mhurhangee/patent-ind-claim-en huggingface dataset:
A device for obtaining a desiccated product from blood or derivatives characterised in that it comprises: • a multiple-effect vacuum evaporation system , which concentrates blood; • a vacuum dryer of the blood concentrated in the system of evaporators , characterised in that it comprises vertical heat exchange plates and stirrer mechanisms (3A3) that increase the heat exchange surface; • an ozoniser , which injects ozone into the dryer and exerts some of the effects within the group consisting of deodorising, aseptising and preventing coagulation; and wherein the system of evaporators and/or dryer use the residual effluents of an industry as an energy source. • a multiple-effect vacuum evaporation system , which concentrates blood; • a vacuum dryer of the blood concentrated in the system of evaporators , characterised in that it comprises vertical heat exchange plates and stirrer mechanisms (3A3) that increase the heat exchange surface; • an ozoniser , which injects ozone into the dryer and exerts some of the effects within the group consisting of deodorising, aseptising and preventing coagulation; and
A method for adjusting a water recycling device to a user preference profile , wherein said water recycling device comprises: an outlet configured to output treated water; a drain for collecting used water output from said outlet ; a recirculation loop in liquid communication with said drain and said outlet , said recirculation loop comprising a water treatment arrangement for treating said used water; an external water path in liquid communication with said recirculation loop , said external water path being connected to an external water outlet; a circulation pump for providing a flow in said water recycling device ; and a sensor arrangement configured to measure a water quality parameter of water in said water recycling device ; said method characterized by comprising the steps of: receiving data indicating an upcoming use of said water recycling device by a user; processing said data in order to determine a probability of use of said water recycling device by said user within a time period; and if said probability of use exceeds a threshold, adjusting a number of operating parameters of said water recycling device according to a user preference profile associated with said user. an outlet configured to output treated water; a drain for collecting used water output from said outlet ; a recirculation loop in liquid communication with said drain and said outlet , said recirculation loop comprising a water treatment arrangement for treating said used water; an external water path in liquid communication with said recirculation loop , said external water path being connected to an external water outlet; a circulation pump for providing a flow in said water recycling device ; and a sensor arrangement configured to measure a water quality parameter of water in said water recycling device ; said method characterized by comprising the steps of: receiving data indicating an upcoming use of said water recycling device by a user; processing said data in order to determine a probability of use of said water recycling device by said user within a time period; and if said probability of use exceeds a threshold, adjusting a number of operating parameters of said water recycling device according to a user preference profile associated with said user. receiving data indicating an upcoming use of said water recycling device by a user; processing said data in order to determine a probability of use of said water recycling device by said user within a time period; and if said probability of use exceeds a threshold, adjusting a number of operating parameters of said water recycling device according to a user preference profile associated with said user.
A packaging assembly for storing a bioprosthetic heart valve , the packaging assembly comprising: a sub-assembly comprising a valve holder configured to hold the bioprosthetic heart valve , and a clip configured to receive a shaft of the valve holder , the shaft having a shaft width, wherein the clip comprises: a body having an outer periphery and opposing inner edges , the opposing inner edges defining a slot in the body for receiving the shaft of the valve holder , wherein the slot is open at a first end of the body and extends, along a longitudinal axis (I) of the body , from the first end to a docking aperture ; and a compliance feature in an interference-fit area of the slot adjacent to the docking aperture ; wherein a slot width (W 2 ) between the opposing inner edges of the body in the interference-fit area is less than the shaft width, and wherein the compliance feature comprises a cutout adjacent to each of the opposing inner edges such that each of the opposing inner edges defines a beam within the interference-fit area , characterized in that the compliance feature allows the beam to deform so that the force needed to push the shaft of the valve holder past the interference-fit area is reduced. a body having an outer periphery and opposing inner edges , the opposing inner edges defining a slot in the body for receiving the shaft of the valve holder , wherein the slot is open at a first end of the body and extends, along a longitudinal axis (I) of the body , from the first end to a docking aperture ; and a compliance feature in an interference-fit area of the slot adjacent to the docking aperture ; wherein a slot width (W 2 ) between the opposing inner edges of the body in the interference-fit area is less than the shaft width, and wherein the compliance feature comprises a cutout adjacent to each of the opposing inner edges such that each of the opposing inner edges defines a beam within the interference-fit area , characterized in that the compliance feature allows the beam to deform so that the force needed to push the shaft of the valve holder past the interference-fit area is reduced.
Cell of a redox flow battery, having at least two cell frame elements , a membrane , and two electrodes , wherein the at least one cell frame element , the membrane , and the two electrodes enclose two half-cell interior spaces which are separated from one another, wherein, in the at least two cell frame elements , at least four separate supply ducts are provided in such a way that different electrolyte solutions can flow through the two half-cell interior spaces , and wherein, aside from the at least four separate supply ducts , the cell is liquid tight, wherein the at least two cell frame elements , the two electrodes , and the membrane are placed in a cast housing and the gap between the at least two cell frame elements , the two electrodes and the membrane is filled with a liquid casting medium, as a result of which all the mentioned components are cast together in a liquid-tight manner, wherein each cell frame element has exactly two bores, recesses and/or bulges for the separate supply ducts (13, 15 or 14, 16); characterised in that the bores, recesses and/or bulges are located outside the main volume body of the cell.
Method for recording a video program, said video program being received in the form of a bitstream by at least one receiver, a so-called recorder receiver, having to record the video program on a remote server, each recorder receiver being linked to the remote server by a communication network and being characterized by an emission bitrate, the bitstream being characterized by an encoding bitrate, characterized in that the method is implemented by each recorder receiver and in that for a recorder receiver, the method comprises the following steps: - obtaining a value, so-called compression factor, used by the recorder receiver to determine which sub-part of the bitstream to dispatch to the remote server, the compression factor being calculated as a function of the value representative of the encoding bitrate of the video program to be recorded and of a value representative of the emission bitrate of the recorder receiver; - division of the bitstream into a set of successive segments of fixed size, and ordering said segments as a function of their order of appearance in the bitstream; - determination of a subset of segments to be transmitted to the remote server on the basis of said set by selecting in said set segments spaced apart by a number of segments which is equal to the compression factor by traversing said set on the basis of a segment corresponding to a shift value, the shift value being a remainder of an integer division of a random number determined by the recorder receiver by the compression factor; and - transmission of the segments of the determined subset of segments to the remote server with a view to their saving, transmission being prevented by the remote server if it transpires that another recorder receiver has already dispatched one and the same shift value to the remote server. - obtaining a value, so-called compression factor, used by the recorder receiver to determine which sub-part of the bitstream to dispatch to the remote server, the compression factor being calculated as a function of the value representative of the encoding bitrate of the video program to be recorded and of a value representative of the emission bitrate of the recorder receiver; - division of the bitstream into a set of successive segments of fixed size, and ordering said segments as a function of their order of appearance in the bitstream; - determination of a subset of segments to be transmitted to the remote server on the basis of said set by selecting in said set segments spaced apart by a number of segments which is equal to the compression factor by traversing said set on the basis of a segment corresponding to a shift value, the shift value being a remainder of an integer division of a random number determined by the recorder receiver by the compression factor; and - transmission of the segments of the determined subset of segments to the remote server with a view to their saving, transmission being prevented by the remote server if it transpires that another recorder receiver has already dispatched one and the same shift value to the remote server.
A method for providing information for power saving by a terminal in a wireless network system, the method comprising: establishing a connection with a base station; receiving , from the base station, discontinuous reception, DRX, configuration information; detecting a change in traffic characteristics based on an application composition of the terminal; transmitting , to the base station, an indication of the detected change in traffic characteristics; and receiving , from the base station, modified DRX configuration information configured based on the indication of the detected change in traffic characteristics. establishing a connection with a base station; receiving , from the base station, discontinuous reception, DRX, configuration information; detecting a change in traffic characteristics based on an application composition of the terminal; transmitting , to the base station, an indication of the detected change in traffic characteristics; and receiving , from the base station, modified DRX configuration information configured based on the indication of the detected change in traffic characteristics.
A bandage system with a decongestive function for treating disorders of the lymphatic and/or venous system(s) of the human body, consisting of a textile fabric which has alternating relatively extensible strip-like regions and non-extensible strip-like regions and which at least partially surrounds the human body and/or a limb, characterised in that - the direction of extension of the relatively extensible textile fabric regions are oriented along the working direction of the musculature of the body or the limb, - the non-extensible textile-fabric regions run transversely to the working direction of the musculature, - the relatively extensible textile fabric regions and the non-extensible textile fabric regions are arranged alternately one after the other in the working direction of the musculature of the body or the limbs, and - the circumference of the bandage system can be adjusted. - the direction of extension of the relatively extensible textile fabric regions are oriented along the working direction of the musculature of the body or the limb, - the non-extensible textile-fabric regions run transversely to the working direction of the musculature, - the relatively extensible textile fabric regions and the non-extensible textile fabric regions are arranged alternately one after the other in the working direction of the musculature of the body or the limbs, and - the circumference of the bandage system can be adjusted.
A file management method, wherein the method is applied to a distributed storage system, the distributed storage system comprises a management node and multiple storage nodes, and the method comprises: receiving (S210), by the management node, a file creation request sent by a host, wherein the file creation request is used to request to create a file in the distributed storage system; allocating (S220), by the management node to the file, first virtual space from a global virtual address space of the distributed storage system according to the file creation request, wherein the global virtual address space is mapped to a local virtual address space of each storage node, the local virtual address space of each storage node corresponds to a part of the global virtual address space, the local virtual address space of a storage node is mapped to a local physical storage space of the storage node, and wherein the local virtual address space of the storage node is a segment of unused space in the virtual address space of an operating system of the storage node, the local physical storage space of the storage node is storage space of a non-volatile memory, NVM, in the storage node; recording (S230), by the management node, a metadata of the file, wherein the metadata of the file comprises information about the first virtual space allocated to the file, and the information about the first virtual space points to the local virtual address space of a storage node for storing the file; and sending (S240), by the management node, a file creation success response to the host, wherein the file creation success response carries the information about the first virtual space. receiving (S210), by the management node, a file creation request sent by a host, wherein the file creation request is used to request to create a file in the distributed storage system; allocating (S220), by the management node to the file, first virtual space from a global virtual address space of the distributed storage system according to the file creation request, wherein the global virtual address space is mapped to a local virtual address space of each storage node, the local virtual address space of each storage node corresponds to a part of the global virtual address space, the local virtual address space of a storage node is mapped to a local physical storage space of the storage node, and wherein the local virtual address space of the storage node is a segment of unused space in the virtual address space of an operating system of the storage node, the local physical storage space of the storage node is storage space of a non-volatile memory, NVM, in the storage node; recording (S230), by the management node, a metadata of the file, wherein the metadata of the file comprises information about the first virtual space allocated to the file, and the information about the first virtual space points to the local virtual address space of a storage node for storing the file; and sending (S240), by the management node, a file creation success response to the host, wherein the file creation success response carries the information about the first virtual space.
An apparatus for scalable video encoding comprising: an encoder for encoding a picture to form a base layer and an enhancement layer by partitioning the picture into a plurality of image blocks and associating the plurality of image blocks into one or more slices; characterized in that : encoding all of the one or more slices for the base layer and less than all of the one or more slices for the enhancement layer; and encoding a syntax element to indicate the at least one not encoded slice in the enhancement layer is intentionally not encoded. an encoder for encoding a picture to form a base layer and an enhancement layer by partitioning the picture into a plurality of image blocks and associating the plurality of image blocks into one or more slices; characterized in that : encoding all of the one or more slices for the base layer and less than all of the one or more slices for the enhancement layer; and encoding a syntax element to indicate the at least one not encoded slice in the enhancement layer is intentionally not encoded. encoding all of the one or more slices for the base layer and less than all of the one or more slices for the enhancement layer; and encoding a syntax element to indicate the at least one not encoded slice in the enhancement layer is intentionally not encoded.
A lamp for arrangement in a facade construction , comprising • a carrier element in the form of a printed circuit board , • LEDs arranged on the printed circuit board , as well as other electronic components for controlling the LEDs , • an optical element associated with the LEDs , and • a transparent cover having side walls in an area lateral to the LEDs , which walls extend out to the carrier element , wherein the cover together with the carrier element encloses the LEDs and the further electronic components , wherein the optical element is integral part of the cover and the cover is glued to the carrier element , wherein the cover comprises a protrusion projecting laterally over the carrier element , preferably completely circumferentially, which protrusion is provided for abutment against the peripheral area of an assembly opening of the facade construction , and wherein a seal is arranged on the side of the protrusion of the cover facing the carrier member . • a carrier element in the form of a printed circuit board , • LEDs arranged on the printed circuit board , as well as other electronic components for controlling the LEDs , • an optical element associated with the LEDs , and • a transparent cover having side walls in an area lateral to the LEDs , which walls extend out to the carrier element , wherein the cover together with the carrier element encloses the LEDs and the further electronic components , wherein the optical element is integral part of the cover and the cover is glued to the carrier element , wherein the cover comprises a protrusion projecting laterally over the carrier element , preferably completely circumferentially, which protrusion is provided for abutment against the peripheral area of an assembly opening of the facade construction , and wherein a seal is arranged on the side of the protrusion of the cover facing the carrier member .
A turbine engine blade extending along a longitudinal axis (A), comprising a suction-face aerodynamic surface and a pressure-face aerodynamic surface that extends in a first direction between a leading edge and a trailing edge , and in a second direction substantially perpendicular to the first direction between a root and tip of the blade , and a leading-edge reinforcement comprising a suction-face fin partly covering the suction-face aerodynamic surface and a pressure-face fin partly covering the pressure-face aerodynamic surface of the blade , and the pressure-face fin has a radially outer edge arranged in the vicinity of the tip of the blade and extending between the leading edge and the trailing edge , this radially outer edge comprising an upstream point that fits flush with the tip of the blade at the leading edge and a downstream point that is radially spaced from the tip of the blade , the upstream point is situated at the upstream end of the top edge and the downstream point is situated at the downstream end of the radially outer edge of the fin, this radially outer edge comprising an intermediate point situated between the upstream point and the downstream and defining with the upstream point a first portion of the radially outer edge , fitting flush with the tip of the blade and, with the downstream point , characterised in that a second portion of the radially outer edge separating gradually from the tip of the blade in the direction of the downstream point , to limit the penetration of the fin in an internal abradable layer of the turbine engine in the event of detachment of the downstream point , the intermediate point being arranged longitudinally at equal distances from the upstream point and from the downstream point , the intermediate point and the downstream point are separated from each other by a distance (H1), measured along a median longitudinal axis (M) of the fin, that is along a radial direction (Z), comprised between 0 and sina × L ÷ 4 where: - L/2 is the length between the point and the intermediate point , and - α is the angle measured between a line passing through the upstream point and the intermediate point of the radially outer edge and a tangent (T) to the radially outer edge , parallel to the longitudinal axis (A) and passing through the intermediate point . - L/2 is the length between the point and the intermediate point , and - α is the angle measured between a line passing through the upstream point and the intermediate point of the radially outer edge and a tangent (T) to the radially outer edge , parallel to the longitudinal axis (A) and passing through the intermediate point .
A rotary press for tablets, comprising a rotationally driven rotor having a die plate with die holes and having a plurality of upper and lower punches that revolve with the die plate for producing tablets in the die holes , wherein the die plate of the rotor is assigned a scraper , which guides tablets , produced in the die holes and discharged from the die holes by the lower punches, from the top side of the die plate into a good channel , wherein a bad channel is arranged in front of the good channel in the direction of rotation of the rotor, which bad channel is assigned a rejection apparatus for rejecting tablets into the bad channel , wherein a checking apparatus is also arranged on the rotary press for tablets, which checking apparatus checks at least one property of the tablets produced in the die holes and generates a bad signal for a control apparatus if the checked property of a tablet deviates to an impermissible extent from a target value such that the control apparatus actuates the rejection apparatus for rejecting the relevant tablet, wherein a first detector apparatus that detects tablets guided through the bad channel is arranged in the bad channel , characterized in that a second detector apparatus that detects tablets guided through the good channel is arranged in the good channel , in that a first vacuum apparatus is arranged in the bad channel such that tablets guided by the rejection apparatus toward the bad channel are conveyed away through the bad channel by means of the vacuum generated by the first vacuum apparatus , and in that a second vacuum apparatus is arranged in the good channel such that tablets guided by the scraper toward the good channel are sucked away from the die plate and conveyed away through the good channel by means of the vacuum generated by the second vacuum apparatus .