mhurhangee/ep-ind-claims huggingface dataset:
An inhaler suitable for delivery of the medicament in dry powder form from a blister package composed of a plurality of blister pockets each of which comprises medicament in dry powder form and which are spaced at equal intervals; the inhaler comprising; - a mouthpiece enabling a patient to inhale the medicament in dry powder form from an opened blister pocket in use; - a gear mechanism enabling, in use a blister package to be indexed and the medicament in dry powder form to become ready for inhalation; - a rotatable mouthpiece cover covering the mouthpiece and triggering the gear mechanism; - a drive gear which is joined with the mouthpiece cover; and wherein an inside lock connection is provided between the mouthpiece cover and the drive gear by two ends (31a; 31b) of the drive gear which enable the mouthpiece cover to connect with the gear mechanism, to engage with the recessed parts (30a; 29a) on the inside face of the mouthpiece cover through a male-female connection, characterised in that, the inhaler further comprises a housing situated between an upper housing member and a lower housing member in which the blister package and the gear mechanism are enclosed in use. - a mouthpiece enabling a patient to inhale the medicament in dry powder form from an opened blister pocket in use; - a gear mechanism enabling, in use a blister package to be indexed and the medicament in dry powder form to become ready for inhalation; - a rotatable mouthpiece cover covering the mouthpiece and triggering the gear mechanism; - a drive gear which is joined with the mouthpiece cover; and
A load port device for transporting a container having a gas port to a load position where a transportation vehicle loads the container therein, the load port device comprising: a transportation conveyor extending to the load position; a nozzle mechanism arranged in a vicinity of the load position, the nozzle mechanism including a nozzle (79, 79A) configured to supply a purge gas into the container while connected to the gas port; and a controller configured to control the nozzle mechanism to supply the purge gas into the container;; characterized in that the nozzle mechanism includes a moving mechanism configured to move the nozzle (79, 79A) toward or away from the gas port; and the controller is configured to stop supplying the purge gas into the container based on an arrival of the transportation vehicle to the load position. a transportation conveyor extending to the load position; a nozzle mechanism arranged in a vicinity of the load position, the nozzle mechanism including a nozzle (79, 79A) configured to supply a purge gas into the container while connected to the gas port; and a controller configured to control the nozzle mechanism to supply the purge gas into the container;; characterized in that the nozzle mechanism includes a moving mechanism configured to move the nozzle (79, 79A) toward or away from the gas port; and the controller is configured to stop supplying the purge gas into the container based on an arrival of the transportation vehicle to the load position.
Method for operating a high voltage pulse device, in particular for fragmenting and/or weakening material by means of high voltage discharges, with an energy storage device for providing the energy for the high voltage pulses and a charging device for charging the energy storage device, wherein a sequence of high voltage pulses is generated with the device in the intended high voltage pulse operation mode and whereby the energy storage device is completely discharged with each high voltage pulse and is only recharged for the next high voltage pulse after the end of a charging pause by supplying charging energy with the charging device, and wherein the energy storage device is short-circuited and/or earthed in a charging pause when the device is transferred from the intended high voltage pulse operation mode to a non-operating state in which the energy storage device of the high voltage pulse device is discharged and is secured against an unintentional charging.
Application of a lubricating grease containing 90 to 99.45 mass per cent perfluoropolyether (PFPE) and 0.5 to 5 mass per cent pyrogenic silica as anti-squeaking means in the automotive sector. 90 to 99.45 mass per cent perfluoropolyether (PFPE) and 0.5 to 5 mass per cent pyrogenic silica as anti-squeaking means in the automotive sector.
A collapsible artificial tree comprising: a trunk of elongate form between a first end and a second end of the same size; a plurality of limbs pivotably attached to said trunk; said limbs adapted to pivot from a first position to a second position; said first position closer to horizontal than said second position when said trunk is oriented substantially vertically; and a base having a ground support portion adapted to rest upon an underlying surface, said base including a riser extending upwardly from the ground support portion, characterized in that, said riser supports said first end of said trunk with said limbs in said first position and is adapted to support said second end of said trunk, such that when the second end is supported by the riser with the first end substantially vertically above the second end the limbs are in the second position closer to the trunk than the first position. a trunk of elongate form between a first end and a second end of the same size; a plurality of limbs pivotably attached to said trunk; said limbs adapted to pivot from a first position to a second position; said first position closer to horizontal than said second position when said trunk is oriented substantially vertically; and a base having a ground support portion adapted to rest upon an underlying surface, said base including a riser extending upwardly from the ground support portion, characterized in that, said riser supports said first end of said trunk with said limbs in said first position and is adapted to support said second end of said trunk, such that when the second end is supported by the riser with the first end substantially vertically above the second end the limbs are in the second position closer to the trunk than the first position.
Shunting conveying system with control device for controlling the shunting conveying system, characterised in that the control device has a stationary sensor device for electronically measuring the distance (d) to a conveying trolley of the conveying system.
A method for processing refresh and display exceptions, comprising: obtaining a refresh request of an application, wherein the refresh request is used to instruct to refresh display data of the application; transferring the refresh request to a display daemon by using a render thread of the application; when communication duration between the render thread and the display daemon is greater than a first time threshold, determining that an exception occurs in the render thread; and when duration in which the display daemon processes the refresh request is greater than a second time threshold, determining that an exception occurs in the display daemon, wherein the method further comprises: repairing, by using a corresponding repair policy, the render thread when the exception occurs in the render thread, wherein the repairing comprises restarting the application when the exception occurs in the render thread; if the render thread is not called, detecting a message queue of the application; and if it is detected that the message queue comprises the refresh request that is in a wait state and that is related to display, adjusting the refresh request in the wait state in the message queue to the top of the message queue, so that the refresh request in the wait state is processed preferably. obtaining a refresh request of an application, wherein the refresh request is used to instruct to refresh display data of the application; transferring the refresh request to a display daemon by using a render thread of the application; when communication duration between the render thread and the display daemon is greater than a first time threshold, determining that an exception occurs in the render thread; and when duration in which the display daemon processes the refresh request is greater than a second time threshold, determining that an exception occurs in the display daemon, wherein the method further comprises: repairing, by using a corresponding repair policy, the render thread when the exception occurs in the render thread, wherein the repairing comprises restarting the application when the exception occurs in the render thread; if the render thread is not called, detecting a message queue of the application; and if it is detected that the message queue comprises the refresh request that is in a wait state and that is related to display, adjusting the refresh request in the wait state in the message queue to the top of the message queue, so that the refresh request in the wait state is processed preferably. repairing, by using a corresponding repair policy, the render thread when the exception occurs in the render thread, wherein the repairing comprises restarting the application when the exception occurs in the render thread; if the render thread is not called, detecting a message queue of the application; and if it is detected that the message queue comprises the refresh request that is in a wait state and that is related to display, adjusting the refresh request in the wait state in the message queue to the top of the message queue, so that the refresh request in the wait state is processed preferably.
Method for communication between, on the one hand, a ground station provided with an emission system comprising at least one laser emitter able to emit a laser beam in the direction of a mobile craft, and a reception system for a laser beam, and on the other hand, the mobile craft which is provided with at least one retro-reflector able to modulate a laser beam received from the ground station along a reception direction and to return it along this reception direction, said mobile craft being located above a so-called backscattering zone of the Earth, wherein: - at least two emission/reception sequences are generated, each one being associated with a laser beam, the laser beams for different emission/reception sequences featuring different wavelengths; - each one of said emission/reception sequences comprises successions of a pair of associated emission and reception phases, an emission phase consisting of emitting a laser beam from the ground station towards the mobile craft, and a reception phase consisting of receiving a laser beam previously emitted by the ground station during the associated emission phase and returned by the retro-reflector of the mobile craft, the reception phase being deactivated as long as the laser beam emitted during the associated emission phase and backscattered by the backscattering zone is able to be received at the ground station, the emission phase of a pair of emission and reception phases being activated at the end of the reception phase of the preceding pair of emission and reception phases; and - the emission phases of an emission/reception sequence are temporally offset with respect to the emission phases of the other emission/reception sequence. - at least two emission/reception sequences are generated, each one being associated with a laser beam, the laser beams for different emission/reception sequences featuring different wavelengths; - each one of said emission/reception sequences comprises successions of a pair of associated emission and reception phases, an emission phase consisting of emitting a laser beam from the ground station towards the mobile craft, and a reception phase consisting of receiving a laser beam previously emitted by the ground station during the associated emission phase and returned by the retro-reflector of the mobile craft, the reception phase being deactivated as long as the laser beam emitted during the associated emission phase and backscattered by the backscattering zone is able to be received at the ground station, the emission phase of a pair of emission and reception phases being activated at the end of the reception phase of the preceding pair of emission and reception phases; and - the emission phases of an emission/reception sequence are temporally offset with respect to the emission phases of the other emission/reception sequence.
A reactor in the form of a cylinder having a vertical longitudinal axis for carrying out an autothermal gas-phase dehydrogenation of a hydrocarbon-comprising gas stream by means of an oxygen-comprising gas stream to give a reaction gas mixture over a heterogeneous catalyst which is configured as a monolith, wherein - one or more catalytically active zones each comprising a packing composed of monoliths stacked next to one another and/or above one another are arranged in the interior space of the reactor and a mixing zone having fixed internals is provided upstream of each catalytically active zone, - with one or more feed lines for the hydrocarbon-comprising gas stream to be dehydrogenated at the lower end of the reactor, - with one or more independently regulable feed lines, where each feed line supplies one or more distributors, for the oxygen-comprising gas stream into each of the mixing zones and - with one or more discharge lines for the reaction gas mixture of the autothermal gas-phase dehydrogenation at the upper end of the reactor, wherein the interior wall of the reactor is provided over its entire area with an insulation layer (13,14,15) and wherein accessibility of the one or of each of the plurality of catalytically active zones from outside the reactor is ensured - by in each case one or more manholes being provided or - by each catalytically active zone together with the associated mixing zone having fixed internals, the associated oxygen feed lines and distributors being in each case configured as one module, fittable and removable individually. - one or more catalytically active zones each comprising a packing composed of monoliths stacked next to one another and/or above one another are arranged in the interior space of the reactor and a mixing zone having fixed internals is provided upstream of each catalytically active zone, - with one or more feed lines for the hydrocarbon-comprising gas stream to be dehydrogenated at the lower end of the reactor, - with one or more independently regulable feed lines, where each feed line supplies one or more distributors, for the oxygen-comprising gas stream into each of the mixing zones and - with one or more discharge lines for the reaction gas mixture of the autothermal gas-phase dehydrogenation at the upper end of the reactor, - by in each case one or more manholes being provided or - by each catalytically active zone together with the associated mixing zone having fixed internals, the associated oxygen feed lines and distributors being in each case configured as one module, fittable and removable individually.
A system for the contactless transmission of electrical energy to a mobile part, wherein the system has a bore made in a base material, wherein a frame part is received in the bore, wherein a receiving part is arranged in the frame part, wherein an electronic circuit is arranged in the receiving part, wherein the receiving part is at least partially covered by a cover part in a housing-forming manner, in particular at one of its sides, wherein a primary winding is arranged in the cover part and can be inductively coupled to a secondary winding arranged at the underside of the mobile part, characterised in that a sheet-metal part is arranged between receiving part and frame part, wherein the sheet-metal part contacts the receiving part and wherein the sheet-metal part contacts the frame part.
A method for the production of a molecule of interest by conversion of a source of carbon in a fermentative process comprising the following steps: - culturing a microorganism genetically modified for the production of the molecule of interest in an appropriate culture medium comprising a carbohydrate as source of carbon and - recovering the molecule of interest from the culture medium, wherein said genetically modified microorganism comprises functional genes coding for a PTS carbohydrate utilization system and wherein in said genetically modified microorganism the gene ppsR coding for the bifunctional ADP-dependent kinase-Pi-dependent pyrophosphorylase DUF299 protein is attenuated or deleted. - culturing a microorganism genetically modified for the production of the molecule of interest in an appropriate culture medium comprising a carbohydrate as source of carbon and - recovering the molecule of interest from the culture medium, wherein said genetically modified microorganism comprises functional genes coding for a PTS carbohydrate utilization system and wherein in said genetically modified microorganism the gene ppsR coding for the bifunctional ADP-dependent kinase-Pi-dependent pyrophosphorylase DUF299 protein is attenuated or deleted. wherein said genetically modified microorganism comprises functional genes coding for a PTS carbohydrate utilization system and wherein in said genetically modified microorganism the gene ppsR coding for the bifunctional ADP-dependent kinase-Pi-dependent pyrophosphorylase DUF299 protein is attenuated or deleted.
A dental machine tool having a workpiece arm and a milling chamber, which has at least one sealed door and is sealed from the environment to prevent escape of liquid, wherein the milling chamber comprises a passage wall and a liquid supply line, especially a nozzle, and a liquid outlet and wherein liquid is supplied via the liquid supply line, especially the nozzle, to a working zone of the dental machine tool, on which a milling tool is processing a workpiece, and wherein the workpiece can be mounted on the workpiece arm so as to be movable in at least two spatial directions, wherein the workpiece arm passes through a movement flange at which the workpiece arm passes through the passage wall of the milling chamber and wherein the passage wall comprises a membrane, which allows movement of the workpiece arm in at least two spatial directions and consists of a highly elastic material, wherein the membrane is clampingly held in a sealed manner on the passage wall of the milling chamber using a circumferentially formed connecting flange.
Device for industrially producing photovoltaic concentrator modules consisting of a module frame, a lens pane having a plurality of Fresnel lenses, a sensor carrier pane, and an electric line guide, comprising the following features: h) a carriage for holding a module frame in a tension-free manner by means of clamping elements on both longitudinal sides and stop elements on both transverse sides, wherein the clamping elements are adjusted by displacing and rotating a control rod, i) an arrangement for applying acryl in dots and an arrangement for applying silicone in lines onto the support surfaces of the module frame, j) an arrangement for laying the sensor carrier pane or the lens pane, wherein these panes are transported in a tension-free manner by means of special suction devices and are set down with a centrally-positioned predetermined contact pressure, k) an arrangement for measuring the respective pane position and for positioning the sensor carrier pane or the lens pane, 1) an arrangement for finely adjusting the lens pane relative to CPV sensors of the sensor carrier pane, wherein a voltage is applied to selected CPV sensors, whereupon the light emitted therefrom via the Fresnel lenses is detected and the lens pane is adjusted in such a way that the emission from particularly strategically important Fresnel lenses is at a maximum, m) an arrangement for curing the applied silicone between the module frame and the respective pane by means of a plurality of UV light emitters, n) arrangements for transporting the workpieces to be processed. h) a carriage for holding a module frame in a tension-free manner by means of clamping elements on both longitudinal sides and stop elements on both transverse sides, wherein the clamping elements are adjusted by displacing and rotating a control rod, i) an arrangement for applying acryl in dots and an arrangement for applying silicone in lines onto the support surfaces of the module frame, j) an arrangement for laying the sensor carrier pane or the lens pane, wherein these panes are transported in a tension-free manner by means of special suction devices and are set down with a centrally-positioned predetermined contact pressure, k) an arrangement for measuring the respective pane position and for positioning the sensor carrier pane or the lens pane, 1) an arrangement for finely adjusting the lens pane relative to CPV sensors of the sensor carrier pane, wherein a voltage is applied to selected CPV sensors, whereupon the light emitted therefrom via the Fresnel lenses is detected and the lens pane is adjusted in such a way that the emission from particularly strategically important Fresnel lenses is at a maximum, m) an arrangement for curing the applied silicone between the module frame and the respective pane by means of a plurality of UV light emitters, n) arrangements for transporting the workpieces to be processed.
A sickle bar assembly for a combine, comprising: a sickle bar; a gearbox that includes a block; and a tie rod end interconnecting said sickle bar with said block for transferring motion from said gearbox to said sickle bar, said tie rod end including; a housing with an inner bore that extends along a central axis; a stud partially received in said inner bore and having a shank portion (42; 142) which extends out of said inner bore and is fixedly attached with said block of said gearbox; an elastic boot body (50; 150) which extends from a first boot end (52; 152) that is sealed against said housing to a second boot end (54; 154); characterised in that the sickle bar assembly comprises a boot bearing (56; 156) made of a plastic material and fixedly attached to said second boot end and establishing a dynamic seal between said second boot end (54; 154) of said elastic boot body (50; 150) and said shank portion (42; 142) of said stud; and said boot bearing presenting a plurality of radially inwardly extending and annularly shaped first ribs (62; 162) that contact said shank portion of said stud and that are spaced from one another in an axial direction by a plurality of first grooves (64; 164) for reducing surface-to-surface contact area between said bearing and said shank portion of said stud; wherein said plastic material of said boot bearing (56; 156) is polyoxymethylene. a sickle bar; a gearbox that includes a block; and a tie rod end interconnecting said sickle bar with said block for transferring motion from said gearbox to said sickle bar, said tie rod end including; a housing with an inner bore that extends along a central axis; a stud partially received in said inner bore and having a shank portion (42; 142) which extends out of said inner bore and is fixedly attached with said block of said gearbox; an elastic boot body (50; 150) which extends from a first boot end (52; 152) that is sealed against said housing to a second boot end (54; 154); characterised in that the sickle bar assembly comprises a boot bearing (56; 156) made of a plastic material and fixedly attached to said second boot end and establishing a dynamic seal between said second boot end (54; 154) of said elastic boot body (50; 150) and said shank portion (42; 142) of said stud; and said boot bearing presenting a plurality of radially inwardly extending and annularly shaped first ribs (62; 162) that contact said shank portion of said stud and that are spaced from one another in an axial direction by a plurality of first grooves (64; 164) for reducing surface-to-surface contact area between said bearing and said shank portion of said stud; wherein said plastic material of said boot bearing (56; 156) is polyoxymethylene.