mhurhangee/ep-ind-claims huggingface dataset:
A power generation apparatus comprising at least one magnet, the magnet or magnets being arranged to form a substantially cylindrical rotor about an axle; at least one electrically-conductive pickup arranged, in use, such that rotation of the magnet or magnets about the axle induces an electrical current in the pickup; a guide or drive means (12; 402; 512) along which, in use, the axle rolls to rotate the magnet; and means (164; 520) for moving the guide or drive means (12; 402; 512) to cause the axle to roll along it; and wherein the at least one electrically-conductive pickup is fixed relative to a stator, which stator at least partially surrounds the rotor, the apparatus being characterised in that the stator is rotatably connected to the axle such that the rotor and stator move in unison relative to the guide or drive means (12; 402; 512).
Food preparation kitchen appliance, comprising a working recipient, a main cover closing the working recipient, a member for driving in rotation arranged in the working recipient, an internal receptacle arranged in the working recipient, and an accessory rotating working tool arranged in the internal receptacle and driven in rotation by the member for driving in rotation, the internal receptacle comprising a lower bearing surface resting inside the working recipient, the internal receptacle comprising a tank having a bottom and a side wall, the side wall having an upper edge, characterised in that the internal receptacle comprises two foldable handles pivotably mounted between a folded position and a raised position, the two foldable handles being preferably arranged symmetrically with respect to the tank, and in that the main cover closing the working recipient bears against the foldable handles disposed in the folded position when the internal receptacle is in place in the working recipient.
A coal briquette manufacturing apparatus comprising a mixer forming a mixture of powdered coal and a binder, a gravity feeder connected to a lower end of the mixer and feeding the mixture, a molding device connected to a lower end of the gravity feeder and molding the mixture fed from the gravity feeder, and a crusher provided between the mixer and an upper end of the gravity feeder and crushing the mixture to be flown into the gravity feeder, characterized in that the crusher comprises rotation rotors (20, 21) rotatably provided in a housing and having crushing plates (22, 23) disposed at a distance from each other along the shaft direction, a driver rotating the rotation rotors (20, 21), and a scraper member provided in the housing and disposed in front surfaces of the crushing plates (22, 23) to scrape mixture attached to the crushing plates (22, 23).
A method to dynamically determine which instructions from a plurality of available instructions to issue in each clock cycle in a multithreaded processor capable of issuing a plurality of instructions in each clock cycle, comprising the steps of: determining a highest priority instruction from the plurality of available instructions; determining the compatibility of the highest priority instruction with each of the available instructions, wherein instructions are compatible with each other if they do not require the same resources; and issuing the highest priority instruction together with other instructions compatible with the highest priority instruction and with each other in the same clock cycle; characterised in that the highest priority instruction cannot be a speculative instruction, whereby speculative instructions are only issued with at least one non-speculative instruction, where a speculative instruction is an instruction fetched and/or issued based on a prediction of an outcome of an earlier instruction. determining a highest priority instruction from the plurality of available instructions; determining the compatibility of the highest priority instruction with each of the available instructions, wherein instructions are compatible with each other if they do not require the same resources; and issuing the highest priority instruction together with other instructions compatible with the highest priority instruction and with each other in the same clock cycle; characterised in that the highest priority instruction cannot be a speculative instruction, whereby speculative instructions are only issued with at least one non-speculative instruction, where a speculative instruction is an instruction fetched and/or issued based on a prediction of an outcome of an earlier instruction.
A current-mode driver circuit comprising: a first PMOS transistor having a gate terminal receiving an oscillating signal and a source terminal receiving a first supply voltage; a first NMOS transistor having a gate terminal receiving the oscillating signal and a source terminal receiving a second supply voltage; a second PMOS transistor having a source terminal coupled to a drain terminal of the first PMOS transistor and a drain terminal coupled to a common node; a second NMOS transistor having a source terminal coupled to a drain terminal of the first NMOS transistor, and a drain terminal coupled to the common node; and a control circuit adapted to increase conductivities of the second PMOS transistor and the second NMOS transistor (108, 110) in response to decreases in voltage swing of the common node, said control circuit further adapted to decrease the conductivities of the second PMOS transistor and the second NMOS transistor (108, 110) in response to increases in voltage swing of the common node; and wherein the control circuit comprises a first biasing circuit, said first biasing circuit comprising: a first current mirror; a first capacitor; and a first differential amplifier comprising a third NMOS transistor having a source terminal responsive to the voltage of the common node. a first PMOS transistor having a gate terminal receiving an oscillating signal and a source terminal receiving a first supply voltage; a first NMOS transistor having a gate terminal receiving the oscillating signal and a source terminal receiving a second supply voltage; a second PMOS transistor having a source terminal coupled to a drain terminal of the first PMOS transistor and a drain terminal coupled to a common node; a second NMOS transistor having a source terminal coupled to a drain terminal of the first NMOS transistor, and a drain terminal coupled to the common node; and a control circuit adapted to increase conductivities of the second PMOS transistor and the second NMOS transistor (108, 110) in response to decreases in voltage swing of the common node, said control circuit further adapted to decrease the conductivities of the second PMOS transistor and the second NMOS transistor (108, 110) in response to increases in voltage swing of the common node; and wherein the control circuit comprises a first biasing circuit, said first biasing circuit comprising: a first current mirror; a first capacitor; and a first differential amplifier comprising a third NMOS transistor having a source terminal responsive to the voltage of the common node. a first current mirror; a first capacitor; and a first differential amplifier comprising a third NMOS transistor having a source terminal responsive to the voltage of the common node.
Plastic antenna, designed as horn antenna or as parabolic antenna, for a fill level radar, comprising the plastic antenna: an antenna body made of a plastic material with an interior that forms a cavity, which comprises an opening; wherein a metallic coating is applied to the interior or a partial region of the interior of the antenna body for conducting electromagnetic waves; an encapsulation in form of a lens or a filling for closing the opening of the cavity; wherein the lens is connected to the plastic antenna by means of a screw connection, an adhesive, ultrasonic welding or neck element welding; wherein the encapsulation or the filling is designed to chemically protect the interior of the antenna body from external influences. an antenna body made of a plastic material with an interior that forms a cavity, which comprises an opening; wherein a metallic coating is applied to the interior or a partial region of the interior of the antenna body for conducting electromagnetic waves; an encapsulation in form of a lens or a filling for closing the opening of the cavity; wherein the lens is connected to the plastic antenna by means of a screw connection, an adhesive, ultrasonic welding or neck element welding; wherein the encapsulation or the filling is designed to chemically protect the interior of the antenna body from external influences.
A gas supply system comprising a gas pipe for transporting gas, an auxiliary device (14,16) arranged to the gas pipe, an enclosure for enclosing the gas pipe and the auxiliary device (14, 16), and an inlet and an outlet, in which gas supply system the gas pipe is arranged to extend inside the enclosure from the inlet of the enclosure to the outlet of the enclosure, characterized in that the enclosure is of tubular form comprising a tubular first part and a tubular second part (12"), and that the first part and the second part (12") are at least partly one inside the other and at least one of which is configured axially slideable in respect to the other, and that the enclosure is provided with an access opening (55,55'), wherein at least the other one of the first and the second part (12") is configured to cover the access opening (55,55') in its first axial position and uncover the access opening (55,55') in its second axial position. the first part and the second part (12") are at least partly one inside the other and at least one of which is configured axially slideable in respect to the other, and that the enclosure is provided with an access opening (55,55'), wherein at least the other one of the first and the second part (12") is configured to cover the access opening (55,55') in its first axial position and uncover the access opening (55,55') in its second axial position.
Apparatus for dispensing a target number of particles from a source of a suspension of said particles into a single collection vessel, said apparatus comprising: a particle detecting device that has a detecting area and that detects particles passing through said detecting area; said single collection vessel for collecting all particles so detected; a conveyance device for conveying said suspension from said source through said detecting area and into said single collection vessel; a device for diluting said suspension with a dilution liquid upstream of said single collection vessel; a controller for automated counting of particles passing through said detecting area and thereby obtaining a cumulative number of particles so detected, for comparing said cumulative number with said target number, and for generating a signal when said cumulative number equals said target number; and a shutoff device for interrupting flow of said suspension into said single collection vessel upon receipt of said signal. a particle detecting device that has a detecting area and that detects particles passing through said detecting area; said single collection vessel for collecting all particles so detected; a conveyance device for conveying said suspension from said source through said detecting area and into said single collection vessel; a device for diluting said suspension with a dilution liquid upstream of said single collection vessel; a controller for automated counting of particles passing through said detecting area and thereby obtaining a cumulative number of particles so detected, for comparing said cumulative number with said target number, and for generating a signal when said cumulative number equals said target number; and a shutoff device for interrupting flow of said suspension into said single collection vessel upon receipt of said signal.
A guider for conveying sheet objects, comprising: two side plates (16, 17); two wheel assemblies (12, 10) disposed in parallel between the two side plates (16, 17), a top passage plate being provided at tops of the two wheel assemblies (12, 10); a rise-lower passage plate provided among the two wheel assemblies (12, 10) and the top passage plate, wherein a horizontal passage is formed between the rise-lower passage plate and the top passage plate, and lateral passages are formed between the rise-lower passage plate and one of the two wheel assemblies as well as between the rise-lower passage plate and the other of the two wheel assemblies, and wherein the rise-lower passage plate is arranged hoistably and lowerably in the two side plates (16, 17); and a first driving device adapted to drive the rise-lower passage plate to move upwardly or downwardly; characterized in that the guider further comprises: a redirecting member hinged between the two lateral passages and configured to perform a switch between the two lateral passages; and a second driving device adapted to drive the redirecting member to rotate. two side plates (16, 17); two wheel assemblies (12, 10) disposed in parallel between the two side plates (16, 17), a top passage plate being provided at tops of the two wheel assemblies (12, 10); a rise-lower passage plate provided among the two wheel assemblies (12, 10) and the top passage plate, wherein a horizontal passage is formed between the rise-lower passage plate and the top passage plate, and lateral passages are formed between the rise-lower passage plate and one of the two wheel assemblies as well as between the rise-lower passage plate and the other of the two wheel assemblies, and wherein the rise-lower passage plate is arranged hoistably and lowerably in the two side plates (16, 17); and a first driving device adapted to drive the rise-lower passage plate to move upwardly or downwardly; characterized in that the guider further comprises: a redirecting member hinged between the two lateral passages and configured to perform a switch between the two lateral passages; and a second driving device adapted to drive the redirecting member to rotate. a redirecting member hinged between the two lateral passages and configured to perform a switch between the two lateral passages; and a second driving device adapted to drive the redirecting member to rotate.
A base station, comprising: control circuitry, which, in operation, determines a transmission method for transmitting feedback information including a response signal for uplink data, based on a configured grant configuration configured for a terminal; and transmission circuitry, which, in operation, transmits the feedback information based on the transmission method, wherein the feedback information includes a first HARQ-ACK information of a first configured grant transmission and a second HARQ-ACK information of a second configured grant transmission, wherein the first configured grant transmission is configured to operate by a higher layer signaling and the second configured grant transmission is configured to operate by activation downlink control information, DCI, after a reception of the higher layer signaling, and wherein the feedback information indicates the HARQ-ACK information for each HARQ process used for the first configured grant transmission and the second configured grant transmission, by using a bitmap. control circuitry, which, in operation, determines a transmission method for transmitting feedback information including a response signal for uplink data, based on a configured grant configuration configured for a terminal; and transmission circuitry, which, in operation, transmits the feedback information based on the transmission method, wherein the feedback information includes a first HARQ-ACK information of a first configured grant transmission and a second HARQ-ACK information of a second configured grant transmission, wherein the first configured grant transmission is configured to operate by a higher layer signaling and the second configured grant transmission is configured to operate by activation downlink control information, DCI, after a reception of the higher layer signaling, and wherein the feedback information indicates the HARQ-ACK information for each HARQ process used for the first configured grant transmission and the second configured grant transmission, by using a bitmap.
A method for producing a value, security or identity document which has a smart card with a card body, wherein, in the card body, there are provided at least one sensor (114, 116) for detecting environmental parameters, a memory coupled to the sensor (114, 116), which memory stores the detected values of the environmental parameters of the sensor (114, 116), a chip on which the person- and/or document-specific information may be stored, as well as at least one interface for reading the memory and/or the chip, said method comprising the following steps: - providing the sensor (114, 116), the memory as well as the interface; - producing the card body, wherein at least portions of the sensor (114, 116), the memory and the interface are arranged in the card body, wherein the card body is laminated, injection moulded, or produced in a 3D printing method; and - detecting environmental parameters with the sensor (114, 116) during the production of the card body and storing the detected values of the environmental parameters in the memory. - providing the sensor (114, 116), the memory as well as the interface; - producing the card body, wherein at least portions of the sensor (114, 116), the memory and the interface are arranged in the card body, wherein the card body is laminated, injection moulded, or produced in a 3D printing method; and - detecting environmental parameters with the sensor (114, 116) during the production of the card body and storing the detected values of the environmental parameters in the memory.
An aqueous suspension comprising a mineral pigment material, and at least one modified polysaccharide having a degree of carboxylation in the range from 0.6 to 2.0 and an intrinsic viscosity in the range from 3 to 300 ml/g, wherein the carbon of the at least one modified polysaccharide shows a rate of nuclear transformation of 14 C to 14 N in the range from 400 to 890 transformations per hour and per gram carbon, wherein the at least one modified polysaccharide is present in an amount from 0.05 wt.-% to 5.0 wt.-%, based on the total weight of the solids in the suspension, the Brookfield viscosity of the aqueous suspension is between 50 and 1500 mPa·s at 20°C, and the solids content of the suspension is from more than 50 to 82 wt.-%, based on the total weight of the suspension.
A cistern with a cover for a toilet, wherein an actuation device is provided for a drain valve arranged on the bottom of the cistern and has a strut (4a, 4b), wherein the actuation device is fastened with a threaded sleeve insertable from outside and extending at least partially through the cover, in the opening thereof, and with a housing of the actuation device arranged on the inside of the cover, wherein at least one bracket is formed on the housing for a strut (4a, 4b), which is variable in length and connectable, by means of toothing for a stepped snap-in connection, to the drain valve such that the cover is held securely on the cistern, wherein furthermore an elastic compensation element is arranged between the underside of the cover and the housing such that the depth to which the threaded sleeve is screwed into the housing remains the same regardless of the thickness of the cover and an adaptation of at least one button in the threaded sleeve is thus unnecessary, wherein at least two diametrically opposed spring tongues are arranged on the housing of the actuation device as an elastic compensation element, characterized in that radial projections are formed on a ring body of the housing, which body abuts via two diametrically opposite leaf springs with a central housing of the actuation device and with two diametrically opposite spring tongues on the cover such that the stepped snap-in connection is elastically compensated.
A labeling sleeve halving a positioning zone (3 1) for positioning at least one article, the labelling sleeve comprising at least one sleeve made of stretchable plastics material shaped to be fitted around at least one container, the sleeve comprising firstly at least one flap that is movable about a hinge, and secondly opening means for opening the movable flap so that it occupies an open position, the sleeve being characterized in that the movable flap presents dimensions that are greater than or equal to the positioning zone (3 1) in order to occupy a position in which it completely covers the positioning zone (3 1) in order to prevent direct access to the article, and the positioning zone (3 1) corresponding to a portion of the inside face of the sleeve or of the movable flap in order to hold the article, the sleeve being provided with at least one cutout or as opening means, with at least one pre-cut, the cutout and the pre-cut being arranged to coincide with at least a portion of the positioning zone (3 1), the movable flap being made either by the pre-cut provided in the sleeve, or by a sheet of plastics material fastened to the sleeve and provided with opening means for opening the movable flap about the hinge, or by at least one pre-cut forming the opening means and made out of a sheet of plastics material fastened to the sleeve and arranged to coincide with at least a portion of the positioning zone (3 1), the labeling sleeve including at least one tamperproofing indicator for the article, making it possible to see whether the movable flap has been opened.
Self-piercing rivet with a head and a shank which has a shank diameter (Ds), wherein, at a foot end opposite the head, the shank has an axial recess which has an axial depth and the shank further comprises an annular piercing edge, wherein the recess has a recess volume, wherein a ratio of recess volume to volume of the shank and the head is between 0.06 and 0.08, characterized in that the rivet is a cold formed part without any heat or surface treatment and the recess is arc-shaped.
A cargo bike transport carrier, comprising at least one seat element arranged inside the cargo bike transport carrier, and a holding means (78, 80, 82) for the seat element, wherein the holding means comprises at least one holding element (78, 80, 82) in particular for absorbing large loads, wherein the at least one holding element (78, 80, 82) comprises a connecting bracket connected to the seat element at shoulder level, characterized in that the at least one holding element (78, 80, 82) comprises at least one connecting bar (80, 82) connected to the seat element in a lower region. at least one seat element arranged inside the cargo bike transport carrier, and a holding means (78, 80, 82) for the seat element, wherein the holding means comprises at least one holding element (78, 80, 82) in particular for absorbing large loads, wherein the at least one holding element (78, 80, 82) comprises a connecting bracket connected to the seat element at shoulder level, characterized in that the at least one holding element (78, 80, 82) comprises at least one connecting bar (80, 82) connected to the seat element in a lower region.