mhurhangee/ep-ind-claims huggingface dataset:
A method for registering, by a mobile terminal, an electronic device as a device to be controlled by the mobile terminal, the method comprising: receiving, from a user, a request for registration of an electronic device (102, 104, 106, 108) to be registered; providing, to the user, an operation method for outputting an identification sound for identifying the electronic device to be registered such that the identification sound of the electronic device to be registered is output; receiving the identification sound output from the electronic device to be registered as a result of an operation of the user; verifying product information of the electronic device to be registered corresponding to the identification sound; searching a pre-stored registration method table for a registration method corresponding to an identifier of the electronic device to be registered; providing, to the user, the registration method corresponding to the product information of the electronic device to be registered, wherein an operation guide screen for the registration method (R1, R3) is displayed; and registering the electronic device to be registered as the device to be controlled as a result of the user's operation of the electronic device to be registered according to the registration method. receiving, from a user, a request for registration of an electronic device (102, 104, 106, 108) to be registered; providing, to the user, an operation method for outputting an identification sound for identifying the electronic device to be registered such that the identification sound of the electronic device to be registered is output; receiving the identification sound output from the electronic device to be registered as a result of an operation of the user; verifying product information of the electronic device to be registered corresponding to the identification sound; searching a pre-stored registration method table for a registration method corresponding to an identifier of the electronic device to be registered; providing, to the user, the registration method corresponding to the product information of the electronic device to be registered, wherein an operation guide screen for the registration method (R1, R3) is displayed; and registering the electronic device to be registered as the device to be controlled as a result of the user's operation of the electronic device to be registered according to the registration method.
A dishwasher rack comprising a bottom from which a plurality of walls (31,32,33,34) extend, a first pivoting support positioned on the bottom of the rack, wherein the first support comprises a corrugated strip (19,19'), and said first support is movable between a first position, in which the corrugated strip (19,19') extends inside the rack, and a second position, in which the corrugated strip (19,19') is substantially parallel to the bottom, characterised in that the corrugated strip (19,19') is coupled to a base wire positioned on the bottom of the rack, said base wire being able to rotate about its own axis.
Method of identifying substances comprising the steps - guiding the substances to be identified in a gas phase through a gas cell, - radiating light into the gas cell, and - analyzing a spectral composition of light scattered out of the gas cell laterally with respect to the radiated light, characterized in - that the substances to be identified are guided into the gas cell through a gas chromatograph, - that a partial pressure of the substances to be identified in the gas cell is held below 5 × 10 4 Pa, and - that the gas cell is arranged in a resonator which is tuned to at least one wavelength of the radiated light or the scattered light. - guiding the substances to be identified in a gas phase through a gas cell, - radiating light into the gas cell, and - analyzing a spectral composition of light scattered out of the gas cell laterally with respect to the radiated light, - that the substances to be identified are guided into the gas cell through a gas chromatograph, - that a partial pressure of the substances to be identified in the gas cell is held below 5 × 10 4 Pa, and - that the gas cell is arranged in a resonator which is tuned to at least one wavelength of the radiated light or the scattered light.
A device for generating stimulated emission of microwave or radio frequency electromagnetic radiation, the device comprising: a resonator structure comprising a resonant element and a gain medium; an input source of microwave or radio frequency electromagnetic radiation to be amplified; and an input of energy arranged to pump the resonator structure and thereby cause amplification of the electromagnetic radiation; characterised in that the resonant element comprises an electrically inductive metallic loop structure (30; 34) having one or more half-turns, and an electrically capacitive structure (32; 36, 37). a resonator structure comprising a resonant element and a gain medium; an input source of microwave or radio frequency electromagnetic radiation to be amplified; and an input of energy arranged to pump the resonator structure and thereby cause amplification of the electromagnetic radiation; characterised in that the resonant element comprises an electrically inductive metallic loop structure (30; 34) having one or more half-turns, and an electrically capacitive structure (32; 36, 37).
Press welding device having a plasticizing device and a compressing device and also a holder for the components (2, 3) to be welded and a machine frame, wherein the press welding device has a machine head and a compressing head which are movable relative to one another along a machine axis and wherein the holder has a component mount on the machine head, wherein the holder has a component mount, which is mounted in a floating manner on the machine frame between the machine head and the compressing head, and an automatic adjusting device for adaptation to different component dimensions, in particular component lengths, wherein the compressing device has a compressing drive with two or more parallel drive units (23, 24) which is arranged between the machine head and the compressing head and which acts in tension, which drive units are arranged longitudinally and on both sides next to the machine axis.
A method of culturing human multipotent stem cells in suspension culture in vitro, the method comprising: (i) attaching human multipotent stem cells to a plurality of microcarriers to form microcarrier-stem cell complexes; (ii) culturing the microcarrier-stem cell complexes in suspension culture; (iii) passaging the cultured cells from (ii); and (iv) repeating steps (i)-(iii) through at least 3 passages, wherein human multipotent stem cells are expanded between each passage, and wherein stem cells in the culture after step (iv) are multipotent; and wherein the microcarriers comprise or consist of cellulose, dextran, collagen, gelatin or polystyrene, hydroxylated methacrylate, or are macroporous or microporous carboseed microcarriers, the microcarriers being optionally coupled with protamine or polylysine. (i) attaching human multipotent stem cells to a plurality of microcarriers to form microcarrier-stem cell complexes; (ii) culturing the microcarrier-stem cell complexes in suspension culture; (iii) passaging the cultured cells from (ii); and (iv) repeating steps (i)-(iii) through at least 3 passages, wherein human multipotent stem cells are expanded between each passage, and wherein stem cells in the culture after step (iv) are multipotent; and wherein the microcarriers comprise or consist of cellulose, dextran, collagen, gelatin or polystyrene, hydroxylated methacrylate, or are macroporous or microporous carboseed microcarriers, the microcarriers being optionally coupled with protamine or polylysine.
A cardiac support system comprising: a rotary blood pump comprising a motor and an impeller, the blood pump being implantable into a human body, wherein said blood pump generates a desired amount of blood flow; a power module coupled to said blood pump, wherein said power module stores electrical energy utilized to operate said blood pump, and said power module is implantable into said human body; a receiving coil assembly coupled to said power module, wherein said receiving coil assembly is implantable into said human body; and a transmitting coil assembly magnetic resonance coupled to said receiving coil assembly, wherein said transmitting coil assembly is utilized to electromagnetically transfer energy to said receiving coil assembly; characterized in that: (i) the impeller is housed within an impeller chamber; (ii) the motor is housed within a motor chamber, separate from the impeller chamber; (iii) the motor and the impeller are magnetically coupled; (iv) the power module is separate from the blood pump to allow for implantation of the power module outside of the pericardium; and (v) the blood pump is implantable pericardially. a rotary blood pump comprising a motor and an impeller, the blood pump being implantable into a human body, wherein said blood pump generates a desired amount of blood flow; a power module coupled to said blood pump, wherein said power module stores electrical energy utilized to operate said blood pump, and said power module is implantable into said human body; a receiving coil assembly coupled to said power module, wherein said receiving coil assembly is implantable into said human body; and a transmitting coil assembly magnetic resonance coupled to said receiving coil assembly, wherein said transmitting coil assembly is utilized to electromagnetically transfer energy to said receiving coil assembly; characterized in that: (i) the impeller is housed within an impeller chamber; (ii) the motor is housed within a motor chamber, separate from the impeller chamber; (iii) the motor and the impeller are magnetically coupled; (iv) the power module is separate from the blood pump to allow for implantation of the power module outside of the pericardium; and (v) the blood pump is implantable pericardially.
Pipe clamp, comprising: a clamp body having a first bracket and a second bracket, for enclosing and supporting a pipe or a hose; tensioning means (26, 60) for connecting and contracting a first end of the first bracket and a first end of the second bracket; a hook means formed integrallly with the second end of the first bracket and formed by a bent edge portion at the second end of the first bracket, and a corresponding second hook means formed integrally with the second end of the second bracket and formed by a bent edge portion at the second end of the second bracket, for positively connecting the second ends (22, 32) of the brackets (20, 30), characterized by a window-shaped recess at the second end of the first bracket; a protruding portion at the second end of the second bracket configured to engage the window-shaped recess at the second end of the first bracket. a clamp body having a first bracket and a second bracket, for enclosing and supporting a pipe or a hose; tensioning means (26, 60) for connecting and contracting a first end of the first bracket and a first end of the second bracket; a hook means formed integrallly with the second end of the first bracket and formed by a bent edge portion at the second end of the first bracket, and a corresponding second hook means formed integrally with the second end of the second bracket and formed by a bent edge portion at the second end of the second bracket, for positively connecting the second ends (22, 32) of the brackets (20, 30), characterized by a window-shaped recess at the second end of the first bracket; a protruding portion at the second end of the second bracket configured to engage the window-shaped recess at the second end of the first bracket.
A control unit configured to group feed animals in a herd where the animals are kept in different feeding groups (101, 102) based on an estimated energy need of the animals, and where each respective feeding group (101, 102) is provided with feed having different energy content; wherein the control unit is configured to: identify an animal in a first feeding group; determine Body Condition Score, BCS, of the identified animal; characterized in that the control unit is configured to: define a position, in a lactation cycle, of the identified animal; compare the determined BCS of the identified animal with a reference value corresponding to the defined position in the lactation cycle; and confirm that the animal is able to assimilate the feed and is kept in the correct feeding group when the determined BCS of the animal is within an interval, defined by the reference value minus a first margin and the reference value in addition to a second margin. identify an animal in a first feeding group; determine Body Condition Score, BCS, of the identified animal; characterized in that the control unit is configured to: define a position, in a lactation cycle, of the identified animal; compare the determined BCS of the identified animal with a reference value corresponding to the defined position in the lactation cycle; and confirm that the animal is able to assimilate the feed and is kept in the correct feeding group when the determined BCS of the animal is within an interval, defined by the reference value minus a first margin and the reference value in addition to a second margin. define a position, in a lactation cycle, of the identified animal; compare the determined BCS of the identified animal with a reference value corresponding to the defined position in the lactation cycle; and confirm that the animal is able to assimilate the feed and is kept in the correct feeding group when the determined BCS of the animal is within an interval, defined by the reference value minus a first margin and the reference value in addition to a second margin.
An absorbent resin surface-modified with a cationic polymer compound, comprising a cross-linked polymer, the cross-linked polymer comprising a base resin prepared in the form of powder by polymerizing a monomer based on acrylic acid having an acidic group and neutralized by 40 to 95 mol% and then forming an internal cross-linking with a first cross-linking agent, the base resin having a surface thereof being cross-linked with a second cross-linking agent, the cross-linked polymer being surface-modified with a cationic polymer compound comprising a polyacrylamide-based polymer or a salt thereof.
A camera comprising: a signal acquisition unit comprising a plurality of unit components, each unit component comprising a charge generation unit for generating signal charge in response to incident electromagnetic waves, a charge accumulation unit for accumulating the signal charge generated by the charge generation unit, a transfer gate transistor for transferring the signal charge generated by the charge generation unit to the charge accumulation unit, a signal generation unit for generating a signal on a vertical signal line in accordance with the signal charge accumulated in the charge accumulation unit, and a reset unit for resetting the charge accumulation unit to go to a reset level, wherein each unit component further comprises a selection transistor for selectively reading out the signal from the signal generation unit (42, 53) of a unit component selected by the signal acquisition unit; a vertical scanning circuit for using control pulses comprising a reset pulse for driving the reset unit; and an optical system for guiding electromagnetic waves to the charge generation unit; characterized in that a response time of the vertical signal line is more than 100 ns, and a width of the reset pulse is less than or equal to 1/2 of the response time, the response time referring to a time taken for the vertical signal line to reach 90 % of its maximum level starting from pulse application. a signal acquisition unit comprising a plurality of unit components, each unit component comprising a charge generation unit for generating signal charge in response to incident electromagnetic waves, a charge accumulation unit for accumulating the signal charge generated by the charge generation unit, a transfer gate transistor for transferring the signal charge generated by the charge generation unit to the charge accumulation unit, a signal generation unit for generating a signal on a vertical signal line in accordance with the signal charge accumulated in the charge accumulation unit, and a reset unit for resetting the charge accumulation unit to go to a reset level, wherein each unit component further comprises a selection transistor for selectively reading out the signal from the signal generation unit (42, 53) of a unit component selected by the signal acquisition unit; a vertical scanning circuit for using control pulses comprising a reset pulse for driving the reset unit; and an optical system for guiding electromagnetic waves to the charge generation unit; characterized in that a response time of the vertical signal line is more than 100 ns, and a width of the reset pulse is less than or equal to 1/2 of the response time, the response time referring to a time taken for the vertical signal line to reach 90 % of its maximum level starting from pulse application.
A dishwasher comprising a body; a washing tub arranged in the body and wherein a washing process is performed; at least one water tank arranged between the washing tub and the body and wherein excess water is collected; and a heat pump that is arranged under the washing tank and that has a first heat exchanger enabling washing water to be used in a washing step to be heated by drawing heat from the environment and transferring said heat received from the first heat exchanger to a second heat exchanger to the washing water and a compressor fluidly connected to the first heat exchanger and the second heat exchanger so as to realize the refrigerant cycle, characterized by a water pipe arranged between the channels of the first heat exchanger and through which the excess water in the water tank is circulated.
A balloon catheter comprising: an outer shaft including a hypotube and a monolithic single-layer distal outer member, the outer shaft having an inflation lumen (200, 201, 202) defined therethrough, wherein the monolithic single-layer distal outer member is made of a polymer material and is necked to a reduced diameter along an entire length thereof, wherein a linear orientation is introduced in the polymer material, wherein a proximal end of the monolithic single-layer distal outer member is coupled to the hypotube, and wherein a distal section of the hypotube comprises a skive defined by a first angled cut, an axial cut, and a second angled cut; a balloon in fluid communication with the inflation lumen (200, 201, 202), the balloon having a proximal balloon shaft coupled to a distal end of the monolithic single-layer distal outer member; and a monolithic inner tubular member having a guidewire lumen defined therethrough, the monolithic inner tubular member extending distally from a proximal port in the monolithic single-layer distal outer member through the balloon to form a tip. an outer shaft including a hypotube and a monolithic single-layer distal outer member, the outer shaft having an inflation lumen (200, 201, 202) defined therethrough, wherein the monolithic single-layer distal outer member is made of a polymer material and is necked to a reduced diameter along an entire length thereof, wherein a linear orientation is introduced in the polymer material, wherein a proximal end of the monolithic single-layer distal outer member is coupled to the hypotube, and wherein a distal section of the hypotube comprises a skive defined by a first angled cut, an axial cut, and a second angled cut; a balloon in fluid communication with the inflation lumen (200, 201, 202), the balloon having a proximal balloon shaft coupled to a distal end of the monolithic single-layer distal outer member; and a monolithic inner tubular member having a guidewire lumen defined therethrough, the monolithic inner tubular member extending distally from a proximal port in the monolithic single-layer distal outer member through the balloon to form a tip.
Support (10, 100) for fastening facade elements of in particular suspended, ventilated facades, with a wall fastening section which is configured for the installation of the support (10, 100) on a building wall, and with a facade fastening section which is configured for the installation of supporting or installation profiles, characterised in that the facade fastening section has a first connection section for the horizontal installation of supporting or installation profiles and a second connection section for the vertical installation of supporting or installation profiles which is arranged perpendicularly to the first connection section, wherein the connection sections (40, 42) are arranged on a free end of the support (10, 100) which faces away from the wall fastening section and wherein the connection sections (40, 42) have on the free ends in each case at least one fixed point in the form of a circular bore and a sliding point in the form of an elongated hole for the installation of supporting or installation profiles.
Prosthetic socket arranged for connection to a lower limb prosthesis, wherein the prosthetic socket comprises a receptacle for receiving a stump of a patient, wherein the receptacle comprises a bottom for receiving a distal end of the stump and an inner side wall for at least partially enclosing said stump, wherein the inner side wall is defined by a plurality of wall portions and wherein the prosthetic socket comprises an adjustment mechanism (6,7) for adjusting the relative position of at least two of the wall portions, characterized in that the prosthetic socket further comprises at least one flexible section interconnecting a wall portion to the bottom, wherein the flexible section is more flexible than the bottom and/or the wall portion.
A sample analyzer comprising: a measuring means for optically measuring reaction of a sample mixed with reagent, and obtaining optical information therefrom; a generating means for generating a reaction curve representing change in the optical information over time; a determining means for determining a first area prior to an evaluation target time and a second area after the evaluation target time, wherein the first area is formed between a baseline which is parallel to the time axis and the reaction curve from a first time prior to the evaluation target time to the evaluation target time and wherein the second area is formed between the baseline and the reaction curve from the evaluation target time to a second time after the evaluation target time, and determining the reaction end point, that is an inflection point of the reaction curve, based on the first and second areas; and an acquiring means for obtaining a characteristic of the sample based on the determined reaction end point. a measuring means for optically measuring reaction of a sample mixed with reagent, and obtaining optical information therefrom; a generating means for generating a reaction curve representing change in the optical information over time; a determining means for determining a first area prior to an evaluation target time and a second area after the evaluation target time, wherein the first area is formed between a baseline which is parallel to the time axis and the reaction curve from a first time prior to the evaluation target time to the evaluation target time and wherein the second area is formed between the baseline and the reaction curve from the evaluation target time to a second time after the evaluation target time, and determining the reaction end point, that is an inflection point of the reaction curve, based on the first and second areas; and an acquiring means for obtaining a characteristic of the sample based on the determined reaction end point.