mhurhangee/ep-ind-claims huggingface dataset:
A bracket for affixing an electronic device to a shipping container, the bracket (130, 300 or 400) comprising: a base (131, 301, 401); a first arm and a second arm disposed on distal ends of the base (131, 301, 401); a first flange and second flange extending from the first arm and the second arm; a first affixing mechanism and a second affixing mechanism to affix the first flange and the second flange respectively to adjacent locking rods on the shipping container, said first affixing mechanism and second affixing mechanism allowing rotation of the locking rods; and a mounting mechanism on the base (131, 301, 401) for mounting the electronic device, wherein the base (131, 301, 401) is configured to fit within a corrugation behind the adjacent locking rods, and at least one portion of the base (131, 301, 401) is configured to contact the shipping container when the first flange and the second flange are behind the adjacent locking rods. a base (131, 301, 401); a first arm and a second arm disposed on distal ends of the base (131, 301, 401); a first flange and second flange extending from the first arm and the second arm; a first affixing mechanism and a second affixing mechanism to affix the first flange and the second flange respectively to adjacent locking rods on the shipping container, said first affixing mechanism and second affixing mechanism allowing rotation of the locking rods; and a mounting mechanism on the base (131, 301, 401) for mounting the electronic device, wherein the base (131, 301, 401) is configured to fit within a corrugation behind the adjacent locking rods, and at least one portion of the base (131, 301, 401) is configured to contact the shipping container when the first flange and the second flange are behind the adjacent locking rods.
A water tank for a refrigerator comprising: a plurality of water storage containers(110,120) to store water; and at least one communication member provided at the other ends of the water storage containers such that the water storage containers communicate with each other through the at least one communication member, characterized in that the water tank has a plurality of water storage container caps (150, 160) respectively coupled to corresponding ends of the water storage containers; and in that the water storage containers(110,120) and the at least one communication member are integrally formed by injection molding. a plurality of water storage containers(110,120) to store water; and at least one communication member provided at the other ends of the water storage containers such that the water storage containers communicate with each other through the at least one communication member, characterized in that the water tank has a plurality of water storage container caps (150, 160) respectively coupled to corresponding ends of the water storage containers; and in that the water storage containers(110,120) and the at least one communication member are integrally formed by injection molding.
A reciprocating compressor having two or more cylinders, the compressor comprising: a cylinder block defining a bank having the cylinders; a cylinder head secured to the cylinder block overlying the cylinders and having a suction plenum and a discharge plenum in selective fluid communication with the cylinders; and a bypass unloader valve assembly in operable communication with the cylinder head and being responsive to control signals to allow for fluid communication of a refrigerant between the discharge plenum and the suction plenum; wherein the reciprocating compressor includes a corresponding bypass unloader valve assembly for each of the cylinders in the bank; and characterised in that the bypass unloader valve assembly has a solenoid capable of operation in a pulse width modulation mode to provide for rapid cycle, of the bypass unloader valve assembly, wherein a period of the rapid cycle of the bypass unloader valve assembly is between 1 cycle/second and 1 cycle/180 seconds. a cylinder block defining a bank having the cylinders; a cylinder head secured to the cylinder block overlying the cylinders and having a suction plenum and a discharge plenum in selective fluid communication with the cylinders; and a bypass unloader valve assembly in operable communication with the cylinder head and being responsive to control signals to allow for fluid communication of a refrigerant between the discharge plenum and the suction plenum; wherein the reciprocating compressor includes a corresponding bypass unloader valve assembly for each of the cylinders in the bank; and characterised in that the bypass unloader valve assembly has a solenoid capable of operation in a pulse width modulation mode to provide for rapid cycle, of the bypass unloader valve assembly, wherein a period of the rapid cycle of the bypass unloader valve assembly is between 1 cycle/second and 1 cycle/180 seconds.
A system for the stabilisation of a vehicle with a chassis, the chassis comprising a rear wheel bogie, with a pendulum shaft that can be rotated, through rotary bearings, around an axis that extends parallel to the longitudinal direction of the vehicle; a tipping arrangement arranged at the chassis, on which tipping arrangement a crane is arranged, whereby the tipping arrangement further comprises a rotating disk arranged on rotary bearings on a tipping plate such that the rotating disk, and thus also the crane, can rotate around a vertical axis; and a hydraulic stabilisation arrangement comprising first and second hydraulic stabilisation actuators (31A, 31B) arranged at the rear wheel bogie, whereby: - the rear wheel bogie comprises two pairs of wheels, one pair on each side of the longitudinal axis of the vehicle, the rear wheel bogie can be rotated, through its bogie arm, and a rotation joint located at the centre of the bogie arm, around an horizontal axis that extends perpendicular to the longitudinal direction of the vehicle, - the tipping arrangement further comprises first and a second hydraulic tipping actuators (22A, 22B) arranged in connection with the_tipping plate, wherein_the tipping plate and thus the rotating disc can be rotated relative to the chassis around a horizontal axis (23, 24), under a torque that is generated depending on the position of the crane relative to the centre line CL, whereby the said first stabilisation actuator and the first tipping actuator are arranged in fluid-mediated connection, and the said second stabilisation actuator and the second tipping actuator (22B are arranged in fluid-mediated connection, whereby the pressure at the stabilisation actuators (31A, 31B) are controlled on the basis of the pressure at the tipping actuators (22A, 22B) caused by the position of the crane. - the rear wheel bogie comprises two pairs of wheels, one pair on each side of the longitudinal axis of the vehicle, the rear wheel bogie can be rotated, through its bogie arm, and a rotation joint located at the centre of the bogie arm, around an horizontal axis that extends perpendicular to the longitudinal direction of the vehicle, - the tipping arrangement further comprises first and a second hydraulic tipping actuators (22A, 22B) arranged in connection with the_tipping plate, wherein_the tipping plate and thus the rotating disc can be rotated relative to the chassis around a horizontal axis (23, 24), under a torque that is generated depending on the position of the crane relative to the centre line CL, whereby the said first stabilisation actuator and the first tipping actuator are arranged in fluid-mediated connection, and the said second stabilisation actuator and the second tipping actuator (22B are arranged in fluid-mediated connection, whereby the pressure at the stabilisation actuators (31A, 31B) are controlled on the basis of the pressure at the tipping actuators (22A, 22B) caused by the position of the crane.
A method for reducing density-dependent GC bias and/or nucleic acid damage in bridge amplification of a double stranded nucleic acid template on a surface comprising: a) denaturing the nucleic acid template with a first solution comprising formamide and a single type of dNTP and / or a single type of rNTP, or a mixture of different dNTPs and/or rNTPs to produce single stranded nucleic acid template strands; b) optionally replacing the first solution with a second solution; c) annealing the single stranded nucleic acid template strands to oligonucleotide primers bound to the surface; and d) replacing the first or second solution with a solution comprising a polymerase, whereby the oligonucleotide primers bound to the surface are fully extended; wherein density- dependent GC bias and/or nucleic acid damage in the amplification of the double stranded nucleic acid template is reduced. a) denaturing the nucleic acid template with a first solution comprising formamide and a single type of dNTP and / or a single type of rNTP, or a mixture of different dNTPs and/or rNTPs to produce single stranded nucleic acid template strands; b) optionally replacing the first solution with a second solution; c) annealing the single stranded nucleic acid template strands to oligonucleotide primers bound to the surface; and d) replacing the first or second solution with a solution comprising a polymerase, whereby the oligonucleotide primers bound to the surface are fully extended;
Method for shaping an essentially flat-surfaced blank to form a shell body, comprising the following steps: a) Forming of two flat-surfaced buckling-stable inserts which in terms of shape, dimension and deformation properties are adapted to the flat-surfaced blank; b) forming of a blank to be deformed and of two buckling-stable inserts (16', 16") to be deformed from the flat-surfaced blank (10, 10') and from the flat-surfaced buckling-stable inserts (12, 12'), whereby an insert intended as base in its dimensions is a bit larger than the blank to be deformed and an insert intended as lining (16") in its dimensions is a bit smaller than the blank to be deformed; c) positioning the blank to be deformed and the two buckling-stable inserts (16', 16") to be deformed to each other such that the blank to be deformed and the two buckling-stable inserts (16', 16") to be deformed after such arrangement and throughout the entire deformation of the blank to be deformed to form the shell body are in full-surface mutual contact; d) clamping the blank to be deformed and the two buckling-stable inserts (16', 16") to be deformed through their circumference in or at a bearing structure; and e) deforming the blank to be deformed together with the two buckling-stable inserts (16', 16") to be deformed via a forming tool contacting the insert to be deformed and intended as a lining (16") into the shell body by concave pressing or spin forming, respectively, and/or counter-rolling. a) Forming of two flat-surfaced buckling-stable inserts which in terms of shape, dimension and deformation properties are adapted to the flat-surfaced blank; b) forming of a blank to be deformed and of two buckling-stable inserts (16', 16") to be deformed from the flat-surfaced blank (10, 10') and from the flat-surfaced buckling-stable inserts (12, 12'), whereby an insert intended as base in its dimensions is a bit larger than the blank to be deformed and an insert intended as lining (16") in its dimensions is a bit smaller than the blank to be deformed; c) positioning the blank to be deformed and the two buckling-stable inserts (16', 16") to be deformed to each other such that the blank to be deformed and the two buckling-stable inserts (16', 16") to be deformed after such arrangement and throughout the entire deformation of the blank to be deformed to form the shell body are in full-surface mutual contact; d) clamping the blank to be deformed and the two buckling-stable inserts (16', 16") to be deformed through their circumference in or at a bearing structure; and e) deforming the blank to be deformed together with the two buckling-stable inserts (16', 16") to be deformed via a forming tool contacting the insert to be deformed and intended as a lining (16") into the shell body by concave pressing or spin forming, respectively, and/or counter-rolling.
A modified lecithin-cholesterol acyltransferase (LCAT) protein, wherein the modified LCAT protein comprises a modification of the mature LCAT amino acid sequence set forth in SEQ ID NO: 1 or SEQ ID NO: 2 and an immunoglobulin G (IgG) constant (Fc) domain, and the modification consists of a C31Y substitution and an L4 or N5 substitution.
An electrophotographic printer comprising a photoconductor drum and a transfer drum, wherein each of the photoconductor and transfer drums (1, 2) is fitted on a drum body (12, 13) so as to be extractable therefrom towards a front side, the shaft at a back side of the drum body (12, 13) being supported in a cantilever fashion by a bearing unit supported on a main frame at the back side, characterized in that: the shaft (12a,13a) at the front side of said drum body (12, 13) is supported by a disengageable bearing (17, 18), said disengageable bearing (17, 18) comprising a shaft holding cylinder axially extractable from said shaft and a housing (22, 23) supporting said shaft holding cylinder so that the shaft holding cylinder is axially slidable via a bearing; and two such disengageable bearings (17, 18) are supported on a swingable frame mounted so as to be swingable on a main frame at the front side. the shaft (12a,13a) at the front side of said drum body (12, 13) is supported by a disengageable bearing (17, 18), said disengageable bearing (17, 18) comprising a shaft holding cylinder axially extractable from said shaft and a housing (22, 23) supporting said shaft holding cylinder so that the shaft holding cylinder is axially slidable via a bearing; and two such disengageable bearings (17, 18) are supported on a swingable frame mounted so as to be swingable on a main frame at the front side.
Processing attachment for processing foodstuffs, for use with a food processor, which has a cover element and a beaker vessel, wherein the cover element is able to close the beaker vessel in a sealing manner, and the beaker vessel, in a processing interior of the processing attachment which can be jointly enclosed by the cover element and the beaker vessel, has one or more processing tools having one or more output couplings which are open to the outside, via which the processing tools can be driven in a rotatable manner, and/or has one or more processing tool couplings having one or more output couplings which are open to the outside, via which the processing tools can be driven in a rotatable manner, in order to fasten one or more processing tools, and the beaker vessel has a device coupling, via which the processing attachment can be coupled to the food processor in a releasable manner, wherein the device coupling then exclusively enables a coupling of the processing attachment to the food processor when the cover element closes the beaker vessel and additionally is protected at the beaker vessel against axial loss, wherein on the side of the cover element one or more tooth elements are present, which engage into one or more corresponding tooth elements on the side of the beaker vessel and are able to displace it when the beaker vessel is closed with the cover element, so that once the corresponding tooth elements have been displaced, the device coupling enables a coupling of the processing attachment, characterised in that the corresponding tooth elements are arranged on the side of the beaker vessel on an intermediate coupling, which comprises the device coupling, wherein the intermediate coupling is mounted such that it can rotate in relation to the beaker vessel, wherein the device coupling and the intermediate coupling are non-rotating in relation to one another, so that the intermediate coupling can also be rotated by rotating the cover element on the beaker vessel.
An electromagnetic biosensing system, wherein said electromagnetic biosensing system comprises two independent electromagnetic subunits (1, 1', 2, 2') arranged in parallel and separated by a gap in the region of the pole shoes of said electromagnetic subunits (1, 1', 2, 2'), wherein the two electromagnetic subunits consist of a first coil with a first core, and a second coil with a second core, wherein first and second cores extend beyond the coils, characterized in that said first and second cores which extend beyond the coils constructively cause a slit to be formed and arranged to receive a cartridge for containing a sample volume, and wherein the electromagnetic biosensing system further comprises an optical window arranged on the open side of the cartridge and an optical system reader.
A wheel suspension for an in particular agricultural vehicle having a sleeve on the body side and a shaft that is rotatable in the sleeve, wherein a pressurised gas feedthrough comprises an annular space (15; 28) which is limited by sleeve and shaft and channels (7, 8; 16, 29) opening into the annular space (15; 28) of the sleeve and the shaft, and the annular space (15; 28) is sealed by at least one sealing ring touching the sleeve and the shaft, characterized in that a circumferential surface of the sealing ring in the relaxed state is formed complementarily to a circumferential surface of the sleeve or the shaft touched by it in the assembled state and the diameter of the circumferential surface in the relaxed state is as large or larger than the diameter of the circumferential surface of the sleeve touched by it or as large as or smaller than the diameter of the circumferential surface of the shaft touched by it, wherein the circumferential surface of the sealing ring is an outer surface and that between an inner surface of the sealing ring and an outer surface of the shaft extending through the sealing ring the gap is present, wherein the outer surface forms the bottom of a groove of the shaft and the sealing ring contacts a side wall of the groove.
A computer-implemented method, comprising: detecting a presence of a user at a first media broadcasting device; in response to the detecting and without user interaction, determining media content being provided for the user at a second media broadcasting device remote from the first media broadcasting device; identifying, within the determined media content, a content location associated with the second media broadcasting device; and providing the determined media content for broadcast at the first media broadcasting device starting at the content location; wherein the first media broadcasting device is currently broadcasting media content when the presence of the user is detected, the method characterized by further comprising: providing an option to choose between the currently broadcasting media content and the determined media content; receiving a selection of one of the currently broadcasting media content or the determined media content; and providing the selected one of the currently broadcasting media content or the determined media content at the first media broadcasting device. detecting a presence of a user at a first media broadcasting device; in response to the detecting and without user interaction, determining media content being provided for the user at a second media broadcasting device remote from the first media broadcasting device; identifying, within the determined media content, a content location associated with the second media broadcasting device; and providing the determined media content for broadcast at the first media broadcasting device starting at the content location; wherein the first media broadcasting device is currently broadcasting media content when the presence of the user is detected, the method characterized by further comprising: providing an option to choose between the currently broadcasting media content and the determined media content; receiving a selection of one of the currently broadcasting media content or the determined media content; and providing the selected one of the currently broadcasting media content or the determined media content at the first media broadcasting device. providing an option to choose between the currently broadcasting media content and the determined media content; receiving a selection of one of the currently broadcasting media content or the determined media content; and providing the selected one of the currently broadcasting media content or the determined media content at the first media broadcasting device.
Apparatus, comprising at least one electron beam generator for generating accelerated electrons, to which bulk material particles can be impinged during free fall along a perpendicular line characterized in that a) the electron beam generator is of annular design, in which the electrons emitted from an annular cathode, accelerated in the direction of the ring axis and enter through an electron exit window; b) the annular electron beam generator is arranged in such a way that its ring axis is aligned perpendicularly or deviating by an angle of up to 45° from the vertical; c) above the annular electron beam generator there is arranged a device belonging thereto for separating bulk material particles, the bottom wall of which has at least one opening, from which bulk material particles can fall out and from there through the annular aperture formed by the electron beam generator. a) the electron beam generator is of annular design, in which the electrons emitted from an annular cathode, accelerated in the direction of the ring axis and enter through an electron exit window; b) the annular electron beam generator is arranged in such a way that its ring axis is aligned perpendicularly or deviating by an angle of up to 45° from the vertical; c) above the annular electron beam generator there is arranged a device belonging thereto for separating bulk material particles, the bottom wall of which has at least one opening, from which bulk material particles can fall out and from there through the annular aperture formed by the electron beam generator.
A gas generator for a safety device in a vehicle, comprising plural parts, wherein in the area of abutting parts a sealant is applied which adheres to both abutting parts, wherein each of the abutting parts forms at least part of the outer gas generator surface, and wherein the sealant is applied from outside to the two abutting parts in such a way that it is located completely outside an outer housing of the gas generator, characterized in that the abutting parts are made from different materials, on the one hand from plastic and on the other hand from metal, the part made from plastic forming a partial insert-molding of the part made from metal.