mhurhangee/ep-ind-claims huggingface dataset:
A thermal printer in which a thermal head frame having a thermal head mounted thereon is attachable to and detachable from a printer body, the thermal printer comprising: the thermal head frame which has a convex portion provided at one end thereof and has a claw portion provided at the other end thereof; a pair of thermal head frame mounting portions (40a, 40b) which is provided in the printer body to oppose each other at an interval that is smaller than a width of the thermal head frame and in which a hole into which the convex portion is inserted and a hole into which the claw portion is inserted are formed; and a spring member which is provided between the pair of thermal head frame mounting portions (40a, 40b), and between the convex portion and the claw portion; a biasing force of the spring member being configured to be applied to a rear surface of the thermal head frame; characterized in that a protrusion is provided in a part of the thermal head frame where the spring member abuts on the thermal head frame during attachment and detachment. the thermal head frame which has a convex portion provided at one end thereof and has a claw portion provided at the other end thereof; a pair of thermal head frame mounting portions (40a, 40b) which is provided in the printer body to oppose each other at an interval that is smaller than a width of the thermal head frame and in which a hole into which the convex portion is inserted and a hole into which the claw portion is inserted are formed; and a spring member which is provided between the pair of thermal head frame mounting portions (40a, 40b), and between the convex portion and the claw portion; a biasing force of the spring member being configured to be applied to a rear surface of the thermal head frame; characterized in that a protrusion is provided in a part of the thermal head frame where the spring member abuts on the thermal head frame during attachment and detachment.
A method for compressed sensing of signals, the method comprising: receiving, over a wireless channel, a user equipment transmission (f) based on an S-sparse combination of a set of vectors, wherein sparsity parameters for generating said S-sparse combination of said set of vectors is transmitted to the user equipment to configure the user equipment to transmit signals having a predetermined sparseness and a predetermined sparse representation matrix (Ψ) comprising said set of vectors; down converting and discretizing the received transmission to create a discretized signal comprising a word of length N; correlating the discretized signal with a set of sense waveforms to create a set of samples, wherein a total number of samples in the set is equal to a total number of sense waveforms in the set, and wherein the total number of sense waveforms in the set of sense waveforms is fewer than a total number of vectors in the set of vectors; transmitting the set of samples to a remote central processor and; selecting a new set of sense waveforms responsive to receiving an instruction from the remote central processor. receiving, over a wireless channel, a user equipment transmission (f) based on an S-sparse combination of a set of vectors, wherein sparsity parameters for generating said S-sparse combination of said set of vectors is transmitted to the user equipment to configure the user equipment to transmit signals having a predetermined sparseness and a predetermined sparse representation matrix (Ψ) comprising said set of vectors; down converting and discretizing the received transmission to create a discretized signal comprising a word of length N; correlating the discretized signal with a set of sense waveforms to create a set of samples, wherein a total number of samples in the set is equal to a total number of sense waveforms in the set, and wherein the total number of sense waveforms in the set of sense waveforms is fewer than a total number of vectors in the set of vectors; transmitting the set of samples to a remote central processor and; selecting a new set of sense waveforms responsive to receiving an instruction from the remote central processor.
Awning with a fabric shaft which is rotatably mounted in a housing and from which a piece of fabric can be unrolled, the front end of which piece of fabric is attached to an extending profile, wherein the extending profile is movably guided along guide rails in the extension direction, wherein the extending profile is loaded with a tensile force by means of tensioning means (6, 6') in the extension direction, and wherein the fabric shaft comprises at least one section (4, 5) for winding up the tensioning means (6, 6') which are wound up when the extending profile is extended and unrolled when the extending profile is retracted, wherein the tensioning means (6, 6') are coupled to the extending profile and loaded by means of at least one tensile force accumulator (9, 9'), characterized in that the tensioning means (6, 6') are formed by a tube, in particular by a woven tube.
Process for isolating and obtaining polychloroprene solids, characterized in that an aqueous polychloroprene dispersion is brought into contact with water vapor comprising coagulating agent, and the polychloroprene solid consequently coagulates.
A method for frosting a glass container of the type comprising the following steps of: a) providing a glass container comprising a wall, said wall having an external surface; b) treating said external surface so as to form microscopic asperities; and c) removing, from the treated external surface, of the treatment residues of said external surface; characterized in that at the step b) an abrasive pulverulent mineral composition is projected against said external surface so as to mechanically form said asperities; and in that said abrasive pulverulent mineral composition comprises substantially a mineral species of the general chemical formula: X 2+ 3 Y 3+ 2 (SiO 4 4-) 3, in which X is selected among the elements of the whole of the first elements comprising Ca, Fe, Mg and Mn, and in which Y is selected among the elements of the whole of the second elements comprising Al, Fe and Cr. a) providing a glass container comprising a wall, said wall having an external surface; b) treating said external surface so as to form microscopic asperities; and c) removing, from the treated external surface, of the treatment residues of said external surface;
A radial press with a housing having a jacket portion and an end-face annular bracing disk, an annular structure guided displaceably therein along a press axis and several press jaws, which are disposed around the press axis and which are braced in radially displaceably guided manner on the bracing disk and on which the annular structure acts by means of control faces, which are inclined relative to the press axis and bear against mating faces of the press jaws constructed as sliding faces, characterized in that the annular structure is constructed in crown-shaped manner on its end face turned toward the bracing disk and has a number of axial projections corresponding to the number of press jaws, wherein each control face extends into the radial inner face of such a projection and wherein further the bracing disk has recesses, which are associated with the projections and into which the projections are inserted during closing of the radial press.
Valve assembly for influencing at least one fluid flow, the valve assembly comprising a control unit and at least one valve device, wherein the control unit comprises a bus interface for connection to a bus communication system for the reception of movement instructions, a processing device for processing the movement instructions into control commands for valve devices and at least one connecting device (22, 23, 24, 25) for the electric coupling of at least one valve device, and wherein the at least one valve device is electrically connected to the at least one connecting device (22, 23, 24, 25) of the control unit and comprises a processing means designed for processing the control commands, wherein the processing means is assigned at least one first connecting means for the electric coupling of valves (51a to 51h, 56a to 56d) and at least one sensor means (36, 37, 41, 42, 43, 44), and wherein the processing means is designed for linking sensor signals of the at least one sensor means (36, 37, 41, 42, 43, 44) to the control commands and for processing of sensor signals which are provided by the at least one sensor means (36, 37, 41, 42, 43, 44), wherein the processing means are designed for providing a pressure control for the valves (51a to 51h, 56a to 56d) based on signals of pressure sensors (36, 37) and/or a position control for the valves (51a to 51h, 56a to 56d) based on signals of position sensors, resulting in a control of the valves (51a to 51h, 56a to 56d) connected to the first connecting contacts.
An anchoring assembly (10, 210, 310) for fastening an element to the ground, the element including an orifice, characterized in that the anchoring assembly comprises: ▪ an anchoring part; ▪ a flexible line having a first end that is fastened to the anchoring part, the flexible line being designed to pass through the orifice; and ▪ a blocking device including an opening, the flexible line extending through the opening, and blocking means for blocking sliding of the flexible line in the opening, the blocking device being suitable for taking up a first position in which the flexible line can slide in the opening in such a manner as to adjust the distance between the blocking device and the anchoring part, and a second position in which the flexible line is blocked in the blocking device in such a manner as to prevent the blocking device from moving relative to the anchoring part. ▪ an anchoring part; ▪ a flexible line having a first end that is fastened to the anchoring part, the flexible line being designed to pass through the orifice; and ▪ a blocking device including an opening, the flexible line extending through the opening, and blocking means for blocking sliding of the flexible line in the opening, the blocking device being suitable for taking up a first position in which the flexible line can slide in the opening in such a manner as to adjust the distance between the blocking device and the anchoring part, and a second position in which the flexible line is blocked in the blocking device in such a manner as to prevent the blocking device from moving relative to the anchoring part.
A power transmission device in which a motor and a reduction gear are connected through a fluid coupling, comprising: a fan for reduction gear cooling provided at an input shaft of the reduction gear (Gl); a fan hood configured to cover the fan; and a protective cover configured to cover the fluid coupling, characterized in that the protective cover includes a partition plate configured to partition a fan-side space which includes the fan and a coupling-side space which includes the fluid coupling, and a first air intake (40, 41) which opens to the fan-side space, and in that the partition plate is disposed at a position separated in an axial direction from the fan hood and includes a through hole for the passage of an input shaft of the reduction gear or an output shaft of the fluid coupling. a fan for reduction gear cooling provided at an input shaft of the reduction gear (Gl); a fan hood configured to cover the fan; and a protective cover configured to cover the fluid coupling, characterized in that the protective cover includes a partition plate configured to partition a fan-side space which includes the fan and a coupling-side space which includes the fluid coupling, and a first air intake (40, 41) which opens to the fan-side space, and in that the partition plate is disposed at a position separated in an axial direction from the fan hood and includes a through hole for the passage of an input shaft of the reduction gear or an output shaft of the fluid coupling.
An inkjet ink comprising: an α,β-unsaturated ether monomer in which the only radiation-curable functional groups present in the monomer are α,β-unsaturated ether groups; a low-viscosity difunctional (meth)acrylate monomer in which the only radiation-curable functional groups present in the monomer are acrylate groups, wherein the low-viscosity difunctional (meth)acrylate monomer has a viscosity of 0.5 to 6.5 mPas at 25°C; and a colouring agent; wherein the ink contains less than 5% by weight of water and volatile organic solvents in total, and less than 3.0% by weight of mono- and difunctional monomers in total, other than the α,β-unsaturated ether monomer and the low-viscosity difunctional (meth)acrylate monomer, where the amounts by weight are based on the total weight of the ink, and wherein the ink has a viscosity of less than 30 mPas at 25°C. an α,β-unsaturated ether monomer in which the only radiation-curable functional groups present in the monomer are α,β-unsaturated ether groups; a low-viscosity difunctional (meth)acrylate monomer in which the only radiation-curable functional groups present in the monomer are acrylate groups, wherein the low-viscosity difunctional (meth)acrylate monomer has a viscosity of 0.5 to 6.5 mPas at 25°C; and a colouring agent; wherein the ink contains less than 5% by weight of water and volatile organic solvents in total, and less than 3.0% by weight of mono- and difunctional monomers in total, other than the α,β-unsaturated ether monomer and the low-viscosity difunctional (meth)acrylate monomer, where the amounts by weight are based on the total weight of the ink, and wherein the ink has a viscosity of less than 30 mPas at 25°C.
A filling mechanism (200, 300) adapted for use with a nozzle, the nozzle comprising a nozzle body and an end cap, which are axially aligned with one another, the end cap comprising a fluid opening and the nozzle body comprising a closing member, wherein in a first, closed, position the closing member is arranged to seal the opening, and in a second, open, position the opening is spaced from the closing member, so as to allow the flow of fluid through the opening, and the end cap and nozzle body are interconnected such that axial movement of the end cap relative to the nozzle body, between the first and second positions, is achieved by rotation of the nozzle body and the end cap relative to one another about the axis; characterised by: the filling mechanism comprising rotation means, adapted to effect rotation of the nozzle body and the end cap relative to one another, and a filling tube; the filling mechanism being arranged such that the filling tube and the fluid opening in the end cap of the nozzle are brought into fluid communication with one another by rotation of the nozzle body and end cap relative to one another to place the nozzle in the second, open, position. the filling mechanism comprising rotation means, adapted to effect rotation of the nozzle body and the end cap relative to one another, and a filling tube; the filling mechanism being arranged such that the filling tube and the fluid opening in the end cap of the nozzle are brought into fluid communication with one another by rotation of the nozzle body and end cap relative to one another to place the nozzle in the second, open, position.
A fertilizer composition comprising: (i) ammonium nitrate; (ii) at least one stabilizing agent; and (iii) a third component; wherein the at least one stabilizing agent comprises at least one compound selected from the group consisting of deoxidants and ammonium generating agents; wherein the at least one stabilizing agent is present in an amount of from 0.1 wt.% to 2 wt.%; wherein the third component is potassium nitrate; and wherein said ammonium nitrate and said third component are in the form of a double salt. (i) ammonium nitrate; (ii) at least one stabilizing agent; and (iii) a third component;
A communication control device comprising: a communication unit configured to: send configuration information to a terminal device, the configuration information indicating that a first protection status is associated with frames, and receive measurement information from the terminal device, the measurement information indicating a signal quality associated with at least one of the frames; and a determination unit configured to determine, based at least in part on the measurement information, whether to associate one or more of the frames with a second protection status, wherein the first protection status associated with the frames indicates that a first base station is configured to limit transmission other than a reference signal during the frames, and a second base station is not configured to limit transmission other than a reference signal during the frames, and the second protection status associated with the one or more of the frames indicates that both of the first base station and the second base station are configured to limit transmission other than a reference signal during the frames. a communication unit configured to: send configuration information to a terminal device, the configuration information indicating that a first protection status is associated with frames, and receive measurement information from the terminal device, the measurement information indicating a signal quality associated with at least one of the frames; and send configuration information to a terminal device, the configuration information indicating that a first protection status is associated with frames, and receive measurement information from the terminal device, the measurement information indicating a signal quality associated with at least one of the frames; and a determination unit configured to determine, based at least in part on the measurement information, whether to associate one or more of the frames with a second protection status, wherein the first protection status associated with the frames indicates that a first base station is configured to limit transmission other than a reference signal during the frames, and a second base station is not configured to limit transmission other than a reference signal during the frames, and the second protection status associated with the one or more of the frames indicates that both of the first base station and the second base station are configured to limit transmission other than a reference signal during the frames.
Roof which may be installed on a vertical wall with a wall connection profile, and with roof rafters fastened to the wall connection profile, with supports for supporting the roof rafters at a distance from the wall connection profile and with a plate element (11, 12), wherein a pair of plate elements (11, 12) is arranged on the wall connection profile on two guide rails (9, 10) overarching two edges, wherein the plate element (11, 12) is held between the wall connection profile and a stop (13, 14), characterized in that the wall connection profile with an apron overarches the edge of the plate element remote from the stop (13, 14), wherein the apron is adapted to the inclination of the roof, the wall connection profile has a vertical holding web, and the roof rafters have grooves corresponding to the holding web.
Voltage regulator for driving a digital or switching circuit, the voltage regulator comprising: - an input terminal (Vin) and an output terminal, wherein the output terminal is connectable to a power terminal of a digital or switching circuit having at least a boost signal output terminal, - a pass device having a gate terminal and being connected between the input terminal (Vin) and the output terminal, and - a first capacitor connected between the output terminal of the voltage regulator and the gate of the pass device, characterised in that the voltage regulator further comprises - a boost circuit comprising a boost capacitor, a switching arrangement, and a regulator boost input terminal connectable to the boost signal output terminal of the digital or switching circuit, wherein the switching arrangement is arranged switchable to connect the boost capacitor either in parallel to the first capacitor according to a low power configuration, or between the gate of the pass device and the ground according to a boost configuration, based on a boost signal received at the regulator boost input terminal from the digital or switching circuit. - an input terminal (Vin) and an output terminal, wherein the output terminal is connectable to a power terminal of a digital or switching circuit having at least a boost signal output terminal, - a pass device having a gate terminal and being connected between the input terminal (Vin) and the output terminal, and - a first capacitor connected between the output terminal of the voltage regulator and the gate of the pass device, characterised in that the voltage regulator further comprises - a boost circuit comprising a boost capacitor, a switching arrangement, and a regulator boost input terminal connectable to the boost signal output terminal of the digital or switching circuit,
Heat pump system for conditioning the air of a space inside a building, comprising a heat pump circuit having a heat source heat exchanger, a main expansion mechanism, an indoor heat exchanger and a compressor fluidly connected to each other, a cooling circuit fluidly connected to the indoor heat exchanger, a radiant panel loop fluidly connected to the cooling circuit and positioned for heat transfer with air in the space, a ventilation system having an outside inlet fluidly communicated with the outside of the building and an inside outlet fluidly communicated with the space for suppling air from the outside of the building to the space, a dehumidifying heat exchanger disposed upstream of the inside outlet and configured to be passed by the outside air before being supplied to the space, the dehumidifying heat exchanger being fluidly connected to the cooling circuit, a valve mechanism disposed in the cooling circuit a measurement system configured to at least measure the humidity in the space, and a control, characterized in that the valve mechanism is for controlling the flow of fluid in the cooling circuit from the indoor unit heat exchanger to the radiant panel loop and to the dehumidifying heat exchanger, and the control is configured to control the valve mechanism during cooling operation on the basis of the measured humidity to perform a dehumidifying operation in which the valve mechanism is controlled to supply fluid to the dehumidifying heat exchanger and to not supply fluid to the radiant panel loop, if the measured humidity exceeds a predetermined humidity threshold. a heat pump circuit having a heat source heat exchanger, a main expansion mechanism, an indoor heat exchanger and a compressor fluidly connected to each other, a cooling circuit fluidly connected to the indoor heat exchanger, a radiant panel loop fluidly connected to the cooling circuit and positioned for heat transfer with air in the space, a ventilation system having an outside inlet fluidly communicated with the outside of the building and an inside outlet fluidly communicated with the space for suppling air from the outside of the building to the space, a dehumidifying heat exchanger disposed upstream of the inside outlet and configured to be passed by the outside air before being supplied to the space, the dehumidifying heat exchanger being fluidly connected to the cooling circuit, a valve mechanism disposed in the cooling circuit a measurement system configured to at least measure the humidity in the space, and a control,