mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for measuring a zeta potential of a planar surface of a sample, the apparatus comprising: a sample holder having an opposed pair of electrodes (24, 26) and configured to hold the sample in position in a measurement volume between the electrodes (24, 26) such that the planar surface of the sample is aligned orthogonal to the electrode surfaces; a measurement chamber for containing a liquid electrolyte and having an open end configured to receive the sample holder to position the electrodes (24, 26) in a preset orientation; a laser light source positioned and configured to direct a laser beam through the measurement chamber between the electrodes (24, 26) and parallel to the planar surface of the sample when the sample holder is received in the measurement chamber; and a detector positioned and configured to detect scattered light from the measurement volume, wherein the apparatus is configured to allow for detection of the scattered light by the detector over a range of distances from the planar surface of the sample, characterized in that the sample holder includes an actuation mechanism supported by a static section, the actuation mechanism configured to adjust a position of the planar surface of the sample relative to the static section in a direction normal to the planar surface. a sample holder having an opposed pair of electrodes (24, 26) and configured to hold the sample in position in a measurement volume between the electrodes (24, 26) such that the planar surface of the sample is aligned orthogonal to the electrode surfaces; a measurement chamber for containing a liquid electrolyte and having an open end configured to receive the sample holder to position the electrodes (24, 26) in a preset orientation; a laser light source positioned and configured to direct a laser beam through the measurement chamber between the electrodes (24, 26) and parallel to the planar surface of the sample when the sample holder is received in the measurement chamber; and a detector positioned and configured to detect scattered light from the measurement volume, wherein the apparatus is configured to allow for detection of the scattered light by the detector over a range of distances from the planar surface of the sample, characterized in that the sample holder includes an actuation mechanism supported by a static section, the actuation mechanism configured to adjust a position of the planar surface of the sample relative to the static section in a direction normal to the planar surface.
An air conditioner device, comprising an air-conditioning air outlet panel and a decorative panel, wherein the air-conditioning air outlet panel comprises a plate body and a driving mechanism for driving the plate body to move, wherein the plate body comprises: a first plate body, provided with an air outlet grille; a second plate body, provided with a plurality of air outlet micro-pores; and a third plate body, provided with a closed area; wherein the decorative panel is provided with an opening and the driving mechanism drives the plate body to move and is configured to expose the air outlet grille on the first plate body, the air outlet micro-pores in the second plate body and the closed area on the third plate body at the opening of the decorative panel of the air conditioner device respectively, so as to enable the air conditioner device to be in different working states; and characterised in that at least two plate bodies of the first plate body, the second plate body and the third plate body move in relation to each other so that they are overlapped, in order to reduce a moving area of an entire plate body of the air-conditioning air outlet panel. the air-conditioning air outlet panel comprises a plate body and a driving mechanism for driving the plate body to move, wherein the plate body comprises: a first plate body, provided with an air outlet grille; a second plate body, provided with a plurality of air outlet micro-pores; and a third plate body, provided with a closed area; wherein the decorative panel is provided with an opening and the driving mechanism drives the plate body to move and is configured to expose the air outlet grille on the first plate body, the air outlet micro-pores in the second plate body and the closed area on the third plate body at the opening of the decorative panel of the air conditioner device respectively, so as to enable the air conditioner device to be in different working states; and characterised in that at least two plate bodies of the first plate body, the second plate body and the third plate body move in relation to each other so that they are overlapped, in order to reduce a moving area of an entire plate body of the air-conditioning air outlet panel.
Device for the nutrition of bees comprising a container and a nutritive material for feeding bees that forms a body which is of stable shape, said nutritive material being housed in said container, said container being shaped as a pan and being made up of a polymeric material suitable to maintain its shape under the weight of said nutritive material, wherein said polymeric material is also suitable to contain said nutritive material and to which the latter is fixable, wherein said container has an internal compartment with a first part in which is fixed said nutritive material and a second part free from said nutritive material, wherein said container is provided with an opening facing the second part of said compartment to allow bees accessing to the latter, the first part of said compartment being defined by the bottom of the pan and said opening being defined by a free edge of the side walls of the pan, opposite to said bottom; and wherein the second part of said compartment is delimited by rigid walls of said container, said rigid walls defining a support portion in such a way that in a use configuration wherein said device is supported on a support surface by said supporting portion, the second part of said compartment is positioned between said support surface and the nutritive material so that the latter is accessible from below, through said second part of said compartment; said device comprises a closure element fixed to said container so as to close said opening, characterized in that said polymeric material is selected from polypropylene, polyethylene and high density polyethylene.
A lighting apparatus, comprising: a driver; a bottom cover having a first central opening and a driver container for storing the driver; a light source module having multiple LED modules and a second central opening; a lens module having a third central opening and multiple diffusion lenses respectively placed above the multiple LED modules, wherein the lens module is fixed to the bottom cover to make the light source module, the driver, the lens module and the bottom cover as a portable module, and the first central opening, the second central opening and the third central opening together form a main central opening; a light passing cover; and a base plate for fixing to an installation platform, wherein the bottom cover is fixed to the base plate, and the base plate has multiple connectors (6662, 6663, 6664) for detachably connecting the light passing cover, wherein the bottom cover has an inner wall defining the first central opening, characterised in that the base plate has at least a central protruding unit for aligning the inner wall of the bottom cover, and there are multiple central protruding units (741, 742), each central protruding unit has an elastic hook (7411, 7421) for deforming when inserting the bottom cover to the base plate and for holding the bottom cover to the base plate with elastic force of the multiple central protruding units (741, 742). a driver; a bottom cover having a first central opening and a driver container for storing the driver; a light source module having multiple LED modules and a second central opening; a lens module having a third central opening and multiple diffusion lenses respectively placed above the multiple LED modules, wherein the lens module is fixed to the bottom cover to make the light source module, the driver, the lens module and the bottom cover as a portable module, and the first central opening, the second central opening and the third central opening together form a main central opening; a light passing cover; and a base plate for fixing to an installation platform, wherein the bottom cover is fixed to the base plate, and the base plate has multiple connectors (6662, 6663, 6664) for detachably connecting the light passing cover, wherein the bottom cover has an inner wall defining the first central opening, characterised in that the base plate has at least a central protruding unit for aligning the inner wall of the bottom cover, and there are multiple central protruding units (741, 742), each central protruding unit has an elastic hook (7411, 7421) for deforming when inserting the bottom cover to the base plate and for holding the bottom cover to the base plate with elastic force of the multiple central protruding units (741, 742).
A Lactobacillus paracasei strain selected from the group consisting of the Lactobacillus paracasei strain CHCC14676 that was deposited with the German Collection of Microorganisms and Cell Cultures (DSMZ) under accession No. DSM25612 and mutant strains derived thereof, wherein the mutant strains have substantially the same or improved antifungal properties as the strain deposited under accession No. DSM25612.
An apparatus for fragmenting a stone, the apparatus comprising: an endoscope comprising a working channel, where the working channel is configured to have a retrieval basket inserted therethrough; a laser fiber; a sheath comprising at least two lumens (46, 48), where a first one of the lumen is connected to the endoscope with a shaft of the endoscope extending through the first lumen, where a second one of the lumen is spaced from the shaft of the endoscope providing a channel proximate an exterior side of the shaft, where the second lumen has the laser fiber inserted therethrough; and a detection feedback system configured to deliver a low energy check pulse from the laser fiber and detect a response based upon the low energy check pulse, and configured to at least partially control delivery of a high energy laser pulse from the laser fiber to cause the stone to fragment. an endoscope comprising a working channel, where the working channel is configured to have a retrieval basket inserted therethrough; a laser fiber; a sheath comprising at least two lumens (46, 48), where a first one of the lumen is connected to the endoscope with a shaft of the endoscope extending through the first lumen, where a second one of the lumen is spaced from the shaft of the endoscope providing a channel proximate an exterior side of the shaft, where the second lumen has the laser fiber inserted therethrough; and a detection feedback system configured to deliver a low energy check pulse from the laser fiber and detect a response based upon the low energy check pulse, and configured to at least partially control delivery of a high energy laser pulse from the laser fiber to cause the stone to fragment.
Folding apparatus of an offset web-fed printing machine, with a first transport device in the form of a belt guide system for a web-shaped printing material, the first transport device being set up in such a way that belts thereof can be driven at a speed which corresponds to the speed of the web-shaped printing material, with a first cutting device, arranged in the region of the first transport device, the first cutting device being set up in such a way that it cuts through the web-shaped printing material in a variable format in those sections which are not covered by the belts of the first transport device, with a second transport device arranged downstream of the first transport device and designed as a belt guide system, the belts of which are offset transversely to the transport direction of the printed material relative to the belts of the first transport device, the second transport device being set up in such a way that belts thereof can be driven at a speed which is greater than the speed of the belts of the first transport device, with a second cutting device arranged in the region of the second transport device, the second cutting device being set up in such a way that, in order to cut off signatures, it cuts through the web-shaped printing material in a variable format in those sections which are covered by the belts of the first transport device, with a signature accelerator in order to accelerate the signatures separated from the web-shaped printing material from the speed of the belts of the first transport device to the speed of the belts of the second transport device. with a first transport device in the form of a belt guide system for a web-shaped printing material, the first transport device being set up in such a way that belts thereof can be driven at a speed which corresponds to the speed of the web-shaped printing material, with a first cutting device, arranged in the region of the first transport device, the first cutting device being set up in such a way that it cuts through the web-shaped printing material in a variable format in those sections which are not covered by the belts of the first transport device, with a second transport device arranged downstream of the first transport device and designed as a belt guide system, the belts of which are offset transversely to the transport direction of the printed material relative to the belts of the first transport device, the second transport device being set up in such a way that belts thereof can be driven at a speed which is greater than the speed of the belts of the first transport device, with a second cutting device arranged in the region of the second transport device, the second cutting device being set up in such a way that, in order to cut off signatures, it cuts through the web-shaped printing material in a variable format in those sections which are covered by the belts of the first transport device, with a signature accelerator in order to accelerate the signatures separated from the web-shaped printing material from the speed of the belts of the first transport device to the speed of the belts of the second transport device.
A system for assisting a marine vessel to maneuver, said system comprising: at least one tugboat suitable for assisting said marine vessel to maneuver, said tugboat comprising: a towing line attached to the tugboat at one end and attachable to the marine vessel at another end; a towing line force sensor; and a remote control unit configured for wirelessly controlling the operation of said at least one tugboat from a position remote from said at least one tugboat in dependence on sensor data from the towing line force sensor, said remote control unit being configured to transmit thrust commands wirelessly to said at least one tugboat in the form of a vector in relation to the hull of the assisted marine vessel, and said tugboat being configured to carry out thrust commands wirelessly received from said remote control unit with a required tension in the towing line. at least one tugboat suitable for assisting said marine vessel to maneuver, said tugboat comprising: a towing line attached to the tugboat at one end and attachable to the marine vessel at another end; a towing line force sensor; and a remote control unit configured for wirelessly controlling the operation of said at least one tugboat from a position remote from said at least one tugboat in dependence on sensor data from the towing line force sensor, a towing line attached to the tugboat at one end and attachable to the marine vessel at another end; a towing line force sensor; and a remote control unit configured for wirelessly controlling the operation of said at least one tugboat from a position remote from said at least one tugboat in dependence on sensor data from the towing line force sensor, said remote control unit being configured to transmit thrust commands wirelessly to said at least one tugboat in the form of a vector in relation to the hull of the assisted marine vessel, and said tugboat being configured to carry out thrust commands wirelessly received from said remote control unit with a required tension in the towing line.
Chemical detonator with a sleeve consisting of plastic that holds both an ignition pill connected with priming wires (3, 4), a primer composition and an incendiary agent as well as a pyrotechnic substance and is sealed towards the sleeve outlet with a stopper and towards the sleeve inlet with the priming wires (3, 4) through the ignition pill characterized in that the sleeve is surrounded by a tight fitting aluminum sleeve and the ignition pill is sealed against the funnel-shaped tapering inside wall of the sleeve with a casting compound.
A microwave oven comprising: a cooking compartment configured to accommodate food; a machine chamber provided at the inside thereof with a machine part to cook the food; a housing configured to accommodate the cooking compartment and the machine chamber; a bottom plate including a first region corresponding to the cooking compartment and a second region corresponding to the machine chamber, wherein the bottom plate is arranged to be spaced apart from a support surface on which the microwave oven is supported; and characterised by a cover member coupled to a first surface of the bottom plate that faces outside of the machine chamber by a fixing member to prevent a part of a user's body from being inserted into the space between the bottom plate and the support surface, wherein a plurality of fastening holes (15, 16) are formed through the bottom plate; the cover member is coupled to the outer side of the bottom plate by the fixing member passing through at least one of the plurality of fastening holes (15, 16); the bottom plate includes a groove part recessed towards the machine chamber; and wherein the cover member includes: a first blocking part coupled to a side edge of the bottom plate; and a second blocking part extending from the first blocking part and accommodated in the groove part. a cooking compartment configured to accommodate food; a machine chamber provided at the inside thereof with a machine part to cook the food; a housing configured to accommodate the cooking compartment and the machine chamber; a bottom plate including a first region corresponding to the cooking compartment and a second region corresponding to the machine chamber, wherein the bottom plate is arranged to be spaced apart from a support surface on which the microwave oven is supported; and characterised by a cover member coupled to a first surface of the bottom plate that faces outside of the machine chamber by a fixing member to prevent a part of a user's body from being inserted into the space between the bottom plate and the support surface, wherein a plurality of fastening holes (15, 16) are formed through the bottom plate; the cover member is coupled to the outer side of the bottom plate by the fixing member passing through at least one of the plurality of fastening holes (15, 16); the bottom plate includes a groove part recessed towards the machine chamber; and wherein the cover member includes: a first blocking part coupled to a side edge of the bottom plate; and a second blocking part extending from the first blocking part and accommodated in the groove part. a first blocking part coupled to a side edge of the bottom plate; and a second blocking part extending from the first blocking part and accommodated in the groove part.
Device for automatically calibrating thermometers, comprising - at least one temperature sensor, - at least one control means, - at least one evaluation and storage unit, - at least one positioning means and - at least one calibration means, wherein the calibration means comprises at least one fixed-point cell, and the positioning means comprises at least one first linear drive and is designed to move either the at least one temperature sensor and the calibration means or only the calibration means along at least one vertical axis of the device by means of the at least one first linear drive. - at least one temperature sensor, - at least one control means, - at least one evaluation and storage unit, - at least one positioning means and - at least one calibration means, wherein the calibration means comprises at least one fixed-point cell, and the positioning means comprises at least one first linear drive and is designed to move either the at least one temperature sensor and the calibration means or only the calibration means along at least one vertical axis of the device by means of the at least one first linear drive.
Motor vehicle with a vehicle body which has at least two rear longitudinal beams (3a, 3b) forming respectively one primary load path for collision forces, wherein the motor vehicle has a rear-end module pre-mounted as a subassembly, which rear-end module can be connected with the vehicle body after completion of the vehicle body shell in the context of the vehicle construction, wherein the rear-end module has per vehicle side at least one supporting structure (21a, 21b), for fastening chassis components of a rear wheel suspension, and a carrier structure (22a, 22b) extending from the supporting structure (21a, 21b) to the motor vehicle rear for absorbing collision forces, characterised in that the supporting structure (21a, 21b) together with the carrier structure (22a, 22b) form per vehicle side at least one secondary load path for collision forces and the supporting structure (21a, 21b) is releasably connectable with a second carrier structure (29a, 29b), wherein the second carrier structure (29a, 29b) extends forwards in a drive direction and at its front end portion (30a, 30b) is connected with a bottom structure of a passenger compartment of the vehicle body and the secondary load path is formed completed extending into the bottom structure of the vehicle body.
A method of producing a conjugate, comprising contacting an alkyne-linked payload, which optionally comprises a linking moiety between the alkyne and the payload, wherein the payload is a carbohydrate; with a polypeptide comprising one or more amino acid residues of the compound of formula II: wherein W 4 is C 1 -C 10 alkylene.
An exhaust gas recirculation venturi for use in an EGR system of an internal combustion engine, said EGR venturi comprising a body defining a converging inlet section, a throat, and an interior liquid heat exchange chamber adjacent to said throat, wherein the body includes a first sensor port in communication with the throat and a second sensor port in communication with the converging inlet section and wherein the first and the second sensor port (74, 76) are substantially surrounded by the heat exchange chamber.