mhurhangee/patent-ind-claim-en huggingface dataset:
An automatic analyzer comprising: a reagent disk that accommodates a plurality of reagent bottles including a plurality of suction ports (31~33; 301) and conveys the reagent bottles to a desired position by rotating in a circumferential direction around a central axis; and a reagent dispensing mechanism that rotates around a rotational axis and sucks a reagent of the reagent bottle placed at a predetermined position on the reagent disk , wherein the reagent bottle is accommodated in the reagent disk such that the central axis (L1) of the reagent bottle passing through the center of each of its suction ports (31~33) and a diameter (L0) of the reagent disk form a predetermined inclination θ (θ > 0) in the plane of rotation of the reagent disk, characterised in that a rotational track of the reagent dispensing mechanism passes over a plurality of suction ports (31~33; 301) of one reagent bottle placed at the predetermined position on the reagent disk . a reagent disk that accommodates a plurality of reagent bottles including a plurality of suction ports (31~33; 301) and conveys the reagent bottles to a desired position by rotating in a circumferential direction around a central axis; and a reagent dispensing mechanism that rotates around a rotational axis and sucks a reagent of the reagent bottle placed at a predetermined position on the reagent disk , wherein the reagent bottle is accommodated in the reagent disk such that the central axis (L1) of the reagent bottle passing through the center of each of its suction ports (31~33) and a diameter (L0) of the reagent disk form a predetermined inclination θ (θ > 0) in the plane of rotation of the reagent disk, characterised in that a rotational track of the reagent dispensing mechanism passes over a plurality of suction ports (31~33; 301) of one reagent bottle placed at the predetermined position on the reagent disk .
Device for the heat treatment of mineral material, having an entrained-flow reactor for preheating and/or calcining the mineral material, wherein at least one combustion chamber having a bearing surface for fuel is connected to the entrained-flow reactor , wherein, for the uniform distribution of the fuel over the width of the bearing surface, a fuel feed system for supplying the fuel into the combustion chamber is provided, which fuel feed system comprises at least two spaced-apart fuel supply openings (9-11; 21, 22), which open out in the combustion chamber , or at least one fuel introduction member , which is movable back and forth.
A composition for electrolytic nickel plating comprising one or more sources of nickel ions in the form of nickel sulfate, nickel chloride and/or nickel sulfamate, a mono- or dihydroxybenzene compound or the salts or mixtures thereof as a complexing agent in a quantity greater than 5 g/L and 5 sulfosalicylic acid as an additional source of sulfoxylate and carboxylate ions, wherein the composition contains 4 phenolsulfonic acid or hydroquinone, pyrocatechol or resorcinol as the mono- or dihydroxybenzene compound.
Method for regenerating the capacity of a metal-ion electrochemical accumulator, including at least one electrochemical cell including a cathode , an anode and a separator impregnated with an electrolyte between the anode and the cathode, two current collectors, one of which is connected to the anode and the other of which is connected to the cathode, and a casing suitable for housing the electrochemical cell in a sealtight manner while having a portion of the current collectors forming the output terminals passing therethrough, the cell being wound up on itself around a winding axis , referred to as a core, including at least one zone for storing metal ions, the core being made of electrochemically lithiated aluminium with a degree of lithiation of at most 30%, electrical continuity being provided between the storage zone and the exterior of the accumulator, the method including the following steps: a) evaluating the quantity of exchangeable metal ions, b) if the evaluated quantity of metal ions is smaller than or equal to a threshold value, applying an electric current between the cathode or the anode and the core so as to bring about the disinsertion of metal ions from the core and thereby insertion into the active electrochemical material of the anode and/or of the cathode, an element that is both an electrical insulator and an ion conductor additionally being arranged between the anode and cathode electrodes on one side and the core on the other side. a) evaluating the quantity of exchangeable metal ions, b) if the evaluated quantity of metal ions is smaller than or equal to a threshold value, applying an electric current between the cathode or the anode and the core so as to bring about the disinsertion of metal ions from the core and thereby insertion into the active electrochemical material of the anode and/or of the cathode, an element that is both an electrical insulator and an ion conductor additionally being arranged between the anode and cathode electrodes on one side and the core on the other side.
A method performed by a terminal in a communication system, the method comprising: transmitting , to a wireless local area network, WLAN, an authentication request message including information indicating whether a multiple connection mode is supported; receiving , from the WLAN, an authentication response message including information indicating whether the multiple connection mode is supported and information indicating whether a non-seamless wireless offloading, NSWO, connection has been generated; transmitting , to the WLAN, a request message for a packet data network, PDN, connection including information for a PDN type; and receiving , from the WLAN, an accept message for the PDN connection including an access point name, APN, a PDN type, information for an IP address of the PDN connection, an identity, ID, of a bearer corresponding to the PDN connection, wherein information for controlling a quality of service, QoS, for the bearer is further received from the WLAN. transmitting , to a wireless local area network, WLAN, an authentication request message including information indicating whether a multiple connection mode is supported; receiving , from the WLAN, an authentication response message including information indicating whether the multiple connection mode is supported and information indicating whether a non-seamless wireless offloading, NSWO, connection has been generated; transmitting , to the WLAN, a request message for a packet data network, PDN, connection including information for a PDN type; and receiving , from the WLAN, an accept message for the PDN connection including an access point name, APN, a PDN type, information for an IP address of the PDN connection, an identity, ID, of a bearer corresponding to the PDN connection, wherein information for controlling a quality of service, QoS, for the bearer is further received from the WLAN.
A system, comprising: a tension line having threads ; a first plug configured to be advanced down a free end of the tension line and a second access hole of a rib , wherein the first plug has a hole extending longitudinally therethrough that has reciprocal threads to mate with the threads of the tension line ; a plurality of stents configured to be advanced over the tension line through a first access hole in the rib into the medullary canal of the rib until a length of the medullary canal between the first access hole and the second access hole is filled with the plurality of stents ; and a second plug configured to be advanced down an end of the tension line and into the first access hole , wherein the second plug has a hole extending longitudinally therethrough that has reciprocal threads to mate with the threads of the tension line , wherein the tension line having a removable snare at the free end , and wherein each of the plurality of stents has a concave face at a first end and a convex face at a second end such that, when the plurality of stents are arranged adjacent to each other along the tension line , the concave face of the first end of a first stent will mate with the convex face of the second end of an adjacent second stent . a tension line having threads ; a first plug configured to be advanced down a free end of the tension line and a second access hole of a rib , wherein the first plug has a hole extending longitudinally therethrough that has reciprocal threads to mate with the threads of the tension line ; a plurality of stents configured to be advanced over the tension line through a first access hole in the rib into the medullary canal of the rib until a length of the medullary canal between the first access hole and the second access hole is filled with the plurality of stents ; and a second plug configured to be advanced down an end of the tension line and into the first access hole , wherein the second plug has a hole extending longitudinally therethrough that has reciprocal threads to mate with the threads of the tension line , wherein the tension line having a removable snare at the free end , and wherein each of the plurality of stents has a concave face at a first end and a convex face at a second end such that, when the plurality of stents are arranged adjacent to each other along the tension line , the concave face of the first end of a first stent will mate with the convex face of the second end of an adjacent second stent .
Rotor (112; 212; 312) for a compressor (4; 6) of a turbomachine , such as an aircraft turbojet engine , comprising: - a drum (112.1; 212.1; 312.1), made of composite material; and - a plurality of annular rows of rotor blades (126; 226; 326); characterized in that it comprises, for each row of blades (126; 226; 326), an annular shell (134; 234; 334) for fixing the blades (126; 226; 326) to the drum (112.1; 212.1; 312.1), the shell (134; 234; 334) being attached to the drum (112.1; 212.1; 312.1) by screwed elements (138; 238; 338). - a drum (112.1; 212.1; 312.1), made of composite material; and - a plurality of annular rows of rotor blades (126; 226; 326);
An excitation fuse with a conductor and a fusant being sequentially broken, the excitation fuse comprising a housing and a cavity in the housing, wherein at least one conductor is provided to be inserted in the housing and the cavity and configured to have two ends connected with an external circuit; at least one fusant is provided in parallel on each conductor ; an excitation device and a breaking device are mounted in the cavity at one side of the conductor ; the excitation device is configured to receive an external excitation signal to act to drive the breaking device to sequentially form at least one fracture on the conductor and the fusant respectively; and portions of the conductor located at two sides of the at least one fracture on the conductor are connected in parallel with the fusant , wherein at least one set of force applying assemblies is provided on the fusant located in the housing, and the force applying assembly is configured to break, driven by the breaking device , the fusant to form a fracture, characterised in that the housing is provided with a closed arc extinguishing chamber filled with an arc extinguishing medium ; and a part or all of the fusant is located in the arc extinguishing medium , wherein the force applying assembly comprises at least one push rod and at least one guide rod , the arc extinguishing medium is filled around the push rod and the guide rod , and the fusant is located between the push rod and the guide rod ; one end of the push rod penetrates through and extends out of the arc extinguishing chamber ; one end of the guide rod can displace into a reserved displacement space in the arc extinguishing chamber or extend out of the arc extinguishing chamber ; a blocking structure configured to prevent leakage of the arc extinguishing medium is provided between the push rod and the guide rod and the wall of the arc extinguishing chamber ; after the breaking device breaks the conductor , the breaking device drives the push rod and the guide rod to displace in a linear manner to break the fusant , where two segments of the broken fusant are a cathode and an anode respectively, with an arc path between the cathode and the anode; and the cathode and/or the anode is still in the arc extinguishing medium , and a part or all of the arc path is in the arc extinguishing medium .
A device for transcutaneously applying an electrical stimulation stimulus to an ear, comprising a circuit carrier, at least two electrodes, and a control unit, wherein a surface of the circuit carrier is adapted to an anatomical shape of the ear and the electrodes are provided on the surface of the circuit carrier in such a way that the electrodes are in contact with areas of the ear, wherein the control unit is configured to generate an electrical stimulation signal at the electrodes based on stimulation parameters, wherein the device comprises at least one first sensor for detecting at least one physiological parameter and the control unit is configured to adjust the stimulation parameters based on a measurement of the physiological parameter, wherein the device has at least three or more electrodes, characterized in that the three or more electrodes are arranged in an array, wherein the electrodes can be controlled individually by means of the control unit, and the control unit is configured to determine, on the basis of an evaluation of the measured physiological parameter, a selection of electrodes that are particularly suitable for causing a change in the physiological parameter by means of an electrical stimulation stimulus. wherein a surface of the circuit carrier is adapted to an anatomical shape of the ear and the electrodes are provided on the surface of the circuit carrier in such a way that the electrodes are in contact with areas of the ear, wherein the control unit is configured to generate an electrical stimulation signal at the electrodes based on stimulation parameters, wherein the device comprises at least one first sensor for detecting at least one physiological parameter and the control unit is configured to adjust the stimulation parameters based on a measurement of the physiological parameter, wherein the device has at least three or more electrodes, characterized in that the three or more electrodes are arranged in an array, wherein the electrodes can be controlled individually by means of the control unit, and the control unit is configured to determine, on the basis of an evaluation of the measured physiological parameter, a selection of electrodes that are particularly suitable for causing a change in the physiological parameter by means of an electrical stimulation stimulus.
Manually operated cutting machine, in particular sawing machine, with a drive assembly having a tool holder for a disc-type cutting tool , in particular a saw blade, and a drive motor for the rotary drive of the tool holder , and with a guide device , which can be guided along a ground with a guide surface and at which the drive assembly is mounted pivotably about a depth setting axis (TA) between an upper and a lower cutting depth position (SU) by means of a depth setting bearing , wherein the tool holder is closer to the guide surface in the lower cutting depth position (SU) than in the upper cutting depth position (SO), so that the cutting tool projects farther in front of the guide surface than in the upper cutting depth position (SO), wherein the manually operated cutting machine has a hood-type covering device for covering the cutting tool , which is mounted pivotably with respect to the drive assembly between an open position (O) and a closed position (S) and which uncovers in the open position (O) a section of the cutting tool projecting in front of the guide surface for producing a parting cut in a workpiece (W) and covers in the closed position (S) the cutting tool , wherein the drive assembly is loaded towards the upper cutting depth position (SO) by a return spring device , characterised in that it has a spring deactivation device for the at least partial deactivation of the return spring device , so that the return spring device does not load the drive assembly towards the upper cutting depth position (SO).
A cell enrichment system for a microfluidic chip comprising a first fluid channel ; a second fluid channel ; a sample channel positioned between the first fluid channel and the second fluid channel ; a waste channel ; an inlet channel ; and a filtration chamber reached by the inlet channel , wherein the first fluid channel , the second fluid channel and the sample channel converge at a first side of a confluence chamber , the waste channel and the inlet channel diverge from a second side of the confluence chamber , the first side and the second side are opposite sides, and the inlet channel forms a fluid communication between the filtration chamber and the confluence chamber ; characterized in that a filtration wall is disposed within the filtration chamber and splits the filtration chamber into a first sub-chamber and a second sub-chamber , and in that the filtration wall comprises: a plurality of through slits , each of the plurality of through slits crossing through the filtration wall to form a fluid communication between the first sub-chamber and the second sub-chamber , wherein the first sub-chamber and the second sub-chamber are respectively disposed at opposite ends of the through slits and a roof-like structure arranged at a side of the filtration wall facing the first sub-chamber and arranged between the through slits and the first sub-chamber , wherein the roof-like structure defines a blocking edge (BE) and a recess (RC) indented from the blocking edge (BE), wherein the recess (RC) has a height (HRC) smaller than that of the filtration wall and a width (WRC) smaller than that of the filtration wall , and each of the through slits is opened at the recess (RC). a plurality of through slits , each of the plurality of through slits crossing through the filtration wall to form a fluid communication between the first sub-chamber and the second sub-chamber , wherein the first sub-chamber and the second sub-chamber are respectively disposed at opposite ends of the through slits and a roof-like structure arranged at a side of the filtration wall facing the first sub-chamber and arranged between the through slits and the first sub-chamber , wherein the roof-like structure defines a blocking edge (BE) and a recess (RC) indented from the blocking edge (BE), wherein the recess (RC) has a height (HRC) smaller than that of the filtration wall and a width (WRC) smaller than that of the filtration wall , and each of the through slits is opened at the recess (RC).
A head-up display system comprising: an image generator configured to emit a generated image for viewing by a vehicle occupant; a combiner configured to reflect the generated image in a field of view of the occupant to create a virtual image, the combiner having variable light reflection capability; a light sensor assembly comprising a light sensor and a light sensor housing with light blocking portions disposed so as to prevent the light sensor from measuring light substantially outside of the field of view, and being electrically coupled to the combiner, the light sensor assembly configured to measure brightness in the field of view and to substantially refrain from measuring brightness outside of the field of view; and a controller configured to interpret the brightness measured by the light sensor and adjust the amount of light reflected by the combiner based on the brightness measured by the light sensor, characterized in that the controller is configured to apply a voltage (V1) at a first constant level to cause the combiner to provide a first background image based on a first level of light reflection when the brightness equals or exceeds a predetermined threshold, the controller being configured to apply a voltage (V2) at a second constant level to cause the combiner to provide a second background image based on a second level of light reflection when the brightness is less than the predetermined threshold, the first background image being darker than the second background image. an image generator configured to emit a generated image for viewing by a vehicle occupant; a combiner configured to reflect the generated image in a field of view of the occupant to create a virtual image, the combiner having variable light reflection capability; a light sensor assembly comprising a light sensor and a light sensor housing with light blocking portions disposed so as to prevent the light sensor from measuring light substantially outside of the field of view, and being electrically coupled to the combiner, the light sensor assembly configured to measure brightness in the field of view and to substantially refrain from measuring brightness outside of the field of view; and a controller configured to interpret the brightness measured by the light sensor and adjust the amount of light reflected by the combiner based on the brightness measured by the light sensor, characterized in that the controller is configured to apply a voltage (V1) at a first constant level to cause the combiner to provide a first background image based on a first level of light reflection when the brightness equals or exceeds a predetermined threshold, the controller being configured to apply a voltage (V2) at a second constant level to cause the combiner to provide a second background image based on a second level of light reflection when the brightness is less than the predetermined threshold, the first background image being darker than the second background image.
A self-locking tile for floor covering, the tile having a multilayer structure comprising: - a backing layer comprising on its four sides male assembly means in protrusions complementary for assembly with female assembly means defined between two male assembly means , for assembly with an adjacent tile , the assembly means having a general trapezoidal shape, and more particularly dovetails with rounded edges; - a decorative layer bonded to the backing layer , completely covering the assembly means on two adjacent sides of the backing layer , and completely uncovering the assembly means on two opposite adjacent sides , characterized in that the backing layer has a first reinforcement frame positioned in the middle of the thickness of the backing layer and obtained from a fiberglass grid comprising at least two parallel strands extending in the axis of each of the male assembly means . - a backing layer comprising on its four sides male assembly means in protrusions complementary for assembly with female assembly means defined between two male assembly means , for assembly with an adjacent tile , the assembly means having a general trapezoidal shape, and more particularly dovetails with rounded edges; - a decorative layer bonded to the backing layer , completely covering the assembly means on two adjacent sides of the backing layer , and completely uncovering the assembly means on two opposite adjacent sides ,