mhurhangee/ep-ind-claims huggingface dataset:
Frame of a water-jet propulsion unit, which is arranged to be installed and sealed into an installation opening for a water-jet propulsion unit belonging to a boat, which frame includes - a flow channel for guiding water to the impeller belonging to the water-jet propulsion unit, - a maintenance opening located on top of the said flow channel, for servicing the impeller, and - a sealing surface forming a closed loop for attaching the water-jet propulsion unit tightly to the counter-sealing surface belonging to the boat, characterized in that the said frame includes, in addition, an additional sealing surface for forming a second closed loop arranged to be used in attaching the water-jet propulsion unit to the boat, in such a way that the maintenance opening of the frame is situated alternatively inside or outside the stern belonging to the boat. - a flow channel for guiding water to the impeller belonging to the water-jet propulsion unit, - a maintenance opening located on top of the said flow channel, for servicing the impeller, and - a sealing surface forming a closed loop for attaching the water-jet propulsion unit tightly to the counter-sealing surface belonging to the boat,
A stable, aqueous formulation comprising 20 mg/ml natalizumab, 10 mM phosphate buffer, 0.02% (w/v) polysorbate 80, and 140 mM sodium chloride, wherein the formulation has a pH of 6.0±0.5.
A method of providing interconnectivity between a plurality of user devices (820; 842; 844; 846) performed by a wireless interconnectivity device, comprising: connecting to a first user device (842; 844; 846) of the plurality of user devices over a first local wireless network; connecting to a second user device of the plurality of user devices over a second local wireless network; connecting to a host user device over the first local wireless network; receiving a request from the first user device (842; 844; 846) to transfer data from the first user device (842; 844; 846) to the second user device; determining whether or not the host user device has granted permission to transfer the data from the first user device (842; 844; 846) to the second user device; and transferring the data from the first user device (842; 844; 846) to the second user device based on the host user device having granted permission to transfer the data from the first user device to the second user device. connecting to a first user device (842; 844; 846) of the plurality of user devices over a first local wireless network; connecting to a second user device of the plurality of user devices over a second local wireless network; connecting to a host user device over the first local wireless network; receiving a request from the first user device (842; 844; 846) to transfer data from the first user device (842; 844; 846) to the second user device; determining whether or not the host user device has granted permission to transfer the data from the first user device (842; 844; 846) to the second user device; and transferring the data from the first user device (842; 844; 846) to the second user device based on the host user device having granted permission to transfer the data from the first user device to the second user device.
A cable tie, comprising: - a strip; - a strip locking head stably connected to an end of the strip and comprising a strip locking passage and strip locking means, which are arranged adjacent to said strip looking passage so as to allow the coupling of a free end of the strip into the strip locking passage in a first direction, and prevent the extraction of the strip from the strip locking passage in a second direction opposite to the first direction; said strip locking head and said strip being made of plastic material and being molding in one piece by means of an injection molding procedure, wherein said strip locking means comprising a metallic locking insert which is incorporated in said strip locking head during said injection molding procedure and comprises: - an annular plate, which is stably incorporated in the strip locking head in a position coaxial to the strip locking passage; - a pair of locking plates, which sticks out from the annular plate towards one another, so as to at least partially protrude within said strip locking passage; characterised in that said strip locking head is shaped so as to have a pair of protrusions, which are arranged within the strip locking passage underneath the corresponding locking plates and each has a saw toothed end arranged in contact with a respective locking plate and defining, with the locking plate itself, a stop ratchet able of preventing the backward motion of the strip within the strip locking passage in said second direction. - a strip; - a strip locking head stably connected to an end of the strip and comprising a strip locking passage and strip locking means, which are arranged adjacent to said strip looking passage so as to allow the coupling of a free end of the strip into the strip locking passage in a first direction, and prevent the extraction of the strip from the strip locking passage in a second direction opposite to the first direction; said strip locking head and said strip being made of plastic material and being molding in one piece by means of an injection molding procedure, wherein - an annular plate, which is stably incorporated in the strip locking head in a position coaxial to the strip locking passage; - a pair of locking plates, which sticks out from the annular plate towards one another, so as to at least partially protrude within said strip locking passage;
A method for simultaneously transmitting multiple managed objects, the method comprising the following steps: encapsulating two or more managed objects in one or more atomic transactions according to internal attributes and data processing of the managed objects (step A), wherein each atomic transaction includes at least two managed objects; according to a pre-defined association rule, determining association relationships between managed objects in the one atomic transaction, or determining association relationships between multiple atomic transactions and association relationships between managed objects in each of the multiple atomic transactions (step B); and transmitting the one or more atomic transactions through a communication network (step C). encapsulating two or more managed objects in one or more atomic transactions according to internal attributes and data processing of the managed objects (step A), wherein each atomic transaction includes at least two managed objects; according to a pre-defined association rule, determining association relationships between managed objects in the one atomic transaction, or determining association relationships between multiple atomic transactions and association relationships between managed objects in each of the multiple atomic transactions (step B); and transmitting the one or more atomic transactions through a communication network (step C).
A fluid line connector assembly, comprising: a first connector comprising an inner core and an outer skin surrounding at least a part of said inner core, said inner core composed of a first material and said outer skin composed of a second material, said first connector including a ramp having a retaining surface extending radially outwardly, said ramp comprising said inner core and said outer skin, said inner core extending through said ramp at a location adjacent said retaining surface for at least a portion of the radial extent of said retaining surface; and a second connector having a hook; wherein, when said first and second connectors (12, 14) are brought together and secured to each other, said hook inhibits separation of the connectors by abutment of the hook with the retaining surface; characterised in that said inner core spans the full radial extent of said retaining surface and is exposed at an outer surface of said ramp. a first connector comprising an inner core and an outer skin surrounding at least a part of said inner core, said inner core composed of a first material and said outer skin composed of a second material, said first connector including a ramp having a retaining surface extending radially outwardly, said ramp comprising said inner core and said outer skin, said inner core extending through said ramp at a location adjacent said retaining surface for at least a portion of the radial extent of said retaining surface; and a second connector having a hook; wherein, when said first and second connectors (12, 14) are brought together and secured to each other, said hook inhibits separation of the connectors by abutment of the hook with the retaining surface; characterised in that said inner core spans the full radial extent of said retaining surface and is exposed at an outer surface of said ramp.
A method of transmitting wireless communication signals across a backhaul channel between a base station and a network processing unit, characterised by comprising the steps of: representing a wireless communication signal as a plurality of time-domain, complex-valued signal samples; performing at least one linear transformation of the signal samples across each of time and antenna spatial domains to generate transformed signal coefficients; quantizing the transformed signal coefficients; and transmitting the quantized transformed signal coefficients across the backhaul; and transmitting quantization information across the backhaul. representing a wireless communication signal as a plurality of time-domain, complex-valued signal samples; performing at least one linear transformation of the signal samples across each of time and antenna spatial domains to generate transformed signal coefficients; quantizing the transformed signal coefficients; and transmitting the quantized transformed signal coefficients across the backhaul; and transmitting quantization information across the backhaul.
A medical device for the recanalisation of body cavities, comprising a recanalisation element, which can be inserted into the body cavity and which can be transferred from a compressed state into an expanded state, wherein the outer contour of the recanalisation element in the expanded state forms at least one helical winding, and wherein the recanalisation element in the expanded state has a tubular hollow body, such that the body cavity can be recanalised, characterised in that the hollow body can be transferred from a compressed state into an expanded state, and in the expanded state forms a hollow channel, which is created by widening the hollow body during the expansion of the recanalisation element.
A computerized method for limiting server overload via client control, the method comprising: transmitting a first set of a plurality of requests for services to a server at a first transmission rate during a first period of time; limiting the first transmission rate to be less than or equal to a first transmission limit rate during the first period of time; determining an overload value based on whether at least two or more requests of the first set of requests for service satisfy an overload criterion, based on a number of out of order responses to requests; storing the overload value in a computer memory module; determining a second transmission limit rate based on the overload value and the first transmission limit rate; transmitting a second set of a plurality requests for services to the server at a second transmission rate during a second period of time after the first period of time; and limiting the second transmission rate to be less than or equal to the second transmission limit rate during the second period of time. transmitting a first set of a plurality of requests for services to a server at a first transmission rate during a first period of time; limiting the first transmission rate to be less than or equal to a first transmission limit rate during the first period of time; determining an overload value based on whether at least two or more requests of the first set of requests for service satisfy an overload criterion, based on a number of out of order responses to requests; storing the overload value in a computer memory module; determining a second transmission limit rate based on the overload value and the first transmission limit rate; transmitting a second set of a plurality requests for services to the server at a second transmission rate during a second period of time after the first period of time; and limiting the second transmission rate to be less than or equal to the second transmission limit rate during the second period of time.
A system for determining electrophysiological data comprising: an electronic control unit configured to: acquire electrophysiology signals from a plurality of electrodes of one or more catheters; select at least one clique of electrodes from the plurality of electrodes to determine a plurality of local E field data points, wherein the clique of electrodes comprises at least three electrodes; process the electrophysiology signals from the at least one clique to derive the local E field data points associated with the at least one clique of electrodes; derive at least one orientation independent signal from the at least one clique of electrodes; and output catheter orientation independent electrophysiologic information to a user or process. acquire electrophysiology signals from a plurality of electrodes of one or more catheters; select at least one clique of electrodes from the plurality of electrodes to determine a plurality of local E field data points, wherein the clique of electrodes comprises at least three electrodes; process the electrophysiology signals from the at least one clique to derive the local E field data points associated with the at least one clique of electrodes; derive at least one orientation independent signal from the at least one clique of electrodes; and output catheter orientation independent electrophysiologic information to a user or process.
A compound according to the formula: wherein R 1 is H or R 3 - -; wherein R 2 is H; alkyl or substituted alkyl, having from 1 to 6 carbon atoms; or cycloalkyl-(CH 2) a --, aryl-(CH 2) a --, substituted aryl-(CH 2) a --, or heteroaryl-(CH 2) a --, having from 4 to 12 carbon atoms wherein R 3 is alkyl or substituted alkyl, having 1 to 6 carbon atoms; or cycloalkyl-(CH 2) a -, aryl-(CH 2) a --, substituted aryl-(CH 2) a --, or heteroaryl-(CH 2) a --, having from 4 to 12 carbon atoms; a is zero or an integer from 1 to 6; or a pharmaceutically acceptable salt thereof. wherein R 1 is H or R 3 - -; wherein R 2 is H; alkyl or substituted alkyl, having from 1 to 6 carbon atoms; or cycloalkyl-(CH 2) a --, aryl-(CH 2) a --, substituted aryl-(CH 2) a --, or heteroaryl-(CH 2) a --, having from 4 to 12 carbon atoms wherein R 3 is alkyl or substituted alkyl, having 1 to 6 carbon atoms; or cycloalkyl-(CH 2) a -, aryl-(CH 2) a --, substituted aryl-(CH 2) a --, or heteroaryl-(CH 2) a --, having from 4 to 12 carbon atoms; a is zero or an integer from 1 to 6; or a pharmaceutically acceptable salt thereof.
A method for carrying out a material change in an extrusion device with at least two supply devices for supplying input material for an extruder, comprising the following steps: - Detecting a change request for a material change in the extrusion device, - preparing the supply devices for the material change, - separating at least two supply devices from the feed of input material to the extruder, - discharging the input material from the separated supply devices, - filling a subsequent material into the empty supply devices, characterized in that the steps are carried out in a production machine with at least four extrusion devices, wherein each extrusion device generates a layer of a plastic film, wherein the filling level thereof is reduced to a change filling level as preparation of the supply devices. - Detecting a change request for a material change in the extrusion device, - preparing the supply devices for the material change, - separating at least two supply devices from the feed of input material to the extruder, - discharging the input material from the separated supply devices, - filling a subsequent material into the empty supply devices,
A mounting wheel arrangement for cables, ropes, wires, hoses and other elongated objects, said arrangement includes a mounting wheel with a shaft around which the wheel can rotate, the mounting wheel comprises at least one hole for anchoring the cable, the hole being arranged chordally and perpendicularly to and at a distance from the shaft, characterised in that the mounting wheel is divided into at least two parts or into two halves with one or more dividing planes being perpendicular to the shaft, the dividing planes cutting through the one or more holes of the mounting wheel, wherein the at least two parts or the two halves can be shifted or displaced with respect to each other over the shaft to form a gap between the parts or halves of the wheel.
A projector (100, 200, 300), comprising: a) a light source portion (1a, 1b, 1c) that emits laser light; b) a first reflection portion that is swingable and reflects the laser light from the light source portion (1a, 1b, 1c); and c) a second reflection portion (71, 371) that is swingable and reflects the laser light from the first reflection portion, wherein d) the laser light from the light source portion passes through one of openings (72a, 272a) provided at both sides with respect to the second reflection portion (71, 371) to sandwish the second reflection portion (71, 371) therebetween and is irradiated to the first reflection portion; e) a base (72, 272) that is provided with the opening and supports the second reflection portion (71; 371) such that the second reflection portion (71; 376)is swingable; and wherein f) the base (72, 272) includes a pair of beam portions (72f, 272f, 572f) that supports the second reflection portion such that the second reflection portion is swingable, and is provided with the opening being adjacent to at least one of the second reflection portion and the pair of beam portions. a) a light source portion (1a, 1b, 1c) that emits laser light; b) a first reflection portion that is swingable and reflects the laser light from the light source portion (1a, 1b, 1c); and c) a second reflection portion (71, 371) that is swingable and reflects the laser light from the first reflection portion, wherein d) the laser light from the light source portion passes through one of openings (72a, 272a) provided at both sides with respect to the second reflection portion (71, 371) to sandwish the second reflection portion (71, 371) therebetween and is irradiated to the first reflection portion; e) a base (72, 272) that is provided with the opening and supports the second reflection portion (71; 371) such that the second reflection portion (71; 376)is swingable; and wherein f) the base (72, 272) includes a pair of beam portions (72f, 272f, 572f) that supports the second reflection portion such that the second reflection portion is swingable, and is provided with the opening being adjacent to at least one of the second reflection portion and the pair of beam portions.
A radio system comprising a radio receiver (10, 102, 202, 304, 404, 504) and a processing system (310, 410, 510), wherein: the radio receiver is configured to detect radio signals (4, 6, 8) transmitted from a radio transmitter (2, 104, 204, 206, 208, 302, 402, 502) on a plurality of frequency channels, and to measure respective signal strengths (24, 26, 28) of the radio signals for each of the plurality of frequency channels; the processing system is configured: to evaluate a measure of statistical dispersion of the respective signal strengths over the plurality of frequency channels, and to use an average of the respective signal strengths of radio signals in the plurality of frequency channels, in combination with the measure of statistical dispersion to determine information relating to a proximity of the radio transmitter to the radio receiver, wherein the information comprises a separation metric that decreases monotonically with decreasing statistical dispersion for some or all values of average signal strength, and that decreases monotonically with increasing average signal strength for some or all values of statistical dispersion. the radio receiver is configured to detect radio signals (4, 6, 8) transmitted from a radio transmitter (2, 104, 204, 206, 208, 302, 402, 502) on a plurality of frequency channels, and to measure respective signal strengths (24, 26, 28) of the radio signals for each of the plurality of frequency channels; the processing system is configured: to evaluate a measure of statistical dispersion of the respective signal strengths over the plurality of frequency channels, and to use an average of the respective signal strengths of radio signals in the plurality of frequency channels, in combination with the measure of statistical dispersion to determine information relating to a proximity of the radio transmitter to the radio receiver, wherein the information comprises a separation metric that decreases monotonically with decreasing statistical dispersion for some or all values of average signal strength, and that decreases monotonically with increasing average signal strength for some or all values of statistical dispersion. to evaluate a measure of statistical dispersion of the respective signal strengths over the plurality of frequency channels, and to use an average of the respective signal strengths of radio signals in the plurality of frequency channels, in combination with the measure of statistical dispersion to determine information relating to a proximity of the radio transmitter to the radio receiver, wherein the information comprises a separation metric that decreases monotonically with decreasing statistical dispersion for some or all values of average signal strength, and that decreases monotonically with increasing average signal strength for some or all values of statistical dispersion.
Use of a monitor for monitoring a floor or wall structure in a confined environment for hidden liquids, wherein the monitor comprises a sensing material and a plurality of electrodes for measuring resistance in the sensing material, wherein the sensing material, which is adapted to detect the hidden liquids, comprises a composite and the composite comprises particles or powder of an electrically-conductive material dispersed in a matrix which is lyophilic to the liquid, and wherein the concentration, dispersion and/or orientation of the electrically-conductive particles or powder are tailored such that the composite has a threshold of collapse of percolation conductivity and such that the resistance shows a transition through the threshold after entering of the liquid into the composite.