mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal comprising: a touch screen; an audio input unit; and a controller configured to: display a control window with control icons in response to entering a voice recognition mode; convert the control window to a movable floating window in response to a specific input; display the floating window which overlaps with at least one item of content displayed on the touch screen; receive a voice signal through the audio input unit in the voice recognition mode; select a specific application and at least one specific item of content according to the voice signal, based on moving the overlapping floating window to the at least one specific item of content; and execute the selected specific application by using the at least one selected specific item of content according to the voice signal. a touch screen; an audio input unit; and a controller configured to: display a control window with control icons in response to entering a voice recognition mode; convert the control window to a movable floating window in response to a specific input; display the floating window which overlaps with at least one item of content displayed on the touch screen; receive a voice signal through the audio input unit in the voice recognition mode; select a specific application and at least one specific item of content according to the voice signal, based on moving the overlapping floating window to the at least one specific item of content; and execute the selected specific application by using the at least one selected specific item of content according to the voice signal. display a control window with control icons in response to entering a voice recognition mode; convert the control window to a movable floating window in response to a specific input; display the floating window which overlaps with at least one item of content displayed on the touch screen; receive a voice signal through the audio input unit in the voice recognition mode; select a specific application and at least one specific item of content according to the voice signal, based on moving the overlapping floating window to the at least one specific item of content; and execute the selected specific application by using the at least one selected specific item of content according to the voice signal.
A prosthetic device (100; 200) for implantation at a cardiac valve annulus, the prosthetic device (100; 200) having a radially compressed state and an expanded state and comprising: an annular frame having an inflow end (103; 203), an outflow end (105; 205), at least four rows of circumferentially extending angled struts (314, 316, 318, 322), and a plurality of axial frame members (330, 332, 334) bridging two of the at least four rows of angled struts, wherein the plurality of axial frame members comprises a plurality of axially extending leaflet attachment members (330, 334) and a plurality of axial struts in a 1:1 ratio, the prosthetic device (100; 200) further comprising a leaflet structure (104; 204) positioned within the frame during the compressed state and the expanded state of the prosthetic device, the leaflet structure (104; 204) having a plurality of commissures that are secured to the frame at the leaflet attachment members, wherein the two rows of angled struts (318, 322) bridged by the plurality of axial frame members (330, 332, 334) comprise a first row and a second row, wherein the first row is closer to the outflow end (105; 205) than the second and the other rows of the at least four rows, and wherein the axial struts extend between locations defined by the convergence of the lower ends of two angled struts in the first row and locations defined by the convergence of the upper ends of two angled struts in the second row. an annular frame having an inflow end (103; 203), an outflow end (105; 205), at least four rows of circumferentially extending angled struts (314, 316, 318, 322), and a plurality of axial frame members (330, 332, 334) bridging two of the at least four rows of angled struts, wherein the plurality of axial frame members comprises a plurality of axially extending leaflet attachment members (330, 334) and a plurality of axial struts in a 1:1 ratio, the prosthetic device (100; 200) further comprising a leaflet structure (104; 204) positioned within the frame during the compressed state and the expanded state of the prosthetic device, the leaflet structure (104; 204) having a plurality of commissures that are secured to the frame at the leaflet attachment members, wherein the two rows of angled struts (318, 322) bridged by the plurality of axial frame members (330, 332, 334) comprise a first row and a second row, wherein the first row is closer to the outflow end (105; 205) than the second and the other rows of the at least four rows, and wherein the axial struts extend between locations defined by the convergence of the lower ends of two angled struts in the first row and locations defined by the convergence of the upper ends of two angled struts in the second row.
A method of making a mounting unit consisting of a shaped part of metal, in particular steel, for motor vehicles, having a through-hole for fastening parts and a perforated reinforcing plate of metal overlying the through-hole, in particular of steel, said reinforcing plate being fastened to the shaped part, the mounting unit consisting of the shaped part and the reinforcing plate being coated with a corrosion protective layer, characterized by that the reinforcing plate, in a pre-mounting position, is arranged at a gap distance to the shaped part and is connected in at least one partial section only to the shaped part, and that the corrosion protective layer is applied to the mounting unit being in the pre-mounting position, the reinforcing plate, in the intended mounting position, being pulled tightly against the shaped part.
A method for producing a high-alloy seamless steel pipe, including steps of: a billet-heating process in which a workpiece being a billet is heated; a piercing-rolling process in which the workpiece is pierced with a plug and rolled with main rolls and guide rolls; and an elongation-rolling process in which the workpiece is subjected to elongation rolling, characterized in that a surface roughness R max of the main rolls is set at 150 to 500 μm in the piercing-rolling process, and in that a ratio W G /W R is set at 1.10 to 1.20 in the piercing-rolling process, where: W R is the gap of the main rolls of the piercing mill and W G is the gap of the guide rolls of the piercing mill. a billet-heating process in which a workpiece being a billet is heated; a piercing-rolling process in which the workpiece is pierced with a plug and rolled with main rolls and guide rolls; and an elongation-rolling process in which the workpiece is subjected to elongation rolling, characterized in that a surface roughness R max of the main rolls is set at 150 to 500 μm in the piercing-rolling process, and in that a ratio W G /W R is set at 1.10 to 1.20 in the piercing-rolling process, where: W R is the gap of the main rolls of the piercing mill and W G is the gap of the guide rolls of the piercing mill. W R is the gap of the main rolls of the piercing mill and W G is the gap of the guide rolls of the piercing mill.
Truck mixer comprising a vehicle provided with first motor means which comprises a heat engine connected by means of a drive shaft with a movement unit having wheels to effect the movement of said vehicle, a concrete mixer mounted on said vehicle and comprising a drum, and a device to selectively make said drum rotate by means of second motor means (30, 31), said second motor means (30, 31) comprising an electric motor connected mechanically to said drum, and an electric energy generator unit suitable to selectively feed said electric motor, wherein said electric energy generator unit comprises: - an alternator connected to said drive shaft of the heat engine of the first motor means by means of a driven shaft through the interposition of a speed reducer to transform the mechanical energy of the drive shaft into electric energy; - first tension conversion means from alternate to continuous connected to said alternator in order to convert the electric energy produced by said alternator; - at least a direct electric energy accumulator connected to said first conversion means; characterized in that said electric energy generator unit furthermore comprises: - second tension conversion means from continuous to alternate connected to said accumulator in order to supply alternate electric energy to said electric motor; - third tension converter means from alternate to continuous connected to said accumulator to convert the electric energy supplied by an external source of electric energy to said accumulator. - an alternator connected to said drive shaft of the heat engine of the first motor means by means of a driven shaft through the interposition of a speed reducer to transform the mechanical energy of the drive shaft into electric energy; - first tension conversion means from alternate to continuous connected to said alternator in order to convert the electric energy produced by said alternator; - at least a direct electric energy accumulator connected to said first conversion means; - second tension conversion means from continuous to alternate connected to said accumulator in order to supply alternate electric energy to said electric motor; - third tension converter means from alternate to continuous connected to said accumulator to convert the electric energy supplied by an external source of electric energy to said accumulator.
An air conditioner comprising: a compressor (110, 112); a flow switching part disposed at an outlet side of the compressor to switch a flow direction of a refrigerant according to whether a cooling operation or heating operation is performed; an outdoor heat exchanger connected to the flow switching part and having a plurality of the refrigerant pipes to guide the refrigerant which heat-exchanges with outdoor air; a main expansion valve connected to one side of the outdoor heat exchanger; a first inlet/outlet pipe connecting the flow switching part to the outdoor heat exchanger; and a second inlet/outlet pipe connecting the outdoor heat exchanger to the main expansion valve, wherein the outdoor heat exchanger comprises: a header to form a flowing space of the refrigerant and including an upper header and a lower header; a check valve disposed between the upper header and the lower header) to guide the refrigerant to flow one way; a bypass pipe connecting the lower header to the second inlet/outlet pipe and to guide a discharge of a liquid refrigerant located in the lower header; and a bypass pipe valve that is installed on the bypass pipe and controls an amount of the liquid refrigerant flowing through the bypass pipe. a compressor (110, 112); a flow switching part disposed at an outlet side of the compressor to switch a flow direction of a refrigerant according to whether a cooling operation or heating operation is performed; an outdoor heat exchanger connected to the flow switching part and having a plurality of the refrigerant pipes to guide the refrigerant which heat-exchanges with outdoor air; a main expansion valve connected to one side of the outdoor heat exchanger; a first inlet/outlet pipe connecting the flow switching part to the outdoor heat exchanger; and a second inlet/outlet pipe connecting the outdoor heat exchanger to the main expansion valve, wherein the outdoor heat exchanger comprises: a header to form a flowing space of the refrigerant and including an upper header and a lower header; a check valve disposed between the upper header and the lower header) to guide the refrigerant to flow one way; a bypass pipe connecting the lower header to the second inlet/outlet pipe and to guide a discharge of a liquid refrigerant located in the lower header; and a bypass pipe valve that is installed on the bypass pipe and controls an amount of the liquid refrigerant flowing through the bypass pipe. a header to form a flowing space of the refrigerant and including an upper header and a lower header; a check valve disposed between the upper header and the lower header) to guide the refrigerant to flow one way; a bypass pipe connecting the lower header to the second inlet/outlet pipe and to guide a discharge of a liquid refrigerant located in the lower header; and a bypass pipe valve that is installed on the bypass pipe and controls an amount of the liquid refrigerant flowing through the bypass pipe.
A connector for a heatable fluid line with a housing, the housing comprising a connecting piece that may be connected to a pipe, a connection geometry for a connection element, and a heater outlet channel, whereby a through-channel extends through the connecting piece to the connection geometry and the heater outlet channel is arranged at an angle α ≠ 0° relative to the through-channel, whereby a ramp element formed as one piece with the housing is arranged in the through-channel, the ramp element having a guide surface oriented to point out of the through-channel towards the heater outlet channel, whereby the ramp element fills the through-channel in a plane that spans the through-channel and the heater outlet channel, and in a perpendicular plane leaves a flow cross section (18, 19) in the through-channel free, whereby the ramp element is connected with the housing at both ends of the guide surface, whereby the ramp element comprises a breadth, which corresponds to a maximum of 50% of the largest breadth of the through-channel in the region of the ramp element.
A computer-implemented method of guiding dental implant planning, comprising: detecting by a computer a region where a tooth has been lost based on a tooth image; calculating by a computer an implant area where an implant object, which is a part of an implant, is to be placed in the region; and displaying by a computer the implant area on the teeth image by using a pre-determined mark. characterized in that the implant area is displayed separately for each of the implant objects, or the implant areas are displayed integrally for all the implant objects, and wherein in case that the implant areas are displayed integrally for all the implant objects, an implant area of an implant object which is selected by dragging is separately displayed from the implant area of unselected implant objects. detecting by a computer a region where a tooth has been lost based on a tooth image; calculating by a computer an implant area where an implant object, which is a part of an implant, is to be placed in the region; and displaying by a computer the implant area on the teeth image by using a pre-determined mark. characterized in that the implant area is displayed separately for each of the implant objects, or the implant areas are displayed integrally for all the implant objects, and wherein in case that the implant areas are displayed integrally for all the implant objects, an implant area of an implant object which is selected by dragging is separately displayed from the implant area of unselected implant objects.
A sound suppressor, comprising: an elongate tubular housing defining an outer surface of the suppressor; a projectile entrance passage positioned at a rearward region of the elongate tubular housing; and a plurality of tubes positioned within the elongate tubular housing, wherein each of the plurality of tubes comprises a tube entrance near the projectile entrance passage and a tube exit near a projectile exit passage, and the plurality of tubes extends along an interior surface of the elongate tubular housing but is spaced away from the interior surface, and wherein exterior surfaces of the plurality of tubes are exposed to a path through which a projectile travels within the elongate tubular housing, wherein each of the plurality of tubes comprises a plurality of projections (502, 504) positioned therein. an elongate tubular housing defining an outer surface of the suppressor; a projectile entrance passage positioned at a rearward region of the elongate tubular housing; and a plurality of tubes positioned within the elongate tubular housing, wherein each of the plurality of tubes comprises a tube entrance near the projectile entrance passage and a tube exit near a projectile exit passage, and the plurality of tubes extends along an interior surface of the elongate tubular housing but is spaced away from the interior surface, and wherein exterior surfaces of the plurality of tubes are exposed to a path through which a projectile travels within the elongate tubular housing, wherein each of the plurality of tubes comprises a plurality of projections (502, 504) positioned therein.
A method of operating a user equipment in a wireless network, the user equipment supporting multiple carriers, the method comprising: receiving, by the user equipment, a disable command control element for a carrier; and discontinuing, by the user equipment, transmission of the control information corresponding to the carrier after receiving the disable command control element stopping, by the user equipment, monitoring a physical downlink control channel, PDCCH, associated with the carrier when the PDCCH is transmitted on another carrier different from the carrier after receiving the disable command control element. receiving, by the user equipment, a disable command control element for a carrier; and discontinuing, by the user equipment, transmission of the control information corresponding to the carrier after receiving the disable command control element stopping, by the user equipment, monitoring a physical downlink control channel, PDCCH, associated with the carrier when the PDCCH is transmitted on another carrier different from the carrier after receiving the disable command control element.
Hair-shaping-appliance heating plate having: a carrier plate which has a first main surface and a second main surface, at least one electrically insulating insulation coating which is applied to the first main surface, an electric panel-heating means (8, 9, 11) which is applied as a coating and is arranged on the side of the at least one electrically insulating insulation coating facing away from the carrier plate, wherein an application surface formed for contact with hair to be shaped is formed on the second main surface of the carrier plate, and wherein the application surface is formed as a coating formed on the carrier plate, characterised in that a second electrically insulating insulation coating is applied to a surface of the electric panel-heating means (8, 9, 11) facing away from the carrier plate and is formed of the same material as the electrically insulating insulation coating. a carrier plate which has a first main surface and a second main surface, at least one electrically insulating insulation coating which is applied to the first main surface, an electric panel-heating means (8, 9, 11) which is applied as a coating and is arranged on the side of the at least one electrically insulating insulation coating facing away from the carrier plate, wherein an application surface formed for contact with hair to be shaped is formed on the second main surface of the carrier plate, and wherein the application surface is formed as a coating formed on the carrier plate, characterised in that a second electrically insulating insulation coating is applied to a surface of the electric panel-heating means (8, 9, 11) facing away from the carrier plate and is formed of the same material as the electrically insulating insulation coating.
A data communication method, comprising: performing, by a first communications device, power adjustment on Q codebooks by using Q power factors, so as to obtain power-adjusted Q codebooks, wherein Q is a positive integer, and the Q power factors and the Q codebooks are in a one-to-one correspondence; mapping, by the first communications device, Q to-be-transmitted bit sequences to Q codewords in the power-adjusted Q codebooks, wherein the Q bit sequences and the Q codewords are in a one-to-one correspondence; obtaining, by the first communications device, a modulation symbol based on the Q codewords; and sending, by the first communications device, the modulation symbol on a resource block. performing, by a first communications device, power adjustment on Q codebooks by using Q power factors, so as to obtain power-adjusted Q codebooks, wherein Q is a positive integer, and the Q power factors and the Q codebooks are in a one-to-one correspondence; mapping, by the first communications device, Q to-be-transmitted bit sequences to Q codewords in the power-adjusted Q codebooks, wherein the Q bit sequences and the Q codewords are in a one-to-one correspondence; obtaining, by the first communications device, a modulation symbol based on the Q codewords; and sending, by the first communications device, the modulation symbol on a resource block.
A composition comprising: (a) a first uniquely labeled nanoreporter probe comprising: (i) a unique target-specific region; (ii) a region comprising a unique, designated nanoreporter wherein said nanoreporter comprises a single-stranded uniquely-designed nucleic acid backbone, said backbone comprising a plurality of designed label attachment regions covalently attached together in a unique linear combination, wherein each label attachment region of each backbone is individually selected and is different from the other label attachment regions in that same backbone, wherein the label attachment regions are selected from a population of rationally-designed polynucleotide sequences, wherein the polynucleotide sequence is hybridized to a complementary polynucleotide sequence having attached thereto one or more detectable molecules, wherein each label attachment region has a G/C content of about 50%, and the complementary polynucleotide sequence has a G/C ratio of at least about 1/1 or about 3/2, wherein each nanoreporter has a detectable signal that distinguishes it from other nanoreporters in said composition; and (b) a second probe comprising (i) a region that selectively binds to the target molecule and at a site different from the unique target-specific region of the first probe; and (ii) an affinity tag. (a) a first uniquely labeled nanoreporter probe comprising: (i) a unique target-specific region; (ii) a region comprising a unique, designated nanoreporter wherein said nanoreporter comprises a single-stranded uniquely-designed nucleic acid backbone, said backbone comprising a plurality of designed label attachment regions covalently attached together in a unique linear combination, wherein each label attachment region of each backbone is individually selected and is different from the other label attachment regions in that same backbone, wherein the label attachment regions are selected from a population of rationally-designed polynucleotide sequences, wherein the polynucleotide sequence is hybridized to a complementary polynucleotide sequence having attached thereto one or more detectable molecules, wherein each label attachment region has a G/C content of about 50%, and the complementary polynucleotide sequence has a G/C ratio of at least about 1/1 or about 3/2, wherein each nanoreporter has a detectable signal that distinguishes it from other nanoreporters in said composition; and (i) a unique target-specific region; (ii) a region comprising a unique, designated nanoreporter (b) a second probe comprising (i) a region that selectively binds to the target molecule and at a site different from the unique target-specific region of the first probe; and (ii) an affinity tag. (i) a region that selectively binds to the target molecule and at a site different from the unique target-specific region of the first probe; and (ii) an affinity tag.