mhurhangee/ep-ind-claims huggingface dataset:
A display stand, the stand including a pair of upstanding parallel support members, a flexible display member made of sheet material which extends between the support members and is held taut thereby, and a support arrangement which extends between the support members at or towards the lower end thereof, characterized in that the support arrangement includes a plurality of elongate link members extending in a line between the support members, with the link members pivotally interconnected at respective ends about a substantially vertical axis.
A CRISPR/Cas system that is capable of knocking out a herpes simplex virus viral UL48 gene, comprising: a gRNA molecule comprising a targeting domain, wherein said targeting domain is configured to target a target position that is within the coding region that is downstream of the first 500bp of said HSV viral UL48 gene; and an S. aureus Cas9 molecule. a gRNA molecule comprising a targeting domain, wherein said targeting domain is configured to target a target position that is within the coding region that is downstream of the first 500bp of said HSV viral UL48 gene; and an S. aureus Cas9 molecule.
A fiber comprising polyolefin powder, wherein the polyolefin powder has a weight average molecular weight of 100,000 to 300,000 g/mol, a molecular weight distribution of 2.0 to 3.2; and when the polyolefin powder is manufactured into a casting film at 190°C, the number of gels with a particle diameter of 250μm or more is less than 2,000 per unit area m 2, wherein a tenacity of the fiber, measured according to ASTM D 638, is 11.5 to 17.7 cN/dtex (13 to 20 gf/denier), wherein a tensile strength half-life measured for UV by AATCC method #16, after measuring tensile strength according to ASTM D 638, is 250 to 350 hours, and wherein the fiber is a multifilament product, wherein the weight average molecular weight and the molecular weight distribution are measured by means of gel permeation chromatography, and the number of gels, the tenacity and the tensile strength half-life are measured as disclosed in the specification. wherein the polyolefin powder has a weight average molecular weight of 100,000 to 300,000 g/mol, a molecular weight distribution of 2.0 to 3.2; and when the polyolefin powder is manufactured into a casting film at 190°C, the number of gels with a particle diameter of 250μm or more is less than 2,000 per unit area m 2, wherein a tenacity of the fiber, measured according to ASTM D 638, is 11.5 to 17.7 cN/dtex (13 to 20 gf/denier), wherein a tensile strength half-life measured for UV by AATCC method #16, after measuring tensile strength according to ASTM D 638, is 250 to 350 hours, and wherein the fiber is a multifilament product, wherein the weight average molecular weight and the molecular weight distribution are measured by means of gel permeation chromatography, and the number of gels, the tenacity and the tensile strength half-life are measured as disclosed in the specification.
An automatic strap retracting mechanism for wheel restraint devices, comprising: a shell; a reel rotatably connected inside the shell, the reel being capable of winding in and retracting a fastening strap; a ratchet fixed onto the reel, the ratchet having ratchet tooth surfaces; a locating surface of the ratchet tooth surfaces, the locating surface being capable of preventing the fastening strap from loosening; a guiding surface of the ratchet tooth surfaces, the guiding surface capable of preventing the fastening strap from tightening; a locking piece hinged to the shell; a pawl of the locking piece, the pawl being capable of abutting and locking onto the locating surface; characterized by: a locking rod of the locking piece, the locking rod being fixed to the pawl, forming an included angle between the locking rod and the pawl; and a coil spring connected to the reel, the coil spring being capable of rotating the reel in a strap tightening direction to wind in and retract the fastening strap; wherein when the pawl detaches from the locating surface and the fastening strap is pulled out, the locking piece is capable of swinging to allow the locking rod to abut on the guiding surface. a shell; a reel rotatably connected inside the shell, the reel being capable of winding in and retracting a fastening strap; a ratchet fixed onto the reel, the ratchet having ratchet tooth surfaces; a locating surface of the ratchet tooth surfaces, the locating surface being capable of preventing the fastening strap from loosening; a guiding surface of the ratchet tooth surfaces, the guiding surface capable of preventing the fastening strap from tightening; a locking piece hinged to the shell; a pawl of the locking piece, the pawl being capable of abutting and locking onto the locating surface; characterized by: a locking rod of the locking piece, the locking rod being fixed to the pawl, forming an included angle between the locking rod and the pawl; and a coil spring connected to the reel, the coil spring being capable of rotating the reel in a strap tightening direction to wind in and retract the fastening strap; wherein when the pawl detaches from the locating surface and the fastening strap is pulled out, the locking piece is capable of swinging to allow the locking rod to abut on the guiding surface. a locking rod of the locking piece, the locking rod being fixed to the pawl, forming an included angle between the locking rod and the pawl; and a coil spring connected to the reel, the coil spring being capable of rotating the reel in a strap tightening direction to wind in and retract the fastening strap; wherein when the pawl detaches from the locating surface and the fastening strap is pulled out, the locking piece is capable of swinging to allow the locking rod to abut on the guiding surface.
A composition comprising at least one disulfide containing compound and a pharmaceutically acceptable carrier, for use in a method of treating cancer, wherein said disulfide containing compound is hydroxyethyldisulfide (HEDS), or a disulfide of mercaptopropionylglycine.
A system comprising: a computing device on a network to: receive a broadcast; and request, responsive to receiving the broadcast, an updated portion of a firmware code image for the computing device, receive, at the computing device, the updated portion of the firmware code image, characterized in that the system further comprises: a printing device on the network to detect an intrusion against the printing device; wherein the broadcast reports the intrusion directly from the printing device. receive a broadcast; and request, responsive to receiving the broadcast, an updated portion of a firmware code image for the computing device, receive, at the computing device, the updated portion of the firmware code image, characterized in that the system further comprises: a printing device on the network to detect an intrusion against the printing device; wherein the broadcast reports the intrusion directly from the printing device. a printing device on the network to detect an intrusion against the printing device; wherein the broadcast reports the intrusion directly from the printing device.
A spinning forming device comprising: a receiving jig supporting a central portion of a plate to be formed; a rotating shaft to which the receiving jig is attached; a heater that locally heats a transform target portion of the plate by induction heating; and a processing roller that presses the transform target portion to transform the plate; characterised in that: the spinning forming device comprises a cooling device that sprays a cooling gas toward the processing roller; the processing roller has a trapezoidal cross section that decreases in diameter toward a direction away from the rotating shaft; and a center axis of the processing roller is set such that a large-diameter portion of the processing roller is in point contact with the plate, and an angle between a side surface of the processing roller and a radial direction of the rotating shaft is not less than 1° and not more than 30°. a receiving jig supporting a central portion of a plate to be formed; a rotating shaft to which the receiving jig is attached; a heater that locally heats a transform target portion of the plate by induction heating; and a processing roller that presses the transform target portion to transform the plate; characterised in that: the spinning forming device comprises a cooling device that sprays a cooling gas toward the processing roller; the processing roller has a trapezoidal cross section that decreases in diameter toward a direction away from the rotating shaft; and a center axis of the processing roller is set such that a large-diameter portion of the processing roller is in point contact with the plate, and an angle between a side surface of the processing roller and a radial direction of the rotating shaft is not less than 1° and not more than 30°. the spinning forming device comprises a cooling device that sprays a cooling gas toward the processing roller; the processing roller has a trapezoidal cross section that decreases in diameter toward a direction away from the rotating shaft; and a center axis of the processing roller is set such that a large-diameter portion of the processing roller is in point contact with the plate, and an angle between a side surface of the processing roller and a radial direction of the rotating shaft is not less than 1° and not more than 30°.
An apparatus for cultivating plants comprising: a cabinet comprising an outer case; and an inner case forming a cultivation space, the inner case comprising an inner side plate forming opposite side surfaces, an inner upper plate forming a top surface, an inner rear plate forming a rear surface, and an outer bottom plate (143, 144, 145) forming a bottom surface; a machine compartment separated from the cultivation space and accommodating a compressor, a condenser and a condenser fan; a plurality of beds that are vertically disposed in the cultivation space and on which plants are cultivated; a plurality of light assemblies disposed over the plurality of beds, respectively, and radiating light toward top surfaces of the beds; a heat exchanger disposed on a rear surface of the cultivation space and controlling a temperature of the cultivation space; and a blower assembly disposed between one of the beds and one of the light assemblies and circulating heat-exchanged air in a space between the one of the beds and the one of the light assemblies, characterized in that the apparatus further comprises a water tank storing water to be supplied to the beds, the heat exchanger is a plate-shaped roll-bond type heat exchanger and disposed on a front surface of the inner rear plate, and the blower assembly is provided in front of the heat exchanger. a cabinet comprising an outer case; and an inner case forming a cultivation space, the inner case comprising an inner side plate forming opposite side surfaces, an inner upper plate forming a top surface, an inner rear plate forming a rear surface, and an outer bottom plate (143, 144, 145) forming a bottom surface; a machine compartment separated from the cultivation space and accommodating a compressor, a condenser and a condenser fan; a plurality of beds that are vertically disposed in the cultivation space and on which plants are cultivated; a plurality of light assemblies disposed over the plurality of beds, respectively, and radiating light toward top surfaces of the beds; a heat exchanger disposed on a rear surface of the cultivation space and controlling a temperature of the cultivation space; and a blower assembly disposed between one of the beds and one of the light assemblies and circulating heat-exchanged air in a space between the one of the beds and the one of the light assemblies, characterized in that the apparatus further comprises a water tank storing water to be supplied to the beds, the heat exchanger is a plate-shaped roll-bond type heat exchanger and disposed on a front surface of the inner rear plate, and the blower assembly is provided in front of the heat exchanger.
A method of fabricating a MEMS device over a SRAM memory cell, comprising: depositing a conductive layer over a first sacrificial layer and one or more conductive electrodes (7, 8, 9, 10); depositing a second sacrificial layer over the conductive layer; enclosing the first sacrificial layer, conductive layer and second sacrificial layer within a cavity; removing the second sacrificial layer and the first sacrificial layer to release the conductive layer within the cavity such that the conductive layer forms a discrete, floating rocker that rests on a fulcrum and pivots into and out of contact with the one or more conductive electrodes; and sealing the cavity. depositing a conductive layer over a first sacrificial layer and one or more conductive electrodes (7, 8, 9, 10); depositing a second sacrificial layer over the conductive layer; enclosing the first sacrificial layer, conductive layer and second sacrificial layer within a cavity; removing the second sacrificial layer and the first sacrificial layer to release the conductive layer within the cavity such that the conductive layer forms a discrete, floating rocker that rests on a fulcrum and pivots into and out of contact with the one or more conductive electrodes; and sealing the cavity.
A double-wall push-pull rod made from light alloy, titanium or carbon fiber-reinforced plastic, comprising: a first layer, forming a first load path, located in yokes of an inside of the push-pull rod and on an outside of a tubular body and a second layer, forming a second load path, located on an outside of the yokes and on an inside of the tubular body, wherein the second layer separates in a transition area between the tubular body and the yokes, the first layer of the first load path on the inside of the yokes from the first layer of the first load path on the outside of the tubular body, wherein on both sides diagonally the yokes and tubular body of the push-pull rod include a first hole D1 and a second hole D2 through the first and second layers (1 and 2), wherein at least one bolt, configured to transmit load, leads through the holes (7 and 8), wherein the first hole D1 has a 0,5 to 1 mm smaller diameter than the second hole D2 and wherein the bolt in an original stage has only force-fitting contact with the first hole D1.
Underwater drive unit comprising - an electric motor and a hydrodynamic speed/torque converter that is connected to the motor and has at least one pump impeller which can rotate about a rotation axis, at least one turbine wheel which can rotate about a rotation axis and at least one stator (L, L1, L2), wherein the blade wheels form a working space, through which operating media can flow, for forming a hydrodynamic circular flow and one blade wheel has at least one actuating blade or an adjustable blade segment which can be adjusted by an adjusting apparatus; - an output shaft which is at least indirectly connected to a machine, in particular a working machine with a variable speed; wherein the adjusting apparatus comprises an actuating drive which is coupled to the at least one actuating blade or the adjustable blade segment for transmitting an actuating force and is arranged coaxially in relation to the rotation axis of the blade wheels; and the at least one actuating blade or the adjustable blade segment is provided on the stator (L, L1, L2) of the hydrodynamic speed/torque converter; characterized in that a housing which can be filled with a pressure medium and jointly surrounds the electric motor and the hydrodynamic speed/torque converter is provided; in that the actuating drive is arranged next to the hydrodynamic speed/torque converter as viewed in the axial direction and is characterized by a maximum radial extent which lies within the maximum radial extent of the electric motor and the hydrodynamic speed/torque converter, and the actuating drive has ring elements (18, 19) which are each arranged coaxially in relation to the rotation axis, wherein a first ring element is connected directly or via the transmission device to the at least one actuating blade or the adjustable blade segment for transmitting an actuating force or an actuating torque and the first ring can be rotated relative to a second ring element in the circumferential direction of the rotation axis, and the first and the second ring element (18, 19) form at least two pressure chambers (21, 22) which are arranged in the circumferential direction of the rotation axis and to each of which pressure can be applied for the relative rotation between the first and the second ring element (18, 19). - an electric motor and a hydrodynamic speed/torque converter that is connected to the motor and has at least one pump impeller which can rotate about a rotation axis, at least one turbine wheel which can rotate about a rotation axis and at least one stator (L, L1, L2), wherein the blade wheels form a working space, through which operating media can flow, for forming a hydrodynamic circular flow and one blade wheel has at least one actuating blade or an adjustable blade segment which can be adjusted by an adjusting apparatus; - an output shaft which is at least indirectly connected to a machine, in particular a working machine with a variable speed;
A sleep aid apparatus comprising: a light source adapted to generate a light signal, projected from said sleep aid apparatus with a first luminosity, wherein said first luminosity is periodically variable and wherein said light signal has a wavelength selected from a range of 600 nm to 700 nm; and a sound source adapted to generate an audio signal, characterised in that within a predetermined frequency range said audio signal has a signal intensity which decreases as the frequency increases. a light source adapted to generate a light signal, projected from said sleep aid apparatus with a first luminosity, wherein said first luminosity is periodically variable and wherein said light signal has a wavelength selected from a range of 600 nm to 700 nm; and a sound source adapted to generate an audio signal, characterised in that within a predetermined frequency range said audio signal has a signal intensity which decreases as the frequency increases.
A washing machine comprising: an integrated tub/drum configured to hold water, accommodate laundry, and rotate; a hollow rotary shaft coupled to and passing through a surface of the integrated tub/drum; a water supply pipe and a water drain pipe in the integrated tub/drum and through a passage or opening in the hollow rotary shaft; a nozzle extending from an end of the water supply pipe in the integrated tub/drum; and a water drain that extends from an end of the water drain pipe in the integrated tub/drum a fixed, non-rotatable shaft in the passage or opening of the hollow rotary shaft, supporting the water supply pipe and the water drain pipe therein, characterized by a drive shaft coupled to an end surface of the integrated tub/drum other than the surface through which the hollow rotary shaft passes; and a drive motor configured to rotate the drive shaft, wherein the drive motor and the drive shaft are directly connected. an integrated tub/drum configured to hold water, accommodate laundry, and rotate; a hollow rotary shaft coupled to and passing through a surface of the integrated tub/drum; a water supply pipe and a water drain pipe in the integrated tub/drum and through a passage or opening in the hollow rotary shaft; a nozzle extending from an end of the water supply pipe in the integrated tub/drum; and a water drain that extends from an end of the water drain pipe in the integrated tub/drum
A downhole flow control device, comprising: a housing to be secured within a wall of a tubular and comprising an inlet port, an outlet port and a valve seat surface surrounding the inlet port; a valve plate mounted within the housing to move between an open position in which the valve plate is separated from the valve seat surface to define a separation flow path therebetween to permit flow in a forward direction from the fluid inlet to the fluid outlet, and a closed position in which the valve plate is engaged with the valve seat surface to close the separation flow path to restrict flow in a reverse direction from the fluid outlet to the fluid inlet, characterised in that the valve plate defines a recessed region defining part of the separation flow path, and a raised circumferential rib extending around the periphery of the valve plate, the recessed region forming part of the separation flow path, and encouraging an increase in static pressure of fluid flow in the separation flow path when said valve plate is in its open position, the raised circumferential rib providing engagement between the valve plate and the seat surface when the valve plate is in the closed position, and wherein the raised circumferential rib reduces the separation gap between the valve plate and the seat surface to assist in permitting the valve plate to move towards its closed position in the event of reverse flow. a housing to be secured within a wall of a tubular and comprising an inlet port, an outlet port and a valve seat surface surrounding the inlet port; a valve plate mounted within the housing to move between an open position in which the valve plate is separated from the valve seat surface to define a separation flow path therebetween to permit flow in a forward direction from the fluid inlet to the fluid outlet, and a closed position in which the valve plate is engaged with the valve seat surface to close the separation flow path to restrict flow in a reverse direction from the fluid outlet to the fluid inlet, characterised in that the valve plate defines a recessed region defining part of the separation flow path, and a raised circumferential rib extending around the periphery of the valve plate, the recessed region forming part of the separation flow path, and encouraging an increase in static pressure of fluid flow in the separation flow path when said valve plate is in its open position, the raised circumferential rib providing engagement between the valve plate and the seat surface when the valve plate is in the closed position, and wherein the raised circumferential rib reduces the separation gap between the valve plate and the seat surface to assist in permitting the valve plate to move towards its closed position in the event of reverse flow.
Extensible traction arm for the front traction bar of an awning, which arm comprises: a first arm element and a second arm element, the first arm element consisting of a first profile, a first end for hinging to the second arm element and a second end for connecting to the front traction bar, the second arm element consisting of a second profile, a first end for hinging to the first arm element and a second end for connecting to a fixed support of the end of the arm, the two arm elements (B1, B2) being hinged by means of a hinge, the arm comprising a traction element provided with a first end, a second end and an elastic element arranged between the two ends (11, 12), the first end of the traction element being rigidly connected to the first hinge end of the first arm element, the second end of the traction element being rigidly connected to the second end, the traction element comprising, between its second end and the elastic element, a segment of adjustable length, the segment of adjustable length being provided with a threaded rod and a threaded tube which engages with the threaded rod, characterised in that the first end of the traction element is a ring, and in that the end of the first arm element for hinging to the second arm element comprises a groove that can be accessed from the outside and is in turn provided with a projection having a circular outline for anchoring the first end of the traction element.