mhurhangee/patent-ind-claim-en huggingface dataset:
A ring dogging system for holding the position of a volume adjustment screw for a pipetting system , the ring dogging system being characterised in that it comprises: - a first toothed wheel comprising first teeth ; - a second toothed wheel comprising second teeth , said first toothed wheel being a lock wheel for being rotatably fixed with respect to a fixed piece of the pipetting system, and the second wheel being rotatably integral with the adjustment screw , or vice versa; - elastic return means capable of returning the first and second wheels against each other in order to make the first teeth cooperate with the second teeth , said second teeth of the second wheel forming a number N of concentric annular rows , the number N being an integer higher than or equal to 2 and each row being possibly discontinuous, said second wheel having at least one tooth covering zone in which the N annular rows of second teeth respectively have N covering sectors which cover each other along a radial direction of the second wheel, the second teeth of the N covering sectors being angularly offset from each other such that at least one of the first teeth of the first toothed wheel can be in several relative positions with respect to the second wheel , in each of which this first tooth is in contact with one of the second teeth of one of the N sectors , and in contact with one of the second teeth of another of these N sectors . - a first toothed wheel comprising first teeth ; - a second toothed wheel comprising second teeth , said first toothed wheel being a lock wheel for being rotatably fixed with respect to a fixed piece of the pipetting system, and the second wheel being rotatably integral with the adjustment screw , or vice versa; - elastic return means capable of returning the first and second wheels against each other in order to make the first teeth cooperate with the second teeth , said second teeth of the second wheel forming a number N of concentric annular rows , the number N being an integer higher than or equal to 2 and each row being possibly discontinuous, said second wheel having at least one tooth covering zone in which the N annular rows of second teeth respectively have N covering sectors which cover each other along a radial direction of the second wheel, the second teeth of the N covering sectors being angularly offset from each other such that at least one of the first teeth of the first toothed wheel can be in several relative positions with respect to the second wheel , in each of which this first tooth is in contact with one of the second teeth of one of the N sectors , and in contact with one of the second teeth of another of these N sectors .
A seal compartment, comprising: a first component ; a second component ; and a brush seal (48a,48b;48a';48a";48a′′′;48a"") providing a seal between the first component and the second component , and the brush seal (48a,48b;48a';48a";48a"';48a"") being attached to the first component , wherein the brush seal (48a,48b;48a';48a";48a′′′;48a"") comprises: a top plate ; a back plate ; a bristle pack secured at a joint between the top plate and the back plate , the bristle pack comprising: a first bristle set extending from the joint ; and a second bristle set extending from the joint ; and a sliding backing plate (64;64';64") comprising: a sliding portion disposed contiguous with the second bristle set ; and characterised by a support portion having an inner face and a support face , the inner face contacting a distal end of the second bristle set , and the support face configured to support at least a portion of the first bristle set ; wherein: the sliding backing plate (64;64';64") is configured to slide relative to the second bristle set ; the sliding portion is disposed between the second bristle set and the first component , a component-side face of the sliding backing plate (64;64';64") being in contact with a support surface of the first component ; and the sliding backing plate (64;64';64") is configured to slide relative to the first component . a first component ; a second component ; and a brush seal (48a,48b;48a';48a";48a′′′;48a"") providing a seal between the first component and the second component , and the brush seal (48a,48b;48a';48a";48a"';48a"") being attached to the first component , wherein the brush seal (48a,48b;48a';48a";48a′′′;48a"") comprises: a top plate ; a back plate ; a bristle pack secured at a joint between the top plate and the back plate , the bristle pack comprising: a first bristle set extending from the joint ; and a second bristle set extending from the joint ; and a sliding backing plate (64;64';64") comprising: a sliding portion disposed contiguous with the second bristle set ; a top plate ; a back plate ; a bristle pack secured at a joint between the top plate and the back plate , the bristle pack comprising: a first bristle set extending from the joint ; and a second bristle set extending from the joint ; and a first bristle set extending from the joint ; and a second bristle set extending from the joint ; and a sliding backing plate (64;64';64") comprising: a sliding portion disposed contiguous with the second bristle set ; and characterised by a support portion having an inner face and a support face , the inner face contacting a distal end of the second bristle set , and the support face configured to support at least a portion of the first bristle set ; wherein: the sliding backing plate (64;64';64") is configured to slide relative to the second bristle set ; the sliding portion is disposed between the second bristle set and the first component , a component-side face of the sliding backing plate (64;64';64") being in contact with a support surface of the first component ; and the sliding backing plate (64;64';64") is configured to slide relative to the first component .
Electronic device for operating a light source , like an LED light source, comprising: an electronic component , a flat housing having two opposite side walls connected by a circumferential edge to delimit an inner space for enclosing and carrying the electronic component , an electric contact being electrically connected to the electronic component to allow for external electrical connection of the electronic component , a spacer being detachably attachable to the housing so as to protrude with a stopper section from the edge in an extension direction (E), and a grounding pin being functionally connected to the electronic component and being moveably provided along a moving direction (M) between an exposed position projecting from the edge and a retracted position in which the grounding pin projects less from or is substantially flush with the edge , wherein the electric contact extends from one of the side walls of the housing to allow for external electrical connection of the electronic component . an electronic component , a flat housing having two opposite side walls connected by a circumferential edge to delimit an inner space for enclosing and carrying the electronic component , an electric contact being electrically connected to the electronic component to allow for external electrical connection of the electronic component , a spacer being detachably attachable to the housing so as to protrude with a stopper section from the edge in an extension direction (E), and a grounding pin being functionally connected to the electronic component and being moveably provided along a moving direction (M) between an exposed position projecting from the edge and a retracted position in which the grounding pin projects less from or is substantially flush with the edge , wherein the electric contact extends from one of the side walls of the housing to allow for external electrical connection of the electronic component .
A pharmaceutical composition comprising a carrier and a nucleic acid encoding influenza virus antigen(s), wherein a nucleic acid as the active substance and nucleic acid carriers comprised of cationic derivatives of polyprenols PTAI with polyprenyl chain length of n, where n denotes the number of isoprene units in a range from 5 to 30, according to formula (I) for use in vaccination against influenza virus.
A vacuum pumping and abatement system for evacuating processing gas from a process chamber and removing noxious substances from the processing gas, comprising: a vacuum pumping arrangement for evacuating the processing gas from the process chamber; a source of compressed air configured for purging the vacuum pumping arrangement during evacuation; and a burner configured to receive the processing gas and the compressed air from the vacuum pumping arrangement and to remove noxious substances therefrom by burning the processing gas in oxygen wherein at least some of the oxygen that supports combustion is derived from the compressed air. a vacuum pumping arrangement for evacuating the processing gas from the process chamber; a source of compressed air configured for purging the vacuum pumping arrangement during evacuation; and a burner configured to receive the processing gas and the compressed air from the vacuum pumping arrangement and to remove noxious substances therefrom by burning the processing gas in oxygen wherein at least some of the oxygen that supports combustion is derived from the compressed air.
A sprayer that senses the presence or character of a surface to be sprayed, comprising: one or more sensors including at least a UV camera, configured to detect a presence or character of a surface to be sprayed; and a dispenser assembly including one or more components configured to modify at least one spray characteristic of a formulation based on an input from at least one of the one or more sensors indicative of the presence or character of the surface to be sprayed, characterized in that the sprayer comprises a plurality of UV sunscreen lotions, each having a different sun protection factor (SPF); the UV camera, an image processor, and a controller configured to measure one or more of brightness, contrast, and intensity of UV on a surface and determine the amount of SPF required by the surface, and to apply the UV sunscreen lotion having the appropriate SPF. one or more sensors including at least a UV camera, configured to detect a presence or character of a surface to be sprayed; and a dispenser assembly including one or more components configured to modify at least one spray characteristic of a formulation based on an input from at least one of the one or more sensors indicative of the presence or character of the surface to be sprayed, characterized in that the sprayer comprises a plurality of UV sunscreen lotions, each having a different sun protection factor (SPF); the UV camera, an image processor, and a controller configured to measure one or more of brightness, contrast, and intensity of UV on a surface and determine the amount of SPF required by the surface, and to apply the UV sunscreen lotion having the appropriate SPF.
A blow-by gas heating apparatus (A) comprising a heat emitting structure abutted onto an oil separator configured to trap and remove oil from blow-by gas, wherein: the heat emitting structure has a heat emitting case including inside a passage for engine cooling water, and the heat emitting case includes a ceiling wall being in surface-contact from below with a bottom surface of the oil separator , wherein a height of an inner surface of the ceiling wall is configured to increase from a central part toward a peripheral part of the heat emitting case as seen in a vertical direction, characterized in that the heat emitting case is a metal box and an upper surface of the ceiling wall conforms to the shape of the bottom surface of the oil separator , such that the heat emitting structure closely abuts onto the bottom surface of the oil separator . the heat emitting structure has a heat emitting case including inside a passage for engine cooling water, and the heat emitting case includes a ceiling wall being in surface-contact from below with a bottom surface of the oil separator , wherein a height of an inner surface of the ceiling wall is configured to increase from a central part toward a peripheral part of the heat emitting case as seen in a vertical direction,
A system for harnessing energy from wind, said system comprising: a convergent section , said convergent section comprising an entry and an exit, said entry having an area higher than said exit; a wind turbine section adjacent to said exit of said convergent section, said wind turbine section comprising at least one wind turbine ; a divergent section adjacent to said wind turbine section, said divergent section comprising an entry and an exit, said entry having an area lower than said exit, wherein at least one of the convergent section and the divergent section comprises side panels extending away from the wind turbine section, and at least two of said side panels are modifiable in use for maximising the amount of energy harnessed within a time interval in accordance with wind direction and/or wind speed; and said wind turbine section comprises a turbine-surrounding structure that at least partially surrounds said at least one wind turbine, wherein said turbine-surrounding structure: has openings for wind to pass from the convergent section, through the turbine section, and exit to the divergent section; and the turbine-surrounding structure is characterized in that it is rotatable around the at least one wind turbine in use, such that the orientation of the turbine-surrounding structure and the openings are adjusted relative to the side panels. a convergent section , said convergent section comprising an entry and an exit, said entry having an area higher than said exit; a wind turbine section adjacent to said exit of said convergent section, said wind turbine section comprising at least one wind turbine ; a divergent section adjacent to said wind turbine section, said divergent section comprising an entry and an exit, said entry having an area lower than said exit, wherein at least one of the convergent section and the divergent section comprises side panels extending away from the wind turbine section, and at least two of said side panels are modifiable in use for maximising the amount of energy harnessed within a time interval in accordance with wind direction and/or wind speed; and said wind turbine section comprises a turbine-surrounding structure that at least partially surrounds said at least one wind turbine, wherein said turbine-surrounding structure: has openings for wind to pass from the convergent section, through the turbine section, and exit to the divergent section; and the turbine-surrounding structure is characterized in that it is rotatable around the at least one wind turbine in use, such that the orientation of the turbine-surrounding structure and the openings are adjusted relative to the side panels. has openings for wind to pass from the convergent section, through the turbine section, and exit to the divergent section; and the turbine-surrounding structure is characterized in that it is rotatable around the at least one wind turbine in use, such that the orientation of the turbine-surrounding structure and the openings are adjusted relative to the side panels.
A dual-electric-motor driving system comprising a first electric motor, a second electric motor, two sets of gear reduction mechanisms, a differential-lock mechanism and a parking mechanism; the first electric motor and the second electric motor are arranged coaxially, first-stage pinions of the two sets of gear reduction mechanisms are provided respectively on an output shaft of the first electric motor and an output shaft of the second electric motor, and the differential-lock mechanism is provided at tips of the output shaft of the first electric motor and the output shaft of the second electric motor; and the parking mechanism is integrated with the differential-lock mechanism, and is provided on one side of the differential-lock mechanism; characterized in that the differential-lock mechanism comprises a movable fluted disc , a fixed fluted disc and a fixed armature , the movable fluted disc is slidably connected to the output shaft of the first electric motor, the fixed fluted disc is fixedly connected to the output shaft of the second electric motor, and when relative rotation between the dual electric motors is required to be locked, the fixed armature is electrified to generate an electromagnetic force, to cause the movable fluted disc to move toward the fixed fluted disc , and contrate teeth on the movable fluted disc and the fixed fluted disc are engaged to realize the locking. the first electric motor and the second electric motor are arranged coaxially, first-stage pinions of the two sets of gear reduction mechanisms are provided respectively on an output shaft of the first electric motor and an output shaft of the second electric motor, and the differential-lock mechanism is provided at tips of the output shaft of the first electric motor and the output shaft of the second electric motor; and the parking mechanism is integrated with the differential-lock mechanism, and is provided on one side of the differential-lock mechanism; characterized in that the differential-lock mechanism comprises a movable fluted disc , a fixed fluted disc and a fixed armature , the movable fluted disc is slidably connected to the output shaft of the first electric motor, the fixed fluted disc is fixedly connected to the output shaft of the second electric motor, and when relative rotation between the dual electric motors is required to be locked, the fixed armature is electrified to generate an electromagnetic force, to cause the movable fluted disc to move toward the fixed fluted disc , and contrate teeth on the movable fluted disc and the fixed fluted disc are engaged to realize the locking.
A wireless access system including: a plurality of wireless access devices , dynamically configurable to emulate as one or more wireless access tags; a remote server , configured to selectively provide wireless access tag data to the plurality of wireless access devices to enable the plurality of wireless access devices to emulate the one or more wireless access tags using the selectively provided tag wireless access tag data, wherein, in use, the plurality of wireless access devices are configured to first retrieve wireless access tag data from the remote server , and subsequently emulate one or more wireless access tags according to the retrieved wireless access tag data and upload updated wireless access tag data received from a receiver in response to authentication with the receiver , to the remote server , to enable synchronization of the updated wireless access tag data across multiple wireless access devices of the plurality of wireless access devices . a plurality of wireless access devices , dynamically configurable to emulate as one or more wireless access tags; a remote server , configured to selectively provide wireless access tag data to the plurality of wireless access devices to enable the plurality of wireless access devices to emulate the one or more wireless access tags using the selectively provided tag wireless access tag data, wherein, in use, the plurality of wireless access devices are configured to first retrieve wireless access tag data from the remote server , and subsequently emulate one or more wireless access tags according to the retrieved wireless access tag data and upload updated wireless access tag data received from a receiver in response to authentication with the receiver , to the remote server , to enable synchronization of the updated wireless access tag data across multiple wireless access devices of the plurality of wireless access devices .
A pneumatic serial device for applying materials into a deep soil layer, wherein the device comprises a material spraying injector , a air blasting system connected with the material spraying injector , and a material feeding system , wherein the air blasting system and the material feeding system are connected with the material spraying injector in series in sequence, wherein the interior of the material spraying injector is hollow; the air blasting system comprises a high-pressure air tank (2-1) and a quick relieve valve (2-2), the high-pressure air tank (2-1) is fixedly connected with the quick relieve valve (2-2); the quick relieve valve (2-2) is connected with the material spraying injector ; the material feeding system comprises a material chamber (3-1), a feeding valve (3-2), a valve I (3-3), a material sending chamber (3-4), a valve II (3-5) and a material delivery pipe (3-6) which are connected to each other in sequence; and the material delivery pipe (3-6) extends into the high-pressure air tank (2-1) and is communicated with the bottom thereof.
An apparatus comprised in a connecting device (B) for establishing a connection between the connecting device (B) and at least one target device in a multi-hop network, the apparatus comprising: - a discovery unit for detecting availability of at least one temporary gateway capable of connecting using another network technology different from the multi-hop network to the connecting device (B) and via a single-hop connection (110; 120) to the at least one target device or a proxy device ; wherein the proxy device provides access to the at least one target device located within a one-hop range of the proxy device ; wherein the discovery unit is adapted to detect the availability of the at least one temporary gateway based on information communicated to the discovery unit indicative of at least one of a proxy beacon having been observed by the temporary gateway , a control action having been executed by a user of the temporary gateway , a result of a proximity detection amongst the temporary gateway and at least one target device or the proxy device , or an explicit user indication; and - a selection unit for deciding either to establish a bypass connection via a selected one of the at least one temporary gateway to the at least one target device or the proxy device , or to establish a connection to the at least one target device or the proxy device through the multi-hop network, in dependence on at least one network- or device-related parameter. - a discovery unit for detecting availability of at least one temporary gateway capable of connecting using another network technology different from the multi-hop network to the connecting device (B) and via a single-hop connection (110; 120) to the at least one target device or a proxy device ; wherein the proxy device provides access to the at least one target device located within a one-hop range of the proxy device ; wherein the discovery unit is adapted to detect the availability of the at least one temporary gateway based on information communicated to the discovery unit indicative of at least one of a proxy beacon having been observed by the temporary gateway , a control action having been executed by a user of the temporary gateway , a result of a proximity detection amongst the temporary gateway and at least one target device or the proxy device , or an explicit user indication; and - a selection unit for deciding either to establish a bypass connection via a selected one of the at least one temporary gateway to the at least one target device or the proxy device , or to establish a connection to the at least one target device or the proxy device through the multi-hop network, in dependence on at least one network- or device-related parameter.