mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid blow molding apparatus , comprising: a nozzle configured to define a flow path for a liquid that includes an opening and closing port and a discharge port ; a seal body configured to open and close the opening and closing port and includes a guide hole ; a rod configured to move in an axial direction while being guided by the guide hole ; and a liquid drawing unit configured to draw the liquid, wherein the seal body includes a tubular-shaped extension portion configured to extend into the discharge port when the seal body closes the opening and closing port , characterized by that a tip surface of the extension portion is configured to have liquid repellency, the extension portion of the seal body includes a drawing hole configured to communicate with the tip surface of the extension portion , and the nozzle includes a drawing path configured to connect the drawing hole and the liquid drawing unit when the seal body closes the opening and closing port . a nozzle configured to define a flow path for a liquid that includes an opening and closing port and a discharge port ; a seal body configured to open and close the opening and closing port and includes a guide hole ; a rod configured to move in an axial direction while being guided by the guide hole ; and a liquid drawing unit configured to draw the liquid, wherein the seal body includes a tubular-shaped extension portion configured to extend into the discharge port when the seal body closes the opening and closing port , characterized by that a tip surface of the extension portion is configured to have liquid repellency, the extension portion of the seal body includes a drawing hole configured to communicate with the tip surface of the extension portion , and the nozzle includes a drawing path configured to connect the drawing hole and the liquid drawing unit when the seal body closes the opening and closing port .
Natalizumab for use in treating multiple sclerosis in a subject based on the subject's immune response to natalizumab, wherein the subject is treated with natalizumab if they are negative or transient positive for a clinically significant immune response to natalizumab, wherein a clinically significant immune response to natalizumab is defined as at least two biological samples taken at different time points from the subject that has been administered natalizumab containing at least a clinically significant threshold level in a serum sample of a soluble antibody that binds to natalizumab, wherein said time points are separated by at least one month, wherein negative is defined as no biological sample containing at least said clinically significant threshold level, and wherein transient positive is defined as only one biological sample containing at least said clinically significant threshold level; wherein the clinically significant threshold level is 500 ng/ml.
A light directing arrangement for directing output light from a lighting unit , comprising an arrangement of panels , wherein at least one panel comprises: a first face having a plurality of first openings ; a second face , spaced from the first face, and having a plurality of second openings ; and a guide structure between the first and second faces for blocking direct light paths between the first and second openings and allowing an air flow between the first and second openings, wherein the panels form a funnel-type structure for arranging around or over a light emitting area of the lighting unit for limiting beam spreading from the light emitting area; characterised in that the openings of the first face are each formed by stamping or punching, wherein resulting first stamped portions extend into the space between the first and second faces and form a first part of the guide structure, and wherein the openings of the second face are each formed by stamping or punching, and wherein resulting second stamped portions extend into the space between the first and second faces and form a second part of the guide structure. a first face having a plurality of first openings ; a second face , spaced from the first face, and having a plurality of second openings ; and a guide structure between the first and second faces for blocking direct light paths between the first and second openings and allowing an air flow between the first and second openings, wherein the panels form a funnel-type structure for arranging around or over a light emitting area of the lighting unit for limiting beam spreading from the light emitting area; characterised in that the openings of the first face are each formed by stamping or punching, wherein resulting first stamped portions extend into the space between the first and second faces and form a first part of the guide structure, and wherein the openings of the second face are each formed by stamping or punching, and wherein resulting second stamped portions extend into the space between the first and second faces and form a second part of the guide structure.
Holder for fixing a component , in particular a fuel distributor , to an internal combustion engine , having a base which can be connected to the component , a slotted sleeve being provided, which is connected to the base , and that the base can be supported on the internal combustion engine via the slotted sleeve , characterized in that the base has a first holding piece and in that the slotted sleeve is connected to the holding piece of the base , and in that the base has a further holding piece and a further sleeve , in that the holding piece is connected to the further holding piece via the sleeve , and in that a passage opening extends along a fixing axis through the further holding piece , the further sleeve , the first holding piece and the slotted sleeve , wherein a fixing means can be guided along the fixing axis through the passage opening in order to connect the base indirectly to the internal combustion engine , and in that the slotted sleeve has a connecting surface , which has a spot connection to the first holding piece , and has an annular contact surface interrupted by a slot and opposite the connecting surface , with which the slotted sleeve rests on a surface of the internal combustion engine when the base is connected indirectly to the internal combustion engine .
A method of generating a single observation image , the method comprising: receiving, by one or more processors , a plurality of images captured by an imaging device, each image of the plurality of images capturing a component as a heating element traverses relative to the component along a traversing direction and applies heat thereto, the component having a coating; generating, by the one or more processors , a plurality of masked images by: for each image of the plurality of images , positioning, by the one or more processors , a masking window relative to the heating element ; and applying, by the one or more processors , thermal data to pixels within the masking window of each image of the plurality of images ; determining a minimum or maximum value associated with each pixel over the plurality of masked images based at least in part on the applied thermal data ; and generating the single observation image of the component using the plurality of masked images such that the determined minimum or maximum value associated with each of the pixels in the plurality of masked images is represented in the single observation image . receiving, by one or more processors , a plurality of images captured by an imaging device, each image of the plurality of images capturing a component as a heating element traverses relative to the component along a traversing direction and applies heat thereto, the component having a coating; generating, by the one or more processors , a plurality of masked images by: for each image of the plurality of images , positioning, by the one or more processors , a masking window relative to the heating element ; and applying, by the one or more processors , thermal data to pixels within the masking window of each image of the plurality of images ; for each image of the plurality of images , positioning, by the one or more processors , a masking window relative to the heating element ; and applying, by the one or more processors , thermal data to pixels within the masking window of each image of the plurality of images ; determining a minimum or maximum value associated with each pixel over the plurality of masked images based at least in part on the applied thermal data ; and generating the single observation image of the component using the plurality of masked images such that the determined minimum or maximum value associated with each of the pixels in the plurality of masked images is represented in the single observation image .
A beer maker comprising: a container including an opening , the container providing a storage space; an accommodating apparatus attachably/detachably provided in the storage space through the opening , the accommodating apparatus providing a space in which wort is stored; a capsule mounting part communicating with the accommodating apparatus ; and a capsule attachably/detachably provided in the capsule mounting part , the capsule accommodating materials therein, wherein the capsule includes a yeast capsule supplying yeast to the accommodating apparatus . a container including an opening , the container providing a storage space; an accommodating apparatus attachably/detachably provided in the storage space through the opening , the accommodating apparatus providing a space in which wort is stored; a capsule mounting part communicating with the accommodating apparatus ; and a capsule attachably/detachably provided in the capsule mounting part , the capsule accommodating materials therein, wherein the capsule includes a yeast capsule supplying yeast to the accommodating apparatus .
A combination weighing apparatus comprising: a plurality of weighing mechanisms ; a weighing mechanism frame which stores the weighing mechanisms; and a body frame which supports the weighing mechanism frame , wherein a normal to a surface of the body frame is inclined with respect to a vertical direction characterized in that the body frame comprises horizontal beam members and vertical support columns, wherein an upper surface of the body frame is inclined downward from the apparatus side toward the outside or inside of the body frame. a plurality of weighing mechanisms ; a weighing mechanism frame which stores the weighing mechanisms; and a body frame which supports the weighing mechanism frame , wherein a normal to a surface of the body frame is inclined with respect to a vertical direction characterized in that the body frame comprises horizontal beam members and vertical support columns, wherein an upper surface of the body frame is inclined downward from the apparatus side toward the outside or inside of the body frame.
A method for use at one or more links of a communication network along which communications are exchanged, said method comprises: transmitting a plurality of extended communication frames, each extended communication frame comprises a plurality of basic frames, wherein each of the plurality of basic frames included in the extended frame comprises the same payload as all other basic frames included in the plurality of basic frames, and a preamble comprising pre-defined symbols; and characterized in that the method includes: transmitting an anchor frame in between at least two of the plurality of extended communication frames, whereby the anchor frame comprises a known sequence of symbols; thereby enabling to exchange said plurality of extended communication frames under SNR conditions below -10dB. transmitting a plurality of extended communication frames, each extended communication frame comprises a plurality of basic frames, wherein each of the plurality of basic frames included in the extended frame comprises the same payload as all other basic frames included in the plurality of basic frames, and a preamble comprising pre-defined symbols; and characterized in that the method includes: transmitting an anchor frame in between at least two of the plurality of extended communication frames, whereby the anchor frame comprises a known sequence of symbols; thereby enabling to exchange said plurality of extended communication frames under SNR conditions below -10dB. transmitting an anchor frame in between at least two of the plurality of extended communication frames, whereby the anchor frame comprises a known sequence of symbols; thereby enabling to exchange said plurality of extended communication frames under SNR conditions below -10dB.
Set, comprising a fitting having a main body for attachment to a wall and/or door and at least two cover caps (5a, 5'a, 5"a), which can be attached removably to the main body , wherein a first cover cap that can be attached interchangeably to the main body has a first viewing surface , and at least one further cover cap (5'a, 5"a) that can be attached interchangeably to the main body has a further viewing surface (6'a, 6"a), which differs graphically, haptically, in colour and/or by means of a pattern or image from the first viewing surface , characterized in that at least one cover cap (5a, 5'a, 5"a) is at least partly accommodated by the main body and at least partly surrounded by the latter, wherein the cover cap (5a, 5'a, 5"a) is separated from the main body , at least partly or in some sections, by a groove and/or is completely surrounded by a circumferential groove .
A system, comprising: an engine , comprising: a combustion chamber ; a viewing port into the combustion chamber ; a camera configured to obtain an image of a flame in the combustion chamber through the viewing port ; and a controller configured to adjust a parameter of the engine based on the image of the flame , wherein the controller is configured to adjust said parameter of the engine based on a series of images indicative of flashback, substantially excessive dynamic oscillations, lean blowout precursors, or a combination thereof, characterized by a camera positioning mechanism , wherein the camera positioning mechanism is communicatively coupled to the controller and wherein the camera positioning mechanism is coupled to the camera to adjust the position of the camera by instructing the camera positioning mechanism to rotate and/or translate the camera and to facilitate rotation and/or translation of the camera relative to the viewing port , thus enabling the camera to be positioned to observe various regions of the interior of the combustion chamber. a combustion chamber ; a viewing port into the combustion chamber ; a camera configured to obtain an image of a flame in the combustion chamber through the viewing port ; and a controller configured to adjust a parameter of the engine based on the image of the flame , wherein the controller is configured to adjust said parameter of the engine based on a series of images indicative of flashback, substantially excessive dynamic oscillations, lean blowout precursors, or a combination thereof, characterized by a camera positioning mechanism , wherein the camera positioning mechanism is communicatively coupled to the controller and wherein the camera positioning mechanism is coupled to the camera to adjust the position of the camera by instructing the camera positioning mechanism to rotate and/or translate the camera and to facilitate rotation and/or translation of the camera relative to the viewing port , thus enabling the camera to be positioned to observe various regions of the interior of the combustion chamber.
A relay device , comprising a transceiver configured to receive control signals from blocks of a protocol stack implemented in a network node ; a processor; and a memory coupled to said processor and containing instructions that configure the processor to operate the transceiver to exchange said control signals, wherein said instructions further configure the processor to pass control signals from a first proper subset of blocks of the protocol stack to a remote device without operating according to said control signals from the first proper subset of blocks of the protocol stack, and to operate according to control signals from a second proper subset of blocks of the protocol stack thereby operating on behalf of the remote device to support communication between said remote device and said network node , wherein said first proper subset of blocks of the protocol stack includes long term evolution radio resource control and packet data convergence protocol blocks and said second proper subset of blocks of the protocol stack includes long term evolution radio link control, medium access control and physical blocks, characterised in that said instructions further configure the processor to support two or more air interface connections with said network node , each air interface connection supporting a stream of data associated with a respective cell radio network temporary identifier, one stream of data being directed to the relay device and another stream of data being directed to the remote device . a transceiver configured to receive control signals from blocks of a protocol stack implemented in a network node ; a processor; and a memory coupled to said processor and containing instructions that configure the processor to operate the transceiver to exchange said control signals, wherein said instructions further configure the processor to pass control signals from a first proper subset of blocks of the protocol stack to a remote device without operating according to said control signals from the first proper subset of blocks of the protocol stack, and to operate according to control signals from a second proper subset of blocks of the protocol stack thereby operating on behalf of the remote device to support communication between said remote device and said network node , wherein said first proper subset of blocks of the protocol stack includes long term evolution radio resource control and packet data convergence protocol blocks and said second proper subset of blocks of the protocol stack includes long term evolution radio link control, medium access control and physical blocks, characterised in that said instructions further configure the processor to support two or more air interface connections with said network node , each air interface connection supporting a stream of data associated with a respective cell radio network temporary identifier, one stream of data being directed to the relay device and another stream of data being directed to the remote device .
A vibrating meter , comprising: one or more conduits including a vibrating portion and a non-vibrating portion ; a driver coupled to a conduit of the one or more conduits and configured to vibrate the vibrating portion of the conduit at one or more drive frequencies; one or more pick-offs coupled to a conduit of the one or more conduits and configured to detect a motion of the vibrating portion of the conduit; a case that substantially surrounds the one or more conduits , the driver , and the one or more pickoffs ; and characterized in that the vibrating meter further comprises a damping material applied to an entire surface of the case that reduces one or more vibrational resonant frequencies of the meter component below the one or more drive frequencies. one or more conduits including a vibrating portion and a non-vibrating portion ; a driver coupled to a conduit of the one or more conduits and configured to vibrate the vibrating portion of the conduit at one or more drive frequencies; one or more pick-offs coupled to a conduit of the one or more conduits and configured to detect a motion of the vibrating portion of the conduit; a case that substantially surrounds the one or more conduits , the driver , and the one or more pickoffs ; and characterized in that the vibrating meter further comprises a damping material applied to an entire surface of the case that reduces one or more vibrational resonant frequencies of the meter component below the one or more drive frequencies.
A method of making a rotor blade for a rotor assembly of a tiltrotor aircraft, the rotor assembly controls the direction, thrust, and lift of the tiltrotor aircraft, comprising: providing a data library, the data library consisting of characteristics of materials, support network arrangement parameters, upper skin parameters, and lower skin parameters; designing an upper skin and a lower skin based upon the characteristics of materials, the upper skin parameters, and the lower skin parameters in the data library; designing a support network having a plurality of interconnected support members in a reticulated arrangement, the designing step is based upon the characteristics of materials, and the support network arrangements parameters in the data library; forming the upper skin of one piece using an additive manufacturing process; forming the lower skin of one piece using an additive manufacturing process; forming the support network of one piece using an additive manufacturing process, the forming including providing the support members with a thick width to support the upper and lower skins, and providing a closely compacted portion adjacent to a leading edge of the rotor blade and an open cell portion adjacent to a trailing edge of the rotor blade, the closely compacted portion and the open cell portion each having a varied density of cells; enclosing the support network with the upper skin and the lower skin; and bonding the upper skin and the lower skin to the support network to form the rotor blade. providing a data library, the data library consisting of characteristics of materials, support network arrangement parameters, upper skin parameters, and lower skin parameters; designing an upper skin and a lower skin based upon the characteristics of materials, the upper skin parameters, and the lower skin parameters in the data library; designing a support network having a plurality of interconnected support members in a reticulated arrangement, the designing step is based upon the characteristics of materials, and the support network arrangements parameters in the data library; forming the upper skin of one piece using an additive manufacturing process; forming the lower skin of one piece using an additive manufacturing process; forming the support network of one piece using an additive manufacturing process, the forming including providing the support members with a thick width to support the upper and lower skins, and providing a closely compacted portion adjacent to a leading edge of the rotor blade and an open cell portion adjacent to a trailing edge of the rotor blade, the closely compacted portion and the open cell portion each having a varied density of cells; enclosing the support network with the upper skin and the lower skin; and bonding the upper skin and the lower skin to the support network to form the rotor blade.