mhurhangee/ep-ind-claims huggingface dataset:
Turbomachine, in particular for a fuel cell system, with a compressor, a drive device, and a shaft, wherein the compressor has an impeller arranged on the shaft, a compressor inlet, and a compressor outlet, wherein a working fluid can be delivered from the compressor inlet to the compressor outlet, wherein a drive cooling path branches off at the compressor outlet in order to cool the drive device, wherein a cooling valve is arranged in the drive cooling path, wherein a regulation unit is provided which controls the degree of opening of the cooling valve in order to adjust an actual value of the temperature of the medium in the drive cooling path, preferably in the region of the downstream end of the drive cooling path, to a target value of the temperature, characterized in that the drive cooling path forms a bypass duct which branches off at the compressor outlet and which serves in particular for pressure limitation, and in that the cooling valve forms a bypass valve arranged in the bypass duct, and in that the regulation unit controls the degree of opening of the cooling valve depending on the target value for the temperature of the medium in the drive cooling path and depending on a desired bypass mass flow.
A one-piece part comprising at least one magnetocaloric material comprising an alloy that comprises iron and silicon and at least one lanthanide, and comprising: - said part comprising a base located in a first plane defined by a first direction (Dx) and by a second direction (Dy) and a set of N unitary blades (L a,i) rigidly connected to said base; - said blades having a first dimension (D Lai,x) in the first direction (D x), a second dimension (D Lai,y) in the second direction (Dy) and a third dimension (D Lai,z) in a third direction (Dz) perpendicular to the first and second dimensions; - an ith blade being substantially parallel to and separated from an (i+1)th blade by an ith distance (d i); - the ratio between the second dimension (D Lai,y) and the first dimension (D Lai,x) being greater than or equal to 10; - the ratio between the third dimension (D Lai,z) and the first dimension (D Lai,x) being greater than or equal to 6; - the first dimension being of the same order of magnitude as said distance (d i) separating an ith blade (L a,i) from an (i+1)th blade (L a,i+1). - said part comprising a base located in a first plane defined by a first direction (Dx) and by a second direction (Dy) and a set of N unitary blades (L a,i) rigidly connected to said base; - said blades having a first dimension (D Lai,x) in the first direction (D x), a second dimension (D Lai,y) in the second direction (Dy) and a third dimension (D Lai,z) in a third direction (Dz) perpendicular to the first and second dimensions; - an ith blade being substantially parallel to and separated from an (i+1)th blade by an ith distance (d i); - the ratio between the second dimension (D Lai,y) and the first dimension (D Lai,x) being greater than or equal to 10; - the ratio between the third dimension (D Lai,z) and the first dimension (D Lai,x) being greater than or equal to 6; - the first dimension being of the same order of magnitude as said distance (d i) separating an ith blade (L a,i) from an (i+1)th blade (L a,i+1).
Method for managing automatic standby of an audio/video decoding system, characterised in that the method comprises: obtaining information representing a programme being broadcast by said system, referred to as the target programme; making a search for programmes similar to the target programme in accordance with one or more predefined similarity criteria in a database of information representing programmes previously broadcast by said system, the broadcasting of these programmes having been interrupted by a standby; determining (406, 407) a duration-of-inactivity threshold according to the number of programmes in the database similar to the target programme; initiating (411, 414) a standby procedure for the system if no interaction is found between a user and the system during a period equal to the duration-of-inactivity threshold determined after the end of the target programme. obtaining information representing a programme being broadcast by said system, referred to as the target programme; making a search for programmes similar to the target programme in accordance with one or more predefined similarity criteria in a database of information representing programmes previously broadcast by said system, the broadcasting of these programmes having been interrupted by a standby; determining (406, 407) a duration-of-inactivity threshold according to the number of programmes in the database similar to the target programme; initiating (411, 414) a standby procedure for the system if no interaction is found between a user and the system during a period equal to the duration-of-inactivity threshold determined after the end of the target programme.
An airfoil masking tool (7,8,21) constructed to hold an airfoil in place during polishing and further constructed and arranged to cover a root of an airfoil (1,10,15) during polishing by means of an end cap, characterized by a body or bodies (19,20) being constructed and arranged to hold and to cover a leading edge (2,16), trailing edge (3,17) and tip (4,18) of the airfoil (1,10,15).
A wind turbine maintenance system, for carrying out a maintenance task in a nacelle of a wind turbine, comprising a maintenance robot, further comprising a detection unit, for identifying a fault in a sub-system in the nacelle and generating fault information, a processor unit, adapted to receive fault information from the detection unit and control the maintenance robot to perform a maintenance task, a manipulation arm to perform the maintenance task on the identified sub-system.
An organic vapor jet printing,OVJP, apparatus comprising: an OVJP print head; a first capacitive sensor physically connected to the OVJP print head; a stage position adjustor configured to adjust the relative position of the OVJP print head and a substrate disposed below the OVJP print head; and a processing circuit in signal communication with the first capacitive sensor and the stage position adjustor and configured to provide a control signal to the stage position adjustor based upon a signal provided by the first capacitive sensor. an OVJP print head; a first capacitive sensor physically connected to the OVJP print head; a stage position adjustor configured to adjust the relative position of the OVJP print head and a substrate disposed below the OVJP print head; and a processing circuit in signal communication with the first capacitive sensor and the stage position adjustor and configured to provide a control signal to the stage position adjustor based upon a signal provided by the first capacitive sensor.
A process for manufacturing a combustible gas having a lower heating value of at least 1 MJ/Nm 3, comprising the reaction of an oxidizing gas comprising steam or oxygen or CO 2 with an organic material in contact with a molten silicate bath held in a tank and comprising a heat supply into the molten silicate, said process operating continuously, silicate being regularly drained from the tank and vitrifiable materials being regularly introduced in order to feed the silicate bath, producing a continuous renewing of the silicate bath making it possible to continuously discharge the iron, the concentration of which thus remains below its precipitation limit in the bath..
A finger-vein authentication apparatus for identifying an individual person by using a vein pattern of a finger, said finger-vein authentication apparatus comprising: a light source for illuminating one of both side-surfaces of a fingertip of said finger with light; an image sensor for imaging an imaging surface of said finger; a fingertip guidance jig for supporting said fingertip and a finger-root guidance jig for supporting a finger-root of said finger are provided between said light source and said image sensor; and light-shielding means provided on said light-source side, said light-shielding means being used for shielding said illumination light such that said illumination light will not travel to a ball side of said finger; characterised in that said imaging surface is the other side-surface of said fingertip; said light source and said image sensor are positioned at both sides of a nail of said fingertip with said nail sandwiched therebetween; said light shielding means is formed at a surface on which said finger is to be placed and which is low in such an extent that a half plane of the lower portion of the finger is concealed when the finger is placed thereon; and an empty clearance is provided at a position under a half of said finger's ball side on the side of said imaging surface. a light source for illuminating one of both side-surfaces of a fingertip of said finger with light; an image sensor for imaging an imaging surface of said finger; a fingertip guidance jig for supporting said fingertip and a finger-root guidance jig for supporting a finger-root of said finger are provided between said light source and said image sensor; and light-shielding means provided on said light-source side, said light-shielding means being used for shielding said illumination light such that said illumination light will not travel to a ball side of said finger; characterised in that said imaging surface is the other side-surface of said fingertip; said light source and said image sensor are positioned at both sides of a nail of said fingertip with said nail sandwiched therebetween; said light shielding means is formed at a surface on which said finger is to be placed and which is low in such an extent that a half plane of the lower portion of the finger is concealed when the finger is placed thereon; and an empty clearance is provided at a position under a half of said finger's ball side on the side of said imaging surface.
A water-cooled motor, comprising: a housing for accommodating at least a stator and a rotor, the housing comprising a bottom, a side wall, and an opening opposite the bottom, the side wall having a flange formed thereon; an outer casing disposed around the side wall of the housing, the outer casing having a two-start screw thread formed on an internal surface thereof to provide a water inlet channel and a water outlet channel between the housing and the outer casing; a water inlet port arranged on the outer casing and being connected to a first end of the water inlet channel; and a water outlet port arranged on the outer casing, the water outlet port being adjacent to the water inlet port and being connected to a second end of the water outlet channel, wherein a second end of the water inlet channel and a first end of the water outlet channel are interconnected at a connecting channel delimited by the flange. a housing for accommodating at least a stator and a rotor, the housing comprising a bottom, a side wall, and an opening opposite the bottom, the side wall having a flange formed thereon; an outer casing disposed around the side wall of the housing, the outer casing having a two-start screw thread formed on an internal surface thereof to provide a water inlet channel and a water outlet channel between the housing and the outer casing; a water inlet port arranged on the outer casing and being connected to a first end of the water inlet channel; and a water outlet port arranged on the outer casing, the water outlet port being adjacent to the water inlet port and being connected to a second end of the water outlet channel, wherein a second end of the water inlet channel and a first end of the water outlet channel are interconnected at a connecting channel delimited by the flange.
A sliding control method to operate household appliances, the method comprising: detecting a sliding touch control process; generating respective elements corresponding to individual sliding phases in accordance with respective positions to which individual sliding phases reach during the sliding touch control process wherein generating respective elements further comprises: determining an absolute value of a corresponding element in accordance with a distance between a start position and a stop position of each sliding phase; and determining a sign of the corresponding element in accordance with a relative direction between the start position and the stop position of each sliding phase if the absolute value is not zero; arranging the respective elements in accordance with an executing sequence of the individual sliding phases, thereby obtaining a sliding sequence; matching the sliding sequence to a control sequence preset; and executing a control instruction corresponding to the control sequence matched. detecting a sliding touch control process; generating respective elements corresponding to individual sliding phases in accordance with respective positions to which individual sliding phases reach during the sliding touch control process wherein generating respective elements further comprises: determining an absolute value of a corresponding element in accordance with a distance between a start position and a stop position of each sliding phase; and determining a sign of the corresponding element in accordance with a relative direction between the start position and the stop position of each sliding phase if the absolute value is not zero; determining an absolute value of a corresponding element in accordance with a distance between a start position and a stop position of each sliding phase; and determining a sign of the corresponding element in accordance with a relative direction between the start position and the stop position of each sliding phase if the absolute value is not zero; arranging the respective elements in accordance with an executing sequence of the individual sliding phases, thereby obtaining a sliding sequence; matching the sliding sequence to a control sequence preset; and executing a control instruction corresponding to the control sequence matched.
Linear movement device with at least two linear movement units (12, 14) guided movably along a common linear movement axis, said linear movement device comprising a first linear drive and a second linear drive, wherein, when the first and the second linear drives (28, 30) are activated simultaneously, all linear movement units (12, 14) can be driven at least for an unidirectional movement along said linear movement axis without any relative speed to one another, characterized in that said linear movement device comprises the first linear drive and the second linear drive in such a way that each linear movement unit (12, 14) can be driven only by the first linear drive as well as only by the second linear drive as well as jointly by both linear drives (28, 30) for a movement along said linear movement axis, wherein the first and the second linear drive (28, 30) are coupled to the linear movement units (12, 14) transferring drive force in such a way that, when only the first linear drive or only the second linear drive is activated, the linear movement units (12, 14) can be driven for a movement in the same direction along the linear movement axis with a relative speed to one another.
Arrangement for performing a method for remanufacturing an optimised contour of the leading edges of gas turbine blades, in which method a gas turbine blade is conveyed past one or more grinding machines (70, 70') in such a way that the desired contour is achieved as a result of following a sequence of movements stored in a data memory, said method comprising a computer-controlled robot for conveying an individual gas turbine blade, at least one grinding machine (70, 70') within the radius of action of the robot for the metal-cutting machining of the said gas turbine blade, and also a computer unit for controlling the robot, which computer unit comprises a data memory in which the sequence of movements of said robot is stored, wherein the at least one grinding machine (70, 70') has a tool (71, 71') and also a sensor for the contact pressure of the workpiece, the measuring-signal output of which sensor is connected to the computer unit, characterised in that the stored sequence of movements is designed for transforming a blade from a statistical average state of wear which has been ascertained beforehand to a design contour which has likewise been ascertained or calculated beforehand.
A method of operating an electronic device, the method comprising: setting the electronic device to cause to turn on or turn off at least one sensor of one or more wearable devices when the electronic device is switched to a head mounted mode; communicatively connecting the electronic device to a head mounted device and switching the electronic device to the head mounted mode; in response to switching to the head mounted mode, transmitting to the one or more wearable devices mode change information for switching the mode of the one or more wearable devices to the head mounted mode; the method being characterised in that it further comprises the steps of: receiving detection information from the one or more wearable devices; wherein the step of setting the electronic device to cause to turn on or turn off at least one sensor comprises turning on or off, by the wearable device at least one sensor of the one or more wearable device according to the mode change information; and performing a function of the electronic device corresponding to the detection information. setting the electronic device to cause to turn on or turn off at least one sensor of one or more wearable devices when the electronic device is switched to a head mounted mode; communicatively connecting the electronic device to a head mounted device and switching the electronic device to the head mounted mode; in response to switching to the head mounted mode, transmitting to the one or more wearable devices mode change information for switching the mode of the one or more wearable devices to the head mounted mode; the method being characterised in that it further comprises the steps of: receiving detection information from the one or more wearable devices; wherein the step of setting the electronic device to cause to turn on or turn off at least one sensor comprises turning on or off, by the wearable device at least one sensor of the one or more wearable device according to the mode change information; and performing a function of the electronic device corresponding to the detection information. receiving detection information from the one or more wearable devices; wherein the step of setting the electronic device to cause to turn on or turn off at least one sensor comprises turning on or off, by the wearable device at least one sensor of the one or more wearable device according to the mode change information; and performing a function of the electronic device corresponding to the detection information.
Electric motor-operated auxiliary drive for a bicycle of pedelec or E-Bike design having a planetary gear mechanism, in which, on the drive side, a planet carrier is subjected to rotation both by a pedal crankshaft and by an assist motor, in which the speed of a rotatably mounted ring gear can be predetermined and varied by a device in engagement therewith, and in which the output occurs via a sun gear to an output gear, characterized by a hollow output shaft which is traversed coaxially by the pedal crankshaft and which is equipped in a rotationally rigid manner with the sun gear of the planetary gear mechanism on the one hand and with the output gear on the other hand, by a backpedalling freewheel in which the planet carrier is operatively connected to the pedal crankshaft, and by a mechanical or dynamoelectrical braking or driving device.
A syringe comprising: a barrel having a fluid chamber, an inside surface, a proximal end, a distal end and a tip extending from the distal end having a passageway in fluid communication with the chamber; and a plunger rod adapted to slidingly engage the inside surface of the fluid chamber, the plunger rod including a proximal portion having a first braking surface, a distal portion having a second braking surface, and a connector joining the proximal portion and the distal portion adapted to break upon application of a breaking force to the plunger rod, a contact gap extending between the proximal portion and distal portion through which the proximal portion travels after activation of the breakable connection, wherein the second braking surface slidingly engages with the first braking surface to create a motion resistive force between the proximal portion and the distal portion upon breaking of the connector, characterized in that the syringes comprises a gap separating the most distal end of the first braking surface from the most proximal end of the second braking surface along the longitudinal centerline prior to activation of the breakable connection, wherein a width of the contact gap, as measured along the longitudinal centerline, is greater than the gap measured along the longitudinal centerline. a plunger rod adapted to slidingly engage the inside surface of the fluid chamber, the plunger rod including a proximal portion having a first braking surface, a distal portion having a second braking surface, and a connector joining the proximal portion and the distal portion adapted to break upon application of a breaking force to the plunger rod, a contact gap extending between the proximal portion and distal portion through which the proximal portion travels after activation of the breakable connection, wherein the second braking surface slidingly engages with the first braking surface to create a motion resistive force between the proximal portion and the distal portion upon breaking of the connector, characterized in that the syringes comprises a gap separating the most distal end of the first braking surface from the most proximal end of the second braking surface along the longitudinal centerline prior to activation of the breakable connection, wherein a width of the contact gap, as measured along the longitudinal centerline, is greater than the gap measured along the longitudinal centerline.
A nucleic acid-encapsulating polymer micelle complex formed of a block copolymer containing an uncharged hydrophilic polymer chain block and a cationic polymer chain block; and two single-stranded DNAs having mutually complementary base sequences of 1000 or more bases in length, double-stranded DNA of 1000 or more base pairs in length in which at least a part of a double helix structure is dissociated and forms a single-stranded structure, or one single-stranded DNA of 1000 or more bases in length.
A composition comprising: a) one or more polycarbonates; b) one or more vinylidene aromatic substituted polymers; and c) a buffer system that controls the pH in water at 25 oC at a value of about 6.0 to about 8.0 wherein the buffer system is present in an amount of 0.035 percent by weight or less based on the total weight of the composition. a) one or more polycarbonates; b) one or more vinylidene aromatic substituted polymers; and c) a buffer system that controls the pH in water at 25 oC at a value of about 6.0 to about 8.0 wherein the buffer system is present in an amount of 0.035 percent by weight or less based on the total weight of the composition.
Large roller bearing, in particular an open centered large roller bearing, having two concentric ball races (2, 3) between which a plurality of rolling elements arranged in multiple bearing rows are provided in a bearing gap, that roll off on at least two raceways (19, 20), wherein the multiple bearing rows in the bearing gap comprise at least one axial bearing row (8, 9) for supporting the concentric ball races (2, 3) in axial direction and at least one radial bearing row for supporting the two races (2, 3) in the radial direction, characterized in that the entire bearing gap between the ball races (2, 3), in which the at least one axial bearing row (8, 9) and the at least one radial bearing row are arranged, is completely filled with a solid lubricant, that comprises a polymer matrix and a lubricant embedded therein, wherein the solid lubricant seals the bearing gap toward the rolling elements toward the outside and the bearing gap is formed free of seals separate from the solid lubricant.