mhurhangee/ep-ind-claims huggingface dataset:
A process for producing propene, the process comprising: at least partially isomerizing butene with an isomerization catalyst to form an isomerization reaction product, the isomerization catalyst comprising magnesium oxide (MgO); at least partially metathesizing the isomerization reaction product with a metathesis catalyst to form a metathesis reaction product, the metathesis catalyst comprising a mesoporous silica catalyst support impregnated with metal oxide; and at least partially cracking the metathesis reaction product with a cracking catalyst to form a cracking reaction product, the cracking reaction product comprising propene. at least partially isomerizing butene with an isomerization catalyst to form an isomerization reaction product, the isomerization catalyst comprising magnesium oxide (MgO); at least partially metathesizing the isomerization reaction product with a metathesis catalyst to form a metathesis reaction product, the metathesis catalyst comprising a mesoporous silica catalyst support impregnated with metal oxide; and at least partially cracking the metathesis reaction product with a cracking catalyst to form a cracking reaction product, the cracking reaction product comprising propene.
Method for manufacturing a cannula system with a body unit and a compressing unit, the method comprising the steps: - Providing a body unit comprising a mounting structure, the body unit being mounted onto a molding core pin; - Threading a soft cannula on the mounting structure of the body unit; - injection molding of the compressing unit on the soft cannula and at least parts of the body unit, wherein the compressing unit circumferentially surrounds the mounting structure, at least parts of the soft cannula and at least parts of the body unit; - Cooling of the compressing unit, thereby providing an internal material tension of the compressing unit; - Removing the molding core pin. - Providing a body unit comprising a mounting structure, the body unit being mounted onto a molding core pin; - Threading a soft cannula on the mounting structure of the body unit; - injection molding of the compressing unit on the soft cannula and at least parts of the body unit, wherein the compressing unit circumferentially surrounds the mounting structure, at least parts of the soft cannula and at least parts of the body unit; - Cooling of the compressing unit, thereby providing an internal material tension of the compressing unit; - Removing the molding core pin.
A method for providing fault protection of a controller of an electric motor, the controller comprising: a first pair of semiconductor switches (81, 82), a second pair (181, 182) of semiconductor switches; a direct current voltage bus (64, 66) coupled to collector and emitter terminals, or source and drain terminals, of the semiconductor switches (81, 82, 181, 182); a measuring circuit (32, 34) for measuring the collector-emitter voltage for each semiconductor switch of the controller; a data processor for determining that a short circuit in a particular semiconductor switch, among the semiconductor switches (81, 82, 181, 182), is present; the method characterized by measuring the collector-emitter voltage or source-drain voltage for each semiconductor switch of the controller; determining that a short circuit in a particular semiconductor switch is present if the measured collector-emitter voltage or source-drain voltage for the particular semiconductor switch is lower than a minimum threshold during a commanded off-state of the particular semiconductor switch and if an observed current associated with the particular semiconductor switch has an opposite polarity from a normal operational polarity; and simultaneously activating all high side semiconductor switches (81, 181, 281) for each phase or simultaneously activating all low side semiconductor switches (82, 182, 282) for each phase if a short circuit or fault is determined to be present, to protect the motor from damage associated with asymmetric current flow in its windings. a first pair of semiconductor switches (81, 82), a second pair (181, 182) of semiconductor switches; a direct current voltage bus (64, 66) coupled to collector and emitter terminals, or source and drain terminals, of the semiconductor switches (81, 82, 181, 182); a measuring circuit (32, 34) for measuring the collector-emitter voltage for each semiconductor switch of the controller; a data processor for determining that a short circuit in a particular semiconductor switch, among the semiconductor switches (81, 82, 181, 182), is present; the method characterized by measuring the collector-emitter voltage or source-drain voltage for each semiconductor switch of the controller; determining that a short circuit in a particular semiconductor switch is present if the measured collector-emitter voltage or source-drain voltage for the particular semiconductor switch is lower than a minimum threshold during a commanded off-state of the particular semiconductor switch and if an observed current associated with the particular semiconductor switch has an opposite polarity from a normal operational polarity; and simultaneously activating all high side semiconductor switches (81, 181, 281) for each phase or simultaneously activating all low side semiconductor switches (82, 182, 282) for each phase if a short circuit or fault is determined to be present, to protect the motor from damage associated with asymmetric current flow in its windings.
A method for manufacturing clinker, the method comprising at least: - sintering raw meal in a kiln to clinker, - preheating raw meal in a preheater using a main flue gas stream from the kiln as heat source, - dedusting the main flue gas stream downstream of the preheater at a temperature below the boiling point of mercury, thereby obtaining mercury loaded dust, characterized in that the method further comprises at least: - branching off an auxiliary flue gas stream from the main flue gas stream at an auxiliary flue gas stream branch prior to cooling the main flue gas stream below the boiling point of mercury, wherein the auxiliary flue gas stream branch is branched off downstream the preheater or at an intermediate gas exit of the preheater, - dedusting the auxiliary flue gas stream thereby obtaining at least essentially mercury free dust, - binding mercury of the auxiliary flue gas stream to an adsorbent, wherein binding comprises injecting the adsorbent into the dedusted auxiliary flue gas stream and cooling the auxiliary flue gas stream, and - removing the adsorbent from the auxiliary flue gas stream and further processing the auxiliary flue gas stream. - sintering raw meal in a kiln to clinker, - preheating raw meal in a preheater using a main flue gas stream from the kiln as heat source, - dedusting the main flue gas stream downstream of the preheater at a temperature below the boiling point of mercury, thereby obtaining mercury loaded dust, - branching off an auxiliary flue gas stream from the main flue gas stream at an auxiliary flue gas stream branch prior to cooling the main flue gas stream below the boiling point of mercury, wherein the auxiliary flue gas stream branch is branched off downstream the preheater or at an intermediate gas exit of the preheater, - dedusting the auxiliary flue gas stream thereby obtaining at least essentially mercury free dust, - binding mercury of the auxiliary flue gas stream to an adsorbent, wherein binding comprises injecting the adsorbent into the dedusted auxiliary flue gas stream and cooling the auxiliary flue gas stream, and - removing the adsorbent from the auxiliary flue gas stream and further processing the auxiliary flue gas stream.
A wireless communication device comprising circuitry that is configured to measure, in an idle mode, only macro cells, and to start the measurement of one or more indirect network connection nodes in accordance with the wireless communication device turning into a connected mode, and to receive/transmit a control plane from/to a macro cell and a user plane from/to one of the indirect network connection nodes, an indirect network connection node being a network connection node that is indirectly connected to the network.
Glow time control device for actuating glow plugs in a vehicle, comprising: - a control unit having a control output for emitting a control signal and having a supply voltage input, - at least two power transistors (T1, T4), which are respectively assigned a corresponding glow plug control output (G1, G4) and the control inputs of which are coupled to a control output of the control unit, and - a protection circuit (T6, T7) having a protection circuit output, which is coupled to the control inputs of the at least two power transistors (T1, T4), characterized in that the control unit has a supply voltage output, wherein the control unit is configured to provide an output voltage at the supply voltage output depending on a voltage at the supply voltage input, and the protection circuit (T6, T7) has an input, which is coupled to the supply voltage output of the control unit, wherein the protection circuit (T6, T7) is configured to set a prescribed potential at the protection circuit output when the output voltage of the control unit is below a prescribed value. - a control unit having a control output for emitting a control signal and having a supply voltage input, - at least two power transistors (T1, T4), which are respectively assigned a corresponding glow plug control output (G1, G4) and the control inputs of which are coupled to a control output of the control unit, and - a protection circuit (T6, T7) having a protection circuit output, which is coupled to the control inputs of the at least two power transistors (T1, T4),
A method of operating a base station in a wireless communication system, the method comprising: receiving, from a terminal, channel quality information; obtaining a first modulation and coding scheme, MCS, level and a number of first resource blocks based on the received channel quality information; determining a power boosting value on a basis of a difference between a target threshold channel quality value of a second MCS level and the received channel quality information, wherein the second MCS level indicates at least one of a higher modulation order or a higher code rate than the first MCS level; obtaining a number of second resource blocks based on the power boosting value; transmitting, to the terminal, downlink data based on the second MCS level and the number of the second resource blocks, when a second transport block size, TBS, value corresponding to the number of the second resource blocks in the second MCS level is greater than a first TBS value corresponding to the number of the first resource blocks in the first MCS level. receiving, from a terminal, channel quality information; obtaining a first modulation and coding scheme, MCS, level and a number of first resource blocks based on the received channel quality information; determining a power boosting value on a basis of a difference between a target threshold channel quality value of a second MCS level and the received channel quality information, wherein the second MCS level indicates at least one of a higher modulation order or a higher code rate than the first MCS level; obtaining a number of second resource blocks based on the power boosting value; transmitting, to the terminal, downlink data based on the second MCS level and the number of the second resource blocks, when a second transport block size, TBS, value corresponding to the number of the second resource blocks in the second MCS level is greater than a first TBS value corresponding to the number of the first resource blocks in the first MCS level.
A rock anchor assembly installation tool which includes a drive shaft having a proximal end, which is adapted to engage with a drilling rig, and a distal end which includes a recess which is adapted to receive a trailing end portion of a rock bolt of a rock anchor assembly a tubular sleeve telescopically engaged with the shaft which has a first end, which is adapted to receive an axially moveable component of the rock anchor assembly and a second end; wherein the sleeve is reciprocally moveable relatively to the shaft between a biased forward position in which the axially pre-set component and the axially moveable component are spaced, and a retracted second position in which the axially pre-set component engages or connects to the axially moveable component, characterised in that the recess of the distal end of the drive shaft has a first seat against which an axially pre-set component of a rock anchor assembly abuts and the first end of the tubular sleeve has a second seat against which the axially moveable component abuts.
A method of manufacturing a data page for a book-like document, in particular a document of value and/or a security document, which comprises a data carrier and, fastened thereto, a tab made of a tape material, - in which the tape material for forming the tab, which is different from that of the data carrier, is positioned along a longitudinal side of the data carrier in a manner so as to form an overlap region and in which an area is formed which protrudes from the data carrier, and - in which the tape material and the data carrier are at least partially interconnected in the overlap region by a joint zone, a sonotrode being used to apply ultrasonic vibrations to the overlap region, characterised in that - in the overlap region, the joint zone is provided in such a manner as to be offset from an outer end face of the data carrier toward the centre of said data carrier, with a given amount of space separating it from the end face of the data carrier, such that between the joint zone and the end face of the data carrier a coverage zone is formed in which the data carrier and the tab are disposed with respect to each other without being joined together. - in which the tape material for forming the tab, which is different from that of the data carrier, is positioned along a longitudinal side of the data carrier in a manner so as to form an overlap region and in which an area is formed which protrudes from the data carrier, and - in which the tape material and the data carrier are at least partially interconnected in the overlap region by a joint zone, a sonotrode being used to apply ultrasonic vibrations to the overlap region, characterised in that - in the overlap region, the joint zone is provided in such a manner as to be offset from an outer end face of the data carrier toward the centre of said data carrier, with a given amount of space separating it from the end face of the data carrier, such that between the joint zone and the end face of the data carrier a coverage zone is formed in which the data carrier and the tab are disposed with respect to each other without being joined together.
A device for the processing of work pieces with a transport device for the transport of the work pieces, with a first processing device for the shape processing of the circumferential sides of the work piece, with an orientation device for the orientation of the work piece for the further processing of a first side of the work piece in the movement direction of the work piece and with a second processing device for the processing of the one first side of the work piece in the movement direction of the work piece, characterised by a return means by means of which the work piece can be rotated by a predefined angle and the rotated work piece can be returned to the orientation device for the processing of one of the further sides of the work piece in the movement direction of the work piece.
A method for performing an action in an electronic device, the method comprising: detecting a long press hold gesture as a first input on a first edge of the electronic device, the long press hold gesture indicating that a touch is held on the first edge during a predetermined time; detecting a second input on a second edge of the electronic device; computing a movement distance of the second input along the second edge; detecting a start of a swipe gesture indicating that the movement distance is greater than a threshold value; if it is determined (2028, yes) that the long press hold gesture is removed from the first edge, performing an action corresponding to an item displayed on a screen of the electronic device based on the movement distance; and if it is determined that the long press hold gesture is not removed from the first edge (2028, no) and that an end of the swipe gesture is detected (2030, no), being ready to detect another second input on the second edge of the electronic device. detecting a long press hold gesture as a first input on a first edge of the electronic device, the long press hold gesture indicating that a touch is held on the first edge during a predetermined time; detecting a second input on a second edge of the electronic device; computing a movement distance of the second input along the second edge; detecting a start of a swipe gesture indicating that the movement distance is greater than a threshold value; if it is determined (2028, yes) that the long press hold gesture is removed from the first edge, performing an action corresponding to an item displayed on a screen of the electronic device based on the movement distance; and if it is determined that the long press hold gesture is not removed from the first edge (2028, no) and that an end of the swipe gesture is detected (2030, no), being ready to detect another second input on the second edge of the electronic device.
A public transport land vehicle (500;900), in particular of the bus type, comprising a passenger compartment intended to accommodate several people seated or standing in an aisle and several technical compartments (212,214,502), called upper compartments, which can be accessed from said passenger compartment, arranged on/in the upper wall of said passenger compartment and each having the form of a longitudinal conduit; characterized in that it comprises: - two upper technical compartments for ventilation (212,214), and - an upper technical compartment for lighting, positioned between said upper technical compartments for ventilation (212, 214). - two upper technical compartments for ventilation (212,214), and - an upper technical compartment for lighting, positioned between said upper technical compartments for ventilation (212, 214).
Internal combustion engine valve train device, comprising at least one axially displaceable cam element (10, 11, 12) and a shift gate, which is coupled to the at least one cam element (10, 11, 12) and which comprises at least one gate track (14, 15) with at least one track segment (16, 17, 18, 19) and at least one shifting segment (20, 21, 22, 23, 24, 25) and which is provided for the displacement of the at least one cam element (10, 11, 12) characterised in that the track segment (16, 17, 18, 19) and the shifting segment (20, 22, 23, 25) are configured as a single piece in at least one part-region, so that the gate track (14, 15) has a dual function in at least one part-region and is provided simultaneously for the engagement or disengagement of a shifting element (31, 32) and for the shifting of the at least one cam element (10, 11, 12).
An electrochemical cell for a lithium-ion battery comprising: - a negative electrode comprising, as an active material, silicon; - a positive electrode; and - an electrolyte positioned between said negative electrode and said positive electrode, said electrolyte comprising a lithium salt, at least one carbonate solvent, at least one mononitrile compound and at least one compound fitting at least one of the following formulae and: wherein R 1 and R 2 represent, independently of each other, H, Cl or F, provided that R 1 and R 2 do not both represent H, said compound of formula or being present in a content ranging from 0.5 to 10% by mass based on the total mass of the other ingredients forming the electrolyte, characterized in that said at least one mononitrile compound is a mononitrile compound including at least two carbon atoms outside the group -CN, and said at least one carbonate solvent is a mixture comprising propylene carbonate and at least one linear carbonate selected from diethyl carbonate, ethyl methyl carbonate, present in a content from 25 to 75% of the total volume of the electrolyte before adding at least one compound of formula or as defined above. - a negative electrode comprising, as an active material, silicon; - a positive electrode; and - an electrolyte positioned between said negative electrode and said positive electrode, said electrolyte comprising a lithium salt, at least one carbonate solvent, at least one mononitrile compound and at least one compound fitting at least one of the following formulae and: wherein R 1 and R 2 represent, independently of each other, H, Cl or F, provided that R 1 and R 2 do not both represent H, said compound of formula or being present in a content ranging from 0.5 to 10% by mass based on the total mass of the other ingredients forming the electrolyte, characterized in that said at least one mononitrile compound is a mononitrile compound including at least two carbon atoms outside the group -CN, and said at least one carbonate solvent is a mixture comprising propylene carbonate and at least one linear carbonate selected from diethyl carbonate, ethyl methyl carbonate, present in a content from 25 to 75% of the total volume of the electrolyte before adding at least one compound of formula or as defined above.
A light curtain for detecting objects in a surveillance area, having an arrangement of optoelectronic elements which are formed by transmitters emitting light beams and receivers receiving light beams, and having at least one housing for accommodating the optoelectronic elements, the housing having a housing body in the form of a hollow body in which the optoelectronic elements are arranged one behind the other at a distance in the direction of the longitudinal axis of the housing body, and the housing body having at each of its longitudinal ends an opening which is closed off with end caps, wherein at least one end cap has a flat adapter which closes off an opening in the housing body and to which is connected a cap body which bears laterally against the housing body and accommodates electronic components, and the cap body bearing with a wall flat against a side wall of the housing body, characterized in that the flat adapter of an electronic component is plate-shaped, and in that the end caps being designed for cascading a plurality of light curtains.
An inspection apparatus for inspecting printed matters, comprising: obtaining means for obtaining a scanned image by reading a printed matter; area setting means for setting an inspection target area in which inspection is to be performed on data of a variable-data area included in the scanned image; item setting means for setting an inspection item for the inspection target area; generating means for generating, in accordance with the inspection item, a collation value to which the inspection item is to be applied, in a reference image; inspection means for performing inspection by comparing the reference image including the collation value and a scanned image of an inspection-target printed matter; and control means for controlling so that the generated collation value is able to be confirmed prior to the inspection. obtaining means for obtaining a scanned image by reading a printed matter; area setting means for setting an inspection target area in which inspection is to be performed on data of a variable-data area included in the scanned image; item setting means for setting an inspection item for the inspection target area; generating means for generating, in accordance with the inspection item, a collation value to which the inspection item is to be applied, in a reference image; inspection means for performing inspection by comparing the reference image including the collation value and a scanned image of an inspection-target printed matter; and control means for controlling so that the generated collation value is able to be confirmed prior to the inspection.