mhurhangee/ep-ind-claims huggingface dataset:
A vacuum pump capable of determining timing of rotor blade replacement, the vacuum pump comprising: a rotor blade which is provided in a vacuum pump main body; sensors (9, 121) which are disposed in the vacuum pump main body and measure a physical quantity related to the rotor blade; a physical quantity extraction means for extracting the physical quantity which is measured by the sensors (9, 121) during an operation of the vacuum pump; characterised by: a setting means for setting, in advance, a fluctuation range of the physical quantity, the fluctuation range being set to a plurality of stages; a time acquisition means for acquiring total time of each of the plurality of stages when the physical quantity belongs to the stage during the operation of the vacuum pump and total time of all of the stages; a storage means for storing the total time of each stage and the total time of all of the stages which are acquired by the time acquisition means; and a display means for displaying the total time of each stage stored by the storage means or displaying a ratio of the total time of each stage to the total time of all of the stages, wherein one of the sensors (9, 121) is a temperature measurement means for measuring a temperature of the rotor blade and the other is a current amount measurement means for measuring a current amount of a current flowing through a motor which drives the rotor blade. a rotor blade which is provided in a vacuum pump main body; sensors (9, 121) which are disposed in the vacuum pump main body and measure a physical quantity related to the rotor blade; a physical quantity extraction means for extracting the physical quantity which is measured by the sensors (9, 121) during an operation of the vacuum pump; a setting means for setting, in advance, a fluctuation range of the physical quantity, the fluctuation range being set to a plurality of stages; a time acquisition means for acquiring total time of each of the plurality of stages when the physical quantity belongs to the stage during the operation of the vacuum pump and total time of all of the stages; a storage means for storing the total time of each stage and the total time of all of the stages which are acquired by the time acquisition means; and a display means for displaying the total time of each stage stored by the storage means or displaying a ratio of the total time of each stage to the total time of all of the stages, wherein one of the sensors (9, 121) is a temperature measurement means for measuring a temperature of the rotor blade and the other is a current amount measurement means for measuring a current amount of a current flowing through a motor which drives the rotor blade.
Drug delivery device defining a reservoir for containing a product, said drug delivery device having a distal end comprising an end-piece defining a channel providing a passageway for the transfer of the product from the reservoir, said drug delivery device comprising coupling means for coupling said end-piece with a connector, said coupling means comprising a collar defined around a portion of the end-piece and extending from the distal end, said coupling means further comprising connection means (10; 20) connectable to said collar and for coupling the end-piece with a connector, said connection means (10, 20) comprising a tubular wall portion having an interface (17; 24) defined thereon for engagement with an internal face of said collar, said connection means (10; 20) further comprising a retaining hook (13; 26) having engagement means (15; 27) engageable with at least part of an external face of said collar when said connection means (10, 20) is connected to said collar, characterized in that said connection means (10, 20) is made of a polyolefines material selected from the group comprising polyethylene, linear low density polyethylene, polypropylene and mixtures thereof and in that an inner face of said tubular wall is provided with a thread (16; 28) intended to cooperate with an external thread located on the connector in order to screw the connector to the drug delivery device.
Lift system comprising a car which can move in a lift shaft and a car roof with a walkable region, and with at least one safety element arranged in the region of a roof edge of the car roof for reducing the gap between the lift shaft and the car to protect people from falling into the lift shaft, wherein the safety element protrudes over the roof edge by a horizontal supernatant toward the outside, characterized in that the safety element comprises stop means for creating toe protection and for laterally limiting the walkable region, whereby the stop means are arranged in such a way that they are inwardly offset by a distance (D+S) in relation to an outer edge of the safety element.
A polyoxazoline-based electrolyte comprising quaternary ammonium groups, and further comprising secondary amine groups as crosslinking sites for the formation of a network which comprises the polyoxazoline-based electrolyte crosslinked with the epoxy resin through secondary amine groups of the polyoxazoline-based electrolyte, upon reaction with an epoxy resin.
A travel control method for a vehicle, in which a subject vehicle is controlled to autonomously travel on a road including intersections, the travel control method comprising: determining whether or not an intersection for the subject vehicle to seek to pass straight through is an offset intersection that is offset to right or left with respect to a direction straight ahead of the subject vehicle; characterized in that when the intersection is an offset intersection, controlling the subject vehicle to pass through the intersection at a lower speed than when the intersection is not an offset intersection. determining whether or not an intersection for the subject vehicle to seek to pass straight through is an offset intersection that is offset to right or left with respect to a direction straight ahead of the subject vehicle; characterized in that when the intersection is an offset intersection, controlling the subject vehicle to pass through the intersection at a lower speed than when the intersection is not an offset intersection.
A method for introducing objects into a smoking article, comprising the steps of: providing a reservoir (10;20;30) for holding the objects to be introduced into the smoking article; introducing the objects into a transfer chamber (11;21;31) that is arranged such that the objects are aligned into a single vertically arranged layer therein, delivering the objects in a rotatable wheel (12;22;32) to a location where the objects are to be introduced into the smoking article, the rotatable wheel arranged (12;22;32) adjacent the transfer chamber (11;21;31), and moving the objects from the single vertically arranged layer in the transfer chamber (11;21;31) in a direction towards or along a peripheral surface of the rotatable wheel (12;22;32), characterised in that moving the objects comprises moving the objects along a circulating path within the transfer chamber, with the circulating path at the peripheral surface of the rotatable wheel extending in the direction of rotation of the rotatable wheel along the peripheral surface, and wherein moving the objects along the circulating path is performed with the aid of a plurality of nozzles blowing air into the interior of the transfer chamber, the nozzles being arranged in a manner such as to generate an air stream causing the movement of the objects along the circulating path. providing a reservoir (10;20;30) for holding the objects to be introduced into the smoking article; introducing the objects into a transfer chamber (11;21;31) that is arranged such that the objects are aligned into a single vertically arranged layer therein, delivering the objects in a rotatable wheel (12;22;32) to a location where the objects are to be introduced into the smoking article, the rotatable wheel arranged (12;22;32) adjacent the transfer chamber (11;21;31), and moving the objects from the single vertically arranged layer in the transfer chamber (11;21;31) in a direction towards or along a peripheral surface of the rotatable wheel (12;22;32), characterised in that moving the objects comprises moving the objects along a circulating path within the transfer chamber, with the circulating path at the peripheral surface of the rotatable wheel extending in the direction of rotation of the rotatable wheel along the peripheral surface, and wherein moving the objects along the circulating path is performed with the aid of a plurality of nozzles blowing air into the interior of the transfer chamber, the nozzles being arranged in a manner such as to generate an air stream causing the movement of the objects along the circulating path.
Photoplethysmography device (10, 20) of the reflectance type, comprising at least one light source, at least one light sensor, and an interface layer (11,21), the interface layer (11, 21) being arranged for contacting the skin of a subject upon measurement, wherein the interface layer (11,21) includes a recess (12, 22) between the light source and the light sensor for preventing a light path between the light source and the light sensor within the interface layer (11, 21).
A split-and-mix synthesis method for synthesising a library of different bifunctional complexes comprising a small molecule and an identifier oligonucleotide identifying the reactants which have participated in the synthesis of the small molecule, wherein a plurality of nascent bifunctional complexes obtained after a first synthesis round are divided into multiple fractions, wherein, in each fraction, a nascent bifunctional complex is reacted sequentially or simultaneously with a different reactant and a corresponding oligonucleotide tag which identifies each different reactant, wherein oligonucleotide tags are assembled into an identifier oligonucleotide by chemical ligation or enzymatic ligation, wherein at least one oligonucleotide tag is added to a priming site of a nascent bifunctional complex by a ligation step performed by an enzyme comprising a ligase activity, wherein oligonucleotide tags and anti-tags are at least partly hybridised to each other, thereby forming a double stranded substrate for the enzyme comprising a ligase activity, wherein at least one oligonucleotide tag is covalently linked by the action of the enzyme comprising a ligase activity, wherein no oligonucleotide anti-tags are covalently linked as a result of said enzymatic action.
A surgical light for illuminating an operating area, comprising a housing-like light body which accommodates at least a first and a second light unit (2, 3) and comprising a first power supply line which is electrically connected to the first light unit in order to feed electric current from a first voltage source to at least one light source (6a, 6b) of the first light unit, characterized in that the second light unit of the light body has at least one further light source (7a, 7b) and is electrically conductively connected to a second power supply line, which is separate from the first power supply line, wherein by means of the second power supply line a second voltage source can be electrically connected to the second light unit.
Device for absorbing structure-borne sound, comprising at least one torque transmitting flange having two or more layers (5, 6, 7) of materials of different damping capacity and stiffness stacked on each other, wherein at least a portion of the torque transmitting flange has a radially jagged cross-sectional profile including two or more flanks (11 to 14) consecutively arranged in radial direction and alternately inclined to the radial direction, and wherein consecutive flanks (11 to 14) merge into each other by forming a corner (15, 16, 17), respectively.
A nozzle structure for discharging molten steel, comprising: a nozzle body having a molten steel discharge path therein, and comprising a plurality of nozzle refractory members arranged to divide the molten steel discharge path at one or more positions in an orthogonal direction with respect to an upward-downward direction and joined together through one or more joints, wherein at least one of the nozzle refractory members is configured to be detachable through a sliding movement in an orthogonal direction thereof or application of a mechanical load applied diagonally downward to the at least one nozzle refractory member during casting operation; and an inner bore sleeve formed of a refractory material, and provided on an inner bore surface of the nozzle body to extend in the upward-downward direction across at least one of the joints which joins said at least one detachable nozzle refractory member and an adjacent one of the remaining nozzle refractory members. a nozzle body having a molten steel discharge path therein, and comprising a plurality of nozzle refractory members arranged to divide the molten steel discharge path at one or more positions in an orthogonal direction with respect to an upward-downward direction and joined together through one or more joints, wherein at least one of the nozzle refractory members is configured to be detachable through a sliding movement in an orthogonal direction thereof or application of a mechanical load applied diagonally downward to the at least one nozzle refractory member during casting operation; and an inner bore sleeve formed of a refractory material, and provided on an inner bore surface of the nozzle body to extend in the upward-downward direction across at least one of the joints which joins said at least one detachable nozzle refractory member and an adjacent one of the remaining nozzle refractory members.
Conductor connection terminal for terminal connection of at least one electrical conductor, comprising at least one insulating housing and at least one contact insert which has at least one clamping spring and at least one busbar, wherein the clamping spring has a contact section and a clamping section which is designed to clamp the electrical conductor to the busbar and which is directly or indirectly connected to the contact section at a contact section-side end of the clamping section, wherein the clamping spring has at least one operating section which adjoins the clamping section and which is arranged at that end of the clamping section which is averted from the contact section-side end, wherein the operating section is in the form of an operating section to which a pressure force is to be applied, characterized in that the width of the clamping spring increases from the clamping section to the operating section.
Device for conveying thermoplastic preforms for use in a heat treatment oven, said device for conveying preforms having at least one main wheel and one auxiliary wheel, at least one of which is driven in rotation to move at least one transport means to which are movably connected a plurality of holding means each configured to interact with a preform, actuating means controlled to selectively move each of said holding means with respect to a preform - or vice versa - between an inactive position and an active holding position, characterized in that said actuating means have electric actuators which are built into said main wheel of the conveying device.
Method for connecting two sections of a district heating line, which comprise in each case a steel pipe for carrying a heat carrier, a casing pipe made of a thermoplastic synthetic material for encasing a heat insulator, and a thermoplastic connecting sleeve for the casing pipes, around the ends of which, after welding of the steel pipes, strips of an expanded metal grid are laid without play as an insert before the connecting sleeve is slid onto the casing pipes and the ends of the casing pipes are welded to the connecting sleeve by electrical heating of the inserts, characterised in that the strips laid around the ends of the casing pipes form end portions, each being caught on one another and overlapping one another in the circumferential direction, and are heated with the aid of induction coils surrounding the outside of the connecting sleeve.
A method for detecting notification of changes in system information during discontinuous reception, DRX, operation in a wireless communication system, the method in an access point (105, 905, 1100) comprising: the access point broadcasting a frame index, the frame index being used by legacy UE to determine a system frame number, SFN, in a legacy SFN range that defines occasions for legacy UEs to receive frames in a repeating frame cycle utilized for a first DRX mode by at least one legacy UE, the at least one legacy UE being configured to use only legacy SFN range; broadcasting a hyper frame index being used by non-legacy UE to determine a SFN in an extended SFN range that defines occasions for non-legacy UEs to receive frames in a repeating hyper frame cycle, each hyper frame cycle comprising a plurality of frame cycles of the first DRX cycle and utilized for a second DRX mode by at least one non-legacy UE, the at least one non-legacy UE being configured to use the extended SFN range; and transmitting a paging message during an extended system information modification period, wherein the extended system information modification period is greater than a system information modification period, wherein the system information modification period is defined by the first DRX cycle multiplied by a modification period coefficient, the system information modification period being used for broadcasting notification of changes to system information over the broadcast control channel according to modification period boundaries and wherein the paging message indicates an offset until a system information modification is due to occur. the access point broadcasting a frame index, the frame index being used by legacy UE to determine a system frame number, SFN, in a legacy SFN range that defines occasions for legacy UEs to receive frames in a repeating frame cycle utilized for a first DRX mode by at least one legacy UE, the at least one legacy UE being configured to use only legacy SFN range; broadcasting a hyper frame index being used by non-legacy UE to determine a SFN in an extended SFN range that defines occasions for non-legacy UEs to receive frames in a repeating hyper frame cycle, each hyper frame cycle comprising a plurality of frame cycles of the first DRX cycle and utilized for a second DRX mode by at least one non-legacy UE, the at least one non-legacy UE being configured to use the extended SFN range; and transmitting a paging message during an extended system information modification period, wherein the extended system information modification period is greater than a system information modification period, wherein the system information modification period is defined by the first DRX cycle multiplied by a modification period coefficient, the system information modification period being used for broadcasting notification of changes to system information over the broadcast control channel according to modification period boundaries and wherein the paging message indicates an offset until a system information modification is due to occur.
A driving method for an electrophoretic display comprising a first, viewing surface, a second, non-viewing surface and an electrophoretic fluid sandwiched between a common electrode adjacent the first surface and a layer of pixel electrodes adjacent the second surface, the electrophoretic fluid comprising first, second and third types of pigment particles, all dispersed in a solvent or solvent mixture, wherein (a) the three types of pigment particles (11, 12, 13) have optical characteristics differing from one another; (b) the first type of pigment particles and the second type of pigment particles carry opposite charge polarities; and (c) the third type of pigment particles has the same charge polarity as the second type of pigment particles but at a lower intensity, the method comprising: (i) applying a first driving voltage (V H2) to a pixel in the electrophoretic display for a first period of time (t4; t8; t26), wherein the first driving voltage (V H2) has a polarity which moves the first type of pigment particles adjacent the common electrode, causing the pixel to display the optical characteristic of the first type of pigment particles at the first surface; the method being characterized by: (ii) applying a second driving voltage (V') to the pixel for a second period of time (t5; t9; t28), wherein the second driving voltage (V') has a magnitude lower than that of the first driving voltage (V H2) and a polarity which moves the third type of pigment particles adjacent the common electrode, causing the pixel to display the optical characteristic of the third type of pigment particles at the first surface; and repeating steps (i) and (ii) alternately. (a) the three types of pigment particles (11, 12, 13) have optical characteristics differing from one another; (b) the first type of pigment particles and the second type of pigment particles carry opposite charge polarities; and (c) the third type of pigment particles has the same charge polarity as the second type of pigment particles but at a lower intensity, (i) applying a first driving voltage (V H2) to a pixel in the electrophoretic display for a first period of time (t4; t8; t26), wherein the first driving voltage (V H2) has a polarity which moves the first type of pigment particles adjacent the common electrode, causing the pixel to display the optical characteristic of the first type of pigment particles at the first surface; the method being characterized by: (ii) applying a second driving voltage (V') to the pixel for a second period of time (t5; t9; t28), wherein the second driving voltage (V') has a magnitude lower than that of the first driving voltage (V H2) and a polarity which moves the third type of pigment particles adjacent the common electrode, causing the pixel to display the optical characteristic of the third type of pigment particles at the first surface; and
An apparatus, comprising: a drive mechanism being one of a hex drive, a threaded bolt, and an adjustable screw; a first cylinder comprising a first piston coupled to the drive mechanism, the first cylinder comprising a first fluid reservoir and a second fluid reservoir, the first piston being disposed between the first fluid reservoir and the second fluid reservoir; a second cylinder comprising a second piston, the second cylinder comprising a third fluid reservoir and a fourth fluid reservoir, the second piston being disposed between the third fluid reservoir and the fourth fluid reservoir; a first fluid line coupling the first fluid reservoir to the fourth fluid reservoir; and a second fluid line coupling the second fluid reservoir to the third fluid reservoir; wherein the first piston comprises a threaded portion disposed in a threaded aperture of the first cylinder; and wherein the first piston is manually rotatable by the drive mechanism. a drive mechanism being one of a hex drive, a threaded bolt, and an adjustable screw; a first cylinder comprising a first piston coupled to the drive mechanism, the first cylinder comprising a first fluid reservoir and a second fluid reservoir, the first piston being disposed between the first fluid reservoir and the second fluid reservoir; a second cylinder comprising a second piston, the second cylinder comprising a third fluid reservoir and a fourth fluid reservoir, the second piston being disposed between the third fluid reservoir and the fourth fluid reservoir; a first fluid line coupling the first fluid reservoir to the fourth fluid reservoir; and a second fluid line coupling the second fluid reservoir to the third fluid reservoir; wherein the first piston comprises a threaded portion disposed in a threaded aperture of the first cylinder; and wherein the first piston is manually rotatable by the drive mechanism.