mhurhangee/ep-ind-claims huggingface dataset:
A method for viewport dependent video streaming, the method performed by at least one processor and comprising: - sending a viewport dependent video from a video capture subsystem to a streaming client (207, 212) having a viewport; wherein the method is characterized in - setting a threshold for a degree of change in a spatial orientation of the viewport; - determining whether a degree of change in a spatial orientation of the viewport exceeds the threshold and whether an amount of time having elapsed from regularly signaling viewport information from the streaming client (207, 212) to the video capture subsystem is less than a predetermined amount of time; and - signaling viewport information from the streaming client (207, 212) to the video capture subsystem based on determining whether the threshold for the degree of change in a spatial orientation of the viewport has been exceeded and whether the amount of time having elapsed from regularly signaling viewport information from the streaming client (207, 212) to the video capture subsystem is less than the predetermined amount of time. - sending a viewport dependent video from a video capture subsystem to a streaming client (207, 212) having a viewport; wherein the method is characterized in - setting a threshold for a degree of change in a spatial orientation of the viewport; - determining whether a degree of change in a spatial orientation of the viewport exceeds the threshold and whether an amount of time having elapsed from regularly signaling viewport information from the streaming client (207, 212) to the video capture subsystem is less than a predetermined amount of time; and - signaling viewport information from the streaming client (207, 212) to the video capture subsystem based on determining whether the threshold for the degree of change in a spatial orientation of the viewport has been exceeded and whether the amount of time having elapsed from regularly signaling viewport information from the streaming client (207, 212) to the video capture subsystem is less than the predetermined amount of time.
A vehicle identification means, preferably a vehicle identification, having an at least partially electrically conductive film which is at least partially implemented as a hologram and/or as a reflective film, a data carrier which can be read out in a contactless manner, in particular a radio chip, and an antenna for the data carrier, which is implemented as a slot antenna, characterized in that the film is implemented as a self-adhesive film, and that the antenna for the data carrier is implemented as an opening in the hologram and/or in the reflective film of the self-adhesive film, wherein the data carrier is glued to the hologram and/or the reflective film and has a coil by means of which the data carrier can be coupled to the slot antenna in an inductive and/or capacitive manner.
The composition for preparing surgical hemostatic film rice starch - based was comprised as following. a) 4 %w/v gelatinized rice starch aqueous solution b) 10 %w/v polyvinyl alcohol aqueous solution c) 10 %w/v carboxymethyl cellulose aqueous solution d) Glycerol a) 4 %w/v gelatinized rice starch aqueous solution b) 10 %w/v polyvinyl alcohol aqueous solution c) 10 %w/v carboxymethyl cellulose aqueous solution d) Glycerol
Method for operating a drive device that for the purpose of providing a driving torque comprises an internal combustion engine, which comprises a plurality of cylinders (10, 11, 12, 13) that during normal operation in each case supply a torque contribution, and at least one electric motor that is operatively connected to said engine, characterized in that, in a diagnostic mode a cylinder-selective measurement at least of one characteristic operating variable is performed, for which purpose in the diagnostic mode only the cylinder (10, 11, 12, 13) to be measured is in operation and the torque contributions of the remaining cylinders (10, 11, 12, 13) are simulated by way of the electric motor.
A method for making an extrusion coated, perforated nonwoven web, comprising: (a) extruding a molten polyethylene coating having a basis weight between about 7 and about 17 gsm onto a nonwoven web having a basis weight between about 9 and about 40 gsm; (b) aperturing said molten polyethylene coating through heat and pneumatic pressure differential to create microperforations therein at a density of between about 35 and about 120 perforations per 2.54 linear centimeters (1 linear inch) to provide a microperforated nonwoven web; (c) thermomechanically perforating said microperforated nonwoven web by feeding it through perforating rolls, at least one of said perforating rolls having raised protuberances to create macroperforations therein that extend through at least the polyethylene coating, said macroperforations having a density of between about 6 and about 35 perforations per 2.54 linear centimeters (1 linear inch). (a) extruding a molten polyethylene coating having a basis weight between about 7 and about 17 gsm onto a nonwoven web having a basis weight between about 9 and about 40 gsm; (b) aperturing said molten polyethylene coating through heat and pneumatic pressure differential to create microperforations therein at a density of between about 35 and about 120 perforations per 2.54 linear centimeters (1 linear inch) to provide a microperforated nonwoven web; (c) thermomechanically perforating said microperforated nonwoven web by feeding it through perforating rolls, at least one of said perforating rolls having raised protuberances to create macroperforations therein that extend through at least the polyethylene coating, said macroperforations having a density of between about 6 and about 35 perforations per 2.54 linear centimeters (1 linear inch).
Plant for the production of warp-knitted goods with at least one warp-knitting machine (2, 3) and a production management means, which has a parameter input means for inputting product data, characterised in that the parameter input means have means for inputting a time range, wherein the production management means, taking into consideration the product data and time range, set at least one operational parameter of the warp-knitting machine (2, 3) in such a way that the energy usage is minimal.
Slat for use in a slat blind with laterally arranged guide rails, comprising a closing screen surface and angled thereto, in the upper section, an upper edge, wherein the angled upper edge is provided with laterally projecting guide pins (34'-34'"), characterized in that the closing screen surface protrudes laterally over the angled upper edge such that, in closed state of the slat blind, the projecting section of the screen surface can be brought into contact with the lateral guide rails and can be overlapped with the lateral guide rails so that no direct light incidents between the slat and the lateral guide rails due to this overlap.
A method of transferring data between a host system and a reprogrammable non-volatile semiconductor mass storage system having memory cells organized into blocks of memory cells that are erasable together and which individually store multiple units of data in multiple pages, an individual block (167, 169, 171) being erased prior to new data being written therein, wherein: the host system sends individual files of data it generates to the mass storage system the mass storage system writes at least one unit at a time of file data received from the host system into at least one previously erased block (167, 169, 171) of memory cells until the received data of the host system file have been written, CHARACTERISED IN THAT: the host system identifies said individual files by unique file identifiers and offsets of data within the individual files, and sends such file identifiers and offsets to the mass storage system; the mass storage system directly translates file identifiers and offsets received from the host into physical addresses of blocks (167, 169, 171) of memory cells in which data of the identified files are written, rather than by the use of logical address conversion from a virtual address space; wherein an individual unit of data contains more than 512 bytes; and wherein the mass storage system contains a number of memory cells sufficient to store at least 256 megabytes of data. the host system sends individual files of data it generates to the mass storage system the mass storage system writes at least one unit at a time of file data received from the host system into at least one previously erased block (167, 169, 171) of memory cells until the received data of the host system file have been written, CHARACTERISED IN THAT: the host system identifies said individual files by unique file identifiers and offsets of data within the individual files, and sends such file identifiers and offsets to the mass storage system; the mass storage system directly translates file identifiers and offsets received from the host into physical addresses of blocks (167, 169, 171) of memory cells in which data of the identified files are written, rather than by the use of logical address conversion from a virtual address space; wherein an individual unit of data contains more than 512 bytes; and wherein the mass storage system contains a number of memory cells sufficient to store at least 256 megabytes of data. the host system identifies said individual files by unique file identifiers and offsets of data within the individual files, and sends such file identifiers and offsets to the mass storage system; the mass storage system directly translates file identifiers and offsets received from the host into physical addresses of blocks (167, 169, 171) of memory cells in which data of the identified files are written, rather than by the use of logical address conversion from a virtual address space; wherein an individual unit of data contains more than 512 bytes; and wherein the mass storage system contains a number of memory cells sufficient to store at least 256 megabytes of data.
Lighting device of a vehicle comprising at least one lighting means for a road scene in front of the vehicle, arranged to form a first light beam defined by a first lighting, and a device for generating a second light beam defined by a second lighting configured to superimpose the second beam on the first light beam, characterized in that a sum of the first lighting and of the second lighting is greater than the first lighting, in that the second lighting of the second beam forms driving assistance information, in that the the second lighting of the second beam has non-zero illumination, and in that the lighting means and the device for generating the second beam share at least one same light source which generates the first light beam and the second light beam.
An operating device for an automatically switched manual gearbox, which gearbox is provided with a movable engagement element for each gear, which operating device is provided with rotary shafts (1, 101a, 101b, 101c) and rotatable shift finger means (102, 103, 104) to move selected engagement elements, each shift finger means (102, 103, 104) comprising a number of separate shift fingers (102, 103, 104) each associated with a specific engagement element and separately pivotable independently of the other shift fingers, characterised in that the shift fingers (102, 103, 104) are fitted axially after one another along a rotary shaft package comprising said number of rotary shafts (101a, 101b, 101c) which are coaxially arranged to one another and which are pivotable relative to one another and are each connected to, for joint rotation with, a specific shift finger (102, 103, 104) of said number of separate shift fingers.
A high elastic modulus turbine blade comprising: a base portion and a tip portion; a primary direction that is the direction of the greater dimension of the turbine blade and extends from said base portion to said tip portion; and said turbine blade being formed of a base metal that has a crystallographic orientation, said crystallographic orientation having a high elastic modulus direction, a high elastic modulus direction being a direction that has a higher elastic modulus than at least one other crystallographic direction, wherein said high elastic modulus direction is the <123> direction and is aligned to within a cone of about ten degrees of said primary direction, and wherein said base metal is a face centred cubic metal and comprises one of a Fe, Co, Mo, Nb, Al, or Ti based alloy or a Ni based alloy consisting of 1-16% Cr, 0-3% Mo, 3-13% W, 0-8% Re, 0-14% Ta, 3-7% A1, 0-20% Co, 0-0.1% C, 0-0.02% B, 0-0.1 % Zr, 0-2% Hf, 0-2% Nb, 0-1% V, 0-2% Ti, 0-10% (Ru+Rh+Pd+Os+Ir+Pt), 0-0.25% Y, and the balance Ni. a base portion and a tip portion; a primary direction that is the direction of the greater dimension of the turbine blade and extends from said base portion to said tip portion; and said turbine blade being formed of a base metal that has a crystallographic orientation, said crystallographic orientation having a high elastic modulus direction, a high elastic modulus direction being a direction that has a higher elastic modulus than at least one other crystallographic direction,
A catheter system comprising: a catheter having an inflatable retention member; an electric pump for pumping a fluid for inflation of said inflatable retention member; a pressure sensor continuously sensing the pressure in the inflatable retention member; a controller for automated controlling of said electric pump, the controller comprising a memory storing a set of inflation levels, each level being correlated to a pressure level threshold and pumping time threshold; and a user interface arranged to receive input of a selected inflation level selected from a plurality of predetermined inflation levels; characterized in that the controller is configured to operate the electric pump until one of the pumping time threshold and pressure level threshold of said selected inflation level has been reached and wherein the plurality of predetermined inflation levels ranges from a lowest inflation level to a highest inflation level, and wherein the pumping time threshold and the pressure level threshold both increase incrementally between each predetermined inflation level from the lowest inflation level to the highest inflation level. a catheter having an inflatable retention member; an electric pump for pumping a fluid for inflation of said inflatable retention member; a pressure sensor continuously sensing the pressure in the inflatable retention member; a controller for automated controlling of said electric pump, the controller comprising a memory storing a set of inflation levels, each level being correlated to a pressure level threshold and pumping time threshold; and a user interface arranged to receive input of a selected inflation level selected from a plurality of predetermined inflation levels; characterized in that the controller is configured to operate the electric pump until one of the pumping time threshold and pressure level threshold of said selected inflation level has been reached and wherein the plurality of predetermined inflation levels ranges from a lowest inflation level to a highest inflation level, and wherein the pumping time threshold and the pressure level threshold both increase incrementally between each predetermined inflation level from the lowest inflation level to the highest inflation level.
A drive arrangement for selectively moving a vehicle sidestep between an operative position and a retracted position, the drive arrangement comprising an electric motor with a driveshaft, the driveshaft mounting a first worm gear, a transfer shaft being provided which mounts a first spur gear engageable with the first driveshaft to be driven thereby, the transfer shaft also mounting a second worm gear which drivingly engages with a second spur gear, the second spur gear being mounted on an output shaft which drives movement of the vehicle sidestep, the output shaft being parallel to and offset relative to the driveshaft, with the transfer shaft being parallel to a plane which contains both the drive and output shafts.
A computer-implemented method for decision support for therapy, the method comprising: inputting patient information from different sources to a first deep auto-encoder, the patient information specific to a first patient and a type of therapy device; selecting similar patients to the first patient with an output of the first deep auto-encoder, the similar patients having been treated with the type of therapy device; inferring a range of outcomes from a range of therapy devices of the type of therapy device from data for the similar patients, wherein set features are used to determine nearest neighbor past patients, and wherein based on the retrieved nearest neighbor patients, the processor infers outcomes by aggregating the frequency and treatment efficacy for each type of device among the retrieved patients; and displaying the range of outcomes and the range of therapy devices for the first patient, wherein the decision support is for a use case of pulmonary artery stenting and/or cardiac resynchronization planning and/or ablation therapy and/or valve replacement, wherein the patient information includes scan data of a medical scanner, wherein the scan data represents a two or three-dimensional region of the patient, wherein the scan is repeatable to represent the region over time. inputting patient information from different sources to a first deep auto-encoder, the patient information specific to a first patient and a type of therapy device; selecting similar patients to the first patient with an output of the first deep auto-encoder, the similar patients having been treated with the type of therapy device; inferring a range of outcomes from a range of therapy devices of the type of therapy device from data for the similar patients, displaying the range of outcomes and the range of therapy devices for the first patient, wherein the decision support is for a use case of pulmonary artery stenting and/or cardiac resynchronization planning and/or ablation therapy and/or valve replacement, wherein the patient information includes scan data of a medical scanner, wherein the scan data represents a two or three-dimensional region of the patient, wherein the scan is repeatable to represent the region over time.
A de-aeration device including: a jet pump configured to receive liquid to be de-aerated, in which the jet pump includes a nozzle and a diffuser downstream of the nozzle, in which the nozzle produces a high pressure stream of liquid that is delivered to an inlet section of the diffuser, a suction chamber in fluidic communication with the jet pump, a return chamber for receiving the liquid exiting an outlet section of the diffuser, in which the return chamber receives a mixture of high pressure liquid flowing through the jet pump from a control valve and low pressure liquid from the suction chamber, and a de-aeration chamber having a first end coupled to the return chamber and a second end coupled to the suction chamber, in which the de-aeration chamber is configured to receive at least a portion of the mixture of liquid from the return chamber, to separate gas from the mixture of liquid, and to deliver the de-aerated liquid to the suction chamber, characterised in that liquid flowing through the jet pump generates a relatively low pressure in the suction chamber and low pressure liquid is drawn from the suction chamber into the diffuser at a location downstream of the nozzle to mix with the high pressure stream of liquid that exits the nozzle, and the inlet section of the diffuser has a diameter which gradually reduces to a diameter of the outlet section of the diffuser to mix the high pressure and low pressure liquid and to cause suction to draw in the liquid from the suction chamber. a jet pump configured to receive liquid to be de-aerated, in which the jet pump includes a nozzle and a diffuser downstream of the nozzle, in which the nozzle produces a high pressure stream of liquid that is delivered to an inlet section of the diffuser, a suction chamber in fluidic communication with the jet pump, a return chamber for receiving the liquid exiting an outlet section of the diffuser, in which the return chamber receives a mixture of high pressure liquid flowing through the jet pump from a control valve and low pressure liquid from the suction chamber, and a de-aeration chamber having a first end coupled to the return chamber and a second end coupled to the suction chamber, in which the de-aeration chamber is configured to receive at least a portion of the mixture of liquid from the return chamber, to separate gas from the mixture of liquid, and to deliver the de-aerated liquid to the suction chamber, characterised in that liquid flowing through the jet pump generates a relatively low pressure in the suction chamber and low pressure liquid is drawn from the suction chamber into the diffuser at a location downstream of the nozzle to mix with the high pressure stream of liquid that exits the nozzle, and the inlet section of the diffuser has a diameter which gradually reduces to a diameter of the outlet section of the diffuser to mix the high pressure and low pressure liquid and to cause suction to draw in the liquid from the suction chamber.
Closing apparatus for closing pharmaceutical containers, having a closing tool for joining a closure element to a pharmaceutical container, having a fluid unit for applying at least one gaseous fluid to the container, wherein the fluid unit has at least one filter (64, 66), characterized in that the closing apparatus has a tool receptacle and a tool unit, wherein the tool unit is designed as a module which is repeatedly detachable from and connectable to the tool receptacle by means of a coupling device and which comprises the closing tool, the fluid unit and the at least one filter (64, 66), wherein the fluid unit is designed to apply at least two different gaseous fluids to the container, wherein the module comprises at least two filters (64, 66), each of which interacts with one of the different gaseous fluids.
A method of manufacturing a heat-resistant container which comprises; a masterbatch-making process, wherein a reacted masterbatch is made by mixing an inorganic basic material or carbonate being solid at ordinary temperature with an organic acid being solid at ordinary temperature in the equivalent relationship and adding them to a PETG resin, allowing previously to react them by the heat and kneading upon making the masterbatch to produce organic acid metal salt particulates, a molding sheet-making process, wherein a molding sheet is made by using a PET resin to which the reacted masterbatch has been added, a container-molding process, wherein, the molding sheet made in the molding sheet-making process is heated to 80-130°C, formed into a container shape by a vacuum or vacuum-pressure forming machine using a mold, and heat-set by keeping at 130-220°C in the same mold, and the container formed in the container-molding process has a crystallinity of 18 % or more represented by the following formula: crystallinity % = heat quantity of fusion per mole heat quantity of cold crystallization per mole heat quantity of fusion per mole of perfect crystal of PET 26.9 KJ × 100