mhurhangee/patent-ind-claim-en huggingface dataset:
A flow path switcher, wherein the flow path switcher comprises: - a valve core (1-1), - a shell (1-2) engaging with the valve core (1-1), and - a base (1-3) engaging with the valve core (1-1), the shell comprises a valve chamber (1-26), a valve seat A (1-21), a valve seat B (1-22), a channel of valve seat A (1-23), a channel of valve seat B (1-24), an outlet (1-25) and an inlet (1-27) connected to the channel of valve seat A, the base comprises a valve seat C (1-31) and an air vent (1-32), the valve seat A and the valve seat B are located on one side of the valve core and correspond to this side of the valve core, the valve seat C is located on the other side of the valve core, the valve seat A and the valve core form a valve A (1-4), the valve seat B and the valve core form a valve B (1-5), and the valve seat C and the valve core form a valve C (1-6), characterized in that the distance between the edge of the valve seat B and the valve core is less than that between the edge of the valve seat A and the valve core. - a valve core (1-1), - a shell (1-2) engaging with the valve core (1-1), and - a base (1-3) engaging with the valve core (1-1), the shell comprises a valve chamber (1-26), a valve seat A (1-21), a valve seat B (1-22), a channel of valve seat A (1-23), a channel of valve seat B (1-24), an outlet (1-25) and an inlet (1-27) connected to the channel of valve seat A, the base comprises a valve seat C (1-31) and an air vent (1-32), the valve seat A and the valve seat B are located on one side of the valve core and correspond to this side of the valve core, the valve seat C is located on the other side of the valve core, the valve seat A and the valve core form a valve A (1-4), the valve seat B and the valve core form a valve B (1-5), and the valve seat C and the valve core form a valve C (1-6), characterized in that the distance between the edge of the valve seat B and the valve core is less than that between the edge of the valve seat A and the valve core.
Chassis comprising a base and four wheels each being mounted on the base by way of a respective supporting device and each being capable of being brought out of a transport position into an operating position of the chassis , and vice versa, wherein each supporting device comprises: A support or carrier arm , which is arranged on the base via a proximal end to be pivotable out of the transport position into the operating position of the chassis, and vice versa, a first control for pivoting the support or carrier arm out of the transport position into the operating position of the chassis, and vice versa, an axle journal arranged at the distal end of the support or carrier arm , a stub axle , which is pivotably arranged on the axle journal and receives the wheel for rotation at a distal end of the axle journal , and a second control for pivoting the stub axle against the axle journal , characterized in that the axle journal is rotatably arranged at the distal end of the support or carrier arm . A support or carrier arm , which is arranged on the base via a proximal end to be pivotable out of the transport position into the operating position of the chassis, and vice versa, a first control for pivoting the support or carrier arm out of the transport position into the operating position of the chassis, and vice versa, an axle journal arranged at the distal end of the support or carrier arm , a stub axle , which is pivotably arranged on the axle journal and receives the wheel for rotation at a distal end of the axle journal , and a second control for pivoting the stub axle against the axle journal , characterized in that the axle journal is rotatably arranged at the distal end of the support or carrier arm .
A system for monitoring an occupant in a vehicle, the system comprising: an illuminator for emitting electromagnetic radiation to be detected by a detection device for monitoring the occupant; a driver device for supplying power to the illuminator at a first power level sufficient for allowing the illuminator to emit electromagnetic radiation at a peak level for a short time period; an energy storage element electrically connected to the driver device and configured to supply the illuminator with the first power level to emit electromagnetic radiation at the peak level for the short time period; a power supply device electrically connected to the energy storage element and configured to supply power to the energy storage element at a second power level, wherein the second power level is less than the first power level; characterized in that the system comprises a monitoring device for monitoring an electrical property of the energy storage element and for determining a fault condition for the energy storage element based on the electrical property, wherein, when in the fault condition, the power supply is configured to supply power with low and constant current to the illuminator . an illuminator for emitting electromagnetic radiation to be detected by a detection device for monitoring the occupant; a driver device for supplying power to the illuminator at a first power level sufficient for allowing the illuminator to emit electromagnetic radiation at a peak level for a short time period; an energy storage element electrically connected to the driver device and configured to supply the illuminator with the first power level to emit electromagnetic radiation at the peak level for the short time period; a power supply device electrically connected to the energy storage element and configured to supply power to the energy storage element at a second power level, wherein the second power level is less than the first power level; characterized in that the system comprises a monitoring device for monitoring an electrical property of the energy storage element and for determining a fault condition for the energy storage element based on the electrical property,
An apparatus for protecting a module used in a borehole , comprising: - a plurality of shock protection elements associated with the module, the plurality of shock protection elements cooperatively have a macroscopic non-linear spring response to an applied shock event, wherein the plurality of shock protection elements includes at least: - an enclosure; and is further characterized by : - a dampener connecting the module with the enclosure; wherein the dampener includes a lattice structure . - a plurality of shock protection elements associated with the module, the plurality of shock protection elements cooperatively have a macroscopic non-linear spring response to an applied shock event, wherein the plurality of shock protection elements includes at least: - an enclosure; and is further characterized by : - a dampener connecting the module with the enclosure;
A window-cleaning robot provided with a closed wiper, comprising a rotating base and an outer frame ; the rotating base being rotatably disposed on the outer frame; the bottom of the outer frame being provided with a cleaning unit ; the rotating base being provided with a travel unit and a suction cup ; the bottom surface of the rotating base being provided with a wiper , characterized in that , the wiper is provided in a closed shape on the bottom surface of the rotating base; and the travel unit and/or the suction cup are enclosed within the closed shape.
Device for ultrasonically connecting electrical conductors , for forming a conductor structure with at least a first and a second conductor strand, with a compression space for receiving the conductors , the compression space being delimited in a welding position by sections of mutually adjoining boundary surfaces , which boundary surfaces comprise a working surface of an ultrasound-transmitting sonotrode and an anvil surface arranged opposite the working surface , characterised in that at least one retaining element is provided for keeping at least one conductor strand which is connected to at least part of the conductors away from the compression space , the device being designed in such a manner that the retaining element keeps the conductor strand away from the compression space at least during the ultrasonically connecting, wherein the boundary surfaces comprise a gather surface arranged on a gather element and the retaining element is arranged on the gather element . with a compression space for receiving the conductors , the compression space being delimited in a welding position by sections of mutually adjoining boundary surfaces , which boundary surfaces comprise a working surface of an ultrasound-transmitting sonotrode and an anvil surface arranged opposite the working surface , characterised in that at least one retaining element is provided for keeping at least one conductor strand which is connected to at least part of the conductors away from the compression space , the device being designed in such a manner that the retaining element keeps the conductor strand away from the compression space at least during the ultrasonically connecting, wherein the boundary surfaces comprise a gather surface arranged on a gather element and the retaining element is arranged on the gather element .
A modular floor element comprising a floor block in a clay material, comprising a first box-shaped body in which at least one seat (23, 23', 23", 23''') is defined on at least one side of the box-shaped body ; said seat being partially open and adapted to accept a joist and envelope a lower part of said joist; said floor block also comprising a second box-shaped body , said first and second box-shaped bodies comprising a common protruding part at the bottom, wherein said first and second box-shaped bodies and said bottom protruding part define an additional joist seat (23") in an intermediate zone of the floor block; said seats (23, 23,' 23") being configured to accommodate each a respective prefabricated joist (25, 25' 25") and characterized in that the modular floor element further comprises joists inserted in each of said seats.
A method for manufacturing a thin film transistor (TFT), comprising a step of forming a pattern of a semiconductor active layer on a transparent substrate through a patterning process, wherein the pattern of the semiconductor active layer comprises a lanthanum boride pattern, the lanthanum boride pattern is semiconducting, and the lanthanum boride pattern has a concentration of carries of 10 15 cm -3 to 10 18 cm -3 .
A preparation method of a super absorbent polymer, comprising the steps of: preparing a monomer mixture comprising a water-soluble ethylene-based unsaturated monomer having at least partially neutralized acidic groups and an internal cross-linking agent; transferring the monomer mixture to a polymerization reactor along a transfer pipe having a diameter that varies from section to section; cross-linking and polymerizing the monomer mixture transferred to the polymerization reactor to form a hydrogel polymer containing a first cross-linked polymer; gel-pulverizing, drying, pulverizing and classifying the hydrogel polymer to form a base resin powder containing less than 9.9% by number of base resin powder having an aspect ratio, which is defined as shortest diameter/longest diameter of each base resin powder, of less than 0.5; and further cross-linking a surface of the base resin powder in the presence of a surface cross-linking agent to form a surface cross-linked layer; wherein in the transfer step of the monomer mixture, the monomer mixture has a maximum transfer rate in the minimum diameter section of the transfer pipe and a minimum transfer rate in the maximum diameter section of the transfer pipe, and the maximum transfer rate is 2.5 times or more compared to the minimum transfer rate, and wherein the monomer mixture further comprises a surfactant and does not comprise a blowing agent. preparing a monomer mixture comprising a water-soluble ethylene-based unsaturated monomer having at least partially neutralized acidic groups and an internal cross-linking agent; transferring the monomer mixture to a polymerization reactor along a transfer pipe having a diameter that varies from section to section; cross-linking and polymerizing the monomer mixture transferred to the polymerization reactor to form a hydrogel polymer containing a first cross-linked polymer; gel-pulverizing, drying, pulverizing and classifying the hydrogel polymer to form a base resin powder containing less than 9.9% by number of base resin powder having an aspect ratio, which is defined as shortest diameter/longest diameter of each base resin powder, of less than 0.5; and further cross-linking a surface of the base resin powder in the presence of a surface cross-linking agent to form a surface cross-linked layer; wherein in the transfer step of the monomer mixture, the monomer mixture has a maximum transfer rate in the minimum diameter section of the transfer pipe and a minimum transfer rate in the maximum diameter section of the transfer pipe, and the maximum transfer rate is 2.5 times or more compared to the minimum transfer rate, and wherein the monomer mixture further comprises a surfactant and does not comprise a blowing agent.
Belt pulley for a belt drive , having - an outer ring , which, on the radially outer side, has an encircling accommodating region for accommodating a belt , - an inner sheave , which is introduced coaxially into the outer ring and is designed to be fastened on a shaft, and - an annular resilient body made of elastic material, which is arranged between the outer ring and the inner sheave and connects these to one another, wherein - as seen in the axial direction X, the resilient body has, towards each of its end sides , an end-side portion and, between the end-side portions , a central portion , and - a radial wall thickness W1 of the central portion is smaller than a radial wall thickness W2 of each of the end-side portions , wherein - the wall thickness W1 of the central portion is the minimum, or the average, wall thickness W1 of the central portion and - the wall thickness W2 of the respective end-side portion is the minimum, or the average, wall thickness W2 of the end-side portion , characterized in that the outer ring has a groove or a crosspiece on its radially inner circumferential surface, wherein said groove or said crosspiece pushes radially onto the central portion of the resilient body . - an outer ring , which, on the radially outer side, has an encircling accommodating region for accommodating a belt , - an inner sheave , which is introduced coaxially into the outer ring and is designed to be fastened on a shaft, and - an annular resilient body made of elastic material, which is arranged between the outer ring and the inner sheave and connects these to one another, - as seen in the axial direction X, the resilient body has, towards each of its end sides , an end-side portion and, between the end-side portions , a central portion , and - a radial wall thickness W1 of the central portion is smaller than a radial wall thickness W2 of each of the end-side portions , wherein - the wall thickness W1 of the central portion is the minimum, or the average, wall thickness W1 of the central portion and - the wall thickness W2 of the respective end-side portion is the minimum, or the average, wall thickness W2 of the end-side portion ,
A method of generating a high-diversity nucleic acid library that encodes a plurality of antibodies or antibody fragments, wherein the members of said high-diversity nucleic acid library each independently comprise a plurality of random cassettes derived from a V H -CDR1/2 sub-library, a plurality of V H -CDR3 sub-libraries, and a V L sub-library, wherein each of said random cassettes independently has a plurality of degenerate base positions, the method comprising: generating or providing the V H -CDR1/2 sub-library, the plurality of V H -CDR3 sub-libraries, and the V L sub-library, wherein each of the sub-libraries - comprises a plurality of members; wherein each member of the sub-libraries comprises at least one of said random cassettes having a plurality of degenerate base positions; and recombining at least portions of at least two members of the V H -CDR1/2 sub-library, the plurality of V H -CDR3 sub-libraries, and the V L sub-library to form an expression library member in an expression library, wherein the expression library comprises a plurality of expression library members, each expression library member encoding a distinct antibody or antibody fragment. generating or providing the V H -CDR1/2 sub-library, the plurality of V H -CDR3 sub-libraries, and the V L sub-library, wherein each of the sub-libraries - comprises a plurality of members; wherein each member of the sub-libraries comprises at least one of said random cassettes having a plurality of degenerate base positions; and recombining at least portions of at least two members of the V H -CDR1/2 sub-library, the plurality of V H -CDR3 sub-libraries, and the V L sub-library to form an expression library member in an expression library, wherein the expression library comprises a plurality of expression library members, each expression library member encoding a distinct antibody or antibody fragment.
Timepiece regulating mechanism having a plurality of primary resonators (100; 200) each including at least one inertial weight (102; 202), which is pivotable with respect to a fixed structure to which said inertial weight (102; 202) is suspended by a plurality of flexible strips (103; 203), wherein said regulating mechanism includes mechanical means for synchronisation of at least two said primary resonators (100; 200) which include an articulated connection between the two said inertial weights (102; 202) included in said two primary resonators (100; 200), this articulated connection is arranged, under normal conditions, to allow pivoting of said two inertial weights in opposite directions of rotation and with close rotation angle values, and is arranged to prevent, during a shock, pivoting of said two inertial weights (102; 202) in the same direction of rotation, said regulating mechanism including an oscillator which includes an escapement mechanism and one of said primary resonators (100; 200), said mechanical synchronisation means being arranged to perform the maintenance of each other said primary resonator (100; 200), characterised in that said oscilator includes an enlarged pallet with which an arm is arranged to cooperate, which is included in said primary resonator (100; 200) with which said escapement mechanism is arranged to cooperate.
Wheel suspension (1; 1') for a motor vehicle, having a wheel carrier (3; 3') which is mounted so as to be movable in a pivotable manner in relation to a wheel-guiding link (4; 4') in that the wheel carrier (3; 3') is connected to the wheel-guiding link (4; 4') directly in a first connecting region and indirectly via an integral link (5, 15, 16; 15') in a second connecting region, wherein the wheel-guiding link (4; 4') comprises a longitudinal link region (4a; 4a') having a front body-side bearing (11; 11') and a transverse link region (4b; 4b') having a rear body-side bearing (12; 12'), wherein the rear body-side bearing (12; 12') is designed as a ball joint, characterized in that , in a side view of the wheel suspension (1; 1'), the axes (21, 22; 21', 22') of the joints (15, 16; 15') of the integral link are oriented such that they intersect at a point (S) situated in front of the wheel centre (23; 23') in relation to the vehicle longitudinal direction (x).
A cutting tool , comprising: a fixed blade having a first cutting surface ; a movable blade having a second cutting surface , said movable blade being rotatable between a first position in which said second cutting surface is spaced from said first cutting surface of said fixed blade and a second position in which an object disposed between said fixed and movable blades is cut by said first and second cutting surfaces; said movable blade having a plurality of teeth ; characterized in a drive pinion gear engaging said plurality of teeth of said movable blade to move said movable blade from said first position to said second position, said drive pinion gear being movable between first and second positions, said drive pinion gear engaging said plurality of teeth in said first position and disengaging said plurality of teeth in said second position, and in a return spring member connected to a return pinion gear engaging said plurality of teeth, whereby rotation of said movable blade from said first position to said second position rotates said return pinion gear in a first direction to store energy in said spring member and where releasing said stored energy in said spring member rotates said return pinon in a second direction to rotate said movable blade back to said first position. a fixed blade having a first cutting surface ; a movable blade having a second cutting surface , said movable blade being rotatable between a first position in which said second cutting surface is spaced from said first cutting surface of said fixed blade and a second position in which an object disposed between said fixed and movable blades is cut by said first and second cutting surfaces; said movable blade having a plurality of teeth ; characterized in a drive pinion gear engaging said plurality of teeth of said movable blade to move said movable blade from said first position to said second position, said drive pinion gear being movable between first and second positions, said drive pinion gear engaging said plurality of teeth in said first position and disengaging said plurality of teeth in said second position, and in a return spring member connected to a return pinion gear engaging said plurality of teeth, whereby rotation of said movable blade from said first position to said second position rotates said return pinion gear in a first direction to store energy in said spring member and where releasing said stored energy in said spring member rotates said return pinon in a second direction to rotate said movable blade back to said first position.
An in vitro method of promoting generation of exosomes from adult stem cell, the method comprising the steps of: - culturing of adult stem cells in a medium comprising thrombin; and - isolation of exosomes. - culturing of adult stem cells in a medium comprising thrombin; and - isolation of exosomes.
A humanized IgG antibody agent that binds specifically to protein 2Ig-B7H3 or 4Ig-B7H3, which antibody agent includes a CDRL1, CDRL2, CDRL3, CDRH1, CDRH2, and CDRH3 that are set forth in SEQ ID NO.: 34, SEQ ID NO.: 36, SEQ ID NO.: 38, SEQ ID NO.: 58, SEQ ID NO.: 60, and SEQ ID NO.: 62, respectively (Kabat numbering).