates to an outlet; - a mixing device connected to the crushing chamber to receive at least one portion of the crushed aggregates available at the outlet of the crushing chamber and configured to mix these crushed aggregates received with at least one binder to produce a mortar; - a screen arranged between the crushing chamber and the mixing device; and - a distribution channel configured to distribute the produced mortar at the outlet of the mixing device, characterized by said crushing chamber and said screen each having a working direction (D1, D2) between the respective inlet thereof and outlet thereof, which is transversal with respect to a longitudinal direction of the chassis of the motorised vehicle, and said motorised vehicle comprising transfer channels (19, 15), on the one hand, between the crushing chamber and the screen, and on the other hand, between the screen and the mixing device, these transfer channels (19, 15) each having a distribution direction (F1, F2) which is substantially parallel to said longitudinal direction. - a device for collecting aggregates; - a crushing chamber supplied with aggregates by said device for collecting aggregates, and configured to crush the aggregates and to supply crushed aggregates to an outlet; - a mixing device connected to the crushing chamber to receive at least one portion of the crushed aggregates available at the outlet of the crushing chamber and configured to mix these crushed aggregates received with at least one binder to produce a mortar; - a screen arranged between the crushing chamber and the mixing device; and - a distribution channel configured to distribute the produced mortar at the outlet of the mixing device,
A breathing apparatus, comprising: a filter arranged to filter air entering the breathing apparatus; an air flow generator arranged to receive and pressurize the filtered air; and a mask for providing the filtered air to an airway of a user; the filter and the airflow generator are housed in a generator unit arranged substantially around the back of a neck of the user and remotely from the mask; characterized in that: a bypass valve is provided and arranged to allow the filtered air to pass therethrough in a single direction; and a manifold is provided in connection with an airway for conveying the filtered air from the manifold to the mask, the manifold having a first pathway for receiving air from the air flow generator and a second pathway, positioned parallel to the first air pathway, for receiving air from the bypass valve when the air flow generator does not operate, the bypass valve positioned within the second air pathway, and whereby the filtered air is provided to the mask either through the air flow generator or via the bypass valve when the air flow generator does not operate. a filter arranged to filter air entering the breathing apparatus; an air flow generator arranged to receive and pressurize the filtered air; and a mask for providing the filtered air to an airway of a user; the filter and the airflow generator are housed in a generator unit arranged substantially around the back of a neck of the user and remotely from the mask; characterized in that: a bypass valve is provided and arranged to allow the filtered air to pass therethrough in a single direction; and a manifold is provided in connection with an airway for conveying the filtered air from the manifold to the mask, the manifold having a first pathway for receiving air from the air flow generator and a second pathway, positioned parallel to the first air pathway, for receiving air from the bypass valve when the air flow generator does not operate, the bypass valve positioned within the second air pathway, and whereby the filtered air is provided to the mask either through the air flow generator or via the bypass valve when the air flow generator does not operate. a bypass valve is provided and arranged to allow the filtered air to pass therethrough in a single direction; and a manifold is provided in connection with an airway for conveying the filtered air from the manifold to the mask, the manifold having a first pathway for receiving air from the air flow generator and a second pathway, positioned parallel to the first air pathway, for receiving air from the bypass valve when the air flow generator does not operate, the bypass valve positioned within the second air pathway, and
A mounting system for a paint palette housing a multi-compartment paint tray, comprising: a docking portion including a first half of a coupling feature, for docking with a second half of the coupling feature located on a paint palette/box; characterized in that a shape of the first half of the coupling feature is configured for coupling with a like-shaped second half of the coupling feature, such that a twisting and lifting motion of mating chamfered edges of the docking portion relative to the paint palette will cause separation and breaking of a magnetic connection between the first half and the second half of the coupling feature. a docking portion including a first half of a coupling feature, for docking with a second half of the coupling feature located on a paint palette/box; characterized in that a shape of the first half of the coupling feature is configured for coupling with a like-shaped second half of the coupling feature, such that a twisting and lifting motion of mating chamfered edges of the docking portion relative to the paint palette will cause separation and breaking of a magnetic connection between the first half and the second half of the coupling feature.
An initial triple combination therapy of macitentan, tadalafil, and selexipag for use in reducing the risk of disease progression in a patient with pulmonary arterial hypertension, wherein the macitentan and tadalafil are initiated on day 1 and the selexipag is initiated on day 15 ± 3 days.
A process for the recovery of a boronic acid of formula R 3 -B 2 wherein R 3 is selected from the group consisting of: C 1 -C 6 linear or branched alkyl, C 3 -C 6 cycloalkyl and C 6 aryl, optionally substituted with a group selected from the group consisting of: methyl, ethyl, n -propyl, i -propyl, n -butyl, sec -butyl, t -butyl and phenyl, from an aqueous mixture, optionally comprising a polar solvent, said process comprising the following steps: - admixing the aqueous mixture with a water-immiscibile organic solvent selected from 4-methyl-2-pentanone (MIBK), 3-pentanone and 2-pentanone, wherein the weight ratio between the boronic acid and the water-immiscible solvent is comprised from 1:10 to 1:20 (w/w), - adding an aqueous solution to a final pH comprised from 6 to 7 and - partitioning the boronic acid into the organic water-immiscible phase and recovery of the organic water-immiscible phase. - admixing the aqueous mixture with a water-immiscibile organic solvent selected from 4-methyl-2-pentanone (MIBK), 3-pentanone and 2-pentanone, wherein the weight ratio between the boronic acid and the water-immiscible solvent is comprised from 1:10 to 1:20 (w/w), - adding an aqueous solution to a final pH comprised from 6 to 7 and - partitioning the boronic acid into the organic water-immiscible phase and recovery of the organic water-immiscible phase.
An apparatus suitable for cleaning a poultry carcass (2, 2') prior to or after defeathering, the apparatus comprising a conveyor for conveying the carcass (2, 2') along a track and brush means positioned next to the track for brushing the carcass (2, 2') exterior, wherein the brush means are embodied with at least one rotatable drum, to which drum brush hairs are connected, characterized in that opposite ends (6',6") of said brush hairs are connected to said drum so as to arrange that said brush hairs form a closed loop with the drum.
Diaphragm seal designed to transmit the pressure of a process medium, said diaphragm seal comprising: a meter body, which has a surface; and a process membrane which is attached to the surface, wherein a pressure chamber is formed between the process membrane and the surface, which communicates with a hydraulic path via an opening in the surface, wherein the process membrane can be exposed to a process medium from a first side of the process membrane, wherein the pressure chamber and the hydraulic path are filled with a transmission liquid for the purpose of transferring the pressure of the process medium; wherein the process membrane is a plate-shaped membrane with a circumferential edge and the plate-shaped membrane is connected in a pressure-tight manner to the surface of the meter body via a circumferential welding seam, preferably only one, and wherein the process membrane has a central area, wherein the diaphragm seal further comprises a temperature sensor for determining a temperature measured variable of the process medium, which is attached in a central area to a second side of the process membrane opposite the first side of the process membrane, characterized in that the meter body is connected to the process membrane in the central area in such a way that the transmission liquid does not come into contact with the temperature sensor. a meter body, which has a surface; and a process membrane which is attached to the surface, wherein a pressure chamber is formed between the process membrane and the surface, which communicates with a hydraulic path via an opening in the surface, wherein the process membrane can be exposed to a process medium from a first side of the process membrane, wherein the pressure chamber and the hydraulic path are filled with a transmission liquid for the purpose of transferring the pressure of the process medium; wherein the process membrane is a plate-shaped membrane with a circumferential edge and the plate-shaped membrane is connected in a pressure-tight manner to the surface of the meter body via a circumferential welding seam, preferably only one, and wherein the process membrane has a central area, wherein the diaphragm seal further comprises a temperature sensor for determining a temperature measured variable of the process medium, which is attached in a central area to a second side of the process membrane opposite the first side of the process membrane, characterized in that the meter body is connected to the process membrane in the central area in such a way that the transmission liquid does not come into contact with the temperature sensor.
A molecular synthesis array (100, 100') comprising: a substrate (208, 208'); an insulating layer (202, 202') arranged on the substrate (208, 208'); a plurality of lower electrode lines extending in parallel along a column direction of the molecular synthesis array (100, 100'), and a plurality of upper electrode lines extending in parallel along a row direction of the molecular synthesis array (100, 100'), wherein the upper electrode lines are vertically separated from the lower electrode lines and extend across the lower electrode lines, and wherein the lower and upper electrode lines (104, 102) are embedded in the insulating layer (202, 202'); and a plurality of synthesis wells, wherein each well (200, 200') is formed at a crossing between a lower electrode line (210, 210') and an upper electrode line (204, 204') and extends from an upper surface of the insulating layer (202, 202') to the lower electrode line (210, 210'), through the insulating layer (202, 202') and through the upper electrode line (204, 204'), and exposes an electrode surface portion (222, 222') of the upper electrode line (204, 204') and an electrode surface portion (216, 216') of the lower electrode line (210, 210'). a substrate (208, 208'); an insulating layer (202, 202') arranged on the substrate (208, 208'); a plurality of lower electrode lines extending in parallel along a column direction of the molecular synthesis array (100, 100'), and a plurality of upper electrode lines extending in parallel along a row direction of the molecular synthesis array (100, 100'), wherein the upper electrode lines are vertically separated from the lower electrode lines and extend across the lower electrode lines, and wherein the lower and upper electrode lines (104, 102) are embedded in the insulating layer (202, 202'); and a plurality of synthesis wells, wherein each well (200, 200') is formed at a crossing between a lower electrode line (210, 210') and an upper electrode line (204, 204') and extends from an upper surface of the insulating layer (202, 202') to the lower electrode line (210, 210'), through the insulating layer (202, 202') and through the upper electrode line (204, 204'), and exposes an electrode surface portion (222, 222') of the upper electrode line (204, 204') and an electrode surface portion (216, 216') of the lower electrode line (210, 210').
A wind turbine, comprising: a tower; a nacelle rotatably coupled to the tower and having a longitudinal axis configured to be aligned with the direction of the flow of the incoming wind during operation of the wind turbine, wherein when so aligned, the nacelle defines a longitudinal direction, a traverse direction, and a vertical direction; one or more heat-generating components housed in the wind turbine; and a modular cooler affixed to the nacelle and operatively coupled to the one or more heat-generating components for cooling the heat-generating components, the modular cooler comprising one or more cooling modules, each cooling module including one or more cooling units, each cooling unit further comprising: a heat exchanger defining a cooling area, the cooling area defining a normal axis; and a deflector plate to direct the incoming wind through the heat exchanger by diverting the flow of the incoming wind by an angle that is less than 180° relative to the longitudinal direction, wherein each of the one or more cooling units of the modular cooler is oriented such that the normal axis of the heat exchanger is non-parallel to the longitudinal axis of the nacelle. a tower; a nacelle rotatably coupled to the tower and having a longitudinal axis configured to be aligned with the direction of the flow of the incoming wind during operation of the wind turbine, wherein when so aligned, the nacelle defines a longitudinal direction, a traverse direction, and a vertical direction; one or more heat-generating components housed in the wind turbine; and a modular cooler affixed to the nacelle and operatively coupled to the one or more heat-generating components for cooling the heat-generating components, the modular cooler comprising one or more cooling modules, each cooling module including one or more cooling units, each cooling unit further comprising: a heat exchanger defining a cooling area, the cooling area defining a normal axis; and a deflector plate to direct the incoming wind through the heat exchanger by diverting the flow of the incoming wind by an angle that is less than 180° relative to the longitudinal direction, a heat exchanger defining a cooling area, the cooling area defining a normal axis; and a deflector plate to direct the incoming wind through the heat exchanger by diverting the flow of the incoming wind by an angle that is less than 180° relative to the longitudinal direction, wherein each of the one or more cooling units of the modular cooler is oriented such that the normal axis of the heat exchanger is non-parallel to the longitudinal axis of the nacelle.
Apparatus for compensating for off-axis focal spot distortion that arises when a scanner and lens are used In the formation of fine line structures In a substrate by direct write laser ablation, the apparatus comprising: a laser unit for providing a laser beam; (11,72) a scanner unit (13-16,75) for scanning the laser beam across a substrate from an on-axis position to off-axis positions; a focussing lens (17,76) for focussing the laser beam on the substrate; power changing means for changing the laser output power or pulse energy and a controller unit for controlling the power changing means so as to dynamically change the laser output power or pulse energy in dependence upon the position of the focal spot relative to the on-axis position characterised in that the power controller is adapted so as to maintain the width of the ablated line structure at that point substantially the same as the width at a point on-axis,