mhurhangee/patent-ind-claim-en huggingface dataset:
Drive system in a motor vehicle, having at least one activatable electric drive machine , having an inverter and having an actuator arrangement for the connection of the electric drive machine , wherein an inverter comprises power output stages for the electric drive machine and the actuator arrangement , which power output stages operate in the same voltage range or in different voltage ranges, characterized in that the actuator arrangement has an electromagnetic switching actuator and a dog clutch , wherein an electromagnetic drive , by means of a solenoid , linearly moves a switching rod which is connected in terms of force action to a pivoting switching fork .
A composition for a high refractive index and low dispersion resin for a close-contact double layer-type composite diffractive optical element, the composition comprising: a thiol compound represented by general formula or an oligomer synthesized by use of a thiol compound represented by general formula (A component); and an ene compound including two or more polymerizable unsaturated bonds (B component): where p represents an integer of 2 to 5; X p and Z p independently represent a hydrogen atom, a mercapto group, or a mercaptomethyl group; a ratio of sulfur atoms in a molecule is 40 to 80% by mass; and the number of thiol groups is 3 or larger, wherein the component B consists of a non-aromatic ene compound, and wherein the ratio of the component A in the composition for the high refractive index and low dispersion resin is 35 to 70% by mass and the ratio of the component B in the composition for the high refractive index and low dispersion resin is 30 to 65% by mass. a thiol compound represented by general formula or an oligomer synthesized by use of a thiol compound represented by general formula (A component); and an ene compound including two or more polymerizable unsaturated bonds (B component): where p represents an integer of 2 to 5; X p and Z p independently represent a hydrogen atom, a mercapto group, or a mercaptomethyl group; a ratio of sulfur atoms in a molecule is 40 to 80% by mass; and the number of thiol groups is 3 or larger, wherein the component B consists of a non-aromatic ene compound, and wherein the ratio of the component A in the composition for the high refractive index and low dispersion resin is 35 to 70% by mass and the ratio of the component B in the composition for the high refractive index and low dispersion resin is 30 to 65% by mass.
An apparatus for pulverizing a material, the apparatus comprising: - a stationary housing having an interior space and at least one interior wall facing the interior space , - at least one sawblade disposed in the interior space and arranged rotatable with respect to the stationary housing in a rotational direction (R), wherein the at least one sawblade is disc-shaped and has a periphery provided with a plurality of cutting teeth for cutting the material and a plurality of collecting notches for collecting the cut material, - an inlet opening for feeding material to be pulverized to the interior space , and - an outlet opening for dispatching the pulverized material from the interior space (5, wherein the interior wall is provided with a plurality of recesses facing the periphery of the sawblade , arranged to receive the cut material from the collecting notches of the sawblade , and to revert the cut material to the periphery of the sawblade , wherein the interior wall provided with the recesses surrounds a main part of the periphery of the at least one sawblade , characterized in that the inlet opening and the outlet opening are arranged in the interior wall and in direct communication with the interior space so that the material enters and leaves the interior space during one revolution of the at least one sawblade . - a stationary housing having an interior space and at least one interior wall facing the interior space , - at least one sawblade disposed in the interior space and arranged rotatable with respect to the stationary housing in a rotational direction (R), wherein the at least one sawblade is disc-shaped and has a periphery provided with a plurality of cutting teeth for cutting the material and a plurality of collecting notches for collecting the cut material, - an inlet opening for feeding material to be pulverized to the interior space , and - an outlet opening for dispatching the pulverized material from the interior space (5, wherein the interior wall is provided with a plurality of recesses facing the periphery of the sawblade , arranged to receive the cut material from the collecting notches of the sawblade , and to revert the cut material to the periphery of the sawblade , wherein the interior wall provided with the recesses surrounds a main part of the periphery of the at least one sawblade , characterized in that the inlet opening and the outlet opening are arranged in the interior wall and in direct communication with the interior space so that the material enters and leaves the interior space during one revolution of the at least one sawblade .
A development processing apparatus for producing a lithographic printing plate, comprising: a development section ; a gum treatment section continuous to the development section ; a second gum treatment section continuous to the gum treatment section , wherein the gum treatment section has a transport roller , a unit A supplying a washing solution to the transport roller , and a gum solution exhausting port , and wherein the second gum treatment section has a gum solution supplying unit for supplying gum solution to the gum treatment section , wherein the unit A supplying the washing solution is set to supply the washing solution on the transport roller in at least one point in time selected from the group consisting of a start of operation of the development processing apparatus , a time from an end of development processing to a start of next development processing, and an end of operation of the development processing apparatus . a development section ; a gum treatment section continuous to the development section ; a second gum treatment section continuous to the gum treatment section , wherein the gum treatment section has a transport roller , a unit A supplying a washing solution to the transport roller , and a gum solution exhausting port , and wherein the second gum treatment section has a gum solution supplying unit for supplying gum solution to the gum treatment section , wherein the unit A supplying the washing solution is set to supply the washing solution on the transport roller in at least one point in time selected from the group consisting of a start of operation of the development processing apparatus , a time from an end of development processing to a start of next development processing, and an end of operation of the development processing apparatus .
Excavation apparatus for an operating machine comprising: - an apparatus body comprising a coupling portion to the operating machine and delimiting a first body compartment wherein an excavation tool of said apparatus is partly housed, rotating around a rotation axis (R); - a self-leveling body , comprising a pair of abutment runners with a working surface (Z) and rotatably mounted in an idle manner with respect to the apparatus body , so that the coupling portion may take different angular positions, with reference to a rotation axis substantially parallel or coincident to the rotation axis (R) of the excavation tool , with respect to the abutment runners ; wherein, in lateral view of the excavation apparatus , the coupling portion is rotatable from a top central position respectively to the left or to the right, in a manner independent of the position of the excavation tool and the excavation depth thereof, wherein the self-leveling body comprises at least one pair of transverse walls axially offset along the rotation axis (R) of the excavation tool , rigidly connected by means of a pair of longitudinal walls of said body for delimiting a box-shaped structure housing the excavation tool protruding frontally to the abutment runners , wherein the apparatus body is mechanically connected to the self-leveling body so as to weigh in a balanced manner on the transverse walls and on the abutment runners . - an apparatus body comprising a coupling portion to the operating machine and delimiting a first body compartment wherein an excavation tool of said apparatus is partly housed, rotating around a rotation axis (R); - a self-leveling body , comprising a pair of abutment runners with a working surface (Z) and rotatably mounted in an idle manner with respect to the apparatus body , so that the coupling portion may take different angular positions, with reference to a rotation axis substantially parallel or coincident to the rotation axis (R) of the excavation tool , with respect to the abutment runners ; wherein, in lateral view of the excavation apparatus , the coupling portion is rotatable from a top central position respectively to the left or to the right, in a manner independent of the position of the excavation tool and the excavation depth thereof,
A cab-over vehicle in which an engine is mounted through an engine mounting structure on a pair of left and right chassis frames extending in a front and rear direction of a vehicle body and a cab is disposed above the engine , wherein an exhaust system is connected to one of left and right side surfaces of the engine , characterised in that : the engine is mounted on the chassis frames in a state of being inclined at a predetermined angle such that the one side surface faces obliquely upward; and the engine mounting structure comprises: a first bracket configured to support a first side of the engine on a first chassis frame via a first mount member ; and a second bracket configured to support a second side of the engine on a second chassis frame via a second mount member , wherein the first bracket comprises a first plate portion attached to the first mount member and a second plate portion attached to the first side of the engine , the first plate portion and the second plate portion forming an obtuse angle, wherein the second bracket comprises a third plate portion attached to the second mount member and a fourth plate portion attached to the first side of the engine , the third plate portion and the fourth plate portion forming an acute angle. the engine is mounted on the chassis frames in a state of being inclined at a predetermined angle such that the one side surface faces obliquely upward; and the engine mounting structure comprises: a first bracket configured to support a first side of the engine on a first chassis frame via a first mount member ; and a second bracket configured to support a second side of the engine on a second chassis frame via a second mount member , a first bracket configured to support a first side of the engine on a first chassis frame via a first mount member ; and a second bracket configured to support a second side of the engine on a second chassis frame via a second mount member , wherein the first bracket comprises a first plate portion attached to the first mount member and a second plate portion attached to the first side of the engine , the first plate portion and the second plate portion forming an obtuse angle, wherein the second bracket comprises a third plate portion attached to the second mount member and a fourth plate portion attached to the first side of the engine , the third plate portion and the fourth plate portion forming an acute angle.
At least one compound chosen from Compound I : and pharmaceutically acceptable salts thereof, for use in a method of treating cystic fibrosis wherein the method comprises administering to a patient in need thereof: (A) 5 mg to 20 mg of at least one compound chosen from Compound I : and pharmaceutically acceptable salts thereof daily; and (B) at least one compound chosen from: (i) Compound II : and pharmaceutically acceptable salts thereof, and (ii) (a) Compound III : and pharmaceutically acceptable salts thereof or (b) Compound III-d: and pharmaceutically acceptable salts thereof. (A) 5 mg to 20 mg of at least one compound chosen from Compound I : and pharmaceutically acceptable salts thereof daily; and (B) at least one compound chosen from: (i) Compound II : and pharmaceutically acceptable salts thereof, and (ii) (a) Compound III : and pharmaceutically acceptable salts thereof or (b) Compound III-d: and pharmaceutically acceptable salts thereof. (i) Compound II : and pharmaceutically acceptable salts thereof, and (ii) (a) Compound III : and pharmaceutically acceptable salts thereof or (b) Compound III-d: and pharmaceutically acceptable salts thereof. (a) Compound III : and pharmaceutically acceptable salts thereof or (b) Compound III-d: and pharmaceutically acceptable salts thereof.
An electrochemical cell comprising a closed casing defining an internal volume inside which an electrode plate group is arranged comprising alternating positive and negative electrodes respectively connected to two positive and negative electrical output terminals and arranged on both sides of separators, said electrode plate group being impregnated with electrolyte and connected by connection means to one of the electrical output terminals, the electrochemical cell comprising one or more sensor and/or actuator elements (20 to 26) each arranged in contact with a component (2 to 6) within the group comprising the casing , the electrode plate group , the connection means , and the output terminal , and being able to measure a physical or chemical quantity relating to its environment and/or to generate an action or a physical effect on, its environment, and that the at least one first sensor and/or actuator element has an internal source of power so as to neither be powered by one of the electrochemical cells nor by an external power supply.
A Near Field Communication, NFC, device comprising an NFC communication unit and a memory unit ; the NFC device being arranged to receive, through the NFC communication unit , a device identifier of a computing device and to store said device identifier in the memory unit ; the NFC device further being arranged to send, upon or after storing said device identifier, at least one software installation key through the NFC communication unit to the computing device , the NFC device further being arranged to prohibit overwriting and deleting the device identifier from the memory unit until the NFC device receives, through the NFC communication unit , a delete command from the computing device .
A urethral catheter device including a proximal tube having a first part of a first lumen configured for urine to flow therethrough; a distal tube having a second part of the first lumen configured for urine to flow therethrough; and a second lumen connecting the proximal tube and the distal tube; wherein the connection comprises an area of discontinuity between the first part and second part of the first lumen; characterized by at least one obstruction element configured to restrict the flow of urine through the area of discontinuity; wherein the area of discontinuity comprises a support element configured to resist axial movement of the distal tube relative to the proximal tube and vice versa; and wherein the area of discontinuity includes an opening operable for urine be flushed periodically out of the catheter. a proximal tube having a first part of a first lumen configured for urine to flow therethrough; a distal tube having a second part of the first lumen configured for urine to flow therethrough; and a second lumen connecting the proximal tube and the distal tube; wherein the connection comprises an area of discontinuity between the first part and second part of the first lumen; characterized by at least one obstruction element configured to restrict the flow of urine through the area of discontinuity; wherein the area of discontinuity comprises a support element configured to resist axial movement of the distal tube relative to the proximal tube and vice versa; and wherein the area of discontinuity includes an opening operable for urine be flushed periodically out of the catheter.
A method of transmitting a random access channel RACH preamble by a user equipment in a wireless communication system, the method comprising: receiving, from a base station, random access information, and transmitting, to the base station, the RACH preamble based on the random access information, wherein the RACH preamble has a first length that is equal to a total length of 2 or more orthogonal frequency division multiplexing OFDM symbols (OS#1-OS#14) used to transmit a data and/or control channel, wherein the RACH preamble consists of a cyclic prefix CP and a sequence part, the sequence part generated based on a Zadoff-Chu sequence, characterized in that the sequence part has a second length and the CP has a third length so that a sum of the second and third lengths is equal to the first length, and wherein the start and end of the RACH preamble are aligned with the start and end of the 2 or more OFDM symbols (OS#1-OS#14) in a time domain. receiving, from a base station, random access information, and transmitting, to the base station, the RACH preamble based on the random access information, wherein the RACH preamble has a first length that is equal to a total length of 2 or more orthogonal frequency division multiplexing OFDM symbols (OS#1-OS#14) used to transmit a data and/or control channel, wherein the RACH preamble consists of a cyclic prefix CP and a sequence part, the sequence part generated based on a Zadoff-Chu sequence, characterized in that the sequence part has a second length and the CP has a third length so that a sum of the second and third lengths is equal to the first length, and wherein the start and end of the RACH preamble are aligned with the start and end of the 2 or more OFDM symbols (OS#1-OS#14) in a time domain.
A pharmaceutical composition for topical delivery of a moisture activated nitric oxide releasing active pharmaceutical ingredient, the composition comprising: the moisture activated nitric oxide releasing active pharmaceutical ingredient, wherein the moisture activated nitric oxide releasing active pharmaceutical ingredient comprises a NO-releasing co-condensed silica particle; a hydrophobic base; and an amphiphilic compound, wherein the amphiphilic compound comprises a polyethylene glycol (PEG) caprylic/capric glyceride, wherein water is present in the composition at a concentration of less than 2% by weight of the composition. the moisture activated nitric oxide releasing active pharmaceutical ingredient, wherein the moisture activated nitric oxide releasing active pharmaceutical ingredient comprises a NO-releasing co-condensed silica particle; a hydrophobic base; and an amphiphilic compound, wherein the amphiphilic compound comprises a polyethylene glycol (PEG) caprylic/capric glyceride, wherein water is present in the composition at a concentration of less than 2% by weight of the composition.
Method for determining the age of an electrochemical energy storage unit, comprising the following steps: - providing a first quiescent voltage curve of the electrochemical energy storage unit, which is dependent on the state of charge of the electrochemical energy storage unit, as a reference; - ascertaining a second quiescent voltage curve of the electrochemical energy storage unit, which is dependent on the state of charge of the electrochemical energy storage unit; and - determining the age of the electrochemical energy storage unit by comparing the first and second quiescent voltage curves , characterized in that an area between the first and second quiescent voltage curves is used as comparison; and the area is formed by an integral, wherein the lower limit of the integral is determined by an intersection point of the two quiescent voltage curves and the upper limit of the integral is determined by at least one value for the state of charge. - providing a first quiescent voltage curve of the electrochemical energy storage unit, which is dependent on the state of charge of the electrochemical energy storage unit, as a reference; - ascertaining a second quiescent voltage curve of the electrochemical energy storage unit, which is dependent on the state of charge of the electrochemical energy storage unit; and - determining the age of the electrochemical energy storage unit by comparing the first and second quiescent voltage curves , characterized in that an area between the first and second quiescent voltage curves is used as comparison; and the area is formed by an integral, wherein the lower limit of the integral is determined by an intersection point of the two quiescent voltage curves and the upper limit of the integral is determined by at least one value for the state of charge.
A mobile station comprising: means for receiving allocation information, wherein the allocation information comprises information representing a number of resource block groups and information representing at least one position of allocated resource blocks; and means for identifying the allocated resource block based on the information representing a number of resource block groups, the information representing at least one position of allocated resource blocks and stored information representing an allocation resolution, the allocation resolution being a unit of resource block allocation, wherein the allocation resolution is determined when allocating at least one or more resource block groups, each resource block group including at least one or more resource blocks consecutive on a frequency axis, wherein a higher allocation resolution is defined for a larger number of resource block groups. means for receiving allocation information, wherein the allocation information comprises information representing a number of resource block groups and information representing at least one position of allocated resource blocks; and means for identifying the allocated resource block based on the information representing a number of resource block groups, the information representing at least one position of allocated resource blocks and stored information representing an allocation resolution, the allocation resolution being a unit of resource block allocation, wherein the allocation resolution is determined when allocating at least one or more resource block groups, each resource block group including at least one or more resource blocks consecutive on a frequency axis, wherein a higher allocation resolution is defined for a larger number of resource block groups.