mhurhangee/ep-ind-claims huggingface dataset:
Device for producing and filling containers, in which at least one tube of plasticised plastic material, which exits from an extrusion head, can be extruded into an open mould, wherein, by using a filling device, at least the filling material can be introduced into the respective containers by means of filling mandrels which, at least during operation, reach through the extrusion head along at least one row of apertures, wherein the extrusion head has a cuboid shell (20, 22) and wherein the overall height of the extrusion head, viewed parallel to the orientation of the respective filling mandrel, is less than the length of the extrusion head, viewed along the respective row of apertures, characterised in that the cuboid shell consists of at least one lower and one upper shell portion (20, 22), at least one shell portion of which has a channel guide (48, 50, 52, 54) for the plasticised plastic material, said channel guide containing an annular space in the centre of which a receiving web is arranged, which has individual longitudinal receptacles in the form of apertures for the respective filling mandrels to reach through.
A sterilizing wrap system for use in the sterilization of objects requiring sterilization, the system comprising: a base having a support surface and a first sealing surface spaced from the support surface, the support surface for supporting at least one object requiring sterilization; a wrap sized to engage the first sealing surface of the base to define a volume encompassing the support surface and the spaced first sealing surface of the base; and a first seal for maintaining a sealed interface between the wrap and the first sealing surface characterised in that the wrap includes a first portion of a first material having an area for encompassing at least the support surface, and a second portion of a second material having an area for encompassing at least the first sealing surface of the base; wherein the first material is a filter material and the second material is a flexible material. a base having a support surface and a first sealing surface spaced from the support surface, the support surface for supporting at least one object requiring sterilization; a wrap sized to engage the first sealing surface of the base to define a volume encompassing the support surface and the spaced first sealing surface of the base; and a first seal for maintaining a sealed interface between the wrap and the first sealing surface characterised in that the wrap includes a first portion of a first material having an area for encompassing at least the support surface, and a second portion of a second material having an area for encompassing at least the first sealing surface of the base; wherein the first material is a filter material and the second material is a flexible material.
An electric battery device comprising: - a battery fastening subplate, - at least one battery coupled to the battery fastening subplate, the battery having a main face applied against the subplate in at least one position for fastening on the subplate, and a handle for gripping the battery, rigidly secured to the battery, - members (12, 14, 32, 34) for fastening the battery on the fastening subplate, in the fastening position, - at least one lock, for locking the battery in the fastening position and - at least one member for releasing the lock, characterised in that: - the lock is separate from the battery and - the release member of the lock is formed on a portion of the battery provided with the gripping handle of the battery, for gripping the battery and concomitantly actuating the release member of the lock with one hand, - the gripping handle of the battery is offset in the direction of the main face of the battery, with respect to a centre of gravity of the battery. - a battery fastening subplate, - at least one battery coupled to the battery fastening subplate, the battery having a main face applied against the subplate in at least one position for fastening on the subplate, and a handle for gripping the battery, rigidly secured to the battery, - members (12, 14, 32, 34) for fastening the battery on the fastening subplate, in the fastening position, - at least one lock, for locking the battery in the fastening position and - at least one member for releasing the lock, - the lock is separate from the battery and - the release member of the lock is formed on a portion of the battery provided with the gripping handle of the battery, for gripping the battery and concomitantly actuating the release member of the lock with one hand, - the gripping handle of the battery is offset in the direction of the main face of the battery, with respect to a centre of gravity of the battery.
Roof rails for a vehicle, with at least one longitudinal beam that is connected with at least one separate support foot, which support foot has a base body provided with attachment elements, which base body is covered by a visual cover that also covers the attachment elements, and with an attachment insert disposed between base body and visual cover, for holding the visual cover on the base body, characterized in that the attachment insert is injection-moulded onto the visual cover.
A flexible, decorative film comprising a carrier sheet material and a coating made of a coating material, wherein the carrier sheet material consists of paper having a weight of 25 to 300 g/m 2, wherein the coating has a layer weight of 10 g/m 2 to 180 g/m 2, and wherein the coating comprises a first, a second and a third component, which have been mixed before the coating step and resulted with the coating step in an elastic coating, and wherein the first component comprises an OH-group-containing resin solution, an OH-group-containing resin dispersion and/or a water-dilutable OH-group-containing resin emulsion, the second component comprises a water-emulsifiable polyisocyanate resin in a weight proportion of 10 % to 100 %, and the third component comprises a metal oxide, silicide, boride, nitride, carbide, a hard metallic alloy or mixtures thereof.
Decoder for reconstructing a predetermined block of a depth/disparity map associated with a texture picture from a data stream, configured to segment a reference block of the texture picture, co-located to the predetermined block, by thresholding the texture picture within the reference block to obtain a bi-segmentation of the reference block into first and second partitions, spatially transfer the bi-segmentation of the reference block of the texture picture onto the predetermined block of the depth/disparity map so as to obtain first and second partitions (202a, 202b) of the predetermined block, and decode the predetermined block in units of the first and second partitions (202a, 202b).
A method for screening a hyaluronic acid decomposition-controlling agent by use of cells in which a KIAA1199 gene is highly expressed transiently or stably, which comprises the following steps: 1) culturing cells in the presence or absence of a test substance; 2) determining the expression level of a KIAA1199 gene or a protein encoded by a KIAA1199 gene in the cells; and 3) assessing the hyaluronic acid decomposition controlling effect of the test substance on the basis of the difference between the expression level of the KIAA1199 gene or the protein encoded by the KIAA1199 gene in the cells determined in the presence of the test substance and that determined in the absence of the test substance. 1) culturing cells in the presence or absence of a test substance; 2) determining the expression level of a KIAA1199 gene or a protein encoded by a KIAA1199 gene in the cells; and 3) assessing the hyaluronic acid decomposition controlling effect of the test substance on the basis of the difference between the expression level of the KIAA1199 gene or the protein encoded by the KIAA1199 gene in the cells determined in the presence of the test substance and that determined in the absence of the test substance.
A solar tracker assembly comprising: a support column; one or more torque tubes or torsion beams connected to the support column; a mounting mechanism attached to the one or more torque tubes or torsion beams a drive system connected to the one or more torque tubes or torsion beams; a torque limiter connected to an output of the drive system of a tracker row; and one or more stops connected to the support column, the stops being located at the solar tracker's maximum rotational position; wherein when a hinge moment force causes a level of torque on the drive system to exceed a pre-set limit, the torque limiter facilitates rotational movement of the one or more torque tubes or torsion beams in the direction of the torque, thereby allowing the hinge moment force to rotate one or more torque tubes or torsion beams of a tracker row about a pivot axis such that the hinge moment force is reduced as a result of a lower hinge moment position and wherein when the solar tracker assembly hits a maximum position stop it is constrained in its maximum rotational positions at multiple distributed locations by the stops and resists the hinge moment force at multiple points along the structure of the solar tracker assembly. a support column; one or more torque tubes or torsion beams connected to the support column; a mounting mechanism attached to the one or more torque tubes or torsion beams a drive system connected to the one or more torque tubes or torsion beams; a torque limiter connected to an output of the drive system of a tracker row; and one or more stops connected to the support column, the stops being located at the solar tracker's maximum rotational position; wherein when a hinge moment force causes a level of torque on the drive system to exceed a pre-set limit, the torque limiter facilitates rotational movement of the one or more torque tubes or torsion beams in the direction of the torque, thereby allowing the hinge moment force to rotate one or more torque tubes or torsion beams of a tracker row about a pivot axis such that the hinge moment force is reduced as a result of a lower hinge moment position and wherein when the solar tracker assembly hits a maximum position stop it is constrained in its maximum rotational positions at multiple distributed locations by the stops and resists the hinge moment force at multiple points along the structure of the solar tracker assembly.
A resin composition obtained by polymerizing a polymerizable composition including a polyisocyanate compound and a polythiol compound, wherein the polymerizable composition includes a dye L having an absorption maximum wavelength of 550 nm or more and 600 nm or less in a toluene solution of 20 ppm by mass, and a dye S having an absorption maximum wavelength of 500 nm or more and less than 550 nm in a toluene solution of 20 ppm by mass, and a mass ratio [(mass of dye L)/(mass of dye S)] of the dye L to the dye S is 5 or more and 500 or less.
Self-propelling robotic mower which has a chassis, running gear with a traction drive, a driven processing tool, a controller, a bearing for a cover which rests in a movable fashion on the chassis, and a detection device which interacts with the cover and which has the purpose of sensing movements of the cover, wherein the bearing has a plurality of bearing points which are arranged on the chassis, characterized in that the detection device is arranged functionally and spatially separate from the bearing points, wherein the detection device has a sensor arrangement with a travel measuring means and a means for evaluating the measurement results, wherein the sensor arrangement can be adjusted by means of the travel measuring means and the evaluation means and can be adapted to the robotic mower and the tolerances thereof.
Three-roller bending machine having one top roller and two bottom rollers which are rotatably supported in a machine frame, the top roller and/or the bottom rollers being motor-driven and hydraulically movable, characterized in that the top roller has two bearing ends supported in carriages (4, 5) of the same type, and hydraulic cylinders, used for moving the carriages, for applying a forming force to a metal sheet to be bent are situated in pairs to the side of the top roller.
A drug delivery device, comprising: - a housing; - a piston rod arranged in the housing and adapted to be moved along an axial direction to dispense a fluid; - a drive member arranged in the housing, operatively coupled to the piston rod and adapted to set a dose of fluid for dispense in response to a first movement of the drive member in a proximal direction and to move the piston rod along the axial direction to dispense the dose in response to a second movement of the drive member in a distal direction; characterised by - a pre-dispensing spring member operatively coupled to the drive member and the housing and adapted to move at least the drive member by a pre-dispensing distance between the first and second movement, wherein the pre-dispensing spring member is adapted to exert a force upon the drive member after the first movement, said force at least partly directed towards the direction of the second movement and causing the movement of the drive member by the pre-dispensing distance. - a housing; - a piston rod arranged in the housing and adapted to be moved along an axial direction to dispense a fluid; - a drive member arranged in the housing, operatively coupled to the piston rod and adapted to set a dose of fluid for dispense in response to a first movement of the drive member in a proximal direction and to move the piston rod along the axial direction to dispense the dose in response to a second movement of the drive member in a distal direction; - a pre-dispensing spring member operatively coupled to the drive member and the housing and adapted to move at least the drive member by a pre-dispensing distance between the first and second movement, wherein the pre-dispensing spring member is adapted to exert a force upon the drive member after the first movement, said force at least partly directed towards the direction of the second movement and causing the movement of the drive member by the pre-dispensing distance.
A mouse in which all members of a gene cluster encoding drug metabolising enzymes have been rendered inoperable in all tissues by deletion, and which contains no human replacement genes possessing equivalent functions to those of the genes in the deleted cluster, wherein the gene cluster encoding drug metabolising enzymes is a phase I drug metabolising enzyme gene cluster, wherein the phase I drug metabolising enzyme gene cluster is the Cyp3a cluster, the Cyp2c cluster, the Cyp2d cluster, or a multiple knockout of the Cyp3a and Cyp2c clusters.
An implant, which is made entirely or in parts from a biocorrodible metallic material and comprises a coating, characterized in that the coating contains at least one layer in which ion channels are embedded, wherein the ion channels are embedded in a lipid bilayer.
A process for the preparation of a prepreg comprising superimposing a layer of unidirectional fibrous reinforcement comprising a plurality of tows each comprising a plurality of parallel filaments onto a resin impregnated layer of unidirectional fibrous reinforcement comprising a plurality of tows each comprising a plurality of parallel filaments, which tows are either substantially unimpregnated or substantially impregnated with the resin so that there are resin containing interstices between the tows, the interstices containing both resin and filaments of the unimpregnated and impregnated tows, and also comprising a porous, fibrous scrim or web, wherein the scrim is substantially unimpregnated with resin; the process comprising leading a layer of unimpregnated fibrous unidirectional reinforcement having a resin film (205, 204) provided on either side between compression rollers, so that the resin (204, 205) is compressed into the fibrous reinforcement material to substantially impregnate the tows of the unidirectional fibrous reinforcement; and in a subsequent stage superimposing a layer of unimpregnated fibrous unidirectional reinforcement on the substantially fully impregnated unidirectional fibrous reinforcement material with a scrim or web applied between the layer of unimpregnated fibrous reinforcement and the substantially fully impregnated unidirectional fibrous material, and leading the superimposed layers through compression rollers to press the dry fibrous unidirectional tows and the scrim or veil between the fully impregnated tows, wherein the superimposed laminate of layers is compressed to the extent that the resin penetrates the interstices between the tows but penetrates the voids within the tows to less than 22 to 60% by volume of the tows.
A method of producing an electrophotographic photosensitive member comprising a surface layer, the method comprising the steps of: forming a coat for the surface layer by using a surface-layer coating solution, and forming the surface layer by drying the coat, wherein the surface-layer coating solution comprises: (α) at least one resin selected from the group consisting of a polycarbonate resin not having a siloxane structure at the end, and a polyester resin not having a siloxane structure at the end, (β) at least one resin selected from the group consisting of a polycarbonate resin having a dimethylpolysiloxane structure at the end, a polyester resin having a dimethylpolysiloxane structure at the end, and an acrylic resin having a dimethylpolysiloxane structure at the end, (γ) at least one solvent selected from the group consisting of toluene and xylene, and (δ) a compound having the boiling point in one atmosphere higher than that of the (γ), the compound being represented by the following formula, and wherein, in the formula, R 10 represents a methyl group, an ethyl group, a propyl group, a cyclohexyl group, a phenyl group, or a benzyl group, R 11 represents a methylene group, an ethylene group, or a propylene group, R 12 represents a methyl group, an ethyl group, an acetyl group, a propionyl group, or a benzoyl group, E represents a single bond or a carbonyl group, q represents an integer number selected from 0 to 2. forming a coat for the surface layer by using a surface-layer coating solution, and forming the surface layer by drying the coat, (α) at least one resin selected from the group consisting of a polycarbonate resin not having a siloxane structure at the end, and a polyester resin not having a siloxane structure at the end, (β) at least one resin selected from the group consisting of a polycarbonate resin having a dimethylpolysiloxane structure at the end, a polyester resin having a dimethylpolysiloxane structure at the end, and an acrylic resin having a dimethylpolysiloxane structure at the end, (γ) at least one solvent selected from the group consisting of toluene and xylene, and (δ) a compound having the boiling point in one atmosphere higher than that of the (γ), the compound being represented by the following formula, and wherein, in the formula, R 10 represents a methyl group, an ethyl group, a propyl group, a cyclohexyl group, a phenyl group, or a benzyl group, R 11 represents a methylene group, an ethylene group, or a propylene group, R 12 represents a methyl group, an ethyl group, an acetyl group, a propionyl group, or a benzoyl group, E represents a single bond or a carbonyl group, q represents an integer number selected from 0 to 2. R 10 represents a methyl group, an ethyl group, a propyl group, a cyclohexyl group, a phenyl group, or a benzyl group, R 11 represents a methylene group, an ethylene group, or a propylene group, R 12 represents a methyl group, an ethyl group, an acetyl group, a propionyl group, or a benzoyl group, E represents a single bond or a carbonyl group, q represents an integer number selected from 0 to 2.
A method of synchronizing a local clock with a master clock using a serial communication bus, the method comprising: receiving, by a serial data interface receiver, a master time signal corresponding to a master clock; generating, by a frequency tuning loop, a time error signal corresponding to a difference between the master time signal and a local time signal; generating, by the frequency tuning loop, an actual frequency signal based on a reference frequency and the time error signal; producing, by the frequency tuning loop, a command frequency error based on the actual frequency signal and the local time signal; and producing by the local clock, an updated local time signal based on the command frequency error such that the updated local time signal is synchronized with the master time signal, and wherein the updated local time signal is representative of the local clock. receiving, by a serial data interface receiver, a master time signal corresponding to a master clock; generating, by a frequency tuning loop, a time error signal corresponding to a difference between the master time signal and a local time signal; generating, by the frequency tuning loop, an actual frequency signal based on a reference frequency and the time error signal; a reference frequency and the time error signal; producing, by the frequency tuning loop, a command frequency error based on the actual frequency signal and the local time signal; and producing by the local clock, an updated local time signal based on the command frequency error such that the updated local time signal is synchronized with the master time signal, and wherein the updated local time signal is representative of the local clock. actual frequency signal and the local time signal; and producing by the local clock, an updated local time signal based on the command frequency error such that the updated local time signal is synchronized with the master time signal, and wherein the updated local time signal is representative of the local clock.