mhurhangee/ep-ind-claims huggingface dataset:
Station for palletising, in particular for precast concrete pieces, comprising a first conveyor line for moving groups precast concrete pieces, and a second conveyor line being arranged above the first conveyor line, wherein said second conveyor line has a stationary rest region provided with propulsion means to move the group of precast pieces, characterised by the fact that the second conveyor line (10 is connected to the first line by means of a number of first removal means for moving a group of precast pieces from the first conveyor line to the second conveyor line, and by the fact that the propulsion means move the group precast pieces from the rest region to a second linearly movable region relative to the first region provided with a conveyor belt that is operable by actuation means, said actuation means being synchronised with the propulsion means, the station further including second removal means arranged at the exit area of the second conveyor line that can move the concrete pieces from the second linearly movable region towards a stacking area.
A method for the spot repair of a scratch-resistant paint film which includes (a) a process in which the part which is the subject of the repair whereon a scratch-resistant clear paint film has been coated is sanded, (b) a process in which the part which is to be clear gradation painted outside the part which is the subject of the repair is sanded with an abrasive material, (c) a process in which the part which is the subject of the repair is painted with a color base-paint, (d) a process in which a clear paint is applied wet-on-wet without curing the color base-paint, (e) a process in which clear paint which has been diluted with a gradation agent is applied to the part which is to be gradation painted, (f) a drying process and (g) a process in which the parts which have been gradation painted are polished, characterized in that the aforementioned clear paint is a paint of the two-liquid type of the isocyanate curing type and the aforementioned gradation agent includes a solvent which includes ethyl ethoxypropionate, acrylic resin, surfactant and curing catalyst and the amount of ethyl ethoxypropionate in the gradation agent is from 5 to 50 mass% and the acrylic resin content as solid fraction is from 1 to 5 mass%.
A method for diagnosing aggressiveness of a cancer in a patient from a cancer sample of said patient, comprising: a) measuring in vitro the expression level of the POLQ gene and/or one or several of its isoforms, and the expression level of a control gene in said patient cancer sample, b) calculating for said POLQ gene and/or isoform an expression level ratio of the expression level of POLQ and/or one or several of its isoforms to the expression of the said control gene in said patient cancer sample c) comparing said gene expression level ratio to a corresponding threshold value, and d) diagnosing cancer aggressiveness if the said ratio is superior to its corresponding threshold value, wherein said cancer is adenocarcinoma of the lung. a) measuring in vitro the expression level of the POLQ gene and/or one or several of its isoforms, and the expression level of a control gene in said patient cancer sample, b) calculating for said POLQ gene and/or isoform an expression level ratio of the expression level of POLQ and/or one or several of its isoforms to the expression of the said control gene in said patient cancer sample c) comparing said gene expression level ratio to a corresponding threshold value, and d) diagnosing cancer aggressiveness if the said ratio is superior to its corresponding threshold value,
An image analysis device for analyzing a complex magnetic resonance image obtained from a living body, comprising: an operation unit configured to: create a phase difference image based on phase differences between the complex magnetic resonance image and a low-pass filtered version of the complex magnetic resonance image; create a phase difference distribution by compiling statistics on the phase data within a predetermined area of interest in the phase difference image, wherein in said phase difference distribution a horizontal axis is set as a phase value and a vertical axis is set as a number of pixels corresponding to a given phase value in the predetermined area of interest in the phase difference image; fit the phase difference distribution with a plurality of function groups; and verify normality of the living body included in the predetermined area, on the basis of the magnetic susceptibility of the tissue included in the predetermined area determined on the basis of the parameters of the plurality of function groups fit to the phase difference distribution. create a phase difference image based on phase differences between the complex magnetic resonance image and a low-pass filtered version of the complex magnetic resonance image; create a phase difference distribution by compiling statistics on the phase data within a predetermined area of interest in the phase difference image, wherein in said phase difference distribution a horizontal axis is set as a phase value and a vertical axis is set as a number of pixels corresponding to a given phase value in the predetermined area of interest in the phase difference image; fit the phase difference distribution with a plurality of function groups; and verify normality of the living body included in the predetermined area, on the basis of the magnetic susceptibility of the tissue included in the predetermined area determined on the basis of the parameters of the plurality of function groups fit to the phase difference distribution.
A method for producing a composite of a metal and a resin, comprising steps of: A) forming nanopores in at least a part of the surface of a shaped metal; and B) injection molding a thermoplastic resin directly on the surface of the shaped metal, wherein the thermoplastic resin includes a main resin and a polyolefin resin, the main resin includes a mixture of polyphenylene ether and polyphenylene sulfide, and the polyolefin resin has a melting point of about 65°C to about 105°C. A) forming nanopores in at least a part of the surface of a shaped metal; and B) injection molding a thermoplastic resin directly on the surface of the shaped metal,
A method for manufacturing a needle-equipped outer tube (1, 31, 51, 61, 71, 81, 91) comprising: preparing a needle pipe, a joint member (3, 53, 63, 73, 83, 93) having a needle insertion hole (3a, 53a, 63a, 73a, 83a, 93a) to which the needle pipe can be inserted, and an outer tube provided with a connection section (16, 46, 56, 66, 76, 86) at one of end portions in an axial direction, and engaging the joint member (3, 53, 63, 73, 83, 93), in which the needle pipe is inserted in the needle insertion hole (3a, 53a, 63a, 73a, 83a, 93a), and characterized in that while the joint member (3, 53, 63, 73, 83, 93) is pressed toward the connection section (16, 46, 56, 66, 76, 86) by a pressing member, thermally welding the needle pipe and the joint member (3, 53, 63, 73, 83, 93) as well as the joint member (3, 53, 63, 73, 83, 93) and the connection section (16, 46, 56, 66, 76, 86) to manufacture the needle-equipped outer tube (84, 34, 54, 64, 74, 84). preparing a needle pipe, a joint member (3, 53, 63, 73, 83, 93) having a needle insertion hole (3a, 53a, 63a, 73a, 83a, 93a) to which the needle pipe can be inserted, and an outer tube provided with a connection section (16, 46, 56, 66, 76, 86) at one of end portions in an axial direction, and engaging the joint member (3, 53, 63, 73, 83, 93), in which the needle pipe is inserted in the needle insertion hole (3a, 53a, 63a, 73a, 83a, 93a), and characterized in that while the joint member (3, 53, 63, 73, 83, 93) is pressed toward the connection section (16, 46, 56, 66, 76, 86) by a pressing member, thermally welding the needle pipe and the joint member (3, 53, 63, 73, 83, 93) as well as the joint member (3, 53, 63, 73, 83, 93) and the connection section (16, 46, 56, 66, 76, 86) to manufacture the needle-equipped outer tube (84, 34, 54, 64, 74, 84).
A cable strand anchoring device (100, 200, 300) for anchoring strands of telecommunications cables to telecommunications enclosures and/or components configured for connection to telecommunications enclosures, comprising: a hub (102, 202, 302) extending from a first hub end (102a, 202a, 302a) to a second hub end (102b, 202b, 302b); a plurality of cable strand positioning elements (106, 206, 306), extending from the hub, wherein each cable strand positioning element comprises: a stabilizing portion (108, 208, 308) monolithically formed with the hub, an arc portion (110, 210, 310) monolithically formed with the stabilizing portion, and a lobe (112, 212, 312) monolithically formed with the hub, the stabilizing portion and the arc portion; and a plurality of strand anchors (120, 220, 320) monolithically formed with the hub and the lobe, wherein the cable strand anchoring device is configured to receive strands of a cable. a hub (102, 202, 302) extending from a first hub end (102a, 202a, 302a) to a second hub end (102b, 202b, 302b); a plurality of cable strand positioning elements (106, 206, 306), extending from the hub, wherein each cable strand positioning element comprises: a stabilizing portion (108, 208, 308) monolithically formed with the hub, an arc portion (110, 210, 310) monolithically formed with the stabilizing portion, and a lobe (112, 212, 312) monolithically formed with the hub, the stabilizing portion and the arc portion; and a stabilizing portion (108, 208, 308) monolithically formed with the hub, an arc portion (110, 210, 310) monolithically formed with the stabilizing portion, and a lobe (112, 212, 312) monolithically formed with the hub, the stabilizing portion and the arc portion; and a plurality of strand anchors (120, 220, 320) monolithically formed with the hub and the lobe, wherein the cable strand anchoring device is configured to receive strands of a cable.
Device (10; 20) for capturing an image in a visible wavelength region in a radioactive environment comprising at least two image detectors (11-13; 21-23), and regeneration means (17; 25,28) for alternately regenerating each detector, preferably by heating and characterised in that it also comprises: - an area (16; 27) for capturing the image; and, - at least one area (17, 18; 25, 26, 28, 29) for regenerating said detectors; and a support (14; 24) for the detectors, said support being capable of moving between: - a position wherein a first (11; 21) detector is in said capture area and a second detector (12, 13; 22, 23) is in the regeneration area; and, - a position wherein the second detector is in a capture area and the first detector is in a regeneration area. - an area (16; 27) for capturing the image; and, - at least one area (17, 18; 25, 26, 28, 29) for regenerating said detectors; - a position wherein a first (11; 21) detector is in said capture area and a second detector (12, 13; 22, 23) is in the regeneration area; and, - a position wherein the second detector is in a capture area and the first detector is in a regeneration area.
A resonant force sensor, characterized in that it comprises a test body able to be subjected to a force torsor produced by an external mechanical structure, said body comprising at least: - a first interface and a second interface each able to come into contact with said structure; - at least two sensitive elements each disposed between said two interfaces (2, 3); each of said at least two sensitive elements having a plate embedded in a frame mechanically secured to said interfaces (2, 3), wherein the frame is attached to said interfaces (2, 3) by two opposite corners (26, 27), both other corners being free (24, 25), wherein a local mass increase is performed in each corner (24, 25, 26, 27) of said frame relative to the base frame; said plate being equipped with excitation transducers (41, 42, 43, 44) on a face and with sensors (41', 42', 43', 44') on the other face, each plate being able to resonate under the effect of local mechanical excitations produced at particular points (N U, S U, W U, E U) by excitation transducers (41, 42, 43, 44) which are able to bring said plate to a plurality of resonant frequencies, sensors (41', 42', 43', 44') which are able to detect the resonant signals produced at said particular points, measurement means (81, 82) which are able to measure the resonant frequency shifts of signals that are linear combinations of the detected resonant signals, said shifts being a function of mechanical constraints induced by said forces and transferred to said plate by said frame, the components of said force torsor being determined on the basis of the resonant frequency shifts measured on the plates of said sensitive elements. - a first interface and a second interface each able to come into contact with said structure; - at least two sensitive elements each disposed between said two interfaces (2, 3);
A method of preparing a therapeutic composition for transiently reconstituting hematopoiesis in a human, comprising: a) culturing a starting cell population comprising CD34 + CD90 + human hematopoietic stem cells (HSCs) from a plurality of unrelated and at least partially mismatched allogeneic donors, wherein there is at least a partial mismatch at the MHC between the donors and recipient, ex vivo in a culture medium comprising a cytokine and growth factor mixture to produce an expanded cell population comprising greater than 50% CD34 + CD90 neg myeloid progenitor cells wherein the myeloid progenitor cells are a mixture of allogeneic myeloid progenitor cells that comprise at least a partial mismatch at the MHC between each other, and with the recipient; and b) resuspending said myeloid progenitor cells in a pharmaceutically acceptable medium suitable for administration to a human. a) culturing a starting cell population comprising CD34 + CD90 + human hematopoietic stem cells (HSCs) from a plurality of unrelated and at least partially mismatched allogeneic donors, wherein there is at least a partial mismatch at the MHC between the donors and recipient, ex vivo in a culture medium comprising a cytokine and growth factor mixture to produce an expanded cell population comprising greater than 50% CD34 + CD90 neg myeloid progenitor cells wherein the myeloid progenitor cells are a mixture of allogeneic myeloid progenitor cells that comprise at least a partial mismatch at the MHC between each other, and with the recipient; and b) resuspending said myeloid progenitor cells in a pharmaceutically acceptable medium suitable for administration to a human.
Locking device for a headrest, having a headrest rod, a guide sleeve for the headrest rod and a blocking unit, wherein the blocking unit is movable relative to the guide sleeve between a locking position, in which a blocking element of the blocking unit is in engagement with a recess formed in the headrest rod, and an unlocking position, in which the blocking element has been disengaged from the recesses formed in the headrest rod, wherein the blocking element is mounted such that it can be rotated in relation to the blocking unit about an axis of rotation parallel to the headrest rod, characterized in that the blocking unit has a first through-passage opening, through which the headrest rod runs, and wherein the blocking element has a second through-passage opening, through which the headrest rod runs, wherein the blocking element is arranged in the first through-passage opening.
A method of facilitating load balancing in a distributed computing system having multiple servers interconnected by a computer network, the method comprising: transmitting, from a first server, a request packet to a load balancer via the computer network, the request packet requesting a remote direct memory access, RDMA, connection with one or more other servers selectable by the load balancer; receiving, at the first server from a second server, a reply packet in response to the request packet, the second server having a network address in the computer network; configuring, at the first server, a rule for processing additional packets transmittable via the RDMA connection based on the received reply packet, the rule being configured to encapsulate an outgoing packet transmittable via the RDMA connection with an outer header having a destination field containing the network address of the second server; generating, at the first server, a confirmation packet in response to the received reply packet, the confirmation packet indicating that the RDMA connection with the second server is ready to use; and processing the generated confirmation packet according to the configured rule before transmitting the processed confirmation packet to the second server via the computer network. transmitting, from a first server, a request packet to a load balancer via the computer network, the request packet requesting a remote direct memory access, RDMA, connection with one or more other servers selectable by the load balancer; receiving, at the first server from a second server, a reply packet in response to the request packet, the second server having a network address in the computer network; configuring, at the first server, a rule for processing additional packets transmittable via the RDMA connection based on the received reply packet, the rule being configured to encapsulate an outgoing packet transmittable via the RDMA connection with an outer header having a destination field containing the network address of the second server; generating, at the first server, a confirmation packet in response to the received reply packet, the confirmation packet indicating that the RDMA connection with the second server is ready to use; and processing the generated confirmation packet according to the configured rule before transmitting the processed confirmation packet to the second server via the computer network.
Device for emptying bulk materials from a container into a tubular container bag, which can be received in a receiving part or collecting housing and one upper end of which can be closed after the decanting process, while the second or lower end of the container bag can be closed by means of at least three sealings rings (1, 2, 3) that are arranged coaxially with respect to a central axis of the collecting housing, in such a way that in particular also very small particles cannot be discharged towards the outside, into the ambient air, wherein the individual sealing rings (1, 2, 3), to which pressure can be applied, are in each case arranged so as to be offset from one another, characterised in that the upper or first sealing ring, viewed in the filling direction, is in contact with a cover or annular flange, and the central or second sealing ring is in contact with a nozzle or connection part for the collecting housing, and the third, offset sealing ring therebelow is in contact with the cover or annular flange, wherein the tubular part of the container bag is guided between one side of the third or lower sealing ring and the opposite wall of the receiving part or collecting housing, then around a first rib and an adjacent groove, and finally between a wall part of the nozzle or connection part or the wall of the collecting housing of the nozzle or connection part for the collecting housing and the first sealing ring provided in the cover or annular flange, wherein upon activation of at least two or all sealing rings (1 to 3) the two opposing sealing rings or the second and third sealing ring (2, 3) press the container bag, extending in an S-shape, into the groove and against the rib provided on the nozzle or connection part for the collecting housing, wherein the sealing rings to which pressure can be applied are sealing rings to which compressed air can be applied.
A matrix composition comprising: a. a biocompatible polymer non-covalently associated with a first lipid component comprising a sterol, wherein the moles of sterol are up to 40% of the moles of total lipid present; b. a second lipid component comprising at least one phospholipid having fatty acid moieties of at least 14 carbons; c. at least one nucleic acid agent; d. polyethylene glycol, wherein PEG is a linear PEG having a molecular weight in the range of 1,000-10,000; and e. at least one cationic lipid; wherein the matrix composition is lipid saturated and provides sustained and/or controlled release of the nucleic acid agent, wherein at least 30% of said agent is released from the composition at zero-order kinetics. a. a biocompatible polymer non-covalently associated with a first lipid component comprising a sterol, wherein the moles of sterol are up to 40% of the moles of total lipid present; b. a second lipid component comprising at least one phospholipid having fatty acid moieties of at least 14 carbons; c. at least one nucleic acid agent; d. polyethylene glycol, wherein PEG is a linear PEG having a molecular weight in the range of 1,000-10,000; and e. at least one cationic lipid;
A skylight window frame for being installed in or on a roof of a building, comprising four frame side members (10, 11), the frame side members (10, 11) delimiting a frame opening and defining a frame plane extending in a longitudinal direction and a lateral direction, a first of the frame side members extending along a first peripheral side of the frame opening in the longitudinal direction, a second of the frame side members extending along a second peripheral side of the frame opening in a lateral direction, each frame side member having a frame height extending in a height direction, the height direction being perpendicular to the frame plane, the first frame side member comprising a first leg, the first leg extending substantially in the height direction, and a second leg, extending substantially in the lateral direction, wherein the first leg has an outer side, the outer side facing away from the frame opening, wherein the second leg has an interior side configured to face an interior of the building in an installed position of the skylight window frame, the outer side having a major outer surface and optionally a curb flange located at a lower portion of the outer side adjacent to the interior side, the first frame side member comprising a pre-formed hole adapted for receiving a fastener, such as a screw or nail, characterized in that the pre-formed hole extends from the major outer surface of the first leg towards the interior side of the second leg in a direction which is inclined in relation to the frame plane. four frame side members (10, 11), the frame side members (10, 11) delimiting a frame opening and defining a frame plane extending in a longitudinal direction and a lateral direction, a first of the frame side members extending along a first peripheral side of the frame opening in the longitudinal direction, a second of the frame side members extending along a second peripheral side of the frame opening in a lateral direction, each frame side member having a frame height extending in a height direction, the height direction being perpendicular to the frame plane, the first frame side member comprising a first leg, the first leg extending substantially in the height direction, and a second leg, extending substantially in the lateral direction, wherein the first leg has an outer side, the outer side facing away from the frame opening, wherein the second leg has an interior side configured to face an interior of the building in an installed position of the skylight window frame, the outer side having a major outer surface and optionally a curb flange located at a lower portion of the outer side adjacent to the interior side, the first frame side member comprising a pre-formed hole adapted for receiving a fastener, such as a screw or nail, characterized in that the pre-formed hole extends from the major outer surface of the first leg towards the interior side of the second leg in a direction which is inclined in relation to the frame plane.