mhurhangee/ep-ind-claims huggingface dataset:
Open- and closed-loop control device for a for a drive arrangement of a displaceable press beam of a bending press, in particular a press brake, comprising a protective housing having an access orifice for a foot of an operator, and comprising a pedal-type actuating element disposed in the protective housing with a displacement range limited by end positions (35, 39), and at least one detection means assigned to the actuating element connected so as to communicate with a control and monitoring system of the bending press, and the detection means is provided in the form of a motion profile detection means connected to the actuating element so as to move in unison with it in order to detect position-related signals, characterized in that the motion profile detection means is connected so as to communicate with a logic module incorporating a detection and evaluation circuit incorporating a processor, and the processor is configured to generate control signals for a speed regulation of a displacing movement of a displaceable press beam of the bending press from the detected control signals and forward the control signals to the control and monitoring system of the bending press, and the displacement speed of the press beam is regulated on the basis of these control signals for defined stroke ranges of an overall displacement cycle of the press beam irrespective of a displacement speed stored in a data memory of the control and monitoring system as part of a program, and an acceleration profile of the displacing movement of the actuating element in the displacement range of the actuating element between the end positions (35, 39) is determined in the detection and evaluation circuit of the logic module from a time-related signal sequence of the motion profile detection means and compared with a stored threshold value, and if the threshold value is exceeded, a control signal in the form of an emergency stop signal is generated and forwarded to the control and monitoring system of the bending press and the displacing movement of the press beam is halted as a result.
An ultra-lightweight shower tray comprising corresponding slopes towards a drain hole and a drain valve housing, wherein the tray is made of a material composed of the following layers, indicated in successive order and taking the visible part of the shower tray as the top layer: i. A coating layer based on an unsaturated polyester resin of isophthalic acid and neopentylglycol, with a thickness of 500 μm; ii. A combined glass fibre layer of woven and non-woven glass fibres wetted with an unsaturated orthophthalic unsaturated polyester resin, with a thickness of 3 mm; iii. A layer of extruded polystyrene pre-milled with shower tray slopes, with a thickness of 23 mm; and iv. A layer of mesh-reinforced extruded polystyrene sheet lining mortar, with a thickness of 4 mm. i. A coating layer based on an unsaturated polyester resin of isophthalic acid and neopentylglycol, with a thickness of 500 μm; ii. A combined glass fibre layer of woven and non-woven glass fibres wetted with an unsaturated orthophthalic unsaturated polyester resin, with a thickness of 3 mm; iii. A layer of extruded polystyrene pre-milled with shower tray slopes, with a thickness of 23 mm; and iv. A layer of mesh-reinforced extruded polystyrene sheet lining mortar, with a thickness of 4 mm.
A battery module comprising: a plurality of electric cells each having positive and negative electrode terminals (13A, 13B), the plurality of electric cells are transversely juxtaposed; a belt-shaped bus bar line (21A, 21B) disposable on the plurality of transversely juxtaposed electric cells in the direction in which cells are juxtaposed, comprising: a plurality of bus bars for electrically connecting the electrode terminals (13A, 13B) of electric cells adjacent to each other, a first insulating resin portion formed by heat laminating a film made of an insulating resin, the first insulating resin portion connecting the plurality of bus bars, and a projection disposing clearance provided between the adjacent bus bars (20, 20), such that a projection of a separator is disposable in the projection disposing clearance; wherein the electric cells include metal-made battery containers; and a resin-made separator provided between the electric cells adjacent to each other, the separator having a projection projecting outward from an outer wall surface of the battery containers, and the projection being disposed in the projection disposing clearance. a plurality of electric cells each having positive and negative electrode terminals (13A, 13B), the plurality of electric cells are transversely juxtaposed; a belt-shaped bus bar line (21A, 21B) disposable on the plurality of transversely juxtaposed electric cells in the direction in which cells are juxtaposed, comprising: a plurality of bus bars for electrically connecting the electrode terminals (13A, 13B) of electric cells adjacent to each other, a first insulating resin portion formed by heat laminating a film made of an insulating resin, the first insulating resin portion connecting the plurality of bus bars, and a projection disposing clearance provided between the adjacent bus bars (20, 20), such that a projection of a separator is disposable in the projection disposing clearance; a plurality of bus bars for electrically connecting the electrode terminals (13A, 13B) of electric cells adjacent to each other, a first insulating resin portion formed by heat laminating a film made of an insulating resin, the first insulating resin portion connecting the plurality of bus bars, and a projection disposing clearance provided between the adjacent bus bars (20, 20), such that a projection of a separator is disposable in the projection disposing clearance; wherein the electric cells include metal-made battery containers; and a resin-made separator provided between the electric cells adjacent to each other, the separator having a projection projecting outward from an outer wall surface of the battery containers, and the projection being disposed in the projection disposing clearance.
A light control glass, comprising: two glass plates and a light control film sandwiched between the two glass plates, wherein the light control film comprises: two transparent electroconductive resin substrates, and a light control layer sandwiched between the two transparent electroconductive resin substrates, wherein the light control layer contains a resin matrix and a light control suspension dispersed in the resin matrix, the light control suspension contains a dispersing medium and light control particles dispersed in the dispersing medium, the light control particles are polyiodide, and the two transparent electroconductive resin substrates each comprise a film of a polyester, and a transparent electroconductive film formed on a surface of the film of the polyester characterised in that the glass plates each have a curved surface and the thickness of each of the two transparent electroconductive resin substrates is from 20 to 70 μm. two glass plates and a light control film sandwiched between the two glass plates, wherein the light control film comprises: two transparent electroconductive resin substrates, and a light control layer sandwiched between the two transparent electroconductive resin substrates, wherein the light control layer contains a resin matrix and a light control suspension dispersed in the resin matrix, the light control suspension contains a dispersing medium and light control particles dispersed in the dispersing medium, the light control particles are polyiodide, and the two transparent electroconductive resin substrates each comprise a film of a polyester, and a transparent electroconductive film formed on a surface of the film of the polyester characterised in that the glass plates each have a curved surface and the thickness of each of the two transparent electroconductive resin substrates is from 20 to 70 μm. two transparent electroconductive resin substrates, and a light control layer sandwiched between the two transparent electroconductive resin substrates, wherein the light control layer contains a resin matrix and a light control suspension dispersed in the resin matrix, the light control suspension contains a dispersing medium and light control particles dispersed in the dispersing medium, the light control particles are polyiodide, and the two transparent electroconductive resin substrates each comprise a film of a polyester, and a transparent electroconductive film formed on a surface of the film of the polyester characterised in that the glass plates each have a curved surface and the thickness of each of the two transparent electroconductive resin substrates is from 20 to 70 μm.
A method of determining an estimate of the velocity of a device in a horizontal or vertical direction, the method comprising: - obtaining measurements of the acceleration acting on the device in three dimensions; - using a first filter and the obtained measurements to estimate acceleration due to gravity; - estimating the acceleration acting in a horizontal or vertical direction due to motion of the device using the estimated acceleration due to gravity; - integrating the estimate of the acceleration acting in said direction due to motion of the device to give an estimate of the velocity in said direction; and - using a second filter to remove offset from the velocity to give a filtered velocity; wherein at least the second filter is a non-linear filter. - obtaining measurements of the acceleration acting on the device in three dimensions; - using a first filter and the obtained measurements to estimate acceleration due to gravity; - estimating the acceleration acting in a horizontal or vertical direction due to motion of the device using the estimated acceleration due to gravity; - integrating the estimate of the acceleration acting in said direction due to motion of the device to give an estimate of the velocity in said direction; and - using a second filter to remove offset from the velocity to give a filtered velocity;
Operating element for a domestic appliance, wherein the operating element has a main body made of plastic, characterised in that the plastic is admixed with filler, which has a higher thermal conductivity than the plastic. Admixed with filler here refers to a plastic in which filler is held or incorporated in a plastic matrix.
A fusion protein comprising a soluble IL-33 Receptor of SEQ ID NO: 4 and a soluble IL-1 RAcP of SEQ ID NO: 5 wherein SEQ ID NO: 4 and SEQ ID NO: 5 are connected by at least 20 GGS units.
A gas compressor, comprising: a reciprocating member that moves in a reciprocating manner in the axial direction; an accommodation portion that accommodates the reciprocating member and includes a compression chamber compressing a gas by the reciprocating member and a non-compression chamber separated from the compression chamber; an annular sealing portion that is attached to one of the accommodation portion and the reciprocating member, the annular sealing portion separating the non-compression chamber from the compression chamber together with the reciprocating member; a suction line that suctions the gas into the compression chamber; a discharge line that discharges the gas compressed inside the compression chamber to the outside of the accommodation portion; a connection line that is connected to the accommodation portion and allows at least a part of a gas passing through the sealing portion from the compression chamber flow therethrough when the gas exists; wherein the connection line is connected to the suction line, characterized by a flowmeter that is provided in the connection line and measures a gas flow amount; a check valve that is located at the downstream side of the flowmeter in the connection line and prevents the flow of the gas from the connection line toward the accommodation portion; and a determination unit that determines whether the gas flow amount measured by the flowmeter is equal to or larger than a predetermined threshold value. a reciprocating member that moves in a reciprocating manner in the axial direction; an accommodation portion that accommodates the reciprocating member and includes a compression chamber compressing a gas by the reciprocating member and a non-compression chamber separated from the compression chamber; an annular sealing portion that is attached to one of the accommodation portion and the reciprocating member, the annular sealing portion separating the non-compression chamber from the compression chamber together with the reciprocating member; a suction line that suctions the gas into the compression chamber; a discharge line that discharges the gas compressed inside the compression chamber to the outside of the accommodation portion; a connection line that is connected to the accommodation portion and allows at least a part of a gas passing through the sealing portion from the compression chamber flow therethrough when the gas exists; wherein the connection line is connected to the suction line, characterized by a flowmeter that is provided in the connection line and measures a gas flow amount; a check valve that is located at the downstream side of the flowmeter in the connection line and prevents the flow of the gas from the connection line toward the accommodation portion; and a determination unit that determines whether the gas flow amount measured by the flowmeter is equal to or larger than a predetermined threshold value.
A sample analysis apparatus comprising: at least one radiation system constructed and arranged to irradiate the sample in a vial; an analyser provided with a camera constructed and arranged to analyse the radiation received from the sample in the vial, wherein the apparatus is provided with a holder constructed and arranged to releasable hold the vial and provided with an optical path for the radiation system to irradiate the sample and for the camera to make images of the sample, wherein the camera comprises a telecentric lens and a detector 15; characterised in that the apparatus further comprises a comparing system for comparing a radiation intensity of radiation received from the sample in the vial with a radiation intensity threshold value; and a radiation adjustment system to adjust an intensity of the radiation irradiated by the at least one radiation system if the radiation intensity received from the sample is not equal to the radiation intensity threshold value, wherein the apparatus further is configured to measure the background intensity and to compare the background intensity with a background intensity threshold value, and to increase the background illumination if the background intensity gets lower than the background intensity threshold value and to decrease the background illumination if the background intensity gets higher than the background intensity threshold value. at least one radiation system constructed and arranged to irradiate the sample in a vial; an analyser provided with a camera constructed and arranged to analyse the radiation received from the sample in the vial, wherein the apparatus is provided with a holder constructed and arranged to releasable hold the vial and provided with an optical path for the radiation system to irradiate the sample and for the camera to make images of the sample, wherein the camera comprises a telecentric lens and a detector 15; characterised in that the apparatus further comprises a comparing system for comparing a radiation intensity of radiation received from the sample in the vial with a radiation intensity threshold value; and a radiation adjustment system to adjust an intensity of the radiation irradiated by the at least one radiation system if the radiation intensity received from the sample is not equal to the radiation intensity threshold value, wherein the apparatus further is configured to measure the background intensity and to compare the background intensity with a background intensity threshold value, and to increase the background illumination if the background intensity gets lower than the background intensity threshold value and to decrease the background illumination if the background intensity gets higher than the background intensity threshold value.
A method for operating an access point in an optical wireless communication network, the method comprising the access point: - operating in a low power state for detecting a first optical signal from an end point device on a first optical channel; - generating a trigger signal after detecting the first optical signal; - switching from the low power state to a normal operation state based on the generated trigger signal; - operating in the normal operation state for establishing a high-speed optical data link with the end point device; - switching back to the low power state from the normal operation state when there is no active high-speed optical data link with any end point device for a predefined period of time; and wherein the access point dissipates less power in the low power state than in the normal operation state, the method is charaterized in that: prior to generating the trigger signal, the method further comprises the access point: - negotiating on a setting for the high-speed optical data link with the end point device on the first optical channel upon the detection of the first optical signal; and wherein the step of generating the trigger signal follows after a setting for the high-speed optical data link is agreed between the access point and the end point device; and wherein the high-speed optical data link is established on an optical data channel different from the first optical channel. - operating in a low power state for detecting a first optical signal from an end point device on a first optical channel; - generating a trigger signal after detecting the first optical signal; - switching from the low power state to a normal operation state based on the generated trigger signal; - operating in the normal operation state for establishing a high-speed optical data link with the end point device; - switching back to the low power state from the normal operation state when there is no active high-speed optical data link with any end point device for a predefined period of time; and wherein the access point dissipates less power in the low power state than in the normal operation state, the method is charaterized in that: prior to generating the trigger signal, the method further comprises the access point: - negotiating on a setting for the high-speed optical data link with the end point device on the first optical channel upon the detection of the first optical signal; - negotiating on a setting for the high-speed optical data link with the end point device on the first optical channel upon the detection of the first optical signal; and wherein the step of generating the trigger signal follows after a setting for the high-speed optical data link is agreed between the access point and the end point device; and wherein the high-speed optical data link is established on an optical data channel different from the first optical channel.
A method performed by a management unit (120; 710) managing data consumption requests from a consumer for data hosted by a content provider (140; 720) within at least one database, wherein the management unit is communicatively coupled with the consumer and the content provider via a network, the method comprising: receiving data consumption requests for the data stored in the at least one database; monitoring a response performance associated with responding to the data consumption requests for the data hosted by the content provider; determining that a predetermined performance threshold of the monitored response performance is exceeded; generating an application programming interface, API, call indicating that the predetermined performance threshold is exceeded, wherein the API call includes at least one of an indication of a current number of replicas of the data, a response time associated with the triggering of a mandatory scaling threshold, or an average response time; transmitting the API call to the content provider; and receiving an API response to the API call from the content provider, wherein the API response indicates whether a scaling of resources for hosting the data was performed and identifies locations of additional databases allocated by the content provider, wherein the API response includes an indication of at least one of a new number of replicas of the data, a location of a new data source associated with the data, or a status of a scaling procedure, and wherein processing of the data consumption requests is then modified according to the scaling of resources. receiving data consumption requests for the data stored in the at least one database; monitoring a response performance associated with responding to the data consumption requests for the data hosted by the content provider; determining that a predetermined performance threshold of the monitored response performance is exceeded; generating an application programming interface, API, call indicating that the predetermined performance threshold is exceeded, wherein the API call includes at least one of an indication of a current number of replicas of the data, a response time associated with the triggering of a mandatory scaling threshold, or an average response time; transmitting the API call to the content provider; and receiving an API response to the API call from the content provider, wherein the API response indicates whether a scaling of resources for hosting the data was performed and identifies locations of additional databases allocated by the content provider, wherein the API response includes an indication of at least one of a new number of replicas of the data, a location of a new data source associated with the data, or a status of a scaling procedure, and wherein processing of the data consumption requests is then modified according to the scaling of resources.
A suction cup dust extractor for a drill comprising: a housing; a drill collar attached to the housing, having a drill passage formed through it; a recess formed by the walls (50, 52) of the housing having a planar opening; a seal (84, 86) attached to the walls (50, 52) of the recess and which surrounds the planar opening and which, in use, locates against a work piece to create an air tight seal between the housing and the work piece; an aperture located on the housing through which air can pass; at least one first air passage formed within the housing which enables air to pass from the drill passage to the aperture; and at least one second air passage formed within the housing which enables air to pass from the recess to the aperture; characterized in that the seal comprises a base which is attached to the walls (50, 52) of the recess and a flange which is attached to and extends from the base at an oblique angle to the plane of the opening; wherein the base locates in a groove formed in the housing; wherein the base is held within the groove via a cover connected to the housing. a housing; a drill collar attached to the housing, having a drill passage formed through it; a recess formed by the walls (50, 52) of the housing having a planar opening; a seal (84, 86) attached to the walls (50, 52) of the recess and which surrounds the planar opening and which, in use, locates against a work piece to create an air tight seal between the housing and the work piece; an aperture located on the housing through which air can pass; at least one first air passage formed within the housing which enables air to pass from the drill passage to the aperture; and at least one second air passage formed within the housing which enables air to pass from the recess to the aperture; characterized in that the seal comprises a base which is attached to the walls (50, 52) of the recess and a flange which is attached to and extends from the base at an oblique angle to the plane of the opening; wherein the base locates in a groove formed in the housing; wherein the base is held within the groove via a cover connected to the housing.