mhurhangee/patent-ind-claim-en huggingface dataset:
A conveyor device comprising: - at least one moving member ; - a plurality of containers carried by said at least one moving member and arranged one after the other, in which each container is configured to hold and carry at least one object along a path in a direction of advancement, wherein each container comprises at least two lateral containment walls for at least one object , wherein each lateral containment wall extends in length in a longitudinal direction that is transverse to said direction of advancement; - for each container , at least one rotating element configured to receive and support at least one object in such a way that a rotation of said at least one rotating element causes a rotation of the supported object ; characterized in that , for each container , said at least two lateral containment walls are configured so as to be movable one with respect to the other so that it is possible to vary their reciprocal distance considered along said direction of advancement. - at least one moving member ; - a plurality of containers carried by said at least one moving member and arranged one after the other, in which each container is configured to hold and carry at least one object along a path in a direction of advancement, wherein each container comprises at least two lateral containment walls for at least one object , wherein each lateral containment wall extends in length in a longitudinal direction that is transverse to said direction of advancement; - for each container , at least one rotating element configured to receive and support at least one object in such a way that a rotation of said at least one rotating element causes a rotation of the supported object ;
A printing assembly for providing an image on a medium , the printing assembly comprising: a) a print station for providing a recording substance on the medium for forming the image, the recording substance releasing a gaseous emission (GE, GE1, GE2) after application on the medium; and b) an air stream supply unit and an air stream pick-up unit for generating an air stream from the air stream supply unit to the air stream pick-up unit, characterized in that the printing assembly defines a printing assembly space (PAS), the print station being positioned in said printing assembly space and the printing assembly space being separated from a surroundings (SUR) of the printing assembly by the air stream, the air stream being substantially planar and being positioned between a printed part of the medium arranged in the printing assembly space, on which printed part the recording substance is provided, and the surroundings of the printing assembly. a) a print station for providing a recording substance on the medium for forming the image, the recording substance releasing a gaseous emission (GE, GE1, GE2) after application on the medium; and b) an air stream supply unit and an air stream pick-up unit for generating an air stream from the air stream supply unit to the air stream pick-up unit, characterized in that the printing assembly defines a printing assembly space (PAS), the print station being positioned in said printing assembly space and the printing assembly space being separated from a surroundings (SUR) of the printing assembly by the air stream,
Method for coupled operation of electrically operable gardening tools, wherein - a first electrically operable gardening tool , which comprises a first battery pack , is operated in an active operating mode; characterized in that - an activation of a second electrically operable gardening tool is detected by means of a second battery pack of the second gardening tool ; - activation information is transferred from the second battery pack to the first battery pack when the activation of the second gardening tool has been detected; - the active operating mode of the first gardening tool is terminated by means of the first battery pack depending on the activation information. - a first electrically operable gardening tool , which comprises a first battery pack , is operated in an active operating mode; characterized in that - an activation of a second electrically operable gardening tool is detected by means of a second battery pack of the second gardening tool ; - activation information is transferred from the second battery pack to the first battery pack when the activation of the second gardening tool has been detected; - the active operating mode of the first gardening tool is terminated by means of the first battery pack depending on the activation information.
Planishing roll comprising a surface structure, in particular for producing flat products consisting of a metal material, in particular consisting of a steel material, characterised in that the surface structure has a material proportion of 2% at a depth of 0.2 μm to 9 μm, preferably at a depth of 0.8 μm to 5.5 μm, the depth is measured starting from a zero line (N) in the direction of an axis of rotation (D) of the planishing roll , the zero line (N) extends in parallel with the axis of rotation (D) of the planishing roll and the zero line (N) is displaced starting from the surface of the planishing roll in the direction of the axis of rotation (D) of the planishing roll until its material proportion is 0.1%.
A system for manufacturing a therapeutic microneedle configured to regulate an air environment within a coating chamber for manufacturing a therapeutic microneedle by coating a microneedle with a coating liquid containing a drug, characterized in that the system for manufacturing a therapeutic microneedle comprises: an air compressor ; a humidity regulator configured to regulate humidity of air supplied from the air compressor to 70% (RH) or more; and an air filter configured to eliminate microorganisms from air to be supplied to the inside of the coating chamber . an air compressor ; a humidity regulator configured to regulate humidity of air supplied from the air compressor to 70% (RH) or more; and an air filter configured to eliminate microorganisms from air to be supplied to the inside of the coating chamber .
A heating element, comprising: a transparent substrate; two bus bars; a power supply connected to the bus bars; a heat emitting pattern line provided on the transparent substrate and electrically connected to the bus bars; and a non-heat emitting pattern line provided on the transparent substrate and not electrically connected to the bus bars, wherein the two bus bars are not arranged parallel to each other; and characterized in that the non-heat emitting pattern lines are arranged between the heat emitting pattern lines. a transparent substrate; two bus bars; a power supply connected to the bus bars; a heat emitting pattern line provided on the transparent substrate and electrically connected to the bus bars; and a non-heat emitting pattern line provided on the transparent substrate and not electrically connected to the bus bars, wherein the two bus bars are not arranged parallel to each other; and characterized in that the non-heat emitting pattern lines are arranged between the heat emitting pattern lines.
A method for a wind turbine in an emergency mode comprising the following steps: a) detecting a change in a wind direction and/ a change in at least one force exerted on the wind turbine, b) maintaining the yaw angle of the yaw setting, and c) adjusting at least one of the rotor blades in dependence on the detected change characterized in that the wind speed is determined and step c) is carried out only when the wind speed is above a predefined wind speed threshold value. a) detecting a change in a wind direction and/ a change in at least one force exerted on the wind turbine, b) maintaining the yaw angle of the yaw setting, and c) adjusting at least one of the rotor blades in dependence on the detected change
A snubber circuit comprising: a snubber substrate comprising an electrically insulating carrier and an electrically conducting structured metal layer applied thereon, the electrically conducting structured metal layer of the snubber substrate including two segments; two electrically resistive layers having two opposing ends, each resistive layer being carried by and electrically connected on one end to one of the two segments of the electrically conducting structured metal layer of the snubber substrate ; and a capacitor disposed on the electrically resistive layers and having two terminals at two opposite, lateral ends, each terminal being electrically connected to another end of one of the electrically resistive layers , characterized in that each of the two electrically resistive layers comprises or consists of doped semiconductor material. a snubber substrate comprising an electrically insulating carrier and an electrically conducting structured metal layer applied thereon, the electrically conducting structured metal layer of the snubber substrate including two segments; two electrically resistive layers having two opposing ends, each resistive layer being carried by and electrically connected on one end to one of the two segments of the electrically conducting structured metal layer of the snubber substrate ; and a capacitor disposed on the electrically resistive layers and having two terminals at two opposite, lateral ends, each terminal being electrically connected to another end of one of the electrically resistive layers , characterized in that each of the two electrically resistive layers comprises or consists of doped semiconductor material.
A method, comprising: receiving, at a blood analyzer machine , user input indicative of a clinical setting of a patient that provided a blood sample; receiving, at the blood analyzer machine , the blood sample of the patient; performing, by the blood analyzer machine , one or more blood characteristic tests on the blood sample for providing blood test result data; selecting, by the blood analyzer machine, a particular rule-based algorithm from a plurality of rule-based algorithms accessible to the blood analyzer machine in response to the user input indicative of the clinical setting of the patient relating to surgery, trauma or GI bleeding, accessing algorithm-specific test parameter threshold values, including thromboelastometry test parameter threshold values; applying by the blood analyzer machine the particular rule-based algorithm to interpret thromboelastometry data of the patient using the algorithm-specific test parameter threshold values; and displaying, using a user interface of the blood analyzer machine , one or more messages indicative of a health condition based on the step of applying the particular rule-based algorithm. receiving, at a blood analyzer machine , user input indicative of a clinical setting of a patient that provided a blood sample; receiving, at the blood analyzer machine , the blood sample of the patient; performing, by the blood analyzer machine , one or more blood characteristic tests on the blood sample for providing blood test result data; selecting, by the blood analyzer machine, a particular rule-based algorithm from a plurality of rule-based algorithms accessible to the blood analyzer machine in response to the user input indicative of the clinical setting of the patient relating to surgery, trauma or GI bleeding, accessing algorithm-specific test parameter threshold values, including thromboelastometry test parameter threshold values; applying by the blood analyzer machine the particular rule-based algorithm to interpret thromboelastometry data of the patient using the algorithm-specific test parameter threshold values; and displaying, using a user interface of the blood analyzer machine , one or more messages indicative of a health condition based on the step of applying the particular rule-based algorithm.
Assembly comprising a plurality of sleeves for documents and a grouping member for said plurality of sleeves from which each sleeve may be extracted individually, each said sleeve being formed by two rectangular panels of plastics material joined to each other along at least two neighboring sides ; characterized in that said grouping member comprises a trunk formed by a plurality of superposed marginal strips held applied against each other by welds or staples or rivets, each said marginal strip being joined, along one side , by a linear frangible zone , to one side of a said sleeve , each said sleeve thus being individually associated with one of said marginal strips , said sleeves being held together by said trunk , each said sleeve being detachable from said trunk by the tearing of said linear frangible zone joining said sleeve and said associated marginal strip .
A method for foveated rendering comprising: accessing first pixels from a first buffer of an electronic device , wherein values of the first pixels represent a high-acuity region in an image ; accessing second pixels from a second buffer of the electronic device, wherein values of the second pixels represent a low-acuity region in the image; reorganizing the first pixels; multiplexing the reorganized first pixels and the second pixels to form a display stream; and compressing the display stream for transmission to a display ; wherein the first pixels are organized as a set of first pixel lines in the first buffer, wherein the second pixels are organized as a set of second pixel lines in the second buffer, characterized in that said reorganizing the first pixels is based on at least one dimension of the low-acuity region and comprises concatenating subsets of the set of first pixel lines to form modified first pixel lines including a number of first pixels that is equal to a number of second pixels in the second pixel lines. accessing first pixels from a first buffer of an electronic device , wherein values of the first pixels represent a high-acuity region in an image ; accessing second pixels from a second buffer of the electronic device, wherein values of the second pixels represent a low-acuity region in the image; reorganizing the first pixels; multiplexing the reorganized first pixels and the second pixels to form a display stream; and compressing the display stream for transmission to a display ; wherein the first pixels are organized as a set of first pixel lines in the first buffer, wherein the second pixels are organized as a set of second pixel lines in the second buffer,
A dipole antenna array including at least a first and second dipole antenna sub-array, wherein each dipole antenna sub-array includes a plurality of co-planar antenna units, each antenna unit including a pair of dipole radiating elements and a balun having an output line for providing output electrical signals to the pair of dipole radiating elements , the at least first and second dipole antenna sub-arrays being in a mutually orthogonal arrangement, and in which the first and second dipole antenna sub-arrays are separate elements conjoined together in the mutually orthogonal arrangement and in which the first and second dipole antenna sub-arrays are slotted together in the mutually orthogonal arrangement using a plurality of slots formed in at least one of the first and second dipole antenna sub-arrays and in which the first dipole antenna sub-array has slots formed therein, in which each slot extends between the dipole radiating elements of an antenna unit and in which each antenna unit which has a slot extending between its dipole radiating elements has its balun arranged so that at least the output line is inclined with respect to the slot and wherein each balun is displaced laterally by half of an antenna unit spacing in order to avoid orthogonal sub-arrays dissecting the balun , and wherein the baluns each include a slotline which is coupled to an input line and the output line .
A bulkhead joint assembly for a bulkhead having a web body that includes a forward side , an aft side , a crown periphery , first side periphery , second side periphery , and keel periphery , said assembly comprising: a crown strap section at the crown periphery of the bulkhead configured to secure to an aft section of a fuselage and a forward section of the fuselage and extend past the bulkhead of the fuselage ; a keel strap section at the keel periphery of the bulkhead configured to secure to the aft section of the fuselage and the forward section of the fuselage and extend past the bulkhead of the fuselage ; a chord engaging and secured to the crown strap section , wherein the chord is configured to extend along the crown periphery of the bulkhead to transfer a load from the bulkhead in shear between the chord and the crown strap section ; a chord engaging and secured to the keel strap section , wherein the chord is configured to extend along the keel periphery of the bulkhead to transfer a load from the bulkhead in shear between the chord and the keel strap section ; and a T-shaped chord section configured to engage and to be secured to the web body of the bulkhead, to the aft section and to the forward section between the keel strap section and the chord at the keel periphery of the bulkhead and the crown strap section and the chord at the crown periphery of the bulkhead . a crown strap section at the crown periphery of the bulkhead configured to secure to an aft section of a fuselage and a forward section of the fuselage and extend past the bulkhead of the fuselage ; a keel strap section at the keel periphery of the bulkhead configured to secure to the aft section of the fuselage and the forward section of the fuselage and extend past the bulkhead of the fuselage ; a chord engaging and secured to the crown strap section , wherein the chord is configured to extend along the crown periphery of the bulkhead to transfer a load from the bulkhead in shear between the chord and the crown strap section ; a chord engaging and secured to the keel strap section , wherein the chord is configured to extend along the keel periphery of the bulkhead to transfer a load from the bulkhead in shear between the chord and the keel strap section ; and a T-shaped chord section configured to engage and to be secured to the web body of the bulkhead, to the aft section and to the forward section between the keel strap section and the chord at the keel periphery of the bulkhead and the crown strap section and the chord at the crown periphery of the bulkhead .
Dental handpiece comprising an elongate grip sleeve and a piezoelectric drive unit mounted in the grip sleeve for the purpose of generating vibrations that are to be transmitted to a dental tool , wherein an interior encapsulated in a fluid-tight manner is formed between the piezoelectric drive unit and a housing , characterized in that at least one electrical conductor is routed from a rear end of the drive unit to a front end of the drive unit , wherein the electrical conductor is routed between the outer side of the housing and the inner side of the grip sleeve .
A resonant sensor comprising: a substrate ; a proof mass suspended from the substrate to allow for relative movement between the proof mass and the substrate along at least one sensitive axis; at least one resonant element coupled to the proof mass ; an electrode assembly adjacent to the at least one resonant element ; drive and sense circuitry connected to the electrode assembly configured to drive the electrode assembly to cause the at least one resonant element to resonate, wherein a measure of acceleration of the proof mass can be determined from changes in the resonant behaviour of the at least one resonant element ; a substrate electrode on the substrate , adjacent to the proof mass ; and electric circuitry connected to the substrate electrode configured to apply a voltage to the substrate electrode providing an electrostatic force on the proof mass . a substrate ; a proof mass suspended from the substrate to allow for relative movement between the proof mass and the substrate along at least one sensitive axis; at least one resonant element coupled to the proof mass ; an electrode assembly adjacent to the at least one resonant element ; drive and sense circuitry connected to the electrode assembly configured to drive the electrode assembly to cause the at least one resonant element to resonate, wherein a measure of acceleration of the proof mass can be determined from changes in the resonant behaviour of the at least one resonant element ; a substrate electrode on the substrate , adjacent to the proof mass ; and electric circuitry connected to the substrate electrode configured to apply a voltage to the substrate electrode providing an electrostatic force on the proof mass .
A sealed refrigerant compressor (10A; 10B) comprising: a sealed container in which lubricating oil is reserved in a lower portion inside the sealed container ; an electric component (20A; 20B) accommodated in the sealed container ; and a compression component accommodated in the sealed container and configured to be driven by the electric component (20A; 20B), wherein the compression component includes: a crankshaft including a main shaft part , an eccentric shaft part and an oil feeding passage , a cylinder , and a piston coupled to the eccentric shaft part and being reciprocatable inside the cylinder , the electric component (20A; 20B) comprising a rotor (22A; 22B) to which the main shaft part is secured, and characterized by the rotor (22A; 22B) being provided with a balance hole which adjusts an unbalanced load caused by a structure of the main shaft part , wherein a position of center of mass (W1) of the oil feeding passage is deviated from a center axis (Z1) of the main shaft part , wherein the balance hole is provided in a semicircular column region of the rotor (22A; 22B) which is located on a side opposite to the position of center of mass (W1) of the oil feeding passage , with respect to the center axis (Z1) of the main shaft part which is located between the balance hole and the position of center of mass (W1) of the oil feeding passage . a sealed container in which lubricating oil is reserved in a lower portion inside the sealed container ; an electric component (20A; 20B) accommodated in the sealed container ; and a compression component accommodated in the sealed container and configured to be driven by the electric component (20A; 20B), wherein the compression component includes: a crankshaft including a main shaft part , an eccentric shaft part and an oil feeding passage , a cylinder , and a piston coupled to the eccentric shaft part and being reciprocatable inside the cylinder , the electric component (20A; 20B) comprising a rotor (22A; 22B) to which the main shaft part is secured, and characterized by the rotor (22A; 22B) being provided with a balance hole which adjusts an unbalanced load caused by a structure of the main shaft part , wherein a position of center of mass (W1) of the oil feeding passage is deviated from a center axis (Z1) of the main shaft part , wherein the balance hole is provided in a semicircular column region of the rotor (22A; 22B) which is located on a side opposite to the position of center of mass (W1) of the oil feeding passage , with respect to the center axis (Z1) of the main shaft part which is located between the balance hole and the position of center of mass (W1) of the oil feeding passage .