mhurhangee/patent-ind-claim-en huggingface dataset:
Jet regulator having a jet regulator housing having a housing circumferential wall , in the housing interior of which a flow straightener is provided, said flow straightener having at least one first insert part that is insertable into the housing interior, said insert part having a grid structure which is formed from a set of radially oriented webs which intersect or are in contact with a set of concentrically encircling webs at intersection points or contact points, and having at least one aeration opening which passes through the housing circumferential wall of the jet regulator , characterized in that the radially oriented webs have free web ends which protrude beyond the outer encircling web of the grid structure and end at a distance from the housing circumferential wall of the jet regulator housing , in that at least one web-free drain opening is provided on the first insert part between the free web ends of the radially oriented webs thereof and the housing circumferential wall of the jet regulator housing , and in that the at least one drain opening is arranged beneath the at least one aeration opening in the flow direction.
A tissue clipping apparatus comprising: a clip ; a capsule , wherein a proximal end of the clip is received within the capsule and the clip includes at least one locking member biased to engage at least one first locking structure of the capsule to lock the clip in the capsule in a closed configuration; a tension member releasably coupling the clip to a proximal end of the apparatus which, during use, remains accessible to a user; and a constraint member coupled to the tension member and releasably coupled to the clip , wherein when coupled to the clip, the constraint member maintains the at least one locking member of the clip out of engagement with the at least one first locking structure of the capsule , and wherein, when the constraint member is moved to a release position, the at least one locking member is released to engage the at least one first locking structure ; characterized in that the tension member is coupled to the clip by a cross bar that is coupled to the tension member via a connection designed to release when subject to a predetermined load applied to the tension member . a clip ; a capsule , wherein a proximal end of the clip is received within the capsule and the clip includes at least one locking member biased to engage at least one first locking structure of the capsule to lock the clip in the capsule in a closed configuration; a tension member releasably coupling the clip to a proximal end of the apparatus which, during use, remains accessible to a user; and a constraint member coupled to the tension member and releasably coupled to the clip , wherein when coupled to the clip, the constraint member maintains the at least one locking member of the clip out of engagement with the at least one first locking structure of the capsule , and wherein, when the constraint member is moved to a release position, the at least one locking member is released to engage the at least one first locking structure ; characterized in that the tension member is coupled to the clip by a cross bar that is coupled to the tension member via a connection designed to release when subject to a predetermined load applied to the tension member .
Apparatus for the manufacturing of three-dimensional objects , in particular an SLM, SLS, selective laser melting or selective laser sinter device, essentially comprising: - a build chamber arranged in a housing of the apparatus , wherein a plate is provided to carry the object that is being formed , - a device for applying layers of the building material onto the plate or the previously formed layer, - a radiation device for the selective radiation of the applied building material for its solidification, wherein at least one beam of the radiation device is led to the building material dependent on the stored build data, characterized in that - a camera device for the optical detection and/or recording of a melting or solidification process of the building material , which is forming in the focus of the beam of the radiation device , and/or for the optical detection and/or monitoring and/or recording of a process laminating the building material on the carrier plate, wherein the optical unit of the camera device or the radiation device is separated by a protective pane from the running building process, wherein - the protective pane is embodied and arranged to be drivable so that the parts of the protective pane in the running building process and/or the camera monitoring process are led through a glass cleaning device, whereas at least one section of the protective pane is arranged during the cleaning in front of the optical camera unit and/or the optical radiation unit - a build chamber arranged in a housing of the apparatus , wherein a plate is provided to carry the object that is being formed , - a device for applying layers of the building material onto the plate or the previously formed layer, - a radiation device for the selective radiation of the applied building material for its solidification, wherein at least one beam of the radiation device is led to the building material dependent on the stored build data, characterized in that - a camera device for the optical detection and/or recording of a melting or solidification process of the building material , which is forming in the focus of the beam of the radiation device , and/or for the optical detection and/or monitoring and/or recording of a process laminating the building material on the carrier plate, wherein the optical unit of the camera device or the radiation device is separated by a protective pane from the running building process, wherein - the protective pane is embodied and arranged to be drivable so that the parts of the protective pane in the running building process and/or the camera monitoring process are led through a glass cleaning device, whereas at least one section of the protective pane is arranged during the cleaning in front of the optical camera unit and/or the optical radiation unit
A system for providing therapy to a patient having a medical condition, comprising: means for preferentially stimulating dorsal horn neuronal elements over dorsal column neuronal elements by delivering electrical stimulation energy, from an electrode array implanted near or upon dura, to a spinal cord of the patient in accordance with a stimulation program, wherein the means for preferentially stimulating dorsal horn neuronal elements over dorsal column neuronal elements includes means for generating from the electrode array a plurality of electrical fields having different orientations and means for cycling through the plurality of electrical fields having different orientations multiple times to target different orientations of the dorsal horn neuronal elements, wherein the electrical fields having different orientations are generated during electrical field cycles in a same order or in a different order.
A method for manufacturing a solid component, in particular a solid cage for a roller bearing, the solid component defining a component axis of rotation (K1) and having a plurality of pockets , the pockets each having a first and a second pocket side (5a, b), comprising the steps: forming of a component blank in a rough machining step by means of a rough machining tool, the component blank forming a plurality of raw pockets ; forming of the first pocket sides in the final contour by means of a tool blade , wherein, in a first cycloidal machining step, the tool blade is guided relative to the component blank rotating about the component rotation axis (K1) in a component rotation direction (KD1) along a first cycloidal path for machining the rough pockets , wherein the first pocket sides are cut by means of the tool blade , and wherein a cutting angle of the tool blade is in the range of -15° to 0°; reversing of the component rotation direction (KD1) of the component blank and rotating the component blank in a component counter-rotation direction (KD2); configuring of the second pocket sides in the final contour by means of a further tool blade , wherein the further tool blade , in a second cycloidal machining step, is guided relative to the component blank rotating about the component rotation axis (K1) in a component counter-rotation direction (KD2) along a second cycloidal path for machining the rough pockets , wherein the second pocket sides are cut by means of the further tool blade , and/or wherein a cutting angle of the further tool blade is in the range of -15° to 0°. forming of a component blank in a rough machining step by means of a rough machining tool, the component blank forming a plurality of raw pockets ; forming of the first pocket sides in the final contour by means of a tool blade , wherein, in a first cycloidal machining step, the tool blade is guided relative to the component blank rotating about the component rotation axis (K1) in a component rotation direction (KD1) along a first cycloidal path for machining the rough pockets , wherein the first pocket sides are cut by means of the tool blade , and wherein a cutting angle of the tool blade is in the range of -15° to 0°; reversing of the component rotation direction (KD1) of the component blank and rotating the component blank in a component counter-rotation direction (KD2); configuring of the second pocket sides in the final contour by means of a further tool blade , wherein the further tool blade , in a second cycloidal machining step, is guided relative to the component blank rotating about the component rotation axis (K1) in a component counter-rotation direction (KD2) along a second cycloidal path for machining the rough pockets , wherein the second pocket sides are cut by means of the further tool blade , and/or wherein a cutting angle of the further tool blade is in the range of -15° to 0°.
Charging plug for connection in an insertion direction (R) to a charging socket of a device which is intended to be supplied with electrical charging energy or which provides the charging energy, having at least one plug contact which can be connected to a charging energy line so as to conduct charging energy, and having a switching device , in accordance with the switching state of which the supply with charging energy takes place, the switching device being constructed with a switching member which has a closed switching state (Zg) and an open switching state (Zo) and with an actuation member for influencing the switching state (Zo, Zg), wherein the switching member is arranged inside and the actuation member is arranged outside an enclosed conduction chamber of the charging plug , wherein the switching member has a switching sensor which converts physical environmental properties to changes in switching state and the switching device has a switching source which brings about the physical properties, characterized by the strength of the physical properties on the switching sensor being dependent on the position of the actuation member relative to the switching source .
An equipment for separating particles from a fluid stream and briquetting said particles, said equipment comprising - a cyclonic separator for accumulating particles of said particle loaded fluid in a particle outlet zone - a particle compactor for forming briquettes comprising at least one, optionally more, pre-compaction means and a final briquetting means; said particle compactor being essentially unitary with said cyclonic device by being directly connected thereto, directly underneath along the direction of gravity, characterized in that said pre-compaction means is a mechanical press compactor that comprises a moving cylinder adapted to be driven by pressurized air. - a cyclonic separator for accumulating particles of said particle loaded fluid in a particle outlet zone - a particle compactor for forming briquettes comprising at least one, optionally more, pre-compaction means and a final briquetting means;
Rotor for a lock comprising a stator having a chamber receiving the rotor , said rotor having a longitudinal slot for the introduction of a part a control key of tumblers housed in open passages communicating with the longitudinal slot , said key having one or more channels or notches for receiving / guiding, for a series of tumblers, a nose of the tumbler considered to move it against a return means at least between a locked position for which the tumbler considered extends at least partially outside the volume of the open passage and partially in a locking housing of the stator , and an unlocked position for which the considered tumbler extends essentially in the volume of an open passage of the rotor , in which, for some of the tumblers , the tumbler consists of a pair of adjacent half-tumblers each capable of moving against a return means , namely for a pair of adjacent half-tumblers : * a first half-tumbler extending in a first plane perpendicular to the longitudinal axis (A) of the rotor , and moving at least partially in a first open passage of the rotor , and * a second half-tumbler extending in a second plane corresponding to said first plane, and moving at least partially in a second open passage of the rotor separate from the first open passage for the first half-tumbler of the pair considered, such as for a series of tumblers each comprising a pair of half-tumblers , at least one series of first half-tumblers or a series of second half-tumblers cooperate with a longitudinal pin , characterized in that said longitudinal pin extends in a longitudinal channel of the rotor passing through open passages of the series of first or second half-tumblers considered for limiting and guiding the movement of said half-tumblers in a part of their open passage. * a first half-tumbler extending in a first plane perpendicular to the longitudinal axis (A) of the rotor , and moving at least partially in a first open passage of the rotor , and * a second half-tumbler extending in a second plane corresponding to said first plane, and moving at least partially in a second open passage of the rotor separate from the first open passage for the first half-tumbler of the pair considered,
A capacity control valve (V) comprising: a valve housing provided with a discharge port allowing a discharge fluid of a discharge pressure (Pd) to pass therethrough, a suction port allowing a suction fluid of a suction pressure (Ps) to pass therethrough, and a control port allowing a control fluid of a control pressure (Pc) to pass therethrough; a primary valve including a primary valve seat and a primary valve body driven by a solenoid and opening and closing a communication between the discharge port and the control port by a movement of the primary valve body ; characterized in that the capacity control valve (V) further comprises a CS valve including a CS valve body , a first spring configured to urge the CS valve body in a closing direction of the CS valve , and a second spring configured to urge the CS valve body in an opening direction of the CS valve , the control port and the suction port being opened at a valve closed position of the primary valve body , the control port and the suction port being closed at a valve opened position of the primary valve body . a valve housing provided with a discharge port allowing a discharge fluid of a discharge pressure (Pd) to pass therethrough, a suction port allowing a suction fluid of a suction pressure (Ps) to pass therethrough, and a control port allowing a control fluid of a control pressure (Pc) to pass therethrough; a primary valve including a primary valve seat and a primary valve body driven by a solenoid and opening and closing a communication between the discharge port and the control port by a movement of the primary valve body ; characterized in that the capacity control valve (V) further comprises a CS valve including a CS valve body , a first spring configured to urge the CS valve body in a closing direction of the CS valve , and a second spring configured to urge the CS valve body in an opening direction of the CS valve , the control port and the suction port being opened at a valve closed position of the primary valve body , the control port and the suction port being closed at a valve opened position of the primary valve body .
A high-yield circular production method of taurine, including following steps: S1, ethylene oxide reacts with sodium bisulfite solution to generate sodium hydroxyethyl sulfonate; S2, sodium hydroxyethyl sulfonate obtained in S1 is mixed with ammonia to obtain a reaction solution; ammonolysis reaction is implemented in presence of a catalyst; excessive ammonia is discharged from the reaction solution through flash evaporation upon completion of reaction and recycled as raw material of ammonolysis reaction; S3, the reaction solution obtained after flash evaporation in S2 is sent to pass through an acidic cation exchange resin column at constant speed; the pH of liquid discharged from a collecting opening at lower end of the acidic cation exchange resin column is monitored; the liquid discharged is collected from the moment when the pH increases until the pH is more than 10, wherein the discharged liquid collected is the material liquid containing taurine; the material is not fed any longer when the material liquid is not collected; then an acidic cation resin is subjected to regeneration with sulfur dioxide or carbon dioxide aqueous solution for recycling; and a regenerative eluent acquired during regeneration can be recycled as the raw material of S1 directly or recycled after treated by sulfur dioxide; S4, the material liquid collected in S3 is subjected to concentration and crystallization, separation and purification and drying to acquire solid taurine. S1, ethylene oxide reacts with sodium bisulfite solution to generate sodium hydroxyethyl sulfonate; S2, sodium hydroxyethyl sulfonate obtained in S1 is mixed with ammonia to obtain a reaction solution; ammonolysis reaction is implemented in presence of a catalyst; excessive ammonia is discharged from the reaction solution through flash evaporation upon completion of reaction and recycled as raw material of ammonolysis reaction; S3, the reaction solution obtained after flash evaporation in S2 is sent to pass through an acidic cation exchange resin column at constant speed; the pH of liquid discharged from a collecting opening at lower end of the acidic cation exchange resin column is monitored; the liquid discharged is collected from the moment when the pH increases until the pH is more than 10, wherein the discharged liquid collected is the material liquid containing taurine; the material is not fed any longer when the material liquid is not collected; then an acidic cation resin is subjected to regeneration with sulfur dioxide or carbon dioxide aqueous solution for recycling; and a regenerative eluent acquired during regeneration can be recycled as the raw material of S1 directly or recycled after treated by sulfur dioxide; S4, the material liquid collected in S3 is subjected to concentration and crystallization, separation and purification and drying to acquire solid taurine.
Plug connector module (5, 5', 5", ...) for a modular industrial plug connector, wherein the plug connector module (5, 5', 5", ...) is formed from two independent functional units , wherein a first fastening means is integrally formed on a side wall of the first functional unit and a second fastening means is integrally formed on a side wall of the second functional unit, wherein the first and the second fastening means are configured in a complementary manner to one another and the functional units can be reversibly fixed to one another by the fastening means , wherein the first functional unit has a first holder means on a further side wall and a second functional unit has a second holder means on a further side wall, wherein the holder means can each enter openings of a holding frame , for fixing the plug connector module (5, 5', 5", ...) in the holding frame , and characterized in that the first and the second holder means have a different geometry. wherein a first fastening means is integrally formed on a side wall of the first functional unit and a second fastening means is integrally formed on a side wall of the second functional unit, wherein the first and the second fastening means are configured in a complementary manner to one another and the functional units can be reversibly fixed to one another by the fastening means , wherein the first functional unit has a first holder means on a further side wall and a second functional unit has a second holder means on a further side wall, wherein the holder means can each enter openings of a holding frame , for fixing the plug connector module (5, 5', 5", ...) in the holding frame , and characterized in that the first and the second holder means have a different geometry.
Control device for controlling the steering angle of a vehicle, comprising a first controller unit , wherein a controller which is superimposed on the first controller unit is provided, which has a feedback path and a pre-filter , wherein the feedback path provides a first adaptation variable (A1) based on current steering angle information (φ), which is provided by the first controller unit as an output variable, and the pre-filter provides a second adaptation variable (A2) based on target steering angle information (φ soll ), wherein the superimposed controller is designed to form input information for the first controller unit based on the first and second adaptation variable (A1, A2), characterized in that the feedback path has a first correction term (3.1). of which the transfer response can be adapted on the basis of at least one control variable (s), wherein the pre-filter has a second correction term (4.1), of which the transfer response can be adapted on the basis of the at least one control variable (s), and in that the superimposed controller is designed in such a way that at least one controller gain (P(s)) of the first controller unit can be adapted on the basis of the control variable (s).
A lifting/lowering device , comprising: a first plate member which is arranged on a side where an object to be lifted/lowered is disposed; a second plate member which is disposed below the first plate member and has a first side to which the first plate member is rotatably connected; a first expansion and contraction bag which is disposed between the first plate member and the second plate member and is capable of expanding and contracting by gas supply and exhaust; a third plate member which is disposed below the second plate member and to which the second plate member is rotatably connected at a second side different from the first side of the second plate member ; and a second expansion and contraction bag which is disposed between the second plate member and the third plate member and is capable of expanding and contracting by gas supply and exhaust, wherein the first plate member , the first expansion and contraction bag , the second plate member , the second expansion and contraction bag and the third plate member are disposed so as to overlap in a plan view. a first plate member which is arranged on a side where an object to be lifted/lowered is disposed; a second plate member which is disposed below the first plate member and has a first side to which the first plate member is rotatably connected; a first expansion and contraction bag which is disposed between the first plate member and the second plate member and is capable of expanding and contracting by gas supply and exhaust; a third plate member which is disposed below the second plate member and to which the second plate member is rotatably connected at a second side different from the first side of the second plate member ; and a second expansion and contraction bag which is disposed between the second plate member and the third plate member and is capable of expanding and contracting by gas supply and exhaust, wherein the first plate member , the first expansion and contraction bag , the second plate member , the second expansion and contraction bag and the third plate member are disposed so as to overlap in a plan view.