mhurhangee/ep-ind-claims huggingface dataset:
Hermetic reciprocating compressor for a mobile application provided with a movement limiting assembly, comprising: at least one compression unit movably disposed inside a hermetic housing; at least one lower suspension system between the at least one compression unit and the hermetic housing; at least one movement limiting assembly constituted by at least one upper end stop and at least one housing body; the at least one upper end stop being attached to an inside upper portion of the hermetic housing; the at least one housing body being attached to the at least one compression unit and comprising at least a housing cavity; the compressor being characterized in that: the housing cavity further provides an equalizing orifice; at least one damping structure housed inside the housing cavity of the housing body is further provided; said at least one damping structure comprising at least a surrounding wall and at least one bottom plate; the housing cavity comprising a cavity surrounding wall and a cavity bottom plate; and the equalizing orifice is disposed on the cavity bottom plate of the housing cavity. at least one compression unit movably disposed inside a hermetic housing; at least one lower suspension system between the at least one compression unit and the hermetic housing; at least one movement limiting assembly constituted by at least one upper end stop and at least one housing body; the at least one upper end stop being attached to an inside upper portion of the hermetic housing; the at least one housing body being attached to the at least one compression unit and comprising at least a housing cavity; the compressor being characterized in that: the housing cavity further provides an equalizing orifice; at least one damping structure housed inside the housing cavity of the housing body is further provided; said at least one damping structure comprising at least a surrounding wall and at least one bottom plate; the housing cavity comprising a cavity surrounding wall and a cavity bottom plate; and the equalizing orifice is disposed on the cavity bottom plate of the housing cavity. the housing cavity further provides an equalizing orifice; at least one damping structure housed inside the housing cavity of the housing body is further provided; said at least one damping structure comprising at least a surrounding wall and at least one bottom plate; the housing cavity comprising a cavity surrounding wall and a cavity bottom plate; and the equalizing orifice is disposed on the cavity bottom plate of the housing cavity.
A method of sequencing a target polynucleotide, comprising: providing within an assay region a sensitive detection nanostructure that generates a signal related to a property of the nanostructure within the assay region, wherein the nanostructure is coupled to a means for detecting the signal; hybridizing within the assay region a primer to the target polynucleotide, such that the resulting primer-target polynucleotide is operably coupled to the nanostructure; adding one or more nucleotides and a polymerase to the primer-target polynucleotide within the assay region under conditions that support polymerization of a nascent chain when at least one of the added nucleotides is complimentary to the base on the target polynucleotide downstream of the primer, wherein the added nucleotide comprises a charge mass reporter moiety and a linker, wherein the charge mass reporter moiety is configured to protrude out from the nascent chain so as to reach down toward the sensitive detection nanostructure; and detecting upon addition of said one or more nucleotides a change in the signal that is characteristic of the at least one nucleotide added to the nascent chain. providing within an assay region a sensitive detection nanostructure that generates a signal related to a property of the nanostructure within the assay region, wherein the nanostructure is coupled to a means for detecting the signal; hybridizing within the assay region a primer to the target polynucleotide, such that the resulting primer-target polynucleotide is operably coupled to the nanostructure; adding one or more nucleotides and a polymerase to the primer-target polynucleotide within the assay region under conditions that support polymerization of a nascent chain when at least one of the added nucleotides is complimentary to the base on the target polynucleotide downstream of the primer, wherein the added nucleotide comprises a charge mass reporter moiety and a linker, wherein the charge mass reporter moiety is configured to protrude out from the nascent chain so as to reach down toward the sensitive detection nanostructure; and detecting upon addition of said one or more nucleotides a change in the signal that is characteristic of the at least one nucleotide added to the nascent chain.
A naphtha desulfurization process, comprising: (a) hydrodesulfurizing a naphtha, the naphtha containing olefins and sulfur in the form of organic sulfur compounds, to form a hydrodesulfurization effluent at an initial temperature, the effluent comprising a hot mixture of sulfur reduced naphtha, H 2 S and mercaptans; and then (b) heating at least a portion of the hydrodesulfurization effluent to a final temperature at least 25°C greater than the initial temperature at a substantially constant total pressure to destroy at least a portion of the mercaptans to form more H2S and a treated naphtha further reduced in sulfur. (a) hydrodesulfurizing a naphtha, the naphtha containing olefins and sulfur in the form of organic sulfur compounds, to form a hydrodesulfurization effluent at an initial temperature, the effluent comprising a hot mixture of sulfur reduced naphtha, H 2 S and mercaptans; and then (b) heating at least a portion of the hydrodesulfurization effluent to a final temperature at least 25°C greater than the initial temperature at a substantially constant total pressure to destroy at least a portion of the mercaptans to form more H2S and a treated naphtha further reduced in sulfur.
A vehicle exterior wiper blade system for use in motor vehicles comprising the following elements: - an exterior glass sealing element that seals between the interior and the exterior of the vehicle, - at least one reservoir on the exterior glass sealing element in one piece, - a camera for instantaneous display of the traffic situation behind the vehicle in the reservoir, - a display that allows the driver to see the snapshots transferred from the camera in the vehicle, characterised in that the vehicle exterior wiper blade system comprises the further elements: - a side signal light compartment made of translucent Thermoplastic Elastomer material that provides the return signal of the vehicle in the reservoir, - an upper cover, which is closed on the reservoir and seals the camera, - a conductive polymer having high electrical conductivity for power transmission providing electrical connection of camera and side signal light compartment, - an exterior glass sealing element that seals between the interior and the exterior of the vehicle, - at least one reservoir on the exterior glass sealing element in one piece, - a camera for instantaneous display of the traffic situation behind the vehicle in the reservoir, - a display that allows the driver to see the snapshots transferred from the camera in the vehicle, - a side signal light compartment made of translucent Thermoplastic Elastomer material that provides the return signal of the vehicle in the reservoir, - an upper cover, which is closed on the reservoir and seals the camera, - a conductive polymer having high electrical conductivity for power transmission providing electrical connection of camera and side signal light compartment,
A syringe safety cap comprising: a base portion having a mounting portion to be mounted on a cylinder of a syringe; a link portion rotatably connected to the base portion; a first elastic portion configured to provide a rotational force so that the link portion rotates with respect to the base portion; a safety cover portion rotatably connected to the link portion, detachably fixed to the base portion, and configured to, when detached from the base portion and rotating, surround an injection needle of the syringe, characterised in that the injection needle of the syringe is located between a first axial portion configured to provide a center of rotation of the link portion with respect to the base portion and a second axial portion configured to provide a center of rotation of the safety cover portion with respect to the link portion, and wherein, in a process in which the safety cover portion surrounds the injection needle, a direction of rotation of the link portion with respect to the base portion and a direction of rotation of the safety cover portion with respect to the link portion are provided to be the same, wherein the syringe safety cap further comprises a second elastic portion configured to provide a rotational force so that the safety cover portion rotates with respect to the link portion. a base portion having a mounting portion to be mounted on a cylinder of a syringe; a link portion rotatably connected to the base portion; a first elastic portion configured to provide a rotational force so that the link portion rotates with respect to the base portion; a safety cover portion rotatably connected to the link portion, detachably fixed to the base portion, and configured to, when detached from the base portion and rotating, surround an injection needle of the syringe, characterised in that the injection needle of the syringe is located between a first axial portion configured to provide a center of rotation of the link portion with respect to the base portion and a second axial portion configured to provide a center of rotation of the safety cover portion with respect to the link portion, and wherein, in a process in which the safety cover portion surrounds the injection needle, a direction of rotation of the link portion with respect to the base portion and a direction of rotation of the safety cover portion with respect to the link portion are provided to be the same, wherein the syringe safety cap further comprises a second elastic portion configured to provide a rotational force so that the safety cover portion rotates with respect to the link portion.
A robot comprising: a base; a spin body which is rotatably connected to the base; a spin motor which provides power to rotate the spin body with respect to the base; a tilting body which is connected to a tilting shaft connected to the spin body and configured to be tiltable with respect to the spin body; a tilting motor which provides power for tilting the tilting body about the tilting shaft; and a printed circuit board, PCB electrically connected to the spin motor and the tilting motor, wherein the spin motor, the tilting motor, and the PCB is mounted on the spin body, characterized in that the PCB is disposed in the spin body, the robot further comprises: an interface module (400, 410) which is mounted on the tilting body, tilted together with the tilting body, and includes at least one interface; an interface printed circuit board, interface PCB (406, 416) which is provided in the interface module (400,410); and an intermediate printed circuit board, intermediate PCB which is disposed on the tilting body and electrically connected to the interface PCB (406, 416) and the PCB, and wherein the distance between the PCB and the intermediate PCB is shorter than the distance between the interface PCB (400, 410) and the intermediate PCB. a base; a spin body which is rotatably connected to the base; a spin motor which provides power to rotate the spin body with respect to the base; a tilting body which is connected to a tilting shaft connected to the spin body and configured to be tiltable with respect to the spin body; a tilting motor which provides power for tilting the tilting body about the tilting shaft; and a printed circuit board, PCB electrically connected to the spin motor and the tilting motor, wherein the spin motor, the tilting motor, and the PCB is mounted on the spin body, characterized in that the PCB is disposed in the spin body, the robot further comprises: an interface module (400, 410) which is mounted on the tilting body, tilted together with the tilting body, and includes at least one interface; an interface printed circuit board, interface PCB (406, 416) which is provided in the interface module (400,410); and an intermediate printed circuit board, intermediate PCB which is disposed on the tilting body and electrically connected to the interface PCB (406, 416) and the PCB, and wherein the distance between the PCB and the intermediate PCB is shorter than the distance between the interface PCB (400, 410) and the intermediate PCB. an interface module (400, 410) which is mounted on the tilting body, tilted together with the tilting body, and includes at least one interface; an interface printed circuit board, interface PCB (406, 416) which is provided in the interface module (400,410); and an intermediate printed circuit board, intermediate PCB which is disposed on the tilting body and electrically connected to the interface PCB (406, 416) and the PCB, and wherein the distance between the PCB and the intermediate PCB is shorter than the distance between the interface PCB (400, 410) and the intermediate PCB.
A stack of heat transfer plates configured to be arranged within an enclosure formed by a top head, a bottom head and four side panels that are bolted together with a set of corner girders, the stack of heat transfer plates comprising pairs (50, 60) of heat transfer plates that are stacked such that a flow path for a first fluid is formed between the stacked pairs (50, 60) of heat transfer plates, wherein a pair of the stacked pairs (50, 60) of heat transfer plates comprises a first heat transfer plate and a second heat transfer plate that are joined such that a flow path for a second fluid is formed between the first and second heat transfer plates (51, 52), the pair of heat transfer plates comprising corrugations (101, 102) that are arranged on a respective side of an elongated joint that joins the first and second heat transfer plates (51, 52), the pair of heat transfer plates comprising a first set of opposite, elongated side joints (78, 79) that join the first and second heat transfer plates (51, 52), wherein the pair of heat transfer plates comprises a second set of opposite, elongated side joints (781, 782) that are transverse the first set of elongated side joints (78, 79) and joins the pair of heat transfer plates with a similar pair of heat transfer plates, characterized in that the flow path for the first fluid comprises a free-flow path between the second set of side joints (781, 782), the free-flow path being a flow path for the first fluid where there are, between the elongated side joints (781, 782) that joins the pairs (50,60), no contact points between the pairs (50, 60) of heat transfer plates.
Retail trailer with a chassis which has at least two wheels and a cuboid structure, wherein the chassis and the box structure are not releasably connected to each other, wherein the twelve edges of the cuboid box structure are formed by four vertical, four longitudinal and four transverse edge profiles, which together form a cuboid skeletal construction of the box structure, wherein in each case four of the edge profiles (9, 10, 10') frame each one of two side walls (16, 16'), each one of two end walls (17, 17'), the floor and the ceiling arranged opposite hereto of the box structure, wherein at least one side wall comprises a substantially rectangular opening, which can be closed by at least one flap pivotable about a horizontal pivot axis, and wherein the floor has recesses into which the wheels of the chassis partially protrude, characterised in that at least both side walls (16, 16') and one end wall with the exception of wall openings are profiled by straight high beads (upper chords) and low beads (lower chords) having a trapezoidal cross-section. wherein the chassis and the box structure are not releasably connected to each other, wherein the twelve edges of the cuboid box structure are formed by four vertical, four longitudinal and four transverse edge profiles, which together form a cuboid skeletal construction of the box structure, wherein in each case four of the edge profiles (9, 10, 10') frame each one of two side walls (16, 16'), each one of two end walls (17, 17'), the floor and the ceiling arranged opposite hereto of the box structure, wherein at least one side wall comprises a substantially rectangular opening, which can be closed by at least one flap pivotable about a horizontal pivot axis, and wherein the floor has recesses into which the wheels of the chassis partially protrude, characterised in that at least both side walls (16, 16') and one end wall with the exception of wall openings are profiled by straight high beads (upper chords) and low beads (lower chords) having a trapezoidal cross-section.
A vehicle control system comprising at least one operation amount generating means for computing operation amount command values based on a driver's demand and a vehicle status, a plurality of pairs comprised of an actuator and an actuator driving means for controlling the actuator in accordance with the operation amount command values from said operation amount generating means or the driver's demand and the vehicle status, and communication means for interconnecting said operation amount generating means with each of said plurality of actuator driving means, the vehicle control system thereby controlling a vehicle, wherein each of said actuator driving means has control method selecting means for selecting an actuator control method based on an operation state of itself, operation states of the other actuator driving means, and an operation state of said operation amount generating means, wherein said operation amount generating means has failure detecting means for detecting its own failure and notifying the occurrence of the failure to said actuator driving means or said operation amount generating means via said communication means, and wherein each of said actuator driving means has failure detecting means for detecting its own failure and notifying the occurrence of the failure to the other actuator driving means or said operation amount generating means via said communication means, and selects the actuator control method based on the failed state of itself, the failed states of the other actuator driving means, and the failed state of said operation amount generating means.
Deflection element for a wind deflector, comprising a flexible fabric which is transferable by means of a deployment element of the wind deflector into a use position raised or spread out in relation to a basic position and which has a fastening device along at least one upper or lower side edge (8, 9) for fastening to the deployment element, to a base element of the wind deflector or to a motor vehicle body, wherein the fastening device has at least one first clamping strip and at least one second clamping strip, which clamping strips are connected to one another by means of mutually corresponding connecting elements (26, 28, 36, 38) passing through the fabric and, in the process, clamp the side edge (8, 9) of the fabric between the first and the second clamping strip (22, 24), characterized in that a fastening element (32, 34) is arranged on at least one outer side (21, 23) of at least one of the clamping strips (22, 24), by means of which fastening element the deflection element is connectable to at least one of deployment element, base element or to a motor vehicle body, and wherein the fastening element (32, 34) has a latching or clip element which is connectable in a form-fitting manner to at least one of deployment element, base element or to a motor vehicle body.
A method for producing a dental work piece from a blank which has an upper side and a bottom side, wherein the method is carried out by using a machining device which is movable along at least a machining axis, with the steps: - establishing at least one reference point of a digital blank contour of the blank, - establishing a digital work piece contour of the at least one dental work piece, - placing the digital work piece contour relative to the reference point, in particular in the digital blank contour, - omitting an omitting region around the digital work piece contour and - placing at least one digital connection crosspiece in the omitting region, wherein the at least one connection crosspiece is connected to the digital work piece contour via a transitions area (Ü), characterized by the step: - determining a position on the digital workpiece contour für the transition area, so that in a graphical illustration the transition area (Ü) is visible from the upper side and the bottom side in a line of sight which is parallel to the machining axis of the machining device, wherein the placing of the at least one digital connection crosspiece is carried out in dependence on the determined position in such a way that the digital connection crosspiece is connected to the digital workpiece contour on the determined position. - establishing at least one reference point of a digital blank contour of the blank, - establishing a digital work piece contour of the at least one dental work piece, - placing the digital work piece contour relative to the reference point, in particular in the digital blank contour, - omitting an omitting region around the digital work piece contour and - placing at least one digital connection crosspiece in the omitting region, wherein the at least one connection crosspiece is connected to the digital work piece contour via a transitions area (Ü), - determining a position on the digital workpiece contour für the transition area, so that in a graphical illustration the transition area (Ü) is visible from the upper side and the bottom side in a line of sight which is parallel to the machining axis of the machining device, wherein the placing of the at least one digital connection crosspiece is carried out in dependence on the determined position in such a way that the digital connection crosspiece is connected to the digital workpiece contour on the determined position.