mhurhangee/patent-ind-claim-en huggingface dataset:
Chamber for a distillation column that is to operate at a temperature below 0°C, or even at cryogenic temperature, comprising a cylindrical distillation column that is to operate at a temperature below 0°C, insulation , at least four vertical exterior walls (A, B, C, D), all having the same height in the vertical direction, the at least four walls comprising at least two rectangular planar walls (A, B, C), possibly another cylindrical element that is to operate at a temperature below 0°C and which is a storage facility or a phase separator, and a roof, the column being inside the chamber, the at least four walls comprising at least one convex exterior wall (D, E), the element closest to the convex wall being the distillation column or the other element and comprising: i)two rectangular planar walls (A, B) and two convex walls (D, E), defining a first space in the shape of a cuboid, with, on each side, a second space in the shape of a truncated cylinder, or ii)three rectangular planar walls (A, B, C) surrounding a first space in the shape of a cuboid, the three straight walls comprising a first planar wall (B) connected to a free edge of the second planar wall (A) by a right angle and connected to a free edge of the third planar wall (C) by a right angle, and a convex wall, delimiting a second space consisting of a convex wall (D) outside of the first space, the free edges of the convex wall each being connected to a free edge of a planar wall so that the first space and the second space are contiguous. i)two rectangular planar walls (A, B) and two convex walls (D, E), defining a first space in the shape of a cuboid, with, on each side, a second space in the shape of a truncated cylinder, or ii)three rectangular planar walls (A, B, C) surrounding a first space in the shape of a cuboid, the three straight walls comprising a first planar wall (B) connected to a free edge of the second planar wall (A) by a right angle and connected to a free edge of the third planar wall (C) by a right angle, and a convex wall, delimiting a second space consisting of a convex wall (D) outside of the first space, the free edges of the convex wall each being connected to a free edge of a planar wall so that the first space and the second space are contiguous.
A disposable section of an endoscope handle, comprising: a housing , comprising a proximal end provided with a connecting portion, wherein the connecting portion is configured to be detachably connectable to a reusable section of the endoscope handle; an inserting unit , wherein a proximal end of the inserting unit is located at a distal end of the housing ; and a first transmission assembly, comprising: a first traction wire , a second traction wire , and a first connecting portion , wherein the first traction wire and the second traction wire are located in the inserting unit ; and a distal end of the first traction wire and a distal end of the second traction wire are connected to an active bending section at a distal end of the inserting unit , and a proximal end of the first traction wire and a proximal end of the second traction wire are connected to the first connecting portion , characterized in that a proximal end surface of the housing is provided with a first curved movement path; the first curved movement path is orthogonal to an axial direction of the proximal end surface and located at a periphery of the proximal end surface of the housing ; and the first connecting portion is movable along the first curved movement path. a housing , comprising a proximal end provided with a connecting portion, wherein the connecting portion is configured to be detachably connectable to a reusable section of the endoscope handle; an inserting unit , wherein a proximal end of the inserting unit is located at a distal end of the housing ; and a first transmission assembly, comprising: a first traction wire , a second traction wire , and a first connecting portion , wherein the first traction wire and the second traction wire are located in the inserting unit ; and a distal end of the first traction wire and a distal end of the second traction wire are connected to an active bending section at a distal end of the inserting unit , and a proximal end of the first traction wire and a proximal end of the second traction wire are connected to the first connecting portion , characterized in that a proximal end surface of the housing is provided with a first curved movement path; the first curved movement path is orthogonal to an axial direction of the proximal end surface and located at a periphery of the proximal end surface of the housing ; and the first connecting portion is movable along the first curved movement path.
A method of wireless communication performed by a scheduling entity , the method comprising: jointly encoding control information across a plurality of physical links using a convolutional code or turbo code; allocating a portion of the encoded control information to each of the plurality of physical links; transmitting data on a data channel using a first transmission time interval, TTI; puncturing, as indicated by the control information, the data being transmitted using the first transmission time interval, TTI, with other data utilizing a second TTI shorter in duration than the first TTI and overlapping with a portion of the first TTI used for transmitting the data , wherein the first TTI is used for latency-tolerant data and the second TTI is used for low latency data ; and transmitting the encoded control information on a control channel comprising the plurality of physical links, via multi-link diversity, utilizing the second TTI shorter in duration than the first TTI and overlapping with the portion of the first TTI used for transmitting the data . jointly encoding control information across a plurality of physical links using a convolutional code or turbo code; allocating a portion of the encoded control information to each of the plurality of physical links; transmitting data on a data channel using a first transmission time interval, TTI; puncturing, as indicated by the control information, the data being transmitted using the first transmission time interval, TTI, with other data utilizing a second TTI shorter in duration than the first TTI and overlapping with a portion of the first TTI used for transmitting the data , wherein the first TTI is used for latency-tolerant data and the second TTI is used for low latency data ; and transmitting the encoded control information on a control channel comprising the plurality of physical links, via multi-link diversity, utilizing the second TTI shorter in duration than the first TTI and overlapping with the portion of the first TTI used for transmitting the data .
Method for marking predeterminable patterns in a structured data set which is stored in a digital data file on a storage medium, in which a search pattern criterion is specified, in which the data is subdivided into a plurality of data units and each data unit of the data set is examined with the search pattern criterion, and in which a pattern that matches the search pattern criterion is marked, and in which a result file is generated from the structured data set, in which result file data unit reference information is stored which refers to data units matching the search pattern criterion, characterised in that in the result file , the data units matching the search pattern criterion are stored together with the data unit reference information, and in that , starting from the result file , a pattern that matches the search pattern criterion is marked by displaying the result file on a display device, the patterns found being marked and displayed embedded in a surrounding data set area, and in that the data file is subdivided into a plurality of processing blocks , each processing block containing a plurality of data units, and a partial result file is generated for each processing block , in which case a plurality of processing blocks is processed simultaneously and the partial result files are then combined into the result file .
A method for evaluating the suitability of a mobile device having at least one camera for performing an analytical measurement, comprising: a) providing the at least one mobile device having the at least one camera ; b) providing at least one reference object having at least one predefined spatial extension in at least one spatial dimension ; c) taking at least one image of at least part of the reference object by using the camera ; the method being characterised in that it comprises the steps of: d) deriving at least one item of spatial resolution information by using the image of at least part of the reference object , wherein the at least one item of spatial resolution information comprises one or more numerical values, which quantify the capability of the camera of resolving two or more objects in the image ; and e) comparing the at least one item of spatial resolution information with at least one threshold value, thereby determining at least one item of suitability information on the suitability of a mobile device for the purpose of performing the analytical measurement, wherein the at least one threshold value is determined by a minimum number of pixels in the at least one spatial dimension within at least one region of interest in the image . a) providing the at least one mobile device having the at least one camera ; b) providing at least one reference object having at least one predefined spatial extension in at least one spatial dimension ; c) taking at least one image of at least part of the reference object by using the camera ; d) deriving at least one item of spatial resolution information by using the image of at least part of the reference object , wherein the at least one item of spatial resolution information comprises one or more numerical values, which quantify the capability of the camera of resolving two or more objects in the image ; and e) comparing the at least one item of spatial resolution information with at least one threshold value, thereby determining at least one item of suitability information on the suitability of a mobile device for the purpose of performing the analytical measurement, wherein the at least one threshold value is determined by a minimum number of pixels in the at least one spatial dimension within at least one region of interest in the image .
A medical imaging system capable of acquiring medical imaging data of a patient , the system comprising: a console comprising a computer programmed to: enable a first user to perform a first task on the medical imaging system via the console ; and enable a second user to perform a second task on the medical imaging system simultaneously with the first task via a remote device ; characterised in that the computer is programmed such that the console has an overriding command capability to limit functionality of the remote device , and to prevent access of the remote device to the medical imaging system such that the second task cannot be performed. a console comprising a computer programmed to: enable a first user to perform a first task on the medical imaging system via the console ; and enable a second user to perform a second task on the medical imaging system simultaneously with the first task via a remote device ; enable a first user to perform a first task on the medical imaging system via the console ; and enable a second user to perform a second task on the medical imaging system simultaneously with the first task via a remote device ; characterised in that the computer is programmed such that the console has an overriding command capability to limit functionality of the remote device , and to prevent access of the remote device to the medical imaging system such that the second task cannot be performed.
A weighing system for weighing an item when being conveyed from a receiving section to an outlet section , the weighing system comprising: - at least one container for transporting the item ; - a conveyor means connected to the container for conveying in a conveying direction said container at a first vertical position relative to the conveyor means ; and - a weighing device for weighing the container when said container is being conveyed supported on said weighing device ; wherein the container is connected to the conveyor means via a primary connecting means and a secondary connecting means , each of the two connecting means comprising a first section permanently connected to the container , a second section permanently connected to the conveyor means, and a third section hingedly connected to both the first section and the second section ; and wherein both connecting means are arranged such that the third section of the primary connecting means is rotatable about a first axis transverse to the conveying direction and the third section of the secondary connecting means is rotatable about a second axis substantially parallel to said conveying direction such that the rotation of said third sections about the first axis and the second axis respectively allows for movement of the container with respect to the conveyor means in a vertical direction from the first vertical position to a second vertical position. - at least one container for transporting the item ; - a conveyor means connected to the container for conveying in a conveying direction said container at a first vertical position relative to the conveyor means ; and - a weighing device for weighing the container when said container is being conveyed supported on said weighing device ;
Method for determining a debonding energy between a first layer and a second layer of a laminate of composite material by means of a laying machine comprising at least one end effector , the method comprising the following steps: a) debonding at least part of the second layer from the first layer by at least a movement of a component of the end effector of the laying machine that causes the second layer to be pulled relative to the first layer , b) measuring at least a pulling force applied on the second layer and at least the pulling movement of a component of the end effector during step a), and c) determining the debonding energy between the first and second layer based at least on the measured pulling force and the measured pulling movement. a) debonding at least part of the second layer from the first layer by at least a movement of a component of the end effector of the laying machine that causes the second layer to be pulled relative to the first layer , b) measuring at least a pulling force applied on the second layer and at least the pulling movement of a component of the end effector during step a), and c) determining the debonding energy between the first and second layer based at least on the measured pulling force and the measured pulling movement.
Rotary leadthrough for a tyre inflation system, having an axle housing and a wheel axle which is mounted rotatably in the axle housing and has a wheel fastening flange for attaching a wheel rim, the wheel axle being received at least in sections by a leadthrough sleeve which is connected fixedly to the wheel axle so as to rotate with it and is supported by means of a radial bearing with respect to a bearing seat within the axle housing , a compressed air duct which runs within a cylindrical wall of the leadthrough sleeve being provided, which compressed air duct communicates on one side with a pressure connector which is attached to the axle housing and on the other side with a tyre connector which is attached to the leadthrough sleeve , the leadthrough sleeve being sealed in a rotationally movable manner with respect to an adjoining inner side of the axle housing in such a way that a connecting chamber which is closed off in an airtight manner is configured between the pressure connector and the compressed air duct , characterized in that the connecting chamber is configured as a cavity within the axle housing , which cavity adjoins an inner end side of the leadthrough sleeve .
A fuel injector for a hydrogen combusting aircraft gas turbine engine having at least one air through-passage extending axially from a front face to a rear face ; a fuel manifold in communication with a hydrogen fuel feed line ; wherein a plurality of fuel outlets is provided surrounding the or each air passage and an annular fuel gallery is provided around each air through passage configured to supply the fuel outlets , the annular fuel gallery communicating with the fuel manifold ; characterised in that : the injector comprises an injector front plate which forms the front face of the injector , and an injector rear plate which forms the rear face of the injector , the injector front plate and injector rear plate being coupled together, wherein the injector comprises a feed plate located between the injector front plate and the injector rear plate comprising a plurality of air through-holes , wherein the injector front plate comprises the fuel manifold and comprises a plurality of axially extending air through-holes , wherein the injector rear plate comprises a plurality of axially extending air through-holes , and wherein, when assembled, the axially extending air-through holes of the injector rear plate , injector feed plate and injector front plate align to form a plurality of air through-passages . the injector comprises an injector front plate which forms the front face of the injector , and an injector rear plate which forms the rear face of the injector , the injector front plate and injector rear plate being coupled together, wherein the injector comprises a feed plate located between the injector front plate and the injector rear plate comprising a plurality of air through-holes , wherein the injector front plate comprises the fuel manifold and comprises a plurality of axially extending air through-holes , wherein the injector rear plate comprises a plurality of axially extending air through-holes , and wherein, when assembled, the axially extending air-through holes of the injector rear plate , injector feed plate and injector front plate align to form a plurality of air through-passages .
A short stroke button assembly , in particular for use in an automotive vehicle, comprising a housing , a button held in said housing and apt to be moved axially in the activation direction along an activation axis (A), at least one switch corresponding to said button , having an active state and an inactive state separated by an activation gap (L) along said activation axis (A), and preloaded to normally maintain said inactive state, and at least one connector disposed along said activation axis (A) between said button and said switch , wherein said connector comprises a first member and a second member displaceable angularly about and axially along said activation axis (A) with respect to said first member , wherein said first member comprises at least one protrusion extending along said activation axis (A) and said second member further comprises at least one substantially helical surface cooperating with said protrusion , characterized in that at least one radial recess or projection formed in one member engageable with at least two radial projections or recesses formed in the other member to maintain the relative angular position between said first member and said second member , wherein said first member or said second member is integral with said button , while said second member or said first member is angularly displaceable with respect to the housing , wherein said first member and/or said second member is provided with an interface for a torque applying tool, while said assembly is further provided with at least one control channel to introduce said torque applying tool. a housing , a button held in said housing and apt to be moved axially in the activation direction along an activation axis (A), at least one switch corresponding to said button , having an active state and an inactive state separated by an activation gap (L) along said activation axis (A), and preloaded to normally maintain said inactive state, and at least one connector disposed along said activation axis (A) between said button and said switch , wherein said connector comprises a first member and a second member displaceable angularly about and axially along said activation axis (A) with respect to said first member , wherein said first member comprises at least one protrusion extending along said activation axis (A) and said second member further comprises at least one substantially helical surface cooperating with said protrusion , characterized in that at least one radial recess or projection formed in one member engageable with at least two radial projections or recesses formed in the other member to maintain the relative angular position between said first member and said second member , wherein said first member or said second member is integral with said button , while said second member or said first member is angularly displaceable with respect to the housing , wherein said first member and/or said second member is provided with an interface for a torque applying tool, while said assembly is further provided with at least one control channel to introduce said torque applying tool.
A system, comprising: an ammonium removal flow path comprising: at least one ammonium removal solution source ; the ammonium removal solution source fluidly connectable to a zirconium phosphate sorbent module inlet ; a pump ; and an effluent line fluidly connectable to a zirconium phosphate module outlet ; at least one ammonia sensor ; and a processor in communication with the at least one ammonia sensor, the processor estimating a patient pre-dialysis BUN level based on a total ammonia content in an ammonium removal solution effluent of the zirconium phosphate sorbent module. an ammonium removal flow path comprising: at least one ammonium removal solution source ; the ammonium removal solution source fluidly connectable to a zirconium phosphate sorbent module inlet ; a pump ; and an effluent line fluidly connectable to a zirconium phosphate module outlet ; at least one ammonia sensor ; and a processor in communication with the at least one ammonia sensor, the processor estimating a patient pre-dialysis BUN level based on a total ammonia content in an ammonium removal solution effluent of the zirconium phosphate sorbent module.
A method of a wireless power transmission apparatus , the method comprising: receiving state information from a wireless power reception apparatus ; calculating a variation in the state information due to movement of the wireless power reception apparatus , the state information comprising at least one of an impedance, received power, received voltage, and received current; generating coupling region update information of the wireless power reception apparatus by forming data indicative of how close a position of the wireless power reception apparatus is to an optimum coupling region based on the variation; repeatedly performing the calculating and the generating; and outputting the coupling region update information, characterized in that the coupling region update information includes information regarding whether a power reception rate of the wireless power reception apparatus is increased based on the movement of the wireless power reception apparatus. receiving state information from a wireless power reception apparatus ; calculating a variation in the state information due to movement of the wireless power reception apparatus , the state information comprising at least one of an impedance, received power, received voltage, and received current; generating coupling region update information of the wireless power reception apparatus by forming data indicative of how close a position of the wireless power reception apparatus is to an optimum coupling region based on the variation; repeatedly performing the calculating and the generating; and outputting the coupling region update information, characterized in that the coupling region update information includes information regarding whether a power reception rate of the wireless power reception apparatus is increased based on the movement of the wireless power reception apparatus.