mhurhangee/ep-ind-claims huggingface dataset:
A water treatment apparatus, comprising: a water transport line configured to transport a water main stream; a plasma generation device configured to generate an activated gas from a feed gas; and a mixing device; the plasma generation device comprising a feed gas inlet for a feed gas; a first electrode and a second electrode, for activating the feed gas by an electric discharge between the first electrode and the second electrode thereby generating the activated gas; a cooling fluid passage for cooling the plasma generation device, the cooling fluid passage having a cooling fluid inlet and a cooling fluid outlet, the cooling fluid passage being fed with a cooling fluid; and a combining section being configured to combine the activated gas with the cooling fluid from the cooling fluid outlet to generate an activated fluid product; the mixing device being configured to mix the activated fluid product and the water main stream. a water transport line configured to transport a water main stream; a plasma generation device configured to generate an activated gas from a feed gas; and a mixing device; the plasma generation device comprising a feed gas inlet for a feed gas; a first electrode and a second electrode, for activating the feed gas by an electric discharge between the first electrode and the second electrode thereby generating the activated gas; a cooling fluid passage for cooling the plasma generation device, the cooling fluid passage having a cooling fluid inlet and a cooling fluid outlet, the cooling fluid passage being fed with a cooling fluid; and a combining section being configured to combine the activated gas with the cooling fluid from the cooling fluid outlet to generate an activated fluid product; a feed gas inlet for a feed gas; a first electrode and a second electrode, for activating the feed gas by an electric discharge between the first electrode and the second electrode thereby generating the activated gas; a cooling fluid passage for cooling the plasma generation device, the cooling fluid passage having a cooling fluid inlet and a cooling fluid outlet, the cooling fluid passage being fed with a cooling fluid; and a combining section being configured to combine the activated gas with the cooling fluid from the cooling fluid outlet to generate an activated fluid product; the mixing device being configured to mix the activated fluid product and the water main stream.
A surgically-implantable prosthetic device comprising: an outer shell having an exterior surface, an interior surface, and enclosing a lumen, wherein the lumen enclosed by the outer shell is able to accommodate a first fluid therein; an inner shell having an exterior surface, an interior surface, and enclosing a lumen, wherein the lumen enclosed by the inner shell is able to accommodate a second fluid therein; one or more non-enclosing fitted shells (16a-16d) situated between the exterior surface of the inner shell and the interior surface of the outer shell such that all surfaces of the non-enclosing fitted shells are in communication with the first fluid, said non-enclosing fitted shells defining at least two interacting shell surface pairs; characterized by at least one shell surface in the at least one interacting shell surface pair being textured by imprint to provide reservoirs on the surface to reduce the coefficient of friction between the interacting shell surfaces to a static coefficient of friction value less than about 2. an outer shell having an exterior surface, an interior surface, and enclosing a lumen, wherein the lumen enclosed by the outer shell is able to accommodate a first fluid therein; an inner shell having an exterior surface, an interior surface, and enclosing a lumen, wherein the lumen enclosed by the inner shell is able to accommodate a second fluid therein; one or more non-enclosing fitted shells (16a-16d) situated between the exterior surface of the inner shell and the interior surface of the outer shell such that all surfaces of the non-enclosing fitted shells are in communication with the first fluid, said non-enclosing fitted shells defining at least two interacting shell surface pairs; characterized by at least one shell surface in the at least one interacting shell surface pair being textured by imprint to provide reservoirs on the surface to reduce the coefficient of friction between the interacting shell surfaces to a static coefficient of friction value less than about 2.
A compound of Formula 1: wherein: R1 is H or -CH 3; R is selected from: and G is selected from: or a pharmaceutically acceptable salt thereof. R1 is H or -CH 3; R is selected from: and G is selected from:
A rack guide unit comprising: a rack guide accommodated in an accommodation portion formed in a housing through which a rack shaft meshed with a pinion shaft is passed, so as to be allowed to approach and move away from the rack shaft, the rack guide supporting the rack shaft such that the rack shaft is slidable in an axial direction of the rack shaft; a closure member secured to an external opening end of the accommodation portion, the external opening end being located on an opposite side of the accommodation portion from the rack shaft; at least one coned disc spring that is interposed between the closure member and the rack guide, and that urges the rack guide toward the rack shaft; and a holding member that holds the coned disc spring, wherein the holding member includes a guide tube and an annular seat plate that extends radially outward from one axial end of the guide tube and that receives a load from the coned disc spring, the holding member is frictionally engaged with and held by the rack guide directly or indirectly, by means of the guide tube being inserted in the rack guide, and the guide tube guides a radial end portion of the coned disc spring, characterized in that the rack guide unit further comprises a compression coil spring that is interposed between the closure member and the rack guide, and that urges the rack guide toward the rack shaft, wherein a prescribed clearance is formed between an inner periphery of the guide tube and the radially outer portions of the compression coil spring. a rack guide accommodated in an accommodation portion formed in a housing through which a rack shaft meshed with a pinion shaft is passed, so as to be allowed to approach and move away from the rack shaft, the rack guide supporting the rack shaft such that the rack shaft is slidable in an axial direction of the rack shaft; a closure member secured to an external opening end of the accommodation portion, the external opening end being located on an opposite side of the accommodation portion from the rack shaft; at least one coned disc spring that is interposed between the closure member and the rack guide, and that urges the rack guide toward the rack shaft; and a holding member that holds the coned disc spring, wherein the holding member includes a guide tube and an annular seat plate that extends radially outward from one axial end of the guide tube and that receives a load from the coned disc spring, the holding member is frictionally engaged with and held by the rack guide directly or indirectly, by means of the guide tube being inserted in the rack guide, and the guide tube guides a radial end portion of the coned disc spring, characterized in that the rack guide unit further comprises a compression coil spring that is interposed between the closure member and the rack guide, and that urges the rack guide toward the rack shaft, wherein a prescribed clearance is formed between an inner periphery of the guide tube and the radially outer portions of the compression coil spring.
A film chamber comprising a film chamber wall provided for a tightness test on a gas-filled test specimen, said film chamber wall defining a chamber volume for accommodating said test specimen and being provided with a first vacuum connection for evacuating said chamber volume by means of a first vacuum pump connected to said first vacuum connection, wherein at least a portion of the film chamber wall comprises a flexible film (12, 14) and wherein said film (12, 14) comprises two layers (20, 22) arranged adjacent to each other and surrounding an evacuable film interspace, characterized in that a second vacuum connection is provided to which a second vacuum pump is connected for evacuating the film interspace.
Method for producing gypsum fiber boards, comprising the steps of preparing a compressible mat of gypsum-containing material from a mixture comprising 75 wt% to 90 wt% relative to the total dry mix of calcium sulfate hemi-hydrate and 10 wt% to 25 wt% relative to the total dry mix of paper fibers, wherein the calcium sulfate hemi-hydrate is a mixture of α-calcium sulfate hemi-hydrate and β-calcium sulfate hemi- hydrate, moving the dry compressible mat of gypsum-containing material on a conveyor belt to a hydration water tank, and hydrating the gypsum-containing material with hydration water added from above to the top surface of the mat in excess, and passing the gypsum-containing material through a continuous press to form an endless gypsum fiber board having a thickness greater than 19 mm, wherein the step of preparing the compressible mat comprises mixing at least 20 wt% relative to the total calcium sulfate hemi-hydrate of α-calcium sulfate hemi-hydrate with a least 50 wt% relative to the total calcium sulfate hemi-hydrate of β-calcium sulfate hemi-hydrate.
A process for producing a finished acesulfame potassium composition, the process comprising the steps of: (a) contacting a solvent and a cyclizing agent to form a cyclizing agent composition; (b) reacting an acetoacetamide salt with the cyclizing agent in the cyclizing agent composition to form a cyclic sulfur trioxide adduct; and (c) forming from the cyclic sulfur trioxide adduct the finished acesulfame potassium composition comprising non-chlorinated acesulfame potassium and less than 35 wppm 5-chloro-acesulfame potassium; wherein contact time from the beginning of step (a) to the beginning of step (b) is less than 15 minutes. (a) contacting a solvent and a cyclizing agent to form a cyclizing agent composition; (b) reacting an acetoacetamide salt with the cyclizing agent in the cyclizing agent composition to form a cyclic sulfur trioxide adduct; and (c) forming from the cyclic sulfur trioxide adduct the finished acesulfame potassium composition comprising non-chlorinated acesulfame potassium and less than 35 wppm 5-chloro-acesulfame potassium;
An automated device for producing a part, commencing with an open part having a cap joined with a hinge to a body, the device comprising: a tool having a guide surface defined in an operating plane substantially orthogonal to a hinge axis; a part gripper disposed on a computer numerically controlled shuttle, the part gripper operable to: select an open part from a stream of identical open parts; engage one of: the cap and the body on a start point on the guide surface; slide the open part, within the operating plane from the start point to a finish point on the guide surface, to rotate the cap about the hinge axis from an open position to a closed position relative to the body; and release the closed part from the part gripper at a release station. a tool having a guide surface defined in an operating plane substantially orthogonal to a hinge axis; a part gripper disposed on a computer numerically controlled shuttle, the part gripper operable to: select an open part from a stream of identical open parts; engage one of: the cap and the body on a start point on the guide surface; slide the open part, within the operating plane from the start point to a finish point on the guide surface, to rotate the cap about the hinge axis from an open position to a closed position relative to the body; and release the closed part from the part gripper at a release station. select an open part from a stream of identical open parts; engage one of: the cap and the body on a start point on the guide surface; slide the open part, within the operating plane from the start point to a finish point on the guide surface, to rotate the cap about the hinge axis from an open position to a closed position relative to the body; and release the closed part from the part gripper at a release station.
A control method for an electric vehicle that is provided with a motor, wherein: - the motor is configured to give braking force or driving force to the vehicle in accordance with an accelerator operation amount, - the method controls the braking force when the accelerator operation amount is smaller than a given value and controls the driving force when the accelerator operation amount is the given value or larger, and - the control method further comprises: - estimating disturbance torque that acts on the motor as a resistance component relating to a gradient of a downhill road; - executing correction by which the braking force or the driving force is increased and decreased in order to cancel the resistance component in accordance with an estimated value of the disturbance torque; the control method characterised by further comprising: - reducing a correction amount of the braking force or the driving force on a downhill road at a given or less gradient; and - calculating an upper limit value of the correction amount on a downhill road at a steeper than the given gradient based on a torque value that enables the vehicle to stop when the accelerator operation amount is 0. - the motor is configured to give braking force or driving force to the vehicle in accordance with an accelerator operation amount, - the method controls the braking force when the accelerator operation amount is smaller than a given value and controls the driving force when the accelerator operation amount is the given value or larger, and - the control method further comprises: - estimating disturbance torque that acts on the motor as a resistance component relating to a gradient of a downhill road; - executing correction by which the braking force or the driving force is increased and decreased in order to cancel the resistance component in accordance with an estimated value of the disturbance torque; - estimating disturbance torque that acts on the motor as a resistance component relating to a gradient of a downhill road; - executing correction by which the braking force or the driving force is increased and decreased in order to cancel the resistance component in accordance with an estimated value of the disturbance torque; - reducing a correction amount of the braking force or the driving force on a downhill road at a given or less gradient; and - calculating an upper limit value of the correction amount on a downhill road at a steeper than the given gradient based on a torque value that enables the vehicle to stop when the accelerator operation amount is 0.
A filling level measuring device with a single continuously measuring filling level sensor and at least one processor for controlling the filling level sensor and for evaluating the measurement results, the filling level measuring device has at least one first operating mode and one second operating mode for determining the filling level, wherein the measuring device has in the first operating mode a first measuring rate and a first measuring accuracy and in the second operating mode a second measuring rate and a second measuring accuracy, wherein the first measuring rate is lower than the second measuring rate and/or the first measurement accuracy is lower than the second measurement accuracy, characterized in that in a first alternative, the measuring device has a first processor and a second processor, wherein the first processor has a lower energy consumption than the second processor, and the first processor is activated in the first operating mode, and at least the second processor is activated in the second operating mode, or in a second alternative, the filling level measuring device has a processor (500, 501) with at least two operating states (300, 301), wherein the processor (500, 501) has a lower energy consumption in the first operating state than in the second operating state, and the processor (500, 501) is in the first operating state in the first operating mode, and is in the second operating state in the second operating mode, wherein the first operating state of the processor is an energy-saving state with a reduced computing power, and the second operating state corresponds to a regular operation of the processor with the full computing power being available. in a first alternative, the measuring device has a first processor and a second processor, wherein the first processor has a lower energy consumption than the second processor, and the first processor is activated in the first operating mode, and at least the second processor is activated in the second operating mode, or in a second alternative, the filling level measuring device has a processor (500, 501) with at least two operating states (300, 301), wherein the processor (500, 501) has a lower energy consumption in the first operating state than in the second operating state, and the processor (500, 501) is in the first operating state in the first operating mode, and is in the second operating state in the second operating mode, wherein the first operating state of the processor is an energy-saving state with a reduced computing power, and the second operating state corresponds to a regular operation of the processor with the full computing power being available.
A wire feeder comprising: a user interface; a housing comprising a mount to receive the user interface, and the wire feeder being characterised in that: the user interface being secured to the mount by one or more non-permanent joints to allow the user interface to change an angle or a location of the user interface relative to a surface of the housing on which the user interface is secured; and one or more fasteners configured to allow adjustment of a tension on the user interface from the one or more non-permanent joints; and wherein the user interface is removable from the mount. a user interface; a housing comprising a mount to receive the user interface, and the wire feeder being characterised in that: the user interface being secured to the mount by one or more non-permanent joints to allow the user interface to change an angle or a location of the user interface relative to a surface of the housing on which the user interface is secured; and one or more fasteners configured to allow adjustment of a tension on the user interface from the one or more non-permanent joints; and wherein the user interface is removable from the mount. the user interface being secured to the mount by one or more non-permanent joints to allow the user interface to change an angle or a location of the user interface relative to a surface of the housing on which the user interface is secured; and one or more fasteners configured to allow adjustment of a tension on the user interface from the one or more non-permanent joints; and wherein the user interface is removable from the mount.
Frame for receiving a windscreen, said frame being provided for arranging on a vehicle head of a rail-bound vehicle, in particular rail vehicle, wherein the frame for the windscreen has at least one deformation element which can correspondingly absorb energy and dissipate same by targeted deformation in such a manner that the windscreen moves out of the frame without large broken pieces, preferably free from broken pieces, characterized in that the at least one deformation element is designed as a bead running at least partially, preferably completely, around the windscreen in the circumferential direction.
Method for an electronic surveying instrument, in particular a total station, laser tracker, electronic distance meter, stake-out instrument or laser scanner, with • emitting of projection light (8,8a), in particular laser light from a laser, in a targeted manner towards an object for indicating a targeting state to a user, • receiving at least part of the projection light (9,9a) reflected by the object, and • acquiring a sequence of images of the object using an image sensor with a frame rate, in particular 20fps or higher, and an induced succession (6a,6c,6d) of image acquisition phases and image acquisition pauses, the image sensor being sensitive for the projection light (8,8a), characterized by synchronizing the emitting of projection light (8,8a) and the acquiring of the sequence of images in such a way that for a first subsequence of the sequence of images a received power of the received projection light is lower during image acquisition phases corresponding to the first subsequence than during remaining times which are not image acquisition phases corresponding to the first subsequence, in such a way that • for at least the first subsequence the received power is zero during image acquisition phases, and/or • the received power in the first subsequence is adapted to a saturation level of the image sensor. • emitting of projection light (8,8a), in particular laser light from a laser, in a targeted manner towards an object for indicating a targeting state to a user, • receiving at least part of the projection light (9,9a) reflected by the object, and • acquiring a sequence of images of the object using an image sensor with a frame rate, in particular 20fps or higher, and an induced succession (6a,6c,6d) of image acquisition phases and image acquisition pauses, the image sensor being sensitive for the projection light (8,8a), • for at least the first subsequence the received power is zero during image acquisition phases, and/or • the received power in the first subsequence is adapted to a saturation level of the image sensor.
Power transmission system for transmission of electrical power to a sputter target in a sputter device, the power transmission system comprising: - a first part comprising a contact surface positionable against a first part of a endblock of the sputter device, - a second part, wherein the first part is inseparably connected to the second part and the second part is inseparably connected to a third part, - a third part comprising a contact surface positionable against a second part of the endblock, wherein at least two of the three parts are formed as one monolithic piece, and wherein the first and/or the second and/or the third part is a spring part such that, when mounted, the power transmission system is clamped between the first part of the endblock and the second part of the endblock, and wherein this spring part of the power transmission system is also responsible for the transmission of electrical power. - a first part comprising a contact surface positionable against a first part of a endblock of the sputter device, - a second part, wherein the first part is inseparably connected to the second part and the second part is inseparably connected to a third part, - a third part comprising a contact surface positionable against a second part of the endblock,