mhurhangee/patent-ind-claim-en huggingface dataset:
A submersible pump assembly for transference of a fluid medium with low viscosity, the submersible pump assembly comprising: a cylinder block having a plurality of cylinders formed therein; a first port located in fluid communication with the plurality of cylinders and a suction chamber ; a second port located in fluid communication with the plurality of cylinders and a pressure chamber ; a third port located in fluid communication with the plurality of cylinders and the suction chamber ; a respective plurality of pistons slidably received in each of the plurality of cylinders ; a drive shaft rotatably supported in the cylinder block , the drive shaft being coupled to a drive unit ; an inclined leading plate coupled to the plurality of pistons and the drive shaft , the inclined leading plate coupled to the plurality of pistons such that the plurality of pistons are configured to be axially driven in a reciprocating motion within the plurality of cylinders upon rotation of the inclined leading plate ; a first operational mode wherein the fluid medium is transferred from the first port to the second port during the reciprocating motion of the plurality of pistons ; a second operational mode wherein the fluid medium is transferred from the first port to the third port ; and a valve plate having a first position and a second position, the valve plate selectively actuatable under control of a drive member between the first position and the second position, the first position corresponding to the first operational mode, the second position corresponding to the second operational mode. a cylinder block having a plurality of cylinders formed therein; a first port located in fluid communication with the plurality of cylinders and a suction chamber ; a second port located in fluid communication with the plurality of cylinders and a pressure chamber ; a third port located in fluid communication with the plurality of cylinders and the suction chamber ; a respective plurality of pistons slidably received in each of the plurality of cylinders ; a drive shaft rotatably supported in the cylinder block , the drive shaft being coupled to a drive unit ; an inclined leading plate coupled to the plurality of pistons and the drive shaft , the inclined leading plate coupled to the plurality of pistons such that the plurality of pistons are configured to be axially driven in a reciprocating motion within the plurality of cylinders upon rotation of the inclined leading plate ; a first operational mode wherein the fluid medium is transferred from the first port to the second port during the reciprocating motion of the plurality of pistons ; a second operational mode wherein the fluid medium is transferred from the first port to the third port ; and a valve plate having a first position and a second position, the valve plate selectively actuatable under control of a drive member between the first position and the second position, the first position corresponding to the first operational mode, the second position corresponding to the second operational mode.
A system comprising installed panels, wherein a number of rectangular panels are connected to elongated support elements , the panels having a first long edge and parallel thereto a second long edge and two parallel short edges perpendicular to said long edges, wherein the panels comprise a rectangular plate like element , the system being provided with connection members for attaching a panel to the support elements , wherein two or more first connection members are present along said first long edge of a panel and two or more second connection members are present along the second long edge of a panel , and wherein each connection member comprises two connection parts (8,16;9,17) being attachable to each other, wherein one of said connection parts is attached to a panel and the other connection part is attached to a support element , wherein said two connection parts of each first connection member are able to rotate with respect to each other around an axis parallel to said long edges of the panel when these two connection parts are attached to each other and wherein said two connection parts of each second connection member engage each other in such manner that they cannot move with respect to each other in a direction perpendicular to the plate like element of the panel after they are moved towards each other, characterized in that the panels comprise a holder being attached to the back side of the plate like element of the panel , wherein the holder is provided with first connection parts of the first connection member and with second connection parts of the second connection members , and wherein a connection part of said first connection member comprises a bar extending parallel to said long edges of the panel and wherein the other connection part of the first connection member comprises a portion engaging said bar by contacting two opposite sides of the bar in such way that the panel can move in a direction parallel with respect to the short edges of the panel .
A hose guiding device arranged for guiding a hose bend of variable length hanging downwards in a U-type bow, preferably a hose bend of a pull-out hose of a sanitary fitting, comprising - a hose guiding box , open at least on a top side, for receiving the hose bend in an anti-twist manner, characterized by - a hose coupling retained on the hose guiding box and adjustable in height, including at least two hose connectors , one hose connector thereof arranged for connecting one end of the hose bend hanging downwards in a U-type bow. - a hose guiding box , open at least on a top side, for receiving the hose bend in an anti-twist manner, - a hose coupling retained on the hose guiding box and adjustable in height, including at least two hose connectors , one hose connector thereof arranged for connecting one end of the hose bend hanging downwards in a U-type bow.
A common component assembly for a cable joint for joining a first submarine optical cable and a second submarine optical cable, the assembly comprising: a first end face comprising a first opening and a first flange for connection to a first cable termination unit of an undersea optical cable joint; a second end face comprising a second opening and a second flange for connection to a second cable termination unit of an undersea optical cable joint; a fibre tray connecting the first end face to the second end face ; an optical assembly connected to a first side of the fibre tray , the optical assembly comprising an optical add/drop multiplexer, wherein the cable joint comprises a universal joint and wherein the universal joint comprises the optical add/drop multiplexer. a first end face comprising a first opening and a first flange for connection to a first cable termination unit of an undersea optical cable joint; a second end face comprising a second opening and a second flange for connection to a second cable termination unit of an undersea optical cable joint; a fibre tray connecting the first end face to the second end face ; an optical assembly connected to a first side of the fibre tray , the optical assembly comprising an optical add/drop multiplexer, wherein the cable joint comprises a universal joint and wherein the universal joint comprises the optical add/drop multiplexer.
A tip dressing cutter comprising a rotary holder configured to be rotatable about its rotation axis (C1) and a cutter plate attached to the rotary holder , the cutter plate configured to contact a distal end of a spot welding electrode tip brought into proximity to the rotating rotary holder with a central axis of the electrode tip being aligned with the rotation axis (C1) and to cut the electrode tip distal end , the cutter plate comprising a rake face shaped to extend along a direction intersecting with a circumferential direction about the rotation axis (C1); a flank face configured to contact the distal end of the electrode tip when the electrode tip is brought into proximity to the rotary holder ; and a cutting blade portion formed on a continuous portion of the rake face and the flank face and extending along a direction intersecting with the rotation axis (C1), while being curved, the cutting blade portion configured to cut the distal end of the electrode tip brought into proximity to the rotary holder , wherein a plurality of recessed grooves are formed on the flank face , characterized in that the plurality of recessed grooves shaped to extend from a location proximate to the cutting blade portion along the circumferential direction about the rotation axis (C1) away from the cutting blade portion , configured to contact the distal end of the electrode tip by peripheral edges of opening portions of the recessed grooves in a state where the electrode tip is brought into proximity to the rotary holder , and being spaced at predetermined intervals along a direction intersecting with the rotation axis (C1), the recessed grooves are each sloped to have a depth presenting a gentle increase as the recessed grooves extend away from the cutting blade portion . the plurality of recessed grooves shaped to extend from a location proximate to the cutting blade portion along the circumferential direction about the rotation axis (C1) away from the cutting blade portion , configured to contact the distal end of the electrode tip by peripheral edges of opening portions of the recessed grooves in a state where the electrode tip is brought into proximity to the rotary holder , and being spaced at predetermined intervals along a direction intersecting with the rotation axis (C1), the recessed grooves are each sloped to have a depth presenting a gentle increase as the recessed grooves extend away from the cutting blade portion .
A poultry feed for use in reducing the incidence of pectoral myopathy in poultry, the poultry feed comprising: one or more nitrates, one or more nitrites, or a mixture thereof, wherein: the amount of nitrates and/or nitrites in the feed is 3 g to 2,500 g per tonne of feed, and the pectoral myopathy is wooden breast and/or white striping myopathy. one or more nitrates, one or more nitrites, or a mixture thereof, wherein: the amount of nitrates and/or nitrites in the feed is 3 g to 2,500 g per tonne of feed, and the pectoral myopathy is wooden breast and/or white striping myopathy. the amount of nitrates and/or nitrites in the feed is 3 g to 2,500 g per tonne of feed, and the pectoral myopathy is wooden breast and/or white striping myopathy.
Construction damper with at least one at least in regions ladder-like constructed thrust damping part which has at least two longitudinal beams which are connected to each other by at least two rung-like transverse beams which are aligned parallel to each other in a first alignment, wherein the rung-like transverse beams at their ends are each connected to the longitudinal beams in a bending-rigid manner, the thrust damping part has a spatial structure in which at least two further rung-like transverse beams extending parallel to each other are arranged in a second alignment deviating from the first alignment, and at least one thrust damping part has at least one force introduction means , characterized in that at least one force introduction means is constructed as a u-shaped plate with two parallel legs, the legs of which laterally encompass the thrust damping part and at the outer leg ends of which a traverse connecting the two leg ends is arranged for closing the u-shaped recess. the thrust damping part has a spatial structure in which at least two further rung-like transverse beams extending parallel to each other are arranged in a second alignment deviating from the first alignment, and at least one thrust damping part has at least one force introduction means , characterized in that at least one force introduction means is constructed as a u-shaped plate with two parallel legs, the legs of which laterally encompass the thrust damping part and at the outer leg ends of which a traverse connecting the two leg ends is arranged for closing the u-shaped recess.
Wheel speed sensor arrangement comprising a wheel speed sensor for sensing a speed of a wheel of a motor vehicle, a control device being able to apply an operating voltage to the wheel speed sensor , and the control device having a load resistor with a load resistance value, having: a voltage input to which the control device can apply the operating voltage; an electrical circuit which is designed to determine a switch-on voltage value on the basis of the load resistance value; and an operational controller which is designed to change the wheel speed sensor to normal operation when the switch-on voltage value is reached by the operating voltage and which is designed to change the wheel speed sensor to emergency operation when a switch-off voltage value is reached by the operating voltage, the electrical circuit being designed to also determine a difference ΔV B between the switch-on voltage value and the switch-off voltage value on the basis of the following formula: ΔV B = I H − I RESET * R L ; where R L is the load resistance value, I RESET is a current value which is independent of the speed, in particular a constant current value, during emergency operation of the wheel speed sensor and I H is a maximum current value during normal operation of the wheel speed sensor ; and the wheel speed sensor arrangement having a control device which comprises a load resistor with a load resistance value, the control device being connected to the voltage input of the wheel speed sensor and being designed to apply an operating voltage to the voltage input . a voltage input to which the control device can apply the operating voltage; an electrical circuit which is designed to determine a switch-on voltage value on the basis of the load resistance value; and an operational controller which is designed to change the wheel speed sensor to normal operation when the switch-on voltage value is reached by the operating voltage and which is designed to change the wheel speed sensor to emergency operation when a switch-off voltage value is reached by the operating voltage, the electrical circuit being designed to also determine a difference ΔV B between the switch-on voltage value and the switch-off voltage value on the basis of the following formula: ΔV B = I H − I RESET * R L ; where R L is the load resistance value, I RESET is a current value which is independent of the speed, in particular a constant current value, during emergency operation of the wheel speed sensor and I H is a maximum current value during normal operation of the wheel speed sensor ; and the wheel speed sensor arrangement having a control device which comprises a load resistor with a load resistance value, the control device being connected to the voltage input of the wheel speed sensor and being designed to apply an operating voltage to the voltage input .
An axle box suspension positioning device for a railway vehicle, comprising a guide column assembly and an elastic positioner connected between the guide column assembly and an axle box of the railway vehicle, wherein the guide column assembly comprises a fixed end connected to a frame of the railway vehicle, and a free end which is extendable and retractable from an opening of the axle box , and an elastic positioning component located under the elastic positioner is provided in the opening , and the elastic positioning component limits a movement of the free end along a running direction of the vehicle with respect to the frame; and a predetermined gap is provided between the elastic positioning component and the guide column assembly .
A stereocomplex comprising the components X 1 -Y 1 -L 1 -Z 1 (I) wherein X 2 -Y 2 -L 2 -Z 2 (II) each X 1 and X 2 is a hydrophilic group; each Y 1 and Y 2 is PDLA or PLLA; each L 1 and L 2 is a cleavable linker; Z 1 is an anti-cancer agent, Z 2 is a different anti-cancer agent; and wherein when Y 1 is PDLA then Y 2 is PLLA, and when Y 1 is PLLA then Y 2 is PDLA and the ratio of the total number of D-lactic acid units in the stereocomplex to the total number of L-lactic acid units in the stereocomplex is from 0.9:1.1 to 1.1:0.9. each X 1 and X 2 is a hydrophilic group; each Y 1 and Y 2 is PDLA or PLLA; each L 1 and L 2 is a cleavable linker; Z 1 is an anti-cancer agent, Z 2 is a different anti-cancer agent; and wherein when Y 1 is PDLA then Y 2 is PLLA, and when Y 1 is PLLA then Y 2 is PDLA and the ratio of the total number of D-lactic acid units in the stereocomplex to the total number of L-lactic acid units in the stereocomplex is from 0.9:1.1 to 1.1:0.9.
An in vitro method of detecting genome-wide allelic imbalance status in a plurality of single nucleotide polymorphism (SNP) genomic loci in a formalin-fixed, paraffin-embedded sample, comprising: enriching, from a patient tumor sample, genomic DNA for DNA molecules, each DNA molecule comprising at least one locus from the plurality of SNP loci; wherein enriching is performed by in-solution or solid-support based capture method; sequencing the DNA molecules to determine the genotype at each locus, wherein sequencing uses high throughput parallel platform; and, determining, for each locus, whether the locus has allelic imbalance. enriching, from a patient tumor sample, genomic DNA for DNA molecules, each DNA molecule comprising at least one locus from the plurality of SNP loci; wherein enriching is performed by in-solution or solid-support based capture method; sequencing the DNA molecules to determine the genotype at each locus, wherein sequencing uses high throughput parallel platform; and, determining, for each locus, whether the locus has allelic imbalance.
A kit of parts comprising a camping mattress and a roof tent, said camping mattress comprising: a upper section for supporting an upper portion of a user, and a lower section for supporting a lower portion of the user; wherein the upper section is rotatable about an axis such that, in use, the upper section can be rotated and reversibly fixed at one or more inclined positions relative to the lower section , wherein the upper section comprises a backboard attached to the underside of the upper section and the camping mattress comprises foam. a upper section for supporting an upper portion of a user, and a lower section for supporting a lower portion of the user; wherein the upper section is rotatable about an axis such that, in use, the upper section can be rotated and reversibly fixed at one or more inclined positions relative to the lower section , wherein the upper section comprises a backboard attached to the underside of the upper section and the camping mattress comprises foam.
A work area determination system for an autonomous traveling work vehicle , comprising: a photographing device configured to photograph a predetermined area including a work area and acquiring a plurality of photographic images (3a-3d) thereof; an image positioning device configured to obtain position information indicative of a position at which each of the plurality of photographic images (3a-3d) has been acquired; a map generation section configured to generate a map based on the plurality of photographic images (3a-3d), on a position of an index , positioned in the work area and contained in each of the plurality of photographic images (3a-3d), and on the position information indicative of the position at which each of the plurality of photographic images (3a-3d) has been acquired, a displaying section for displaying the map; and a work area determination section configured to determine the work area in which the autonomous traveling work vehicle is to work while automatically excluding an exclusion area, based on an area designation for the map displayed in the displaying section . a photographing device configured to photograph a predetermined area including a work area and acquiring a plurality of photographic images (3a-3d) thereof; an image positioning device configured to obtain position information indicative of a position at which each of the plurality of photographic images (3a-3d) has been acquired; a map generation section configured to generate a map based on the plurality of photographic images (3a-3d), on a position of an index , positioned in the work area and contained in each of the plurality of photographic images (3a-3d), and on the position information indicative of the position at which each of the plurality of photographic images (3a-3d) has been acquired, a displaying section for displaying the map; and a work area determination section configured to determine the work area in which the autonomous traveling work vehicle is to work while automatically excluding an exclusion area, based on an area designation for the map displayed in the displaying section .
Rubber composition which comprises: - an elastomer which is a copolymer of ethylene and of a 1,3-diene which comprises ethylene units which represent more than 50 mol% of the monomer units of the copolymer, the 1,3-diene being 1,3-butadiene or isoprene, - 35 to 100 phr of a reinforcing filler which comprises a silica, - a plasticizing system comprising a plasticizing hydrocarbon resin and a liquid hydrocarbon plasticizing agent, it being understood that the total content of hydrocarbon plasticizing resin and of liquid hydrocarbon plasticizing agent is greater than 10 phr and less than or equal to 80 phr. - an elastomer which is a copolymer of ethylene and of a 1,3-diene which comprises ethylene units which represent more than 50 mol% of the monomer units of the copolymer, the 1,3-diene being 1,3-butadiene or isoprene, - 35 to 100 phr of a reinforcing filler which comprises a silica, - a plasticizing system comprising a plasticizing hydrocarbon resin and a liquid hydrocarbon plasticizing agent, it being understood that the total content of hydrocarbon plasticizing resin and of liquid hydrocarbon plasticizing agent is greater than 10 phr and less than or equal to 80 phr.
A method for reducing fine particles in size, the method comprising: supplying an electrically conductive solution to an apparatus that includes an energizing unit connected to an AC power supply , wherein the solution contains fine particles have an average particle size of 0.1 to 200 μm that is measured by a laser diffraction-scattering particle size distribution measurement device, and the fine particles are of at least one kind selected from the group consisting of solid particles and liquid droplets the components of which are derived from a living organism; and increasing the solution in temperature at a rate of 700°C to 1500°C per second by performing an alternating electric field process on the solution thereby reducing the fine particles in size. supplying an electrically conductive solution to an apparatus that includes an energizing unit connected to an AC power supply , wherein the solution contains fine particles have an average particle size of 0.1 to 200 μm that is measured by a laser diffraction-scattering particle size distribution measurement device, and the fine particles are of at least one kind selected from the group consisting of solid particles and liquid droplets the components of which are derived from a living organism; and increasing the solution in temperature at a rate of 700°C to 1500°C per second by performing an alternating electric field process on the solution thereby reducing the fine particles in size.