mhurhangee/ep-ind-claims huggingface dataset:
A lithographic printing plate precursor comprising a polymerizable image-recording layer, a support and an intermediate layer between them, the polymerizable image-recording layer including an infrared absorbing dye and (i) a radical polymerization initiator and a radical polymerizable compound, or (ii) polymer fine particles, the intermediate layer containing a polymer compound including a repeating unit having a support-adsorbing group and a repeating unit having a polyoxyalkylene group having a repeating number of oxyalkylene units of from 8 to 120, at least one of the intermediate layer and the polymerizable image-recording layer comprising a compound having a molecular weight of 1,500 or less and having an oxyalkylene group; characterized in that the repeating unit having a support-adsorbing group has a side chain including a structure represented by formula (a1-1), (a1-2), (a1-3), (a1-4) or (a1-5): wherein M 11 and M 12 each independently represents a hydrogen atom, a metal atom belonging to alkali metal or alkaline earth metal or an ammonium group, R 11 to R 13 each independently represents a hydrogen atom or an alkyl group, Y 1 represents a single bond or a divalent connecting group selected from -CO-, -O-, -HN-, a divalent aliphatic group, a divalent aromatic group and a combination of these groups, and * indicates the site connecting the structure to the main chain of the polymer compound; with the proviso that the compound having a molecular weight of 1,500 or less is not sodium 5,8,11-tcioxapentadecane-1-sulfonate, sodium 5,8,11-trioxaheptadecane-1-sulfonate, sodium 13-ethyl-5,8,11-trioxaheptadecane-1-sulfonate, sodium 5,8,11,14-tetraoxatetracosane-1-sulfonate or
Method for controlling a vehicle-external charging device for charging a vehicle, in particular an electric or hybrid vehicle, wherein the charging device has an AC current grid having a neutral conductor, a protective conductor and at least one phase conductor (L1, L2, L3), a protection and monitoring apparatus, and a DC current charging terminal, wherein the vehicle comprises a high-voltage on-board power system and an electrical energy store connected to the high-voltage on-board power system, wherein the method comprises the following method steps: - electrically connecting the high-voltage on-board power system to the DC current charging terminal of the charging device, - detecting a stray current in the protective conductor, characterized in that said method furthermore comprises the following steps: - feeding in a compensation current, which is complementary to the stray current, in a predetermined frequency range, preferably by way of a capacitively coupled current compensation unit, - detecting a protective conductor resistance between the neutral conductor and the protective conductor by feeding in a test current by way of the protection and monitoring apparatus, wherein a frequency of the test current is either outside of a compensation frequency range of the protection and monitoring apparatus or is within the compensation frequency range and is filtered out of the compensation frequency range on a narrowband basis. - electrically connecting the high-voltage on-board power system to the DC current charging terminal of the charging device, - detecting a stray current in the protective conductor, - feeding in a compensation current, which is complementary to the stray current, in a predetermined frequency range, preferably by way of a capacitively coupled current compensation unit, - detecting a protective conductor resistance between the neutral conductor and the protective conductor by feeding in a test current by way of the protection and monitoring apparatus, wherein a frequency of the test current is either outside of a compensation frequency range of the protection and monitoring apparatus or is within the compensation frequency range and is filtered out of the compensation frequency range on a narrowband basis.
A boring tool comprising: - a tool body including a front end and a rear end, between which a central rotation axis extends around which the tool body is rotatable in a direction of rotation, - a slider member connected to a cutting insert seat, which slider member is arranged movably inside the tool body along a path extending transversely to said rotation axis for adjusting the distance of the of the cutting insert seat in relation to the rotation axis, wherein a wedge-shaped clamping member connected to a drive unit is arranged along an extension axis and movable along said extension axis inside the tool body and in contact with the slider member for clamping the slider member into a locked position, in which locked position, - the wedge-shaped clamping member is pre-loaded by means of a biasing spring to passively lock the slider member, and - the drive unit is controllable such that the wedge-shaped clamping member is actively releasable when adjusting the distance of the cutting insert seat in relation to the rotation axis, characterized in that the wedge-shaped clamping member is provided with a threaded recess portion in a cavity of the wedge-shaped clamping member, which cavity is extending along the extension axis and in which a threaded bolt is received, which threaded bolt, when rotated in a first direction, causes the biasing spring to compress by moving the wedge-shaped clamping member against the biasing force of the biasing spring to release the locked position of the wedge-shaped clamping member, and which threaded bolt, when rotated in a second direction, forces the wedge-shaped clamping member into clamping engagement with the slider member. - a tool body including a front end and a rear end, between which a central rotation axis extends around which the tool body is rotatable in a direction of rotation, - a slider member connected to a cutting insert seat, which slider member is arranged movably inside the tool body along a path extending transversely to said rotation axis for adjusting the distance of the of the cutting insert seat in relation to the rotation axis, wherein a wedge-shaped clamping member connected to a drive unit is arranged along an extension axis and movable along said extension axis inside the tool body and in contact with the slider member for clamping the slider member into a locked position, in which locked position, - the wedge-shaped clamping member is pre-loaded by means of a biasing spring to passively lock the slider member, and - the drive unit is controllable such that the wedge-shaped clamping member is actively releasable when adjusting the distance of the cutting insert seat in relation to the rotation axis,
A steering device for steering a vehicle, the steering device characterized by comprising: a movable member configured to move along with a shaft member in an axial direction of the shaft member and to rotatably support the shaft member, the shaft member being connected, at a rear end of the shaft member in a front-rear direction of the vehicle, to an operating member; a holding member configured to hold the movable member so as to move in the axial direction; an impact absorbing member connected to the movable member, the impact absorbing member being configured to absorb impact as a front end portion of at least one of the shaft member and the movable member in the front-rear direction of the vehicle moves frontward in the axial direction inside a space for movement that is an energy absorption space allowing the shaft member to move frontward; a movement driving unit configured to move the movable member along the axial direction so as to change a position of the movable member in the axial direction in a vehicle body of the vehicle; characterized in that a controller, the controller being configured to perform first control and second control by which the movement driving unit is controlled, the first control being a control for moving the movable member along the axial direction within such a range that the front end portion is located rearward of the space for movement in the front-rear direction of the vehicle, and the second control being a control for moving the movable member along the axial direction within such a range that the front end portion is located inside the space for movement. a movable member configured to move along with a shaft member in an axial direction of the shaft member and to rotatably support the shaft member, the shaft member being connected, at a rear end of the shaft member in a front-rear direction of the vehicle, to an operating member; a holding member configured to hold the movable member so as to move in the axial direction; an impact absorbing member connected to the movable member, the impact absorbing member being configured to absorb impact as a front end portion of at least one of the shaft member and the movable member in the front-rear direction of the vehicle moves frontward in the axial direction inside a space for movement that is an energy absorption space allowing the shaft member to move frontward; a movement driving unit configured to move the movable member along the axial direction so as to change a position of the movable member in the axial direction in a vehicle body of the vehicle; characterized in that a controller, the controller being configured to perform first control and second control by which the movement driving unit is controlled, the first control being a control for moving the movable member along the axial direction within such a range that the front end portion is located rearward of the space for movement in the front-rear direction of the vehicle, and the second control being a control for moving the movable member along the axial direction within such a range that the front end portion is located inside the space for movement.
A control method, wherein the control method comprises: detecting a distance between a mobile terminal and a controlled device; controlling the controlled device to set the controlled device to a power-on status automatically when the mobile terminal satisfies a preset condition, wherein the preset condition comprises that the distance between the mobile terminal and the controlled device is within a preset distance; establishing a connection between the mobile terminal and the controlled device, to enable a user to send a control instruction to the controlled device through the mobile terminal, to make the controlled device execute a corresponding operation; characterised in that the preset condition further comprises that a duration of time that a user carrying the mobile terminal faces towards the controlled device exceeds a first preset time. detecting a distance between a mobile terminal and a controlled device; controlling the controlled device to set the controlled device to a power-on status automatically when the mobile terminal satisfies a preset condition, wherein the preset condition comprises that the distance between the mobile terminal and the controlled device is within a preset distance; establishing a connection between the mobile terminal and the controlled device, to enable a user to send a control instruction to the controlled device through the mobile terminal, to make the controlled device execute a corresponding operation; characterised in that the preset condition further comprises that a duration of time that a user carrying the mobile terminal faces towards the controlled device exceeds a first preset time.
A head covering comprising, a top cover, a cylindrical wall connected at its upper edge to the perimeter of the top cover, characterized in that the cylindrical wall is connected together with the rear edge of the top cover, a rear juncture of the cylindrical wall and the top cover being folded downward and connected to a rear point on the lower edge of a rim to form a hat with a generally triangular side plan view, wherein the lower edge of the cylindrical wall being folded outwardly upon itself to form the rim three layers of fabric thick.
A blood testing apparatus comprising: at least one test member; a humidity cover (4, 6) positioned around the at least one test member, the humidity cover (4, 6) being at least partially removable; a laser source, configured to produce a wound from which blood flows, the laser source producing at least a cutting wavelength and a coagulation wavelength, the laser source including an IR blocking filter that reflects a portion of the laser beam towards a photodiode such that the photodiode is adapted for detecting the laser beam from the IR blocking filter as a feedback for controlling a power output of an optical resonant cavity; electronics for analysis, the electronics further including an evaluation device that provides for comparisons with previously stored measurements or evaluation data with the evaluation device storing a current test measurement, and a display, wherein the test member, laser source, electronics and display form a glucose monitoring system that is integrated in a single apparatus; characterised in that the laser source is configured to coagulate the wound, by means of the laser source producing the coagulation wavelength, wherein the test member includes an opening from which a beam from the laser can pass through. at least one test member; a humidity cover (4, 6) positioned around the at least one test member, the humidity cover (4, 6) being at least partially removable; a laser source, configured to produce a wound from which blood flows, the laser source producing at least a cutting wavelength and a coagulation wavelength, the laser source including an IR blocking filter that reflects a portion of the laser beam towards a photodiode such that the photodiode is adapted for detecting the laser beam from the IR blocking filter as a feedback for controlling a power output of an optical resonant cavity; electronics for analysis, the electronics further including an evaluation device that provides for comparisons with previously stored measurements or evaluation data with the evaluation device storing a current test measurement, and a display, wherein the test member, laser source, electronics and display form a glucose monitoring system that is integrated in a single apparatus; characterised in that the laser source is configured to coagulate the wound, by means of the laser source producing the coagulation wavelength, wherein the test member includes an opening from which a beam from the laser can pass through.
A method for implementing conference control, comprising: a conference application server receiving a conference control request from a chairman terminal during a multi-party conference; the conference application server instructing a media server to perform speech recognition on audio signals transmitted by the chairman terminal; characterized by the conference application server acquiring text information corresponding to the audio signals from the media server; and the conference application server performing a conference control operation based on the text information; wherein before the conference application server instructing the media server to perform the speech recognition on the audio signals transmitted by the chairman terminal, the method further comprises: the conference application server establishing a sub-conference room, and the conference application server transferring the chairman terminal from a main conference room of the multi-party conference to the sub-conference room to separate the chairman terminal from the main conference room of the multi-party conference. a conference application server receiving a conference control request from a chairman terminal during a multi-party conference; the conference application server instructing a media server to perform speech recognition on audio signals transmitted by the chairman terminal; characterized by the conference application server acquiring text information corresponding to the audio signals from the media server; and the conference application server performing a conference control operation based on the text information; wherein before the conference application server instructing the media server to perform the speech recognition on the audio signals transmitted by the chairman terminal, the method further comprises: the conference application server establishing a sub-conference room, and the conference application server transferring the chairman terminal from a main conference room of the multi-party conference to the sub-conference room to separate the chairman terminal from the main conference room of the multi-party conference. the conference application server establishing a sub-conference room, and the conference application server transferring the chairman terminal from a main conference room of the multi-party conference to the sub-conference room to separate the chairman terminal from the main conference room of the multi-party conference.
A magnetic metal substrate comprising: a metallic substrate having first permeability; a trench formed (12, 14) on a front side surface of the metallic substrate; a first insulating layer (16, 16a) disposed on a surface of the trench; and a first metallic wiring layer (22, 23) having second permeability, the first metallic wiring layer disposed on the first insulating layer, wherein the first permeability is larger than the second permeability. a metallic substrate having first permeability; a trench formed (12, 14) on a front side surface of the metallic substrate; a first insulating layer (16, 16a) disposed on a surface of the trench; and a first metallic wiring layer (22, 23) having second permeability, the first metallic wiring layer disposed on the first insulating layer, wherein the first permeability is larger than the second permeability.
A detector module operable in a cognitive radio device for determining channel occupancy, comprising: a sensor for sensing incumbent signals at a variable sensing threshold, wherein the sensor generates a first occupancy indication indicating whether the channel includes an incumbent signal having a sensing metric above the variable sensing threshold; the detector module being characterized by further comprising: a geo-location unit for generating a second occupancy indication based on a location of the detector module; and a decision unit for generating an occupancy decision based on the first occupancy indication and the second occupancy indication. a sensor for sensing incumbent signals at a variable sensing threshold, wherein the sensor generates a first occupancy indication indicating whether the channel includes an incumbent signal having a sensing metric above the variable sensing threshold; the detector module being characterized by further comprising: a geo-location unit for generating a second occupancy indication based on a location of the detector module; and a decision unit for generating an occupancy decision based on the first occupancy indication and the second occupancy indication.
High-rise building module having a cuboid housing that forms a floor, a ceiling, two side-walls and two front walls of the housing module, where the building module incorporates a central axis around which the floor, the ceiling and the side walls are arranged, and where a door is arranged in the housing, where the housing incorporates a tubular body consisting of a concrete material the four walls of which tubular body form the floor, the ceiling and the side walls, characterised in the tubular body consists entirely of the concrete material and is cast with a horizontally aligned central axis, where the bottom and top wall of the tubular body, as opposing tube walls, have different grades of concrete in the sense that they have different physical properties.
Method for mounting a bearing cap block on a cylinder block, characterized in that it comprises the following steps: - making 2 diametrically opposite holes in the bearing cap block and 2 diametrically opposite holes in the cylinder block, said holes in the bearing cap block and in the cylinder block being disposed facing one another, - making 2n-2 holes in the bearing cap block or the cylinder block, n being the number of crankshaft bearings of the block, - inserting two centring pins into two diametrically opposite holes on the cap block side, - inserting conical pins into the other holes on the cap block side, - positioning and clamping the bearing cap block on the cylinder block so as to create an imprint on a single positional element of the assembly comprising the cylinder block or the bearing cap block. - making 2 diametrically opposite holes in the bearing cap block and 2 diametrically opposite holes in the cylinder block, said holes in the bearing cap block and in the cylinder block being disposed facing one another, - making 2n-2 holes in the bearing cap block or the cylinder block, n being the number of crankshaft bearings of the block, - inserting two centring pins into two diametrically opposite holes on the cap block side, - inserting conical pins into the other holes on the cap block side, - positioning and clamping the bearing cap block on the cylinder block so as to create an imprint on a single positional element of the assembly comprising the cylinder block or the bearing cap block.