mhurhangee/patent-ind-claim-en huggingface dataset:
Fuel injector , in particular common rail injector, having an injector housing , in which a high-pressure chamber is formed which can be supplied with pressurized fuel via a supply bore arranged in the injector housing , having a measuring device (30; 30a; 30b) for at least indirectly detecting the pressure in the high-pressure chamber or in the supply bore , wherein the measuring device (30; 30a; 30b) is designed to detect elastic deformation of a deformation region , which is at least indirectly operatively connected to the supply bore or to the high-pressure chamber , wherein the measuring device (30; 30a; 30b) has a housing in which a sensor element , which is in the form of a piezo element and is operatively connected to the deformation region , is arranged, wherein the piezo element is electrically contacted on two side surfaces , which are arranged at least substantially perpendicularly to the surface of the deformation region , by means of an elastically pretensioned spring element (62; 85; 96) in each case, wherein a contact force (F) of the spring element (62; 85; 96) runs at least substantially perpendicularly to the side surface , wherein the spring element or an electrical connection element connected to the spring element (62; 85) passes through the housing in the region of a passage opening , and wherein an insulation compound is arranged between the spring element or the connection element and the passage opening , characterized in that the insulation compound protrudes over an outer side of the housing on the side facing away from an interior space of the housing , and in that the spring element or the connection element has, outside the housing , a stop region (56; 97) for limiting an axial movement of the spring element or of the connection element in the direction of the interior space of the housing with a cross section which is larger at least in regions than the cross section of the passage opening , wherein the insulation compound is arranged between the stop region (56; 97) and the housing such that the stop region (56; 97) is arranged at a distance (a) from the outer side of the housing .
Seeding machine , comprising - a plurality of row units (3a-3x), wherein the row units (3a-3x) are arranged on a frame extending transversely to the direction of travel (F) and respectively have soil cultivation tools and a hydraulic cylinder exerting a press force on the soil cultivation tools , wherein the press force acting on the soil cultivation tools is adjustable by means of a pressure valve upstream of each hydraulic cylinder , - a sensor arrangement that comprises at least two, preferably at least three or more sensors which are respectively configured to produce an electrical signal in correlation with a total pressure acting on the soil cultivation tools of a row unit (3a-3x), in particular from the difference between the press force and a ground counter-pressure, - a control and/or regulating device which is connected to the pressure valves and the sensor arrangement, and is configured to individually adjust the press force of each row unit (3a-3x) and to adapt it under consideration of the electrical signals of the sensor arrangement, characterized in that the number of row units (3a-3x) exceeds the number of the sensors , preferably by at least double, particularly preferably by at least six times; in that a functional relationship (13a-13e) between the positioning of the individual row units (3a-3x) on the frame on the one hand and the association of the sensors with the row units (3a-3x) and their produced electrical signals on the other hand is stored in a memory of the control and/or regulating device ; and the control and/or regulating device is configured, by means of the functional relationship (13a-13e), to control the press force of each row unit (3a-3x) individually in such a way that the total pressure of each row unit (3a-3x) reaches at least approximately a predetermined value. - a plurality of row units (3a-3x), wherein the row units (3a-3x) are arranged on a frame extending transversely to the direction of travel (F) and respectively have soil cultivation tools and a hydraulic cylinder exerting a press force on the soil cultivation tools , wherein the press force acting on the soil cultivation tools is adjustable by means of a pressure valve upstream of each hydraulic cylinder , - a sensor arrangement that comprises at least two, preferably at least three or more sensors which are respectively configured to produce an electrical signal in correlation with a total pressure acting on the soil cultivation tools of a row unit (3a-3x), in particular from the difference between the press force and a ground counter-pressure, - a control and/or regulating device which is connected to the pressure valves and the sensor arrangement, and is configured to individually adjust the press force of each row unit (3a-3x) and to adapt it under consideration of the electrical signals of the sensor arrangement,
A polyaxial locking assembly comprising; a receiving member with a cavity ; a bushing with a partially spherical outer surface sized and shaped to closely conform with the cavity in the receiving member, the bushing further comprising a circumferential groove around a circumference of the bushing, said groove being shaped so that the bushing, at that circumference, provides a cam having at least one lobe; an anti-rotation member received within the circumferential groove of the bushing and characterised by having a substantially annular geometry and a radial thickness R and being contoured such that at least one portion (R2 / 511) of the anti-rotation member has an effective radial thickness R2 greater than that of at least one other portion R1 such that in use, rotation of the bushing around an axis perpendicular to the plane of the groove causes the at least one lobe of the cam to engage and impinge on with the at least one effectively radially thicker portion of the anti-rotation member, forcing the anti-rotation member to expand so that its outer edge expands beyond a periphery of the spherical outer surface of the bushing and engages with an inner wall of the cavity in the receiving member so as to result in an interference frictional fit locking the assembly in a desired orientation. a receiving member with a cavity ; a bushing with a partially spherical outer surface sized and shaped to closely conform with the cavity in the receiving member, the bushing further comprising a circumferential groove around a circumference of the bushing, said groove being shaped so that the bushing, at that circumference, provides a cam having at least one lobe; an anti-rotation member received within the circumferential groove of the bushing and characterised by having a substantially annular geometry and a radial thickness R and being contoured such that at least one portion (R2 / 511) of the anti-rotation member has an effective radial thickness R2 greater than that of at least one other portion R1 such that in use, rotation of the bushing around an axis perpendicular to the plane of the groove causes the at least one lobe of the cam to engage and impinge on with the at least one effectively radially thicker portion of the anti-rotation member, forcing the anti-rotation member to expand so that its outer edge expands beyond a periphery of the spherical outer surface of the bushing and engages with an inner wall of the cavity in the receiving member so as to result in an interference frictional fit locking the assembly in a desired orientation.
A golf ball comprising a golf ball body and a paint film covering the golf ball body, wherein a paint film surface of the golf ball has a water contact angle A1 of 70 ° or more and a water sliding angle B1 of less than 50 °, wherein the paint film contains a silicon-containing filler, and wherein an amount of the silicon-containing filler ranges from 30 parts by mass to 200 parts by mass with respect to 100 parts by mass of a base resin of the paint film. wherein the paint film contains a silicon-containing filler, and wherein an amount of the silicon-containing filler ranges from 30 parts by mass to 200 parts by mass with respect to 100 parts by mass of a base resin of the paint film.
An in vitro method of generating a library of DNA molecules encoding Cas9 single guide RNAs (sgRNAs) or Cas9 targeter RNAs, the method comprising: (a) contacting a target DNA molecule with a first DNA endonuclease that specifically binds to and cleaves within a recognition sequence that includes a Cas9 PAM sequence, to generate a plurality of cleavage fragments; (b) attaching a first DNA adapter to the plurality of cleavage fragments to generate a plurality of adapter-attached cleavage fragments, each having an adapter segment and a cleavage fragment segment; (c) contacting the plurality of adapter-attached cleavage fragments with a second DNA endonuclease that specifically binds to a recognition sequence present in the adapter segment and cleaves within the cleavage fragment segment to generate a plurality of adapter-attached Cas9 guide sequences each having an adapter segment and a guide sequence segment; (d) contacting the plurality of adapter-attached Cas9 guide sequences with a third DNA endonuclease that specifically binds to a recognition sequence present in the adapter segment and cleaves at one or more sites to remove all or a portion of the adapter segment, thereby generating a plurality of Cas9 guide sequences; and (e) attaching DNA encoding a constant region of a Cas9 sgRNA or a Cas9 targeter RNA to the plurality of Cas9 guide sequences to generate a library of DNA molecules encoding Cas9 sgRNAs or Cas9 targeter RNAs. (a) contacting a target DNA molecule with a first DNA endonuclease that specifically binds to and cleaves within a recognition sequence that includes a Cas9 PAM sequence, to generate a plurality of cleavage fragments; (b) attaching a first DNA adapter to the plurality of cleavage fragments to generate a plurality of adapter-attached cleavage fragments, each having an adapter segment and a cleavage fragment segment; (c) contacting the plurality of adapter-attached cleavage fragments with a second DNA endonuclease that specifically binds to a recognition sequence present in the adapter segment and cleaves within the cleavage fragment segment to generate a plurality of adapter-attached Cas9 guide sequences each having an adapter segment and a guide sequence segment; (d) contacting the plurality of adapter-attached Cas9 guide sequences with a third DNA endonuclease that specifically binds to a recognition sequence present in the adapter segment and cleaves at one or more sites to remove all or a portion of the adapter segment, thereby generating a plurality of Cas9 guide sequences; and (e) attaching DNA encoding a constant region of a Cas9 sgRNA or a Cas9 targeter RNA to the plurality of Cas9 guide sequences to generate a library of DNA molecules encoding Cas9 sgRNAs or Cas9 targeter RNAs.
A method of generating breast stem cells capable of differentiating to a multicellular organoid unit that morphologically and/or functionally resembles the terminal ductal-lobular unit, comprising: (i) culturing single dissociated cells from mammary epithelial tissue in a culture medium comprising a floating collagen gel for at least 7 days, said culture medium comprising a compound which elevates cAMP levels, wherein the compound elevating cAMP levels is an adenylylcyclase agonist; (ii) determining whether a multicellular organoid unit is formed in step (i); and (iii) obtaining a single cell from said multicellular organoid unit of (ii), wherein the single cell is a breast stem cell. (i) culturing single dissociated cells from mammary epithelial tissue in a culture medium comprising a floating collagen gel for at least 7 days, said culture medium comprising a compound which elevates cAMP levels, wherein the compound elevating cAMP levels is an adenylylcyclase agonist; (ii) determining whether a multicellular organoid unit is formed in step (i); and (iii) obtaining a single cell from said multicellular organoid unit of (ii), wherein the single cell is a breast stem cell.
A compound of Formula I: wherein R represents a terpene hydroperoxyl selected from the group consisting of , and wherein R' represents a alkyl group selected from the group consisting: CH 3 (CH 2 ) 8 -, CH 3 (CH 2 ) 6 -, and CH 3 -.
Non-syngeneic pulmonary tissue cells in suspension comprising an effective amount of hematopoietic precursor cells (HPCs) or supplemented with HPCs, wherein said effective amount is a sufficient amount to achieve tolerance to said pulmonary tissue cells in the absence of chronic immunosuppressive regimen, and wherein said effective amount of said HPCs comprises at least about 1 x 10 5 cells per Kg body weight of a subject, for use in treating a pulmonary disorder or injury in a subject in need thereof or for inducing donor specific tolerance in a subject in need of a pulmonary cell or tissue transplantation.
Top plate for a transport pallet with a support surface comprising at least three boards which are separated by columns , wherein the top plate has an upper surface and a lower surface running parallel thereto, at least two projections projecting from the lower surface and at least two recesses extending from the upper surface in the direction of the lower surface , wherein the projections are each adapted to fit into the columns of the transport pallet and the recesses are each adapted to receive the projections , wherein the projections and the recesses each extend along a longitudinal axis (L) which lies parallel to the upper and lower surfaces (12; 14) of the top plate , wherein the projections are arranged point-symmetrically with respect to a center point (M), and wherein the projections are arranged point-symmetrically with respect to the center point (M), characterized in that the longitudinal axes of the projections are orthogonal to the longitudinal axes of the recesses .
A sound insulation insert made from an insulating material for a pipe clamp having at least one clamp bracket , wherein the sound insulation insert in cross-section comprises a receiving region for at least partly receiving the at least one clamp bracket and a bearing region for supporting the sound insulation insert against a conduit element received in the pipe clamp , wherein the sound insulation insert comprises at least one cavity (10, 10', 10") extending in the longitudinal direction of the sound insulation insert , and the sound insulation insert in cross-section is constructed from a central region , which comprises the receiving region and the bearing region , and at least one lateral region , characterised in that the at least one lateral region is formed from a material that is softer in comparison to the central region .
A self-adhering roofing membrane comprising: i. A polyvinylchloride-based waterproofing layer having a first and a second major surface, ii. An adhesive layer coated on and covering at least portion of the second major surface of the waterproofing layer , iii. Optionally a release liner , characterized in that the adhesive layer is an acrylic pressure sensitive adhesive, wherein the adhesive layer comprises at least 85 wt.-% of at least one acrylic polymer, based on the total weight of the adhesive layer. i. A polyvinylchloride-based waterproofing layer having a first and a second major surface, ii. An adhesive layer coated on and covering at least portion of the second major surface of the waterproofing layer , iii. Optionally a release liner , characterized in that the adhesive layer is an acrylic pressure sensitive adhesive, wherein the adhesive layer comprises at least 85 wt.-% of at least one acrylic polymer, based on the total weight of the adhesive layer.
A cabinet comprising a furniture body having an upper floor to which a rail (4, 4', 4") is fixed, and a sliding door fitting having holders for sliding doors and the rail (4, 4', 4") having at least two runways for rollers , which are arranged on the holders for the sliding doors, said rollers being offset in relation to one another in the vertical direction, characterized in that the rail (4, 4', 4") is produced in one piece from a bent steel plate, and that the rail (4, 4', 4") has a horizontal leg (22, 22', 22"), which is fixed on the upper floor , whereby the rail (4, 4', 4") at least regionally has touching bent-over sections in the region of the upper runway , where the steel plate of the rail is doubled, so that the upper runway has increased stability.
Test device for testing screwing devices, comprising an outer body in which a shaft is rotatably supported with an end for connection to a screwing device and an opposite end for connection to a joint to be screwed, the device further comprising a first transducer for detecting the rotation angle of the shaft and a second transducer for detecting the torque transmitted by the shaft between the two ends , characterized by comprising internally a control unit , an NFC communication module that is suitable for receiving an identification code from the outside, a memory , and communication means for communicating with the outside, the first and second transducers , the NFC communication module , the memory and the communication means being connected to the control unit so that the control unit stores in the memory an identification code received from the NFC communication module associating it in the memory with test data obtained from the first and second transducers and, via the communication means , sends to the outside data obtained from the contents of the memory .
A method comprising: at a beginning (t 1 ) of a clock cycle (T 1 ), preparing a first memory and a second memory to receive data; between the beginning (ti) of the clock cycle and a beginning (t 2 ) of one-quarter of the clock cycle, receiving first data in the first memory ; between the beginning (t 1 ) of the clock cycle and the beginning (t 2 ) of one-quarter of the clock cycle, receiving a first key in the second memory ; at the beginning (t 2 ) of one-quarter of the clock cycle, preparing a third memory to receive an output of a logic circuit ; at a beginning (t 3 ) of one-half of the clock cycle, generating , by the logic circuit , second data based on the first data and the first key; at a beginning (t 4 ) of three-quarters of the clock cycle, storing the output received from the logic circuit in the third memory; providing the second data for transmission; and erasing the first key and the first data in one-half clock cycle of generating the second data and before the end (t 5 ) of the clock cycle. at a beginning (t 1 ) of a clock cycle (T 1 ), preparing a first memory and a second memory to receive data; between the beginning (ti) of the clock cycle and a beginning (t 2 ) of one-quarter of the clock cycle, receiving first data in the first memory ; between the beginning (t 1 ) of the clock cycle and the beginning (t 2 ) of one-quarter of the clock cycle, receiving a first key in the second memory ; at the beginning (t 2 ) of one-quarter of the clock cycle, preparing a third memory to receive an output of a logic circuit ; at a beginning (t 3 ) of one-half of the clock cycle, generating , by the logic circuit , second data based on the first data and the first key; at a beginning (t 4 ) of three-quarters of the clock cycle, storing the output received from the logic circuit in the third memory; providing the second data for transmission; and erasing the first key and the first data in one-half clock cycle of generating the second data and before the end (t 5 ) of the clock cycle.
A cartridge bearing assembly for rotatably coupling a shaft with a housing , the housing having a bore , the cartridge bearing assembly comprising; a bearing having a central axis (Ac) and opposing first and second axial ends , the bearing including first and second, axially spaced inner rings disposeable upon the shaft , at least one outer ring disposed circumferentially about the two inner rings , and first and second sets of rolling elements , the first set of rolling elements being disposed between the first inner ring and the at least one outer ring so as to form a first bearing subassembly and the second set of rolling elements being disposed between the second inner ring and the at least one outer ring so as to form a second bearing subassembly ; and a carrier including a first tubular portion disposed generally about the bearing first axial end and a second tubular portion disposed generally about the bearing second axial end , the first and second tubular portions being coupled together to enclose the bearing , the carrier being at least partially disposeable within the housing bore so as to couple the bearing with the housing ; and an annular connector having a first axial end engaged with the first inner ring and a second axial end engaged with the second inner ring so as to couple the first and second inner rings , the connector having an axial length (L A ) selected to establish a preload within the first bearing subassembly and a preload within the second bearing subassembly , wherein each one of the first and second tubular portions includes a radially-outwardly extending coupler flange , the two coupler flanges being disposed against each other and coupled together so as to retain the bearing disposed within the carrier , at least one of the two coupler flanges being attached to the housing so as to connect the cartridge bearing assembly with the housing , characterized in that each one of the first and second tubular portions (32; 34) has an axial length (L T1 , L T2 ), the axial length (L T2 ) of the second tubular portion being substantially greater than the axial length (L T1 ) of the first tubular portion , the first tubular portion being disposed externally of the housing and the second tubular portion being disposed within the housing bore , when the cartridge bearing assembly is connected with the housing .
A driving assistance apparatus , comprising: a brake operation portion configured to apply a brake to a vehicle, the brake operation portion allowing a manual brake operation by a hand of a driver (D) of the vehicle, wherein the brake operation portion includes a brake operation body and a grip portion configured to be gripped by the hand of the driver (D), the grip portion being provided at an upper end of the brake operation body , a first shift-down switch configured to shift-down the vehicle is provided on the grip portion , the first shift-down switch allowing a manual shift-down operation by the hand of the driver (D), and a brake lock switch configured to lock and hold a brake state of the vehicle, characterized by the brake lock switch being provided on the grip portion , a hazard switch configured to blink a hazard lamp of the vehicle, the hazard switch being provided on the grip portion ; and a projection provided between the brake lock switch and the hazard switch . a brake operation portion configured to apply a brake to a vehicle, the brake operation portion allowing a manual brake operation by a hand of a driver (D) of the vehicle, wherein the brake operation portion includes a brake operation body and a grip portion configured to be gripped by the hand of the driver (D), the grip portion being provided at an upper end of the brake operation body , a first shift-down switch configured to shift-down the vehicle is provided on the grip portion , the first shift-down switch allowing a manual shift-down operation by the hand of the driver (D), and a brake lock switch configured to lock and hold a brake state of the vehicle, characterized by the brake lock switch being provided on the grip portion , a hazard switch configured to blink a hazard lamp of the vehicle, the hazard switch being provided on the grip portion ; and a projection provided between the brake lock switch and the hazard switch .