mhurhangee/ep-ind-claims huggingface dataset:
Network distributor having multiple input/output ports, a processor unit and a storage unit, wherein the multiple input/output ports are each designed to connect network subscribers via a data line network, the network subscribers comprising protocol subscribers designed to process telegrams that are in the form of protocol telegrams, wherein the processor unit is designed to receive telegrams via an input/output port and to output said telegrams via a further input/output port, which is stored in a routing table in the storage unit, characterized in that the processor unit is furthermore designed to check a telegram for whether the telegram is a protocol telegram and has been received via an input/output port for which no protocol subscriber is connected by default, wherein the processor unit is designed to check whether the telegram received via the input/output port has a telegram identifier that comprises a first identifier or a first identifier and a second identifier, wherein the processor unit is designed to identify the telegram as a protocol telegram on the basis of the telegram identifier, comprising the first identifier or the first identifier and the second identifier, and to reject the telegram if the check is positive, and wherein the checking and rejection of the telegram is subject to a precondition that needs to be taken into consideration by the processor unit, the meeting of the precondition leading to an exception to rejection of the telegram. wherein the multiple input/output ports are each designed to connect network subscribers via a data line network, the network subscribers comprising protocol subscribers designed to process telegrams that are in the form of protocol telegrams, wherein the processor unit is designed to receive telegrams via an input/output port and to output said telegrams via a further input/output port, which is stored in a routing table in the storage unit, characterized in that the processor unit is furthermore designed to check a telegram for whether the telegram is a protocol telegram and has been received via an input/output port for which no protocol subscriber is connected by default, wherein the processor unit is designed to check whether the telegram received via the input/output port has a telegram identifier that comprises a first identifier or a first identifier and a second identifier, wherein the processor unit is designed to identify the telegram as a protocol telegram on the basis of the telegram identifier, comprising the first identifier or the first identifier and the second identifier, and to reject the telegram if the check is positive, and wherein the checking and rejection of the telegram is subject to a precondition that needs to be taken into consideration by the processor unit, the meeting of the precondition leading to an exception to rejection of the telegram.
A cosmetic treatment method of skin or lips using a motorised device (1; 100; 200) for treating a part of a human body, the device comprising at least: - a treatment portion comprising at least one magnetised needle (14; 114; 214) intended to come into contact with the part of the human body; and - a motorised drive device connected to the treatment portion and capable of imposing movement upon said at least one magnetised needle, and when this movement is a translational movement the treatment portion comprises a single magnetised needle or a plurality of magnetised needles secured together by welding; characterized in that the method is a tattoo removal method of the skin or lips and in that it comprises at least: - contacting said at least one magnetised needle with the skin or lips; wherein a metal compound embedded in the skin or lips is extracted through use of the magnetic attraction of this compound by said at least one magnetised needle, the compound being a tattoo pigment. - a treatment portion comprising at least one magnetised needle (14; 114; 214) intended to come into contact with the part of the human body; and - a motorised drive device connected to the treatment portion and capable of imposing movement upon said at least one magnetised needle, and when this movement is a translational movement the treatment portion comprises a single magnetised needle or a plurality of magnetised needles secured together by welding; - contacting said at least one magnetised needle with the skin or lips; wherein a metal compound embedded in the skin or lips is extracted through use of the magnetic attraction of this compound by said at least one magnetised needle, the compound being a tattoo pigment.
A respiratory system configured to deliver a respiratory therapy to a patient, the system also configured to provide information related to a patient's breathing, the system comprising: a respiratory device comprising a controller, wherein the controller is configured to: receive data of a first parameter of a flow of gases or representative of performance of a component of the device, the first parameter indicative of the patient's respiration, generate flow parameter variation data based on the data of the first parameter; generate a measure of patient ventilation based on the flow parameter variation data; generate a measure of total signal fluctuation based on the flow parameter variation data; and determine a patient attachment based on a comparison between the measure of patient ventilation and the measure of total signal fluctuation. receive data of a first parameter of a flow of gases or representative of performance of a component of the device, the first parameter indicative of the patient's respiration, generate flow parameter variation data based on the data of the first parameter; generate a measure of patient ventilation based on the flow parameter variation data; generate a measure of total signal fluctuation based on the flow parameter variation data; and determine a patient attachment based on a comparison between the measure of patient ventilation and the measure of total signal fluctuation.
Formulation for the preparation of a wiping blade element for a vehicle windscreen wiper blade, the said formulation comprising an elastomer material based on chloroprene rubber in which plasticizing additives are incorporated, characterized in that the said plasticizing additives comprise a combination of at least a first additive, the pour point of which is less than -50°C, and at least a second additive, the pour point of which is greater than -50°C.
A mixing device for mixing mixing material, comprising a container mounted rotatably about a vertical axis for receiving the mixing material with an opening and a mixing tool extending through the opening into the container and rotatable about a rotational axis with at least one mixing helix in order to transport the mixing material upwards essentially along a container wall of the container, wherein the rotational axis of the mixing tool lies obliquely to the vertical axis of the container, characterised in that the container base is formed cone-shaped and that the mixing tool carries a plurality of mixing arms at one end directed towards the container base of the container, which mixing arms are fastened with one end to a central shaft of the mixing tool and are guided along at the container base by rotation of the mixing tool, wherein at least one of the mixing arms comprises a free-standing end at the side facing away from the central shaft.
Hairdressing scissors, comprising a pair of blade bodies each formed of a blade portion, a middle portion, and a handle portion in turn from a tip side, and a pivot inserted in turn into axial support holes each formed in the middle portion of the respective blade bodies and rotatably connecting the blade bodies to each other to have the handle portions closer to and away from each other to thereby close and open the blade portions, wherein the handle portion includes first and second plate parts (7, 8) formed from a flat metal plate or resin member and extending parallel to each other along a longitudinal direction of the blade body; one or more bridges (9A, 9B, 11, 12, 80e, 80f) configured to bridge the first and second plate parts (7, 8); and a portion between the first plate part and the second plate part in the handle portion except the bridges (9A, 9B, 11, 12, 80e, 80f) rendering a space without structures, the first plate part includes an extension portion (7d, 7g) extending toward an associated middle portion further than the second plate part to be connected to the associated middle portion and the second plate part is spaced apart from the associated middle portion, the first and second plate parts (7, 8) of one of the handle portions are positioned on one and the other end sides of the pivot, respectively, and the first and second plate parts (7, 8) of the other of the handle portions are positioned on the other and the one end sides of the pivot, respectively. wherein the handle portion includes first and second plate parts (7, 8) formed from a flat metal plate or resin member and extending parallel to each other along a longitudinal direction of the blade body; one or more bridges (9A, 9B, 11, 12, 80e, 80f) configured to bridge the first and second plate parts (7, 8); and a portion between the first plate part and the second plate part in the handle portion except the bridges (9A, 9B, 11, 12, 80e, 80f) rendering a space without structures, the first plate part includes an extension portion (7d, 7g) extending toward an associated middle portion further than the second plate part to be connected to the associated middle portion and the second plate part is spaced apart from the associated middle portion, the first and second plate parts (7, 8) of one of the handle portions are positioned on one and the other end sides of the pivot, respectively, and the first and second plate parts (7, 8) of the other of the handle portions are positioned on the other and the one end sides of the pivot, respectively.
A method for tightening screw joints by means of a power tool having a manually operated trigger for controlling the power supply to the power tool, and a power shut-off mechanism for automatic discontinuation of the power tool operation as a predetermined tightening level is reached, wherein the method comprises the following measures: • indicating continuously the position of the trigger, • indicating the status of the shut-off mechanism, and • disabling the power tool in an inoperative state for a certain period of time if the trigger is indicated as inactivated without the shut-off mechanism being indicated as activated. • indicating continuously the position of the trigger, • indicating the status of the shut-off mechanism, and • disabling the power tool in an inoperative state for a certain period of time if the trigger is indicated as inactivated without the shut-off mechanism being indicated as activated.
A nasal delivery device for delivering substance to a nasal airway of a subject, comprising: a housing (15; 35; 55; 75); an outlet unit (21; 41; 61; 81) including a nosepiece (17; 37; 57; 77) for fitting to a nostril of a subject, wherein the outlet unit (21; 41; 61; 81) is fixed to the housing (15; 35; 55; 75), and the nosepiece (17; 37; 57; 77) includes a nozzle (25; 45; 65; 82) through which substance is in use delivered to the nasal airway, and at least one cuff member (27; 47; 67; 80) which is configured such as, when fitted in a nasal cavity of the subject, to engage an inner wall of the nasal cavity of the subject and force the outlet unit (21; 41; 61; 81) to adopt a direction in which at least a distal end of the nozzle (25; 45; 65; 82) is directed towards a site in the nasal airway of the subject; a delivery unit for delivering substance through the nozzle (25; 45; 65; 82) of the nosepiece (17; 37; 57; 77); and a mouthpiece (19; 39; 59; 79) through which the subject in use exhales to cause closure of the oropharyngeal velum of the subject, wherein the mouthpiece (19; 39; 59; 75) is movably coupled to the housing (15; 35; 55; 75) to allow for positioning of the outlet unit (21; 41; 61; 81) in the said direction in the nasal cavity of the subject. a housing (15; 35; 55; 75); an outlet unit (21; 41; 61; 81) including a nosepiece (17; 37; 57; 77) for fitting to a nostril of a subject, wherein the outlet unit (21; 41; 61; 81) is fixed to the housing (15; 35; 55; 75), and the nosepiece (17; 37; 57; 77) includes a nozzle (25; 45; 65; 82) through which substance is in use delivered to the nasal airway, and at least one cuff member (27; 47; 67; 80) which is configured such as, when fitted in a nasal cavity of the subject, to engage an inner wall of the nasal cavity of the subject and force the outlet unit (21; 41; 61; 81) to adopt a direction in which at least a distal end of the nozzle (25; 45; 65; 82) is directed towards a site in the nasal airway of the subject; a delivery unit for delivering substance through the nozzle (25; 45; 65; 82) of the nosepiece (17; 37; 57; 77); and a mouthpiece (19; 39; 59; 79) through which the subject in use exhales to cause closure of the oropharyngeal velum of the subject, wherein the mouthpiece (19; 39; 59; 75) is movably coupled to the housing (15; 35; 55; 75) to allow for positioning of the outlet unit (21; 41; 61; 81) in the said direction in the nasal cavity of the subject.
A system (50, 100) for retrieving an intragastric balloon, comprising: an elongated delivery tube (52, 104) having a lumen; a balloon retrieval tool (54, 102) disposed and able to slide within the delivery tube lumen, the retrieval tool having a pair of grasper arms (56, 106) and a pair of cutter arms (58, 108), both of which may be displaced longitudinally within the lumen of the delivery tube, and both of the pairs of arms are pre-formed to have bends such that they diverge outward upon being expelled from the distal end of the delivery tube, the grasper arms having grasping hooks (60, 114) on the distal ends thereof and the cutter arms having hooks on the distal end thereof characterised in that the grasper arms (56,106) are longer than the cutter arms (58,108) and emerge from the delivery tube (52,104) first when the balloon retrieval tool (54,102) is moved in the distal direction. an elongated delivery tube (52, 104) having a lumen; a balloon retrieval tool (54, 102) disposed and able to slide within the delivery tube lumen, the retrieval tool having a pair of grasper arms (56, 106) and a pair of cutter arms (58, 108), both of which may be displaced longitudinally within the lumen of the delivery tube, and both of the pairs of arms are pre-formed to have bends such that they diverge outward upon being expelled from the distal end of the delivery tube, the grasper arms having grasping hooks (60, 114) on the distal ends thereof and the cutter arms having hooks on the distal end thereof characterised in that the grasper arms (56,106) are longer than the cutter arms (58,108) and emerge from the delivery tube (52,104) first when the balloon retrieval tool (54,102) is moved in the distal direction.
A flow control system, comprising: a flow sensor configured to generate a sensor signal characterizing a flow rate; a valve controller configured to control the flow rate as a function of a control output; a signal processor configured to convert the sensor signal into a flow signal characterizing the flow rate as a function of time; a control processor configured to generate the control output as a function of a setpoint and the flow signal, the setpoint being a target flow rate for the process flow; and an interface configured to receive an input representative of the setpoint, to transmit a flow output representative of the flow signal, and to transmit a flow diagnostic output indicative of an operational condition of the flow control system and a control diagnostic output indicative of an operational condition of the flow control system; wherein the flow diagnostic output is based on an inverse signal-to-noise ratio defined as the ratio of a standard deviation of the flow signal to a mean of the flow signal; and wherein the control diagnostic output is based on a response function relating the control output to the setpoint and the flow signal, the response function representative of operational impairments of the flow control system. a flow sensor configured to generate a sensor signal characterizing a flow rate; a valve controller configured to control the flow rate as a function of a control output; a signal processor configured to convert the sensor signal into a flow signal characterizing the flow rate as a function of time; a control processor configured to generate the control output as a function of a setpoint and the flow signal, the setpoint being a target flow rate for the process flow; and an interface configured to receive an input representative of the setpoint, to transmit a flow output representative of the flow signal, and to transmit a flow diagnostic output indicative of an operational condition of the flow control system and a control diagnostic output indicative of an operational condition of the flow control system; wherein the flow diagnostic output is based on an inverse signal-to-noise ratio defined as the ratio of a standard deviation of the flow signal to a mean of the flow signal; and wherein the control diagnostic output is based on a response function relating the control output to the setpoint and the flow signal, the response function representative of operational impairments of the flow control system.
A detergent composition comprising a fatty acid-transforming enzyme to impart increased suds longevity in a manual dishwashing process, wherein the fatty acid-transforming enzyme is selected from EC 1.13.11.77 (oleate 10S lipoxygenase), and the detergent composition additionally comprises a surfactant system, said surfactant system comprising one or a mixture of more than one surfactants, wherein the surfactant system is present in an amount from 5 to 80 wt % of the composition and the surfactant system comprises an anionic surfactant.
A wireless handheld electronic device comprising: a transmitter and receiver through which data is respectively transmitted to and received from a communication network utilizing radio frequency signals; a microprocessor-based control means for receiving, processing and outputting data; a display means in data-communication with said control means, said display means presenting information for user observation thereupon based on data output from said control means to said display means; a user input means in data-communication with said control means and through which a user inputs information to said control means; an attitude sensing means in data-communication with said control means, said attitude sensing means detecting the attitude of the device as held by a user and communicating data to said control means indicative of the detected attitude of the device; said control means receiving and processing the communicated data from the attitude sensing means that is indicative of the detected attitude of the device and said control means disabling said user input means when the detected attitude of the device matches a predetermined attitude criteria; and characterised in, by comprising a user informing means in data-communication with said control means, said user informing means outputting a signal to the user of the device when said user input means is disabled based on the detected attitude of the device. a transmitter and receiver through which data is respectively transmitted to and received from a communication network utilizing radio frequency signals; a microprocessor-based control means for receiving, processing and outputting data; a display means in data-communication with said control means, said display means presenting information for user observation thereupon based on data output from said control means to said display means; a user input means in data-communication with said control means and through which a user inputs information to said control means; an attitude sensing means in data-communication with said control means, said attitude sensing means detecting the attitude of the device as held by a user and communicating data to said control means indicative of the detected attitude of the device; said control means receiving and processing the communicated data from the attitude sensing means that is indicative of the detected attitude of the device and said control means disabling said user input means when the detected attitude of the device matches a predetermined attitude criteria; and characterised in, by comprising a user informing means in data-communication with said control means, said user informing means outputting a signal to the user of the device when said user input means is disabled based on the detected attitude of the device.
A mask for delivering pressurised gas to a subject, the mask comprising a first aperture in gaseous communication with a pressurised gas supply; a second aperture for efflux of pressurised gas; a porous barrier defining at least two chambers, the first chamber being in communication with the first aperture and the second chamber being in communication with the second aperture, characterised in that the two chambers are in gaseous communication via a plurality of pores arranged in the barrier, the plurality of pores arranged to cooperate, in use, to decrease the acoustic noise attributable to the efflux of the pressurised gas.
A method for publishing a workbook range as a server data source, the method comprising: providing a facility for authoring a workbook having a range stored therein including one or more data objects; automatically generating metadata for the one or more data objects by identifying names, types and default aggregations for data fields within the workbook, wherein the default aggregation is indicated to be a sum for a numeric data field and wherein the default aggregation is indicated to be a count for a string data field, said metadata for use by a server computer in responding to requests for the one or more data objects as a server data source; and publishing the workbook and the metadata to the server computer, whereby the data objects are exposed at the server computer as server data sources. providing a facility for authoring a workbook having a range stored therein including one or more data objects; automatically generating metadata for the one or more data objects by identifying names, types and default aggregations for data fields within the workbook, wherein the default aggregation is indicated to be a sum for a numeric data field and wherein the default aggregation is indicated to be a count for a string data field, said metadata for use by a server computer in responding to requests for the one or more data objects as a server data source; and publishing the workbook and the metadata to the server computer, whereby the data objects are exposed at the server computer as server data sources.
An injection device, for injecting fixing material in a drill hole during rock bolting, comprising a hose system and a feed unit, the hose system comprises an injection pipe, the injection device further comprises a positioning means characterised in that the positioning means comprises a guide (37, 66, 76) adapted to guide the injection pipe and a first moving means adapted for lateral and linear movement of the guide (37, 66, 76) along an axis C arranged in a plane crossing an operation/drill axis A to adjust the position of the injection pipe in relation to the drill hole and the feed unit comprises means (31, 32) adapted to drive the hose system such that the injection pipe enters the drill hole for supplying fixing material into the hole during operation.