mhurhangee/ep-ind-claims huggingface dataset:
System for laying panels on an underlay, comprising: - at least two panels, - swellable material for sealing joints between the panels, characterised in that at least two separate spacers separated from the panels, in particular cross joints are present to set the width of the joints between the panels and in that the swellable material is a swelling tape made of plastic. - at least two panels, - swellable material for sealing joints between the panels,
An implantable device comprising: a solid nondegradable biocompatible polymer matrix; a water soluble filler sufentanil encapsulated within the polymer matrix; wherein the polymer matrix comprises a plurality of pores configured to allow contact between the sufentanil and a physiological fluid of a mammal into which the device is implanted to thereby release sufentanil in vivo from the device into the mammal; and wherein the implantable device is configured to achieve contact between physiological fluid and sufentanil inside the polymer matrix by entry of the physiological fluid through the pores. a solid nondegradable biocompatible polymer matrix; a water soluble filler sufentanil encapsulated within the polymer matrix; wherein the polymer matrix comprises a plurality of pores configured to allow contact between the sufentanil and a physiological fluid of a mammal into which the device is implanted to thereby release sufentanil in vivo from the device into the mammal; and wherein the implantable device is configured to achieve contact between physiological fluid and sufentanil inside the polymer matrix by entry of the physiological fluid through the pores.
Method for separating amino and/or organic acid-containing particles from a mixture of amino and/or organic acid-containing particles based on density, comprising - providing a feed of amino and/or organic acid-containing particles - providing a medium in which the particles do not, or less than 0.1 g/l, dissolve, wherein the medium has a fixed density and not a density gradient, and wherein the medium has a selected density effective for particles of a lower density than the selected density to float in the medium and for particles of a higher density than the selected density to sink in the medium; - combining the feed of the amino and/or organic acid-containing particles with the medium; and - separating the amino and/or organic acid-containing particles of the higher density from the amino and/or organic acid-containing particles of the lower density. - providing a feed of amino and/or organic acid-containing particles - providing a medium in which the particles do not, or less than 0.1 g/l, dissolve, wherein the medium has a fixed density and not a density gradient, and wherein the medium has a selected density effective for particles of a lower density than the selected density to float in the medium and for particles of a higher density than the selected density to sink in the medium; - combining the feed of the amino and/or organic acid-containing particles with the medium; and - separating the amino and/or organic acid-containing particles of the higher density from the amino and/or organic acid-containing particles of the lower density.
A method for forming a ternary or quaternary thin film chalcogenide layer containing Cu and Si, the method comprising: depositing a copper layer on a substrate; depositing a silicon layer on the copper layer, wherein the [Cu]/[Si] atomic ratio is at least 0.7; afterwards performing a first annealing step of the deposited layers in an inert atmosphere, thereby forming a Cu-Si layer; and afterwards performing a first selenization step or a first sulfurization step of the annealed layers, thereby forming a ternary thin film chalcogenide layer on the substrate. depositing a copper layer on a substrate; depositing a silicon layer on the copper layer, wherein the [Cu]/[Si] atomic ratio is at least 0.7; afterwards performing a first annealing step of the deposited layers in an inert atmosphere, thereby forming a Cu-Si layer; and afterwards performing a first selenization step or a first sulfurization step of the annealed layers, thereby forming a ternary thin film chalcogenide layer on the substrate.
Roof window, in particular a residential roof window, having a blind frame, a casement frame and a locking device comprising at least one locking latch which in a locking position arrests the casement frame in a closed position in respect of the blind frame and in a release position releases it for opening the roof window, the at least one locking latch being operatively connected to an operating element which is displaceable within an operating region, characterised in that in an operating element mounting position outside the operating region the operating element can be brought into a keyhole-shaped holding recess of the locking device and within the operating region is held captive in the holding recess, wherein a push rod is fixed to the operating element, said push rod having a push rod fixing element which when in a push rod mounting angle position can be brought into a push rod mount of the operating element and held in the push rod mount in a push rod operating angle position.
A heat exchange arrangement for a gas turbine engine, the heat exchange arrangement comprising: a first conduit for an engine component cooling fluid and a second conduit for a second fluid, a heat exchange portion in which fluids flowing through the first and second conduits (46, 44) are in a heat exchange relationship; a valve configured to moderate the mass flow rate of one of the fluids through the heat exchange portion; a temperature sensor configured to sense a temperature of one of the fluids after said fluid has passed through the heat exchange portion; and a controller, characterised in that the controller is configured to control the valve to maintain a rate of change of the temperature with respect to time of the fluid sensed by the temperature sensor to a value below a predetermined rate of change of temperature. a first conduit for an engine component cooling fluid and a second conduit for a second fluid, a heat exchange portion in which fluids flowing through the first and second conduits (46, 44) are in a heat exchange relationship; a valve configured to moderate the mass flow rate of one of the fluids through the heat exchange portion; a temperature sensor configured to sense a temperature of one of the fluids after said fluid has passed through the heat exchange portion; and a controller, characterised in that the controller is configured to control the valve to maintain a rate of change of the temperature with respect to time of the fluid sensed by the temperature sensor to a value below a predetermined rate of change of temperature.
A combustor for a gas turbine engine comprising a combustion chamber wall (4,6) having formed therein at least one hole for admitting air into the combustion chamber; at least one air intake chute aligned with said hole; during operation a hoop stress field having regions of high (D,E) and low (B,C) stress concentration around said hole; characterised in that said chute is attached to the combustor wall in at least two regions of low hoop stress concentration (B,C) in the same radial plane and on diametrically opposite sides of the chute.
Mounting tool (15, 24) for replacing an image module in an image display device having a device housing and an image module which is arranged on the front side of the device housing and is connected to the device housing by at least one first screw connection (4, 5), so that the image module can be replaced by loosening the first screw connection (4, 5) between the device housing and the image module, wherein the first screw connection (4, 5) between the image module and the device housing located behind it being accessible from the front side, so that the image module can be replaced without working on the rear side or the sides of the image display device, characterized in that a) the mounting tool comprises a lower mounting frame which, for mounting and dismounting the image module on the device housing of the image display unit, can be screwed in place by the second screw connection (16, 17) on the front side of the image display unit, and b) the lower mounting frame has in the centre an opening which is larger than the image module to be replaced, so that the image module can be guided through the opening in the lower mounting frame during assembly and disassembly, and c) the lower mounting frame has a plurality of guide rods which project parallel to one another towards the front side and form a linear guide for the image module, and d) the mounting tool comprises an upper mounting frame which can be placed on the guide rods of the lower mounting frame and is slidable along the guide rods. a) the mounting tool comprises a lower mounting frame which, for mounting and dismounting the image module on the device housing of the image display unit, can be screwed in place by the second screw connection (16, 17) on the front side of the image display unit, and b) the lower mounting frame has in the centre an opening which is larger than the image module to be replaced, so that the image module can be guided through the opening in the lower mounting frame during assembly and disassembly, and c) the lower mounting frame has a plurality of guide rods which project parallel to one another towards the front side and form a linear guide for the image module, and d) the mounting tool comprises an upper mounting frame which can be placed on the guide rods of the lower mounting frame and is slidable along the guide rods.
A discrete absorbent insert comprising, a first sheet, a second sheet in facing relation with the first sheet, and an absorbent core positioned between the first sheet and the second sheet, wherein the absorbent core defines a core perimeter and the first sheet and the second sheet extend beyond the core perimeter and are joined together to form a perimeter seal, the absorbent insert having a dry thickness of at least 4 mm, a minimum width of less than 120 mm, a maximum width of at least 170 mm, an absorbent capacity of at least 600 g, and a length of 425 mm to 475 mm, wherein the discrete absorbent insert is substantially devoid of fluid-impervious materials. a dry thickness of at least 4 mm, a minimum width of less than 120 mm, a maximum width of at least 170 mm, an absorbent capacity of at least 600 g, and a length of 425 mm to 475 mm,
A target pointing apparatus that controls an object to be controlled according to a target, the object to be controlled being rotatably attached to a vehicle, the target pointing apparatus comprising: command generation means for setting a target angle and a target angular speed; trajectory generation means for generating a trajectory for the object to be controlled based on the target angle, the target angular speed, and a trajectory generation current angle and outputting an output angle signal and an output angular speed signal according to the trajectory, a current angle state of the object to be controlled or the sum of an angle state of the object to be controlled and an angle state of the vehicle being fed back to the trajectory generation means as the trajectory generation current angle; angle detection means for detecting a current angle of the object to be controlled; an inertia sensor disposed in the vehicle or the object to be controlled; first subtraction means for subtracting a trembling angle component of the vehicle from the output angle signal; a controller that generates a control signal based on an output of the first subtraction means and the current angle received from the angle detection means; and a driver that controls driving of the object to be controlled based on the control signal received from the controller. command generation means for setting a target angle and a target angular speed; trajectory generation means for generating a trajectory for the object to be controlled based on the target angle, the target angular speed, and a trajectory generation current angle and outputting an output angle signal and an output angular speed signal according to the trajectory, a current angle state of the object to be controlled or the sum of an angle state of the object to be controlled and an angle state of the vehicle being fed back to the trajectory generation means as the trajectory generation current angle; angle detection means for detecting a current angle of the object to be controlled; an inertia sensor disposed in the vehicle or the object to be controlled; first subtraction means for subtracting a trembling angle component of the vehicle from the output angle signal; a controller that generates a control signal based on an output of the first subtraction means and the current angle received from the angle detection means; and a driver that controls driving of the object to be controlled based on the control signal received from the controller.
Baler with a device for wrapping a bale with a wrapping web, with an advancing element, preferably an advancing roller, which pulls off the wrapping web from a store, preferably in the manner of a reel, and with a clutch mechanism, wherein the clutch mechanism has an activatable clutch, via which the advancing element is briefly driven at the beginning of the winding operation and which permits the wrapping web to be carried along by the bale during the remaining wrapping operation, wherein the brief period of time is configured in such a manner that, by means of the advancing element, an amount of wrapping web can be pulled off from the reel to an extent sufficing in order to reach the bale and to be grasped by the latter, characterized in that the clutch mechanism is provided between the drive shaft of the advancing element and the advancing element, and a selective connection of the driveshaft to the advancing element takes place via the clutch mechanism, wherein a control or regulating mechanism supplies a control signal to the clutch mechanism, on the basis of which signal a non-rotatable connection between the driveshaft and the advancing element can be produced by the clutch, and wherein the clutch can be activated by the control or regulating mechanism in such a manner that a non-rotatable connection between the driveshaft and the advancing element can be separated by the clutch.
A lid unit for a thin plate supporting container for closing a container body of a thin plate supporting container in which a plurality of thin plates are housed and which is carried, comprising a thin plate presser for supporting a plurality of thin plates housed in the container body, characterized in that the thin plate presser has a plurality of contact pieces which are disposed in parallel and come into contact with the plurality of thin plates, and the parallel contact pieces are disposed so that the contact piece positioned in a center portion of the lid unit for a thin plate supporting container is projected to the thin plate side more than the contact pieces positioned on both sides of the lid unit for a thin plate supporting container.
Method for processing class B wood waste, the method comprising the successive steps of: a) supplying a load comprising particles of class B wood waste, b) striking the load with at least one striking body to scrape the particles, and c) screening the struck load. a) supplying a load comprising particles of class B wood waste, b) striking the load with at least one striking body to scrape the particles, and c) screening the struck load.
A method for transmitting acknowledgements from a base station to multiple machine type wireless communication devices, comprising: receiving one or more radio link control messages from multiple machine type wireless communication devices at a base station; generating at the base station a single acknowledgement message in response to the one or more radio link control messages, wherein the single acknowledgement message addresses the multiple machine type wireless communication devices; sending the single acknowledgement message from the base station to an acknowledgement group that comprises the multiple machine type wireless communication devices; wherein the single acknowledgement message allocates a period within a common time interval during which each wireless communication device of the acknowledgement group is to transmit a device acknowledgment message, the single acknowledgement message further indicating, for each wireless communication device of the acknowledgement group, whether all of a plurality of radio link control messages associated with each wireless communication device have been successfully received at the base station; and receiving from each wireless communication device of the acknowledgement group device acknowledgement messages each transmitted within the period of the common time interval indicated for each wireless communication device to transmit its device acknowledgement message. receiving one or more radio link control messages from multiple machine type wireless communication devices at a base station; generating at the base station a single acknowledgement message in response to the one or more radio link control messages, wherein the single acknowledgement message addresses the multiple machine type wireless communication devices; sending the single acknowledgement message from the base station to an acknowledgement group that comprises the multiple machine type wireless communication devices; wherein the single acknowledgement message allocates a period within a common time interval during which each wireless communication device of the acknowledgement group is to transmit a device acknowledgment message, the single acknowledgement message further indicating, for each wireless communication device of the acknowledgement group, whether all of a plurality of radio link control messages associated with each wireless communication device have been successfully received at the base station; and receiving from each wireless communication device of the acknowledgement group device acknowledgement messages each transmitted within the period of the common time interval indicated for each wireless communication device to transmit its device acknowledgement message.
An ink server comprising: at least one ink storage unit that stores ink to be supplied to a printer; a switching unit that switches whether to supply the ink stored in the at least one ink storage unit to the printer; a detection unit that detects a state of the ink stored in the at least one ink storage unit; a controller that controls the switching unit and the detection unit; and a power supply circuit that supplies a power supply voltage to the switching unit, the detection unit, and the controller, wherein the detection unit detects one or more of a remaining amount of ink stored in the at least one ink storage unit, a viscosity of ink stored in the at least one ink storage unit, a use period of ink stored in the at least one ink storage unit, and a degree of sedimentation of ink components stored in the at least one ink storage unit, and characterized in that the controller has a first mode in which the controller is configured to acquire a detection result from the detection unit depending on an instruction from the printer, and a second mode in which the controller is configured to acquire a detection result from the detection unit without depending on a command from the printer. at least one ink storage unit that stores ink to be supplied to a printer; a switching unit that switches whether to supply the ink stored in the at least one ink storage unit to the printer; a detection unit that detects a state of the ink stored in the at least one ink storage unit; a controller that controls the switching unit and the detection unit; and a power supply circuit that supplies a power supply voltage to the switching unit, the detection unit, and the controller, wherein the detection unit detects one or more of a remaining amount of ink stored in the at least one ink storage unit, a viscosity of ink stored in the at least one ink storage unit, a use period of ink stored in the at least one ink storage unit, and a degree of sedimentation of ink components stored in the at least one ink storage unit, and characterized in that the controller has a first mode in which the controller is configured to acquire a detection result from the detection unit depending on an instruction from the printer, and a second mode in which the controller is configured to acquire a detection result from the detection unit without depending on a command from the printer.
A method for knitting a multi-layer knitted fabric, comprising the steps of feeding warp yarns from feeding means to a trick gap, which is a space from an edge of a needle bed (F, R) to the side opposite the needle bed (F, R), feeding an inlay yarn (6, 7) to the trick gap from a yarn feeder at a front end of a yarn carrier (10, 50, 70) for an inlay yarn travelling along the trick gap, feeding a knitting yarn (8, 9) to the trick gap from a yarn feeder at a front end of a yarn carrier (12, 52) for a knitting yarn travelling along the trick gap, and joining a layer of the warp yarn and a layer of the inlay yarn to each other by knitting stitches (16, 17) with the knitting yarn (8, 9) using needles (20, 21) on the needle bed (F, R), characterized in that: at least one of the yarn carriers (10, 50, 70; 12, 52) is provided with a guide member (26, 56) projected from said yarn carrier toward the trick gap, at a position that is closer to a base portion of said yarn carrier than is the yarn feeder; and the guide member (26, 56) directly or indirectly guides the warp yarn to the side opposite said yarn carrier with respect to the trick gap. at least one of the yarn carriers (10, 50, 70; 12, 52) is provided with a guide member (26, 56) projected from said yarn carrier toward the trick gap, at a position that is closer to a base portion of said yarn carrier than is the yarn feeder; and the guide member (26, 56) directly or indirectly guides the warp yarn to the side opposite said yarn carrier with respect to the trick gap.