mhurhangee/patent-ind-claim-en huggingface dataset:
Alignment station for aligning conveyed goods , preferably pieces of luggage, transported in a conveyor system , the alignment station comprising: a feed device for feeding the conveyed goods ; a pre-orientation device for aligning the conveyed goods , which pre-orientation device , viewed over the width thereof, has at least two conveying means which circulate preferably in the form of a belt and which can be driven independently of one another, the alignment station also comprising a main orientation device for the end alignment of the conveyed goods , which main orientation device has a lateral guide unit and also has at least one conveying means which circulates preferably in the form of a belt and which, viewed in the conveying direction, is arranged at an angle to the lateral guide unit so that a lateral surface of the conveyed goods is pressed against a guide surface of the lateral guide unit during the conveying process, the conveying means of the main orientation device being aligned, with respect to its conveying direction, at an angle to the guide surface , characterized in that the guide surface is aligned in parallel with a longitudinal extension of the pre-orientation device , and in that the alignment station has an optical detection means for detecting the position of the conveyed goods conveyed on the feed device . a feed device for feeding the conveyed goods ; a pre-orientation device for aligning the conveyed goods , which pre-orientation device , viewed over the width thereof, has at least two conveying means which circulate preferably in the form of a belt and which can be driven independently of one another, the alignment station also comprising a main orientation device for the end alignment of the conveyed goods , which main orientation device has a lateral guide unit and also has at least one conveying means which circulates preferably in the form of a belt and which, viewed in the conveying direction, is arranged at an angle to the lateral guide unit so that a lateral surface of the conveyed goods is pressed against a guide surface of the lateral guide unit during the conveying process, the conveying means of the main orientation device being aligned, with respect to its conveying direction, at an angle to the guide surface , characterized in that the guide surface is aligned in parallel with a longitudinal extension of the pre-orientation device , and in that the alignment station has an optical detection means for detecting the position of the conveyed goods conveyed on the feed device .
Railway vehicle bogie comprising a chassis , wherein the chassis comprises: - at least two longitudinal beams extending in a longitudinal direction between a first end and a second end , - at least one transversal beam extending in a transverse direction that is perpendicular to the longitudinal direction, and connecting the two longitudinal beams to each other, the chassis comprising at least two holding members respectively welded to the first end of each of the longitudinal beams , characterized in that the transversal beam is fixed by bolting on each of the holding members , the holding member surrounding the first end of the longitudinal beam and being welded to said end of the longitudinal beam by means of a circular angle weld. - at least two longitudinal beams extending in a longitudinal direction between a first end and a second end , - at least one transversal beam extending in a transverse direction that is perpendicular to the longitudinal direction, and connecting the two longitudinal beams to each other,
A heat exchanging arrangement for a subsea electronic system , the heat exchanging arrangement comprising: - a wall section ; and - a corrugation formed in the wall section , the corrugation having two generally opposing internal corrugation surfaces ; characterized in that it further comprises at least one heat exchanging element forced against at least one of the internal corrugation surfaces , each heat exchanging element comprising an internal element structure for exposure to a dielectric fluid on an internal side of the wall section . - a wall section ; and - a corrugation formed in the wall section , the corrugation having two generally opposing internal corrugation surfaces ;
An instrumented shell for sensing drilling parameters of a drilling assembly positionable at a wellsite, the drilling assembly comprising a top drive assembly and a downhole tool advancable into a subterranean formation, the instrumented shell comprising: a shell body positionable about the top drive assembly, the shell body having at least one pocket and at least one cover positioned about the shell body to enclose the at least one pocket; at least one instrument comprising at least one sensor (S), the at least one instrument removably disposed in the at least one pocket and sealed within the at least one pocket with the at least one cover; and an interconnector comprising a top drive connector removably connectable to the top drive assembly, a shell connector removably connected to the shell body, and a cable between the top drive connector and the shell connector and configured to pass signals between the top drive connector and the shell body; characterized in that the at least one pocket extends radially inward from a radially outer surface of the shell body. a shell body positionable about the top drive assembly, the shell body having at least one pocket and at least one cover positioned about the shell body to enclose the at least one pocket; at least one instrument comprising at least one sensor (S), the at least one instrument removably disposed in the at least one pocket and sealed within the at least one pocket with the at least one cover; and an interconnector comprising a top drive connector removably connectable to the top drive assembly, a shell connector removably connected to the shell body, and a cable between the top drive connector and the shell connector and configured to pass signals between the top drive connector and the shell body; characterized in that the at least one pocket extends radially inward from a radially outer surface of the shell body.
An in-the-ear hearing aid having a housing configured to be positioned at least partly in the ear canal of a wearer, comprising: a substrate carrying a wireless interface , the substrate further carrying a processor , the substrate arranged in the housing ; an antenna arranged in the housing , the antenna being connected to the wireless interface ; the antenna configured to emit and/or receive electromagnetic fields, an electronic element , connected to the processor via an electrical connection line , wherein the electronic element is provided on or at a substrate that is separate from the antenna, wherein a decoupling element is provided in the electrical connection line wherein the decoupling element has a characteristic frequency at the frequency, at which the antenna is tuned to radiate and/or receive the electromagnetic fields, so that the decoupling element provides a dampening of a signal around at least one of the operational frequencies of the antenna , wherein the hearing aid further comprises a battery , and wherein at least a part of the antenna is arranged at least partly around the battery . a substrate carrying a wireless interface , the substrate further carrying a processor , the substrate arranged in the housing ; an antenna arranged in the housing , the antenna being connected to the wireless interface ; the antenna configured to emit and/or receive electromagnetic fields, an electronic element , connected to the processor via an electrical connection line , wherein the electronic element is provided on or at a substrate that is separate from the antenna, wherein a decoupling element is provided in the electrical connection line wherein the decoupling element has a characteristic frequency at the frequency, at which the antenna is tuned to radiate and/or receive the electromagnetic fields, so that the decoupling element provides a dampening of a signal around at least one of the operational frequencies of the antenna , wherein the hearing aid further comprises a battery , and wherein at least a part of the antenna is arranged at least partly around the battery .
A machine for baling an organic material, for example hay, straw, halms and thatch, with a main frame comprising a first frame part carrying a baler , wherein the main frame furthermore comprises a second frame part carrying a wrapper , characterized in that the baler and wrapper are adjustable with respect to each other to adjust their mutual position between an active position and a storage position, preferably slidable with respect to each other.
A system for tracking an ingestible device and detecting a counterfeit as the ingestible device travels from origin to destination, the system comprising: an interrogating unit comprising: a power source configured to produce an oscillating voltage; a processor coupled to the power source and configured to receive and send information and control the output of the power source; a first plate coupled to the processor and configured to be communicably coupled to a first capacitive element of the ingestible device; and a second plate coupled to the processor and configured to be communicably coupled to a second capacitive element of the ingestible device; wherein the power source is controlled by the processor to produce the oscillating voltage at the first plate and the second plate; wherein the first and second plates are configured together to power on the ingestible device by transferring energy to the first and second capacitive elements, respectively, using the oscillating voltage; and wherein the processor is further configured to receive information from the ingestible device through the first and second plates by a transfer of energy during a time when the power source does not produce the oscillating voltage. an interrogating unit comprising: a power source configured to produce an oscillating voltage; a processor coupled to the power source and configured to receive and send information and control the output of the power source; a first plate coupled to the processor and configured to be communicably coupled to a first capacitive element of the ingestible device; and a second plate coupled to the processor and configured to be communicably coupled to a second capacitive element of the ingestible device; a power source configured to produce an oscillating voltage; a processor coupled to the power source and configured to receive and send information and control the output of the power source; a first plate coupled to the processor and configured to be communicably coupled to a first capacitive element of the ingestible device; and a second plate coupled to the processor and configured to be communicably coupled to a second capacitive element of the ingestible device; wherein the power source is controlled by the processor to produce the oscillating voltage at the first plate and the second plate; wherein the first and second plates are configured together to power on the ingestible device by transferring energy to the first and second capacitive elements, respectively, using the oscillating voltage; and wherein the processor is further configured to receive information from the ingestible device through the first and second plates by a transfer of energy during a time when the power source does not produce the oscillating voltage.
A tensioner comprising: a base having a shaft ; an adjusting member rotatably engaged within the shaft ; a pivot arm pivotally engaged with a shaft exterior; a torsion spring engaged between the base and the pivot arm ; a pulley journalled to the pivot arm , a pulley axis of rotation B-B that is laterally offset from a pivot arm pivot axis A-A; the adjusting member configured for rotation about a fastener having an axis C-C, the axis C-C is laterally offset from the axis A-A; and characterized by : a rotary member rotationally engaged with the pivot arm , the rotary member in a first position allows rotation of the adjusting member about the fastener , and upon rotation of the rotary member to a second position the rotary member limits movement of the pivot arm in a predetermined range with respect to the adjusting member . a base having a shaft ; an adjusting member rotatably engaged within the shaft ; a pivot arm pivotally engaged with a shaft exterior; a torsion spring engaged between the base and the pivot arm ; a pulley journalled to the pivot arm , a pulley axis of rotation B-B that is laterally offset from a pivot arm pivot axis A-A; the adjusting member configured for rotation about a fastener having an axis C-C, the axis C-C is laterally offset from the axis A-A; and characterized by : a rotary member rotationally engaged with the pivot arm , the rotary member in a first position allows rotation of the adjusting member about the fastener , and upon rotation of the rotary member to a second position the rotary member limits movement of the pivot arm in a predetermined range with respect to the adjusting member .
Motor vehicle dashboard arrangement having at the front passenger level a lower part comprising a storage device and a higher part comprising a fixing pediment intended to receive at the front a decorative strip , the said fronton overhanging the front portion of the said storage device and being secured to a rigid cross implanted on the rear of the storage device, the said upper part also having a supporting chassis for at least one electronic enclosure , the said supporting chassis crossing the said chassis fastening rod at an opening in the said facade and extending to the back of the latter above the said rigid cross , and the said supporting frame being made up of a parallel drawer formed by a front wall , a rear wall , two side walls and one bottom wall on which at least one electronic enclosure is attached remotely.
A set of similar or essentially identical building panels, such as a floor or wall panels, wherein each building panel comprising a first mechanical locking system at respective opposite and parallel third edge and fourth edge , such as long edges, the first mechanical locking system comprising a first locking strip at one of the third edge or fourth edge having a first locking element configured to cooperate for horizontal locking with a first locking groove at the other of the third or fourth edge of an adjacent building panel , preferably by means of a folding motion, and a second mechanical locking system at respective opposite and parallel first edge and second edge , such as short edges, the second mechanical locking system comprising a second locking strip at one of the first edge or second edge , having a second locking element configured to cooperate for horizontal locking with a second locking groove at the other of the first or second edge of an adjacent building panel , wherein the thickness of the second locking strip , in a thickness-direction (Z) of the building panel , exceeds the thickness of the first locking strip , characterized in that an end portion, in the width-direction (W) of the building panel, of the second locking strip of a first building panel is configured to at least partially overlap the first locking strip of an adjacent second building panel when a first locking tongue of the first building panel cooperates with the first locking strip of the adjacent second building panel . a first mechanical locking system at respective opposite and parallel third edge and fourth edge , such as long edges, the first mechanical locking system comprising a first locking strip at one of the third edge or fourth edge having a first locking element configured to cooperate for horizontal locking with a first locking groove at the other of the third or fourth edge of an adjacent building panel , preferably by means of a folding motion, and a second mechanical locking system at respective opposite and parallel first edge and second edge , such as short edges, the second mechanical locking system comprising a second locking strip at one of the first edge or second edge , having a second locking element configured to cooperate for horizontal locking with a second locking groove at the other of the first or second edge of an adjacent building panel , wherein the thickness of the second locking strip , in a thickness-direction (Z) of the building panel , exceeds the thickness of the first locking strip , characterized in that an end portion, in the width-direction (W) of the building panel, of the second locking strip of a first building panel is configured to at least partially overlap the first locking strip of an adjacent second building panel when a first locking tongue of the first building panel cooperates with the first locking strip of the adjacent second building panel .
An end or intermediate casing for a combustion turbine engine, comprising: a plurality of prefabricated, elongated metallic vanes , respectively having: a central axis (CA); first and second shanks (62; 70) on respective ends of the vane , respectively including first and second surface features oriented transverse to the central axis (CA); and an airfoil portion intermediate the respective first and second shanks (62; 70); a cast-metal, annular-shaped, inner ring , having the respective first surface features embedded and enveloped within an inner ring casting; a cast-metal, annular-shaped, outer ring , having the respective second surface features embedded and enveloped within an outer ring casting; the respective inner and outer ring castings forming said inner and outer rings (52; 54) oriented concentrically, with the airfoil portions of the respective vanes intermediate and spanning there between, and metallic material forming both castings having a lower melting point than metallic material forming the vanes ; and the first and second surface features further comprising respective first and second circumferential fillets (64; 72; 94) projecting outwardly from the airfoil and embedded within the respective inner and outer castings, for inhibiting separation of the vanes from the respective inner and outer rings (52; 54). a plurality of prefabricated, elongated metallic vanes , respectively having: a central axis (CA); first and second shanks (62; 70) on respective ends of the vane , respectively including first and second surface features oriented transverse to the central axis (CA); and an airfoil portion intermediate the respective first and second shanks (62; 70); a central axis (CA); first and second shanks (62; 70) on respective ends of the vane , respectively including first and second surface features oriented transverse to the central axis (CA); and an airfoil portion intermediate the respective first and second shanks (62; 70); a cast-metal, annular-shaped, inner ring , having the respective first surface features embedded and enveloped within an inner ring casting; a cast-metal, annular-shaped, outer ring , having the respective second surface features embedded and enveloped within an outer ring casting; the respective inner and outer ring castings forming said inner and outer rings (52; 54) oriented concentrically, with the airfoil portions of the respective vanes intermediate and spanning there between, and metallic material forming both castings having a lower melting point than metallic material forming the vanes ; and the first and second surface features further comprising respective first and second circumferential fillets (64; 72; 94) projecting outwardly from the airfoil and embedded within the respective inner and outer castings, for inhibiting separation of the vanes from the respective inner and outer rings (52; 54).
A cylindrical double-shell tank comprising: an inner shell including an inner shell main part storing a liquefied gas and an inner shell dome protruding from the inner shell main part; and an outer shell forming a vacuum space between the inner shell and the outer shell, the outer shell including an outer shell main part surrounding the inner shell main part and an outer shell dome surrounding the inner shell dome, wherein the inner shell dome and the outer shell dome are penetrated by a pipe ; characterised in that : the tank is of the horizontal-type, and the inner shell dome is provided with an inner shell manhole , and the outer shell dome is provided with an outer shell manhole at a position corresponding to a position of the inner shell manhole. an inner shell including an inner shell main part storing a liquefied gas and an inner shell dome protruding from the inner shell main part; and an outer shell forming a vacuum space between the inner shell and the outer shell, the outer shell including an outer shell main part surrounding the inner shell main part and an outer shell dome surrounding the inner shell dome, wherein the inner shell dome and the outer shell dome are penetrated by a pipe ; characterised in that : the tank is of the horizontal-type, and the inner shell dome is provided with an inner shell manhole , and the outer shell dome is provided with an outer shell manhole at a position corresponding to a position of the inner shell manhole. the tank is of the horizontal-type, and the inner shell dome is provided with an inner shell manhole , and the outer shell dome is provided with an outer shell manhole at a position corresponding to a position of the inner shell manhole.
Method for controlling a first node comprised in a mesh network of multiple nodes, the method comprising steps of: Gathering by the first node information on nodes that can be communicated with directly; - establishing by the first node , a set of proximate nodes (110, 115, 125.2) in the mesh network based on the gathered information; - wherein between the first node and a proximate node (110, 115, 125.2) direct communication is possible; - collecting , by the first node , movement information concerning a movement of one of the proximate nodes (110, 115, 125.2), - determining by the first node a moving status of the first node ; - determining by the first node if any of the nodes (105, 110, 115, 125.2) is moving; - setting by the first node a time delay based on the determination of the movement of one of the nodes (105, 110, 115, 125.2) ; - waiting, by the first node, the time delay that was set, branching back to the step of gathering and again executing all the previous method steps by the first node . - establishing by the first node , a set of proximate nodes (110, 115, 125.2) in the mesh network based on the gathered information; - wherein between the first node and a proximate node (110, 115, 125.2) direct communication is possible; - collecting , by the first node , movement information concerning a movement of one of the proximate nodes (110, 115, 125.2), - determining by the first node a moving status of the first node ; - determining by the first node if any of the nodes (105, 110, 115, 125.2) is moving; - setting by the first node a time delay based on the determination of the movement of one of the nodes (105, 110, 115, 125.2) ; - waiting, by the first node, the time delay that was set, branching back to the step of gathering and again executing all the previous method steps by the first node .