mhurhangee/ep-ind-claims huggingface dataset:
A smear preparing apparatus comprising: a first transporter arranged to transport a storage tool in a first direction, the storage tool capable of holding microscope slides side by side in the first direction; a slide transfer unit arranged to transfer a microscope slide having a stained sample to the storage tool transported by the first transporter; a second transporter arranged to extend along the same direction with the first transporter and adjacent to the first transporter and arranged to transport the storage tool housing the microscope slide transferred by the slide transfer unit, in a second direction opposite to the first direction, wherein the first transporter is arranged to transport the storage tool from a storage-tool setting position at an end of the first transporter in the first direction to a slide storage position, the second transporter is arranged to transport the storage tool to a storage-tool collection position at an end of the second transporter in the second direction, and the smear preparing apparatus further comprises a cover that is positioned over the first transporter and the second transporter and that covers the slide storage position but exposes at least the storage-tool setting position on the first transporter and the storage-tool collection position on the second transporter to outside. a first transporter arranged to transport a storage tool in a first direction, the storage tool capable of holding microscope slides side by side in the first direction; a slide transfer unit arranged to transfer a microscope slide having a stained sample to the storage tool transported by the first transporter; a second transporter arranged to extend along the same direction with the first transporter and adjacent to the first transporter and arranged to transport the storage tool housing the microscope slide transferred by the slide transfer unit, in a second direction opposite to the first direction, wherein the first transporter is arranged to transport the storage tool from a storage-tool setting position at an end of the first transporter in the first direction to a slide storage position, the second transporter is arranged to transport the storage tool to a storage-tool collection position at an end of the second transporter in the second direction, and the smear preparing apparatus further comprises a cover that is positioned over the first transporter and the second transporter and that covers the slide storage position but exposes at least the storage-tool setting position on the first transporter and the storage-tool collection position on the second transporter to outside.
Filter element (10; 110) of a filter for fluid, in particular fuel, oil, water, urea solution or air, in particular of an internal combustion engine, in particular of a motor vehicle, having a circumferentially closed filter medium (14; 114) shaped as filter medium hollow body (12; 112), at least with respect to an imaginary axis (16; 116), which features on at least one front side an end body (20; 120) comprising a final section (28; 128) connected sealingly at least to the filter medium (14; 114) and featuring a central fluid opening (24; 124) into which a tubular connecting element (38; 138) of the filter can be inserted, and having at least one circumferentially closed sleeve-like sealing section (30; 130) at the end body (20; 120) for circumferentially sealing the fluid opening (24; 124) in relation to the tubular connecting element (38; 138), wherein the at least one sealing section (30; 130) is connected by means of at least one flexible connecting section (32; 132) in one piece to the final section (28; 128), characterized in that the at least one sealing section (30; 130) is inwardly inverted around the at least one connecting section (32; 132) axially in relation to an axis (16; 116) of the sealing section (30; 130) so that a sealing surface of the sealing section, which was located radially outwardly in a preassembled state, is located after the inversion on a radially inner circumferential side of the sealing section (30; 130).
6-aryl-9-glycosylpurine of general formula I and pharmaceutically acceptable salts thereof with alkali metals, ammonia, amines, or addition salts with acids, wherein Gly represents β-D-arabinofuranosyl or β-D-2'-deoxyribofuranosyl, A represents benzyl or furfuryl, each of which can be unsubstituted or substituted by one or more, preferably one to three, substituents selected from the group comprising hydroxyl, alkyl, halogen, alkoxy, amino, mercapto, carboxyl, cyano, amido, sulfo, sulfamido, acyl, acylamino, acyloxy, alkylamino, dialkylamino, alkylmercapto, trifluoromethyl, trifluoromethoxy, for use in a method of UV photoprotection of animals, in particular mammals. and pharmaceutically acceptable salts thereof with alkali metals, ammonia, amines, or addition salts with acids, wherein Gly represents β-D-arabinofuranosyl or β-D-2'-deoxyribofuranosyl, A represents benzyl or furfuryl, each of which can be unsubstituted or substituted by one or more, preferably one to three, substituents selected from the group comprising hydroxyl, alkyl, halogen, alkoxy, amino, mercapto, carboxyl, cyano, amido, sulfo, sulfamido, acyl, acylamino, acyloxy, alkylamino, dialkylamino, alkylmercapto, trifluoromethyl, trifluoromethoxy, for use in a method of UV photoprotection of animals, in particular mammals.
Air intake module configured to supply a flow of air, such as forced induction air, comprising intake gases and/or recirculated exhaust gases to at least one cylinder of an internal combustion engine, the said intake module comprising: • a heat exchanger configured to condition the flow of air, and • an intake manifold that is configured to supply at least one cylinder of the engine, this being arranged downstream of the heat exchanger in the flow direction of the flow of air in the intake module, the said module comprising at least one device for distributing recirculated exhaust gases from the intake manifold, the distribution device comprising a distribution duct for recirculated exhaust gases, the distribution duct comprising a first means for injection of recirculated exhaust gases into the flow of air to supply at least one cylinder, the distribution device further comprising a control member arranged in the distribution duct and configured to modulate the flow of recirculated exhaust gases that is injected by the first injection means; the said device for distributing recirculated exhaust gases being arranged downstream of the heat exchanger, on an upstream part of the intake manifold, with respect to the flow direction of the flow of air in the intake module, and in which the first injection means comprises at least one first injection hole, the air module is characterized in that the control member is shaped so as to adjust the dimensions of the first injection hole, and in that the control member is created in the form of an essentially cylindrical tube. • a heat exchanger configured to condition the flow of air, and • an intake manifold that is configured to supply at least one cylinder of the engine, this being arranged downstream of the heat exchanger in the flow direction of the flow of air in the intake module,
Air-core reactor with a compensation block between a winding end and an upper spider arm of the reactor, characterized in that the compensation block comprises a sandwich structure with an upper insulating material block, a lower insulating material block and an elastomer block located therebetween, wherein the upper spider arm of the air-core reactor and the compensation block are connected in a form-fitting manner by means of a meshed connection, the spider arm having a rectangular cutout, the width of which corresponds to the width of the compensation block, and the height of which corresponds to a part of the height of the upper insulating material block of the compensation block, and the compensation block having as counterpart a slot for receiving the portion of the spider arm above the rectangular cutout.
A device, comprising: first and second portions; and a sequential multi-axis hinge assembly that rotatably couples the first and second portions, the sequential multi-axis hinge assembly including: hinge shafts that define hinge axes; and a set of hinge frames, wherein individual hinge frames of the set of hinge frames include individual cams positioned over respective hinge shafts, and wherein each hinge shaft (208) is located in an enclosure (206 A, 206 B) formed by adjacent hinge frames to form a hinge that rotates around the hinge axis of the enclosed hinge shaft; and wherein the sequential multi-axis hinge assembly further comprises a sequencing assembly comprising a shuttle cam (220A) on an individual hinge shaft that is configured to control a relative sequence of rotation of the individual hinge frames by moving orthogonally to the individual hinge shaft to engage with a recess (308) in a timing cam (218A) on an adjacent hinge shaft (208) and thereby block rotation around the individual hinge shaft. first and second portions; and a sequential multi-axis hinge assembly that rotatably couples the first and second portions, the sequential multi-axis hinge assembly including: hinge shafts that define hinge axes; and a set of hinge frames, hinge shafts that define hinge axes; and a set of hinge frames, wherein individual hinge frames of the set of hinge frames include individual cams positioned over respective hinge shafts, and wherein each hinge shaft (208) is located in an enclosure (206 A, 206 B) formed by adjacent hinge frames to form a hinge that rotates around the hinge axis of the enclosed hinge shaft; and wherein the sequential multi-axis hinge assembly further comprises a sequencing assembly comprising a shuttle cam (220A) on an individual hinge shaft that is configured to control a relative sequence of rotation of the individual hinge frames by moving orthogonally to the individual hinge shaft to engage with a recess (308) in a timing cam (218A) on an adjacent hinge shaft (208) and thereby block rotation around the individual hinge shaft.
A foldable apparatus, comprising: a rotating shaft base; and two main bodies disposed at two opposite sides of the rotating shaft base, wherein each main body is provided with a rotating member rotatably connected with the rotating shaft base, a housing rotatably connected with the rotating member, a first support plate fixed to the housing, and a second support plate fixedly connected with the rotating member and configured to rotate relative to the first support plate; when the two main bodies are folded relative to each other, the two housings are configured to respectively drive the two first support plates to stack relative to each other, and the second support plate is configured to rotate relative to the housing along with the rotating member to be inclined relative to the first support plate, and an accommodating space is defined between the two second support plates; and when the two main bodies are unfolded relative to each other, the two housings are configured to respectively drive the two first support plates to be flush with each other, and the second support plate is configured to rotate relative to the housing along with the rotating member to be flush with the first support plate; characterized in that: each main body is further provided with a limit connecting member rotatably connected with the rotating shaft base and slidably connected with the housing, and the two limit connecting members are configured to respectively limit rotation of the two main bodies within an included angle range which is from being folded to being unfolded relative to each other. a rotating shaft base; and two main bodies disposed at two opposite sides of the rotating shaft base, wherein each main body is provided with a rotating member rotatably connected with the rotating shaft base, a housing rotatably connected with the rotating member, a first support plate fixed to the housing, and a second support plate fixedly connected with the rotating member and configured to rotate relative to the first support plate; when the two main bodies are folded relative to each other, the two housings are configured to respectively drive the two first support plates to stack relative to each other, and the second support plate is configured to rotate relative to the housing along with the rotating member to be inclined relative to the first support plate, and an accommodating space is defined between the two second support plates; and when the two main bodies are unfolded relative to each other, the two housings are configured to respectively drive the two first support plates to be flush with each other, and the second support plate is configured to rotate relative to the housing along with the rotating member to be flush with the first support plate; characterized in that: each main body is further provided with a limit connecting member rotatably connected with the rotating shaft base and slidably connected with the housing, and the two limit connecting members are configured to respectively limit rotation of the two main bodies within an included angle range which is from being folded to being unfolded relative to each other.
A silicone gun comprising a silicone canister holder, a butt which is fastened to a rear end of the silicone canister holder and has a handle extended therefrom, a silicone compression means which includes a thrust member at a front side and a retaining member at a rear side that are run through by a push member located in the butt that has a front end extended to the silicone canister holder to fasten to a thrust disc, and a trigger which is hinged on the handle and depressible to release and drive the push member to compress silicone, wherein the butt includes a guide wheel at a rear upper end, the push member being flexible and running through the retaining member to wind on the guide wheel and run through an upper side of the silicone canister holder such that the push member does not extended outside the butt at a great length to facilitate utilization at work sites, wherein the push member is elongate and formed in an upward concave cross section, characterized in that the thrust member and the retaining member containing respectively an arched opening (241, 261) run through by the push member which also passes through between an upper holding plate and a lower holding plate that are formed respectively in an upward concave cross section to clamp the push member, wherein the upper and lower holding plates (22, 23) contain respectively a retraction stopper (221, 231) jutting respectively from an upper surface and a lower surface at one side where the thrust member and the retaining member are located to stop the push member released by the thrust member and draw the upper and lower holding plates (22, 23) rewards to original positions; a guide plate at a front side and the thrust member being interposed by a return spring, the retaining member having a lower section leaning on a holder at a lower end of a rear guide plate, the guide plate in the middle having a rear side pushed by a spring such that the upper section of the retaining member is tilted rearwards, the arched opening of the retaining member having a biased angle to stop the push member from loosening or retracting after having been moved forwards.
A process for the production of a pharmaceutical composition comprising a β 2 -adrenergic agonist and a glucocorticosteroid, comprising the steps of: (i) mixing a coarse excipient and a microfine excipient and sieving the resulting mixture; (ii) mixing a β 2 -adrenergic agonist with a microfine excipient and sieving the resulting mixture; (iii) adding the product of step (ii) to a portion of the mixture obtained in step (i); (iv) blending and/or sieving the product obtained in step (iii); and separately (v) mixing a glucocorticosteroid with a microfine excipient and sieving the resulting mixture; (vi) adding the product of step (v) to a portion of the mixture obtained in step (i); and (vii) blending and/or sieving the product obtained in step (vi), wherein the glucocorticosteroid composition of step (vii) is combined with the β 2 -adrenergic agonist composition of step (iv) and the resulting composition is sieved and blended. (i) mixing a coarse excipient and a microfine excipient and sieving the resulting mixture; (ii) mixing a β 2 -adrenergic agonist with a microfine excipient and sieving the resulting mixture; (iii) adding the product of step (ii) to a portion of the mixture obtained in step (i); (iv) blending and/or sieving the product obtained in step (iii); and separately (v) mixing a glucocorticosteroid with a microfine excipient and sieving the resulting mixture; (vi) adding the product of step (v) to a portion of the mixture obtained in step (i); and (vii) blending and/or sieving the product obtained in step (vi),
A polymer composition comprising (i) an LDPE in an amount of 40 to 85 wt%, relative to the total weight of the polymer composition; (ii) a polypropylene in an amount of 5 to 45 wt%, relative to the total weight of the polymer composition; (iii) polyolefin comprising epoxy groups; and (iv) polyolefin comprising carboxylic acid groups and/or precursor thereof wherein polyolefin and/or polyolefin are each present in an amount of 1.0 to 10.0 wt%, relative to the total weight of the polymer composition. (i) an LDPE in an amount of 40 to 85 wt%, relative to the total weight of the polymer composition; (ii) a polypropylene in an amount of 5 to 45 wt%, relative to the total weight of the polymer composition; (iii) polyolefin comprising epoxy groups; and (iv) polyolefin comprising carboxylic acid groups and/or precursor thereof
A hollow hob for a cutting apparatus comprising a body of a sintered hard metal composition and at least one cavity located within the body, wherein the cavity has a volume in the range of about 10 % to about 90% of the volume of the body; characterized in that: the body includes a core having opposite sides and a sintered element fused to each side of the core so as to seal the cavity and form a unitary body.
Transmitting/receiving device configured to implement a method for confusing the electronic signature of a signal transmitted by a radar, comprising the generation by the radar of at least one pulse, the method comprising a step of modulation, in the pulse, of the polarization of the transmitted signal, according to two orthogonal or opposite polarizations, the modulation of the polarization being performed according to a predetermined modulation code characterised in that the transmission/reception device comprises a single reception path adapted to a rectilinear polarization corresponding to one of the two polarization components of the polarization of the transmitted signal.
A turbo engine, comprising a driving shaft and a driven shaft actuated by the driving shaft, which is coupled to this driving shaft by means of a torsional coupling, wherein the torsional coupling is integrated in at least one of the driven and driving shafts which comprises a zone that is flexible in rotation, in a manner to constitute the said torsional coupling, wherein the flexible zone comprises a cylindrical part (12, 16) with a diameter that is smaller than the rest of the shaft (3, 8) into which the flexible coupling is integrated, characterized in that the cylindrical part (12, 16) is mounted in the driven shaft and in the driving shaft.
An ink comprising: a water-insoluble colorant; a dispersant; a polymer resin; and water; wherein the polymer resin comprises four types of monomers, selected one each from methacrylic acid, C1-C4 alkyl methacrylate, C6-C10 alkyl acrylate, and unsaturated C2-C4 alkyl methacrylate, and a reactive emulsifier having a radically-polymerizable double bond in a molecule thereof, and wherein the polymer resin has a glass transition point of -30°C to 25°C. the polymer resin comprises four types of monomers, selected one each from methacrylic acid, C1-C4 alkyl methacrylate, C6-C10 alkyl acrylate, and unsaturated C2-C4 alkyl methacrylate, and a reactive emulsifier having a radically-polymerizable double bond in a molecule thereof, and wherein the polymer resin has a glass transition point of -30°C to 25°C.
Method for operating an order-picking system (100, 100'), including: providing goods (10.1-10.3) gathered in batches in a batch buffer (1, 1'), sorting of the goods (10.1-10.3) in a matrix sorter (2, 2'), wherein the goods (10.1-10.3) are conveyed in the order-picking system (100, 100') by a multiplicity of transport units (9.1-9.3) which comprise in each case a receiving unit (9.15, 9.25, 9.35) for receiving the goods (10.1-10.3), and the transport units (9.1-9.3) in the matrix sorter (2, 2') are conveyed at least in sections by a matrix conveyor (22, 22.1'-22.4'), characterized in that a control unit (7, 7') dynamically controls the conveying speed of the matrix conveyor (22, 22.1'-22.4') in such a manner that the conveying speed is dependent on at least one parameter of the conveyed transport units (9.1-9.3) and/or goods (10.1-10.3), and the goods (10.1-10.3) are sorted in a batch-wise manner in the matrix sorter (2, 2').
Housing of a wall-hanging device, preferably heating device, with a reverse side, which has means for fastening to a wall, wherein at the bottom edge of the reverse side at least 2 rollers on at least one rotational axis are mounted, characterised in that at the base at least one further roller is mounted, wherein this at least one roller is disposed between the centre of gravity and the side opposing the reverse side, and at the reverse side of the housing are disposed vertical sliding contacts.