mhurhangee/ep-ind-claims huggingface dataset:
Plaster for use in the context of an intramuscular injection, particularly a vaccination, having a patient side and an outer side, comprising: an adhesive layer on the patient side for attaching the plaster to the skin of a patient, an absorbent wound-covering on the patient side in the region of an intended intramuscular injection site, the absorbent wound-covering having received a disinfectant, and an opening on the outer side in the area of the absorbent wound-covering of the patient side for the injection needle, characterized in that the plaster totally covers the intended injection site and the absorbent wound-covering is visible through the opening. an adhesive layer on the patient side for attaching the plaster to the skin of a patient, an absorbent wound-covering on the patient side in the region of an intended intramuscular injection site, the absorbent wound-covering having received a disinfectant, and an opening on the outer side in the area of the absorbent wound-covering of the patient side for the injection needle, characterized in that the plaster totally covers the intended injection site and the absorbent wound-covering is visible through the opening.
Transport device for loads, particularly for a load carrier receiving a load, comprising a drive for guiding and moving, control apparatus and a power supply, wherein a support part is provided for reception of the load, wherein the drive, control apparatus and power supply are arranged within the space defined by the support part, wherein the transport device has at least two mutually spaced axles each with at least two driven wheels and wherein the axles are mounted to be rotatable about a high axis and each have at least one drive unit for each driven wheel, characterised in that sensors, actuators and communication means are provided and that a stroke device is provided which is capable of lifting the support part and the load, wherein provided between the support part and each axle is a device, which is driven by the wheels through rotation of the axle about the high axis, for raising and lowering the support part, wherein in that case a clutch or a freewheel having at least limited action is provided.
Assembly for holding or supporting a timepiece balance spring, including a balance spring stud and a stud-holder, wherein the stud-holder includes: - a base comprising an upper face and a lower face extending along a longitudinal axis; characterized in that the base comprises a lug forming a protuberance from one of said faces, said assembly further comprising a holding plate including a first opening and a second opening separated by a deformable arm, the stud engaging in the second opening, said first opening being arranged to cooperate with the lug, the cross-section of the lug having a shape such that a rotation of said holding plate causes a deformation of the deformable arm constricting the second opening and clamping the stud. - a base comprising an upper face and a lower face extending along a longitudinal axis;
A method of controlling traffic transmitted over a network path from a transmitter to a receiver via a router, the traffic comprising a plurality of packets, and the method comprising: at the receiver, estimating a maximum queuing delay at a buffer of the router based on a maximum observed delay for traffic to travel from the transmitter to the receiver, and estimating a current queuing delay at the buffer of the router based on an observed delay for one or more specified packets to travel from the transmitter to the receiver; and the method characterized in that: based on said estimates of current queuing delay and maximum queuing delay determining a measure of congestion which comprises a measure of a probability that the current queuing delay is beyond a predetermined proportion of the maximum queuing delay, controlling traffic between the transmitter and receiver over said network path based on the measure of congestion, including sending, from the receiver to the transmitter, an indication of a rate of transmission of traffic to be employed by the transmitter when sending traffic over the network path to the receiver. at the receiver, estimating a maximum queuing delay at a buffer of the router based on a maximum observed delay for traffic to travel from the transmitter to the receiver, and estimating a current queuing delay at the buffer of the router based on an observed delay for one or more specified packets to travel from the transmitter to the receiver; and the method characterized in that: based on said estimates of current queuing delay and maximum queuing delay determining a measure of congestion which comprises a measure of a probability that the current queuing delay is beyond a predetermined proportion of the maximum queuing delay, controlling traffic between the transmitter and receiver over said network path based on the measure of congestion, including sending, from the receiver to the transmitter, an indication of a rate of transmission of traffic to be employed by the transmitter when sending traffic over the network path to the receiver.
An uplink channel measurement method for a wireless local area network, comprising: receiving, by a station, STA, a measurement notification message sent by an access point, AP, wherein the measurement notification message carries identifier information of a channel that needs to be measured; sending, by the STA, a sounding reference signal by using M idle sub-channels to the AP, so that the AP is able to measure the M idle sub-channels according to the received sounding reference signal, wherein the M idle sub-channels are M idle sub-channels determined by the STA from a channel indicated in the identifier information of the channel that needs to be measured, and M is an integer greater than or equal to 1, wherein the measurement notification message further carries a long training field, LTF, quantity indication field, and the method further comprises: determining, by the STA according to the LTF quantity indication field carried in the measurement notification message, a STA queue, and a moment at which the STA receives the measurement notification message, a second moment at which the STA sends the sounding reference signal, wherein the STA queue is obtained by sorting, according to a sequence of IDs that are of the STAs and that appear in the measurement notification message, the STAs that need to perform channel measurement, wherein the measurement notification message further carries a STA ID list comprising IDs of STAs to be scheduled to perform uplink channel measurement, wherein the STA is comprised in said STA ID list. receiving, by a station, STA, a measurement notification message sent by an access point, AP, wherein the measurement notification message carries identifier information of a channel that needs to be measured; sending, by the STA, a sounding reference signal by using M idle sub-channels to the AP, so that the AP is able to measure the M idle sub-channels according to the received sounding reference signal, wherein the M idle sub-channels are M idle sub-channels determined by the STA from a channel indicated in the identifier information of the channel that needs to be measured, and M is an integer greater than or equal to 1, wherein the measurement notification message further carries a long training field, LTF, quantity indication field, and the method further comprises: determining, by the STA according to the LTF quantity indication field carried in the measurement notification message, a STA queue, and a moment at which the STA receives the measurement notification message, a second moment at which the STA sends the sounding reference signal, wherein the STA queue is obtained by sorting, according to a sequence of IDs that are of the STAs and that appear in the measurement notification message, the STAs that need to perform channel measurement, wherein the measurement notification message further carries a STA ID list comprising IDs of STAs to be scheduled to perform uplink channel measurement, wherein the STA is comprised in said STA ID list.
A method for simulating anomalous operation within a computer network with multiple network elements (110, 120, 130, 140, 210, 220, 230, 240, 310, 320, 330, 400) which for the purpose of data communication are interconnected, comprising the steps of - providing for each of said network elements a corresponding data processing node (110a, 120a, 130a, 140a, 210a, 220a, 230a, 240a, 310a, 320a, 330a, 400a) representing the respective network element, wherein said data processing nodes are adapted to exchange data with each other, and - generating data traffic by at least a subset of said data processing nodes (110a, 120a, 130a, 140a, 400a), wherein at least one of said data processing nodes generates anomalous data traffic, characterized by the step of analyzing data traffic by at least one detection unit (510, 520, 530, 540) for detecting anomalous data traffic, wherein each of said detection units (510, 520, 530, 540) receives information on data traffic by at least one associated data processing node (110a, 140a, 210a, 220a) via a socket-based data interface, wherein a data session comprising the data traffic generated by all data processing nodes during a pre-defined time interval is stored in at least one database and at least two different setups of detection units (510, 520, 530, 540) are provided and a stored data session is repeated for each of said setups. - providing for each of said network elements a corresponding data processing node (110a, 120a, 130a, 140a, 210a, 220a, 230a, 240a, 310a, 320a, 330a, 400a) representing the respective network element, wherein said data processing nodes are adapted to exchange data with each other, and - generating data traffic by at least a subset of said data processing nodes (110a, 120a, 130a, 140a, 400a), wherein at least one of said data processing nodes generates anomalous data traffic, characterized by the step of analyzing data traffic by at least one detection unit (510, 520, 530, 540) for detecting anomalous data traffic, wherein each of said detection units (510, 520, 530, 540) receives information on data traffic by at least one associated data processing node (110a, 140a, 210a, 220a) via a socket-based data interface, wherein a data session comprising the data traffic generated by all data processing nodes during a pre-defined time interval is stored in at least one database and at least two different setups of detection units (510, 520, 530, 540) are provided and a stored data session is repeated for each of said setups.
A device for regulating and optimizing combustion in a solid-fuel heating device, the device comprising a flue gases sensor configured to measure a temperature; a residual oxygen sensor for measuring residual oxygen in flue gases; a negative pressure sensor; three air flaps (4, 5, 6); and a control unit with a pre-programmed algorithm that is configured to, on the basis of received commands triggered by power being switched on with a switch, a remote control, or a smart device, like a smartphone or a smart tablet, open or close each of the three air flaps (4, 5, 6), and to receive data from the flue gases sensor, the residual oxygen sensor, and the negative pressure sensor; wherein the control unit is configured to, when negative pressure is detected by the negative pressure sensor, enable control of the air flaps (4, 5, 6) during various phases of combustion such as to achieve a predetermined air flow in which escape of flue gases into a surrounding environment of the solid-fuel heating device is prevented.
A cross-linked rubber obtained by cross-linking a polyether rubber composition containing a polyether rubber and a cross-linking agent, wherein the polyether rubber contains an epihalohydrin monomer unit and an ethylene oxide monomer unit and has a ratio of content of the ethylene oxide monomer unit of 50 to 80 mol% in a total monomer unit, and an acetone extraction amount when the cross-linked rubber is immersed in acetone at 23°C for 72 hours is 3.5 wt% or less, measured as described in the description. the polyether rubber contains an epihalohydrin monomer unit and an ethylene oxide monomer unit and has a ratio of content of the ethylene oxide monomer unit of 50 to 80 mol% in a total monomer unit, and an acetone extraction amount when the cross-linked rubber is immersed in acetone at 23°C for 72 hours is 3.5 wt% or less, measured as described in the description.
A microprocessor, comprising: a plurality of processing cores, each comprising a first cache memory; a second cache memory, shared by the plurality of processing cores; and a control module, configured to: put all the plurality of processing cores to sleep and make a size of the second cache memory zero; receive a command to wakeup one of the cores; characterised in that the control module is further configured to: count a number of evictions from the first cache memory of the one of the cores, after receiving the command; and make the size of the second cache memory non-zero when the number of evictions reaches a predetermined number of evictions. a plurality of processing cores, each comprising a first cache memory; a second cache memory, shared by the plurality of processing cores; and a control module, configured to: put all the plurality of processing cores to sleep and make a size of the second cache memory zero; receive a command to wakeup one of the cores; characterised in that the control module is further configured to: count a number of evictions from the first cache memory of the one of the cores, after receiving the command; and make the size of the second cache memory non-zero when the number of evictions reaches a predetermined number of evictions. put all the plurality of processing cores to sleep and make a size of the second cache memory zero; receive a command to wakeup one of the cores; characterised in that the control module is further configured to: count a number of evictions from the first cache memory of the one of the cores, after receiving the command; and make the size of the second cache memory non-zero when the number of evictions reaches a predetermined number of evictions. count a number of evictions from the first cache memory of the one of the cores, after receiving the command; and make the size of the second cache memory non-zero when the number of evictions reaches a predetermined number of evictions.
Method for the continuous manufacturing of steel strips for packaging coated with a passivation layer, in which a layer of aqueous passivation solution, the thickness of which is less than 3 μm and the viscosity of which is less than 1.5·10 -3 Pa·s at 20°C, is deposited on one of the faces of said strip, said deposition being carried out by means of a transfer roller in contact, on the one hand, with the strip and, on the other hand, with a second coating roller, the surface of which has a plurality of hexagonally shaped cells, the line count of which is between 50 and 200 lines per centimetre and the total volume of which is between 5·10 -6 and 10·10 -6 m 3 per square metre of roller surface, said coating roller being supplied with aqueous passivation solution by dipping in a tank equipped with wiping means and said strip running at a speed greater than or equal to 400 m/min, the total force exerted on the coating roller to contact the transfer roller being between 1500 N and 3000 N per metre of width of coated steel strip.
A medical device, comprising: a body defining at least a portion of a fluid path, the fluid path including an internal or inner surface of the body; a substantially non-eluting copper coating disposed on at least a portion of the surface (48, 58, 68, 100, 118), the coating having been applied via an electroless deposition process; and a water-shed layer disposed on the copper coating. a body defining at least a portion of a fluid path, the fluid path including an internal or inner surface of the body; a substantially non-eluting copper coating disposed on at least a portion of the surface (48, 58, 68, 100, 118), the coating having been applied via an electroless deposition process; and a water-shed layer disposed on the copper coating.
A method for establishing topology structure of switching equipments, characterized by comprising the steps of: Step 1, when any one of the following two requirements is met, turning to Step 2 by the switching equipment, otherwise, executes the Step 1 again by the switching equipment, wherein the first one of the two requirements is that the current time exceeds a predetermined time, which is the time for the initialization of all the switching equipments in the stacking system, and the second one of the two requirements is that the switching equipment receives a topology discovery message from another switching equipment in the stacking system; Step 2, sending, by the switching equipment, topology discovery messages to all the other switching equipments in the stacking system; and Step 3, performing a topology discovery by the switching equipment. Step 1, when any one of the following two requirements is met, turning to Step 2 by the switching equipment, otherwise, executes the Step 1 again by the switching equipment, wherein the first one of the two requirements is that the current time exceeds a predetermined time, which is the time for the initialization of all the switching equipments in the stacking system, and the second one of the two requirements is that the switching equipment receives a topology discovery message from another switching equipment in the stacking system; Step 2, sending, by the switching equipment, topology discovery messages to all the other switching equipments in the stacking system; and Step 3, performing a topology discovery by the switching equipment.
Integrated circuit Hall sensor system comprising a plurality of elementary blocks, each elementary block including a Hall cell, a switch box connected to the Hall cell, an input stage of an amplifier, and terminals (12a, 12b), wherein the terminals (12a, 12b) are placed laterally on opposing outer sides of each elementary block parallel to a Y axis and characterized in that the plurality of elementary blocks are arranged in a juxtaposed manner to form at least one row (6a, 6b) extending along an X axis orthogonal to the Y axis and interconnected by the terminals.
Method for opening and/or closing a roll stand with two work rolls forming a rolling gap in which a rolled product transported in a conveying direction cam be reshaped, wherein the adjustment of at least one work roll in a plane perpendicular to the conveying direction is variable and the method comprises: conveying the rolled product through the rolling gap along the conveying direction and meanwhile opening or closing the roll stand in that the rolling gap is correspondingly enlarged or reduced; characterised in that the method comprises the following further steps: detection of a position of the rolled product in front or and/or behind the rolling gap in a direction transverse to the conveying direction during opening or closing of the roll stand; and changing the adjustment of the corresponding work roll in dependence on the detected position so that the rolled product is stabilised at a target position during the opening or closing of the roll stand. conveying the rolled product through the rolling gap along the conveying direction and meanwhile opening or closing the roll stand in that the rolling gap is correspondingly enlarged or reduced; characterised in that the method comprises the following further steps: detection of a position of the rolled product in front or and/or behind the rolling gap in a direction transverse to the conveying direction during opening or closing of the roll stand; and changing the adjustment of the corresponding work roll in dependence on the detected position so that the rolled product is stabilised at a target position during the opening or closing of the roll stand. detection of a position of the rolled product in front or and/or behind the rolling gap in a direction transverse to the conveying direction during opening or closing of the roll stand; and changing the adjustment of the corresponding work roll in dependence on the detected position so that the rolled product is stabilised at a target position during the opening or closing of the roll stand.
A vapor phase corrosion inhibited acid cleaning composition for inhibiting corrosion and staining on a stainless steel surface in a clean in place process, the composition comprising; (a) 0.05 wt. % to 5 wt. % of an ethoxylated amine and/or an ethoxylated alcohol; (b) 5 wt. % to 50 wt. % nitric acid and 1 wt, % to 30 wt. % sulfuric acid; and (d) 1 wt. % to 80 wt. % water. (a) 0.05 wt. % to 5 wt. % of an ethoxylated amine and/or an ethoxylated alcohol; (b) 5 wt. % to 50 wt. % nitric acid and 1 wt, % to 30 wt. % sulfuric acid; and (d) 1 wt. % to 80 wt. % water.
Process for the carbonation of at least one alkaline solid, characterized in that it is carried out in a reactor having a rotatably mounted reactor chamber and comprises the following steps, a) feeding CO 2 -containing reactive gas and at least one alkaline solid into the reactor under exclusion of ambient air, so that carbonation takes place, and b) the removal of the reactive gas used and the carbonated solid from the reactor, wherein - the solid material is constantly moved by rotation of the rotatably mounted reactor chamber, and the rotational speed of the reactor chamber is between 10 rotations per minute and 1 rotation per hour; - the supply and discharge of the CO 2 -containing gas takes place via pipe and the connecting pipes (5a, 5b); - the process is controlled or regulated via a control unit. a) feeding CO 2 -containing reactive gas and at least one alkaline solid into the reactor under exclusion of ambient air, so that carbonation takes place, and b) the removal of the reactive gas used and the carbonated solid from the reactor, wherein - the solid material is constantly moved by rotation of the rotatably mounted reactor chamber, and the rotational speed of the reactor chamber is between 10 rotations per minute and 1 rotation per hour; - the supply and discharge of the CO 2 -containing gas takes place via pipe and the connecting pipes (5a, 5b); - the process is controlled or regulated via a control unit. - the solid material is constantly moved by rotation of the rotatably mounted reactor chamber, and the rotational speed of the reactor chamber is between 10 rotations per minute and 1 rotation per hour; - the supply and discharge of the CO 2 -containing gas takes place via pipe and the connecting pipes (5a, 5b); - the process is controlled or regulated via a control unit.
A porous fibre material, containing or consisting of: - at least 50% of vegetable fibres, in particular cellulose fibres, in relation to the total weight of the material, - at least one layer of silicate compound impregnated in and/or between the fibres, - said at least one layer of silicate compound being in association with at least one multivalent cation which association reinforces the fibre system by forming an interconnected network, - less than 10% by weight of zincate or aluminate based on the silicate compound, provided that: • said at least one multivalent cation, in association with the silicate compound, compensates at least 10% of the negative charge carried by the silicate compound. - at least 50% of vegetable fibres, in particular cellulose fibres, in relation to the total weight of the material, - at least one layer of silicate compound impregnated in and/or between the fibres, - said at least one layer of silicate compound being in association with at least one multivalent cation which association reinforces the fibre system by forming an interconnected network, - less than 10% by weight of zincate or aluminate based on the silicate compound, • said at least one multivalent cation, in association with the silicate compound, compensates at least 10% of the negative charge carried by the silicate compound.