mhurhangee/patent-ind-claim-en huggingface dataset:
An inking unit of a printing press with at least one inking unit cylinder and with at least one inking unit carrier , with a bearing housing , which is assigned at least one bearing rotatably supporting a journal of the inking unit cylinder , with a carriage movable relative to the inking unit carrier in a direction of movement (S), wherein the bearing housing is movable relative to the carriage , in order to expose the journal of the inking unit cylinder , wherein the bearing housing comprises at least one surface element and wherein the carriage comprises at least one counter surface element , wherein the surface element and the counter surface element can be brought into contact, wherein at least one force supply device is provided, with which the surface element of the bearing housing can be pressed against the counter surface element , so that a frictional connection is established between the surface element and the counter surface element , characterized in that the carriage comprises a sliding surface for the bearing housing and that the carriage comprises extension pieces , which cover the extensions of the bearing housing, wherein the extension pieces comprise the counter surface elements and the extensions comprise the surface elements, wherein the extensions and the extension pieces comprise oblique surfaces , wherein an extension piece comprises obliquely arranged clamping elements , with which the bearing housing can be pressed against the sliding surface and at the same time the oblique surface of the extension can be pressed against the counter surface element of the extension piece . with a bearing housing , which is assigned at least one bearing rotatably supporting a journal of the inking unit cylinder , with a carriage movable relative to the inking unit carrier in a direction of movement (S), wherein the bearing housing is movable relative to the carriage , in order to expose the journal of the inking unit cylinder , wherein the bearing housing comprises at least one surface element and wherein the carriage comprises at least one counter surface element , wherein the surface element and the counter surface element can be brought into contact, wherein at least one force supply device is provided, with which the surface element of the bearing housing can be pressed against the counter surface element , so that a frictional connection is established between the surface element and the counter surface element , characterized in that the carriage comprises a sliding surface for the bearing housing and that the carriage comprises extension pieces , which cover the extensions of the bearing housing, wherein the extension pieces comprise the counter surface elements and the extensions comprise the surface elements, wherein the extensions and the extension pieces comprise oblique surfaces , wherein an extension piece comprises obliquely arranged clamping elements , with which the bearing housing can be pressed against the sliding surface and at the same time the oblique surface of the extension can be pressed against the counter surface element of the extension piece .
A compaction machine comprising: a compaction plate ; an imbalance mass assembly operably coupled to the compaction plate , the imbalance mass assembly comprising an imbalance mass shaft and an imbalance mass affixed to the imbalance mass shaft ; a first electric motor comprising a first electric motor shaft that is operably coupled to the imbalance mass shaft at a first end of the imbalance mass shaft ; characterized in that the compaction machine comprises a second electric motor comprising a second electric motor shaft that is operably coupled to the imbalance mass shaft at a second end of the imbalance mass shaft , the first end of the imbalance mass shaft being disposed opposite the second end of the imbalance mass shaft . a compaction plate ; an imbalance mass assembly operably coupled to the compaction plate , the imbalance mass assembly comprising an imbalance mass shaft and an imbalance mass affixed to the imbalance mass shaft ; a first electric motor comprising a first electric motor shaft that is operably coupled to the imbalance mass shaft at a first end of the imbalance mass shaft ; characterized in that the compaction machine comprises a second electric motor comprising a second electric motor shaft that is operably coupled to the imbalance mass shaft at a second end of the imbalance mass shaft , the first end of the imbalance mass shaft being disposed opposite the second end of the imbalance mass shaft .
A device for monitoring a transmission line that connects a signal source to an antenna , the device including three or more directional couplers (C1, C2, C3), at determined distances along the transmission line , and a processing unit , wherein the processing unit is sensitive to signal amplitudes present at least one port of each of the directional couplers (C1, C2, C3), and arranged to compute a phase shift (a) between a direct component of a signal on the transmission line and a reflected component of the signal on the transmission line at a predetermined position of the transmission line based on said signal amplitudes.
A system for securing a spinal rod (R), the system comprising: a pedicle screw housing having wings defining a rod-receiving passage between the wings , the rod-receiving passage configured to receive the spinal rod (R) therein; a tab extending from one of the wings and coupled thereto by a frangible member ; and an extension secured to the tab , characterized in that the extension is secured to the tab by a protrusion received through an aperture and secured thereto by a ring member positioned on the protrusion . a pedicle screw housing having wings defining a rod-receiving passage between the wings , the rod-receiving passage configured to receive the spinal rod (R) therein; a tab extending from one of the wings and coupled thereto by a frangible member ; and an extension secured to the tab , characterized in that the extension is secured to the tab by a protrusion received through an aperture and secured thereto by a ring member positioned on the protrusion .
A method for preventing detachment of a three-dimensional object from a printing tray of a printing apparatus , said method comprising: printing a carpet of building material, on the printing tray or upon a surface coating thereof, below and around a base of the three-dimensional object which is to be printed; and printing said three-dimensional object, wherein the carpet is configured to have carpet edges which protrude beyond boundaries of the base of the printed three-dimensional object. printing a carpet of building material, on the printing tray or upon a surface coating thereof, below and around a base of the three-dimensional object which is to be printed; and printing said three-dimensional object, wherein the carpet is configured to have carpet edges which protrude beyond boundaries of the base of the printed three-dimensional object.
An additive manufacturing device comprising a movable raw material processing unit for manufacturing a solid article, wherein the raw material processing unit comprises a housing configured as a transport device configured to be disengageable from the additive manufacturing device , wherein the housing of the raw material processing unit contains a raw material container unit , a build unit and a raw material distribution unit wherein the housing is removable from the additive manufacturing device wherein the additive manufacturing device is configured for the manufacture of a solid article , wherein the raw material container unit comprises a raw material container and the build unit comprises a recipient , wherein the recipient is configured for the removal of the solid article after the completion of the manufacture of the solid article and the solid article can be separated from the spent raw material in the recipient , wherein the raw material distribution unit is configured to transfer the spent raw material or a sieved raw material from the recipient or from a raw material disposal unit or from a spent raw material container or a raw material storage unit to the raw material container , wherein the raw material container contains the raw material for the manufacture of the solid article , wherein the build unit is configured to receive the raw material from the raw material container , wherein, in operation, the raw material distribution unit is configured to transport a portion of the raw material from the raw material container to the build unit , wherein the raw material container comprises a raw material chamber of variable volume and a raw material chamber bottom , wherein the raw material chamber bottom can be connected to a raw material container drive unit to move the raw material chamber bottom to change the volume of the raw material chamber , wherein the build unit comprises a recipient of variable volume configured to receive the portion of the raw material from the raw material container , wherein the build unit comprises a recipient bottom which can be connected to a build unit drive unit to move the recipient bottom to change the volume of the recipient characterized in that the operative state, the respective raw material container is configured for the addition of a layer of the raw material on top of the spent raw material or sieved raw material , thereby providing an alternating sequence of the raw material and the spent raw material or the sieved raw material to the raw material container whereby the spent raw material or the sieved raw material is configured to be mixed with the raw material .
A portable beverage container , comprising: a rigid outer shell ; an inner vessel configured to be disposed at least partially within the outer shell ; a cap configured to be secured to the outer shell ; a spout configured to be engaged with the cap and to extend through an opening in the cap into a neck of the inner vessel , wherein the spout is removable from the cap while the cap is secured to the outer shell ; an upper shock absorber configured to be compressed between the inner vessel and the outer shell when the cap is secured to the outer shell ; and a lower shock absorber configured to be disposed between the inner vessel and the outer shell , wherein the lower shock absorber includes a drainage feature that allows liquid to drain there through, wherein the lower shock absorber further includes a circumferential recess configured to receive a circumferential protrusion on a base portion of the inner vessel . a rigid outer shell ; an inner vessel configured to be disposed at least partially within the outer shell ; a cap configured to be secured to the outer shell ; a spout configured to be engaged with the cap and to extend through an opening in the cap into a neck of the inner vessel , wherein the spout is removable from the cap while the cap is secured to the outer shell ; an upper shock absorber configured to be compressed between the inner vessel and the outer shell when the cap is secured to the outer shell ; and a lower shock absorber configured to be disposed between the inner vessel and the outer shell , wherein the lower shock absorber includes a drainage feature that allows liquid to drain there through, wherein the lower shock absorber further includes a circumferential recess configured to receive a circumferential protrusion on a base portion of the inner vessel .
Package for the sterile packaging of objects for medical, pharmaceutical or cosmetic applications, comprising at least one bag made of a first and a second web that are connected to one another with a sealed seam, characterized in that the first web consists of a selectively permeable non-woven fabric ; the second web consists of a laminated film comprising at least three layers, wherein the first layer is a polymer film arranged on the outside of the bag, the second layer is a laminating adhesive and the third layer is a polymer film arranged on the inside of the bag, wherein the polymer of the first layer has a melting temperature which is at least 20°C above the sealing initiation temperature of the third layer , at least one of the layers of the second web includes one or more pigments, the sealed seam is imaged in a 8-bit greyscale image, which has been taken in transmitted light and contrast-normalized, in a grey-scale value range of 50 - 200, and the sealed seam has a transmittance τ vis of 10% - 40% measured in remission with a 2° observer according to DIN 5033-1:2009-5. the first web consists of a selectively permeable non-woven fabric ; the second web consists of a laminated film comprising at least three layers, wherein the first layer is a polymer film arranged on the outside of the bag, the second layer is a laminating adhesive and the third layer is a polymer film arranged on the inside of the bag, wherein the polymer of the first layer has a melting temperature which is at least 20°C above the sealing initiation temperature of the third layer , at least one of the layers of the second web includes one or more pigments, the sealed seam is imaged in a 8-bit greyscale image, which has been taken in transmitted light and contrast-normalized, in a grey-scale value range of 50 - 200, and the sealed seam has a transmittance τ vis of 10% - 40% measured in remission with a 2° observer according to DIN 5033-1:2009-5.
A bellows restraint comprising: a first bracket having a first mount and a first arm extending from the first mount ; a second bracket having a second mount and a second arm extending from the second mount to be adjacent to the first arm , the second arm having at least one through-hole ; and wherein the bellows restraint further comprises: a first fastener extending through the at least one through-hole of the second arm to connect to the first arm , the first fastener having a cross-sectional area that is smaller than a cross-sectional area of the at least one through-hole to allow the first bracket to move in relation to the second bracket , wherein the at least one through-hole includes a first through-hole corresponding to the first fastener and a second through-hole having the same orientation as the first through-hole , the bellows restraint further comprising: a second fastener extending through the second through-hole of the second arm to connect to the first arm , the second fastener having a cross-sectional area that is smaller than the cross-sectional area of the second through-hole to allow the first bracket to move in relation to the second bracket , and characterised in that the first fastener has a threaded portion that corresponds to a threaded portion in the first arm to attach the first fastener to the first arm . a first bracket having a first mount and a first arm extending from the first mount ; a second bracket having a second mount and a second arm extending from the second mount to be adjacent to the first arm , the second arm having at least one through-hole ; and wherein the bellows restraint further comprises: a first fastener extending through the at least one through-hole of the second arm to connect to the first arm , the first fastener having a cross-sectional area that is smaller than a cross-sectional area of the at least one through-hole to allow the first bracket to move in relation to the second bracket , wherein the at least one through-hole includes a first through-hole corresponding to the first fastener and a second through-hole having the same orientation as the first through-hole , the bellows restraint further comprising: a second fastener extending through the second through-hole of the second arm to connect to the first arm , the second fastener having a cross-sectional area that is smaller than the cross-sectional area of the second through-hole to allow the first bracket to move in relation to the second bracket , and characterised in that the first fastener has a threaded portion that corresponds to a threaded portion in the first arm to attach the first fastener to the first arm . a second fastener extending through the second through-hole of the second arm to connect to the first arm , the second fastener having a cross-sectional area that is smaller than the cross-sectional area of the second through-hole to allow the first bracket to move in relation to the second bracket , and characterised in that the first fastener has a threaded portion that corresponds to a threaded portion in the first arm to attach the first fastener to the first arm .
A coated conductor, comprising: (a) a conductor; and (b) an elongated polymeric coating surrounding at least a portion of said conductor, wherein said elongated polymeric coating comprises a polymeric matrix material and a plurality of microcapillaries which extend substantially in the direction of elongation of said elongated polymeric coating, wherein at least a portion of said microcapillaries contain a polymeric microcapillary material, wherein said polymeric microcapillary material is an elastomer, and wherein said polymeric matrix material comprises medium-density polyethylene, wherein said polymeric microcapillary material comprises an ethylene/octene copolymer olefin elastomer. (a) a conductor; and (b) an elongated polymeric coating surrounding at least a portion of said conductor,
Method for selecting a suitable candidate CHO cell clone for recombinant protein expression, the method comprising the steps of: a) determining for at least two CHO cell clones, preferably expressing a recombinant protein, the expression level of the Fkbp10 gene, and b) selecting out of said at least two CHO cell clones a CHO cell clone for further expansion, whose expression level of said gene is with respect to the expression level of said same gene in at least one other clone tested in step a) downregulated. a) determining for at least two CHO cell clones, preferably expressing a recombinant protein, the expression level of the Fkbp10 gene, and b) selecting out of said at least two CHO cell clones a CHO cell clone for further expansion, whose expression level of said gene is with respect to the expression level of said same gene in at least one other clone tested in step a) downregulated.
An in vitro method for the diagnosis of foetal alcohol spectrum disorders (FASDs) in a subject comprising the following steps: a) measuring the amount of placental growth factor (PlGF) in a biological sample from said subject and; b) comparing the amount of PlGF from step a) with a reference, and c) establishing an FASD in said subject. a) measuring the amount of placental growth factor (PlGF) in a biological sample from said subject and; b) comparing the amount of PlGF from step a) with a reference, and c) establishing an FASD in said subject.
A system comprising: a population of cable modems arranged into groups, wherein each group of cable modems is configured to use an initial subset of bit loading profiles from a set of initial bit loading profiles; and a head end in operable communication with the population of cable modems, the head end configured to: communicate with the population of cable modems using the set of initial bit loading profiles; use a K-means clustering technique to re-arrange the population of cable modems into new groups, wherein the bit loading profiles of the set of initial bit loading profiles associated with the most used cable modems are used as seed vectors in the K-means clustering technique; generate new bit-loading profiles for each new group of cable modems; and assign to each new group one of the new bit-loading profiles. a population of cable modems arranged into groups, wherein each group of cable modems is configured to use an initial subset of bit loading profiles from a set of initial bit loading profiles; and a head end in operable communication with the population of cable modems, the head end configured to: communicate with the population of cable modems using the set of initial bit loading profiles; use a K-means clustering technique to re-arrange the population of cable modems into new groups, wherein the bit loading profiles of the set of initial bit loading profiles associated with the most used cable modems are used as seed vectors in the K-means clustering technique; generate new bit-loading profiles for each new group of cable modems; and assign to each new group one of the new bit-loading profiles. communicate with the population of cable modems using the set of initial bit loading profiles; use a K-means clustering technique to re-arrange the population of cable modems into new groups, wherein the bit loading profiles of the set of initial bit loading profiles associated with the most used cable modems are used as seed vectors in the K-means clustering technique; generate new bit-loading profiles for each new group of cable modems; and assign to each new group one of the new bit-loading profiles.
A motorized mechanism for operating a window shade for controlling the amount of light admitted through a window, comprising: a window shade adapted to be extended and compressed relative to the window in accordance with motion within a housing of a rail assembly attached to one end of said window shade , wherein said rail assembly includes an axle extending between opposite ends of said rail assembly ; a motor secured to the housing and coupled to a motor-driven first pulley ; a cable looped between said motor-driven first pulley and a second pulley , said second pulley being secured to the housing remotely from said first pulley ; and characterized in that first and second components (35, 36; 37, 38; 55, 56; 57, 58) are respectively coupled to said axle at opposite ends of said rail assembly , with only one of said first and second components (35, 36; 37, 38; 55, 56; 57, 58) comprising a driven component that is coupled to said cable to be movable within the housing between the first and second pulleys with motion of the cable in response to motor driven rotation of said first pulley to extend or compress the window shade , with the other one of said first and second components (35, 36; 37, 38; 55, 56; 57, 58) comprising a passive component that is movable within the housing in response to the movement of the driven component , wherein said first component comprises a carrier having a gear rotatably coupled thereto, and wherein said cable is secured to said carrier . a window shade adapted to be extended and compressed relative to the window in accordance with motion within a housing of a rail assembly attached to one end of said window shade , wherein said rail assembly includes an axle extending between opposite ends of said rail assembly ; a motor secured to the housing and coupled to a motor-driven first pulley ; a cable looped between said motor-driven first pulley and a second pulley , said second pulley being secured to the housing remotely from said first pulley ; and characterized in that first and second components (35, 36; 37, 38; 55, 56; 57, 58) are respectively coupled to said axle at opposite ends of said rail assembly , with only one of said first and second components (35, 36; 37, 38; 55, 56; 57, 58) comprising a driven component that is coupled to said cable to be movable within the housing between the first and second pulleys with motion of the cable in response to motor driven rotation of said first pulley to extend or compress the window shade , with the other one of said first and second components (35, 36; 37, 38; 55, 56; 57, 58) comprising a passive component that is movable within the housing in response to the movement of the driven component , wherein said first component comprises a carrier having a gear rotatably coupled thereto, and wherein said cable is secured to said carrier .