mhurhangee/patent-ind-claim-en huggingface dataset:
A mat for therapeutic purposes, the mat having an underside configured to be disposed on a support, and the mat forming an exercising surface for therapeutic exercises on its upper side , and the mat being made of an elastically deformable material, and the elastically deformable material being configured to be compressed in a loaded contact area by the weight of a user present on the exercising surface , the mat comprising at least two material layers made of two different elastically deformable materials, the lower material layer being configured to be disposed on the support, and the upper material layer forming the exercising surface , and the upper material layer being softer than the lower material layer , characterized in that the upper material layer has a gross density of 43 kg/m 3 to 50 kg/m 3 and a compression hardness of 1 kPa to 4 kPa and a tensile strength of ≥ 30 kPa and an elongation at fracture of ≥ 100 % and a compressive deformation resistance of ≤ 7 %, and in that the lower material layer has a gross density of 32 kg/m 3 to 45 kg/m 3 and a compression hardness of 3.0 kPa to 5.0 kPa and a tensile strength of ≥ 90 kPa and an elongation at fracture of ≥ 100 % and a compressive deformation resistance of ≤ 7 %. the mat comprising at least two material layers made of two different elastically deformable materials, the lower material layer being configured to be disposed on the support, and the upper material layer forming the exercising surface , and the upper material layer being softer than the lower material layer , characterized in that the upper material layer has a gross density of 43 kg/m 3 to 50 kg/m 3 and a compression hardness of 1 kPa to 4 kPa and a tensile strength of ≥ 30 kPa and an elongation at fracture of ≥ 100 % and a compressive deformation resistance of ≤ 7 %, and in that the lower material layer has a gross density of 32 kg/m 3 to 45 kg/m 3 and a compression hardness of 3.0 kPa to 5.0 kPa and a tensile strength of ≥ 90 kPa and an elongation at fracture of ≥ 100 % and a compressive deformation resistance of ≤ 7 %.
Beam assembly for a screen device , comprising - a beam element which is provided for lateral attachment to a structural element , such as a wall; - a connecting profile which is arranged at least partly above the beam element to be attached to the structural element ; - a sealing means for sealing a connection between the connecting profile and the structural element ; - a drainage profile which is arranged between the connecting profile and the beam element in order to drain precipitation incident on the screen device away from the structural element ; wherein the connecting profile is provided with a fitting groove which is open at the connecting side for connection to the structural element and is provided for applying the sealing means therein for sealing said connection and wherein the beam element is provided with an upright flange which is arranged under the drainage profile , wherein a bottom edge of the drainage profile extends next to this upright flange of the beam element , on the side away from the structural element , characterized in that the beam assembly comprises a sealing element which extends between the drainage profile and the upright flange of the beam element . - a beam element which is provided for lateral attachment to a structural element , such as a wall; - a connecting profile which is arranged at least partly above the beam element to be attached to the structural element ; - a sealing means for sealing a connection between the connecting profile and the structural element ; - a drainage profile which is arranged between the connecting profile and the beam element in order to drain precipitation incident on the screen device away from the structural element ;
A method of operating agricultural working machines (1a-c), wherein a working group of agricultural working machines (1a-c) is defined for interrelated working of a field , wherein working of the field by the working machines of the working group is in a functional relationship, the working group has a first working machine (1a,b) for a first kind of working of the field and a second working machine for a second kind of working of the field , a service data set is selected for setting the working of the field , which service data set is stored on a server remote from the working machines (1a-c),a first partial data set of the service data set for setting the first kind of working is wirelessly transmitted to the first working machine (1a,b), a second partial data set of the service data set for setting the second kind of working is wirelessly transmitted to the second working machine , wherein the server provides for a client a preferably Internet-based interface for definition of the working group and for selection of the service data set and a plurality of different service data sets (9, 9a-c) is stored on the server and provides for the client a virtual working region for preferably Internet-based display of the selected data set and preferably the server provides for the client an in particular Internet-based access to the virtual working region , which access is associated with the working machines (1a-c) of the working group .
A process for the purification of tenofovir alafenamide of Formula-I, comprising the steps of: (a) reacting Formula-IV with an achiral acid to produce an acid salt; and (b) desaltification of the acid salt to get tenofovir alafenamide of Formula-I. (a) reacting Formula-IV with an achiral acid to produce an acid salt; and (b) desaltification of the acid salt to get tenofovir alafenamide of Formula-I.
An image forming apparatus adapted to perform an image forming process to form an image on a sheet, and to perform an image erasing process to erase an image formed on a sheet, the image to be erased being formed by using a recording material, the recording material being erasable at a predetermined erasing temperature or more, comprising: a fusing device including a fusing member , a pressure member and a heat source for heating said fusing member, the fusing device being adapted to convey a sheet which is heated and pressed between the fusing member and the pressure member, the fusing device being configured to fuse the image into the sheet when the image forming process is performed, and to erase the image formed on the sheet when the image erasing process is performed; a cooling device for cooling the fusing member of the fusing device ; a processor for controlling said cooling device ; a sensor to detect the sheets to be erased; wherein said processor comprises a counter to count the number of sheets to be erased based on the result of detecting sheets by the sensor and wherein said processor is configured to make the cooling device perform a first cooling process once the image erasing process started, suspending the image erasing process at a predetermined timing, to decrease temperature of the fusing member below the erasing temperature, said predetermined timing being based on at least one of the following parameters: the number of sheets to be erased, the elapsed time after the image erasing process started and the temperature of the fusing member of the fusing device . a fusing device including a fusing member , a pressure member and a heat source for heating said fusing member, the fusing device being adapted to convey a sheet which is heated and pressed between the fusing member and the pressure member, the fusing device being configured to fuse the image into the sheet when the image forming process is performed, and to erase the image formed on the sheet when the image erasing process is performed; a cooling device for cooling the fusing member of the fusing device ; a processor for controlling said cooling device ; a sensor to detect the sheets to be erased; wherein said processor comprises a counter to count the number of sheets to be erased based on the result of detecting sheets by the sensor and wherein said processor is configured to make the cooling device perform a first cooling process once the image erasing process started, suspending the image erasing process at a predetermined timing, to decrease temperature of the fusing member below the erasing temperature, said predetermined timing being based on at least one of the following parameters: the number of sheets to be erased, the elapsed time after the image erasing process started and the temperature of the fusing member of the fusing device .
A load test apparatus comprising: a first resistance unit that has a plurality of first resistors and a first holding part holding the plurality of first resistors; and a first cooling part that includes a cooling device configured for sending cooling air to the plurality of first resistors; wherein the cooling device in the first cooling part faces one first opening (31a1) in the first holding part , characterized in that the first holding part is arranged on a housing that holds the first resistance unit with a first insulator therebetween, and the first insulator is attached between the housing and a first lower projection that protrudes in a horizontal direction from a lower portion of the first holding part . a first resistance unit that has a plurality of first resistors and a first holding part holding the plurality of first resistors; and a first cooling part that includes a cooling device configured for sending cooling air to the plurality of first resistors; wherein the cooling device in the first cooling part faces one first opening (31a1) in the first holding part , characterized in that the first holding part is arranged on a housing that holds the first resistance unit with a first insulator therebetween, and the first insulator is attached between the housing and a first lower projection that protrudes in a horizontal direction from a lower portion of the first holding part .
A device comprising: a single crystal silicon-on-insulator (SOI) bulk layer ; the device further comprising: at least one thermally isolated Metal Oxide Semiconductor transistor (TeraMOS transistor) with temperature dependent electrical parameters; an absorption structure for the absorption of terahertz radiation, wherein said absorption structure comprises a perforated platform and wherein dimensions of the at least one TeraMOS transistor are smaller than dimensions of the perforated platform; electrical and thermal conductors independently connecting said at least one TeraMOS transistor to said single crystal SOI bulk layer; and CMOS circuitry with readout circuits for sensor signal multiplexing, amplification and processing, wherein said absorption structure is configured to absorb terahertz radiation and is configured to heat the at least one TeraMOS transistor that is configured to transduce temperature changes into an electrical signal.
A method for broth microdilution (BMD) susceptibility testing of gram-positive bacteria comprising evaluating an antibacterial peptide in broth supplemented with animal serum and a reducing agent, wherein the antibacterial peptide is a lysin polypeptide.
A method for designing an implant comprising: (i) determining the mandibular bone size and shape around a natural tooth in situ or a natural void in situ in which a natural tooth has previously been present; (ii) determining one or more anatomical structures around the natural tooth or the natural void; (iii) determining the mandibular bone mineral density and/or the mandibular bone quality around the natural tooth in situ or the natural void in situ; and (iv) determining the marginal soft tissue thickness around the natural tooth in situ or the natural void in situ to determine the quantity of collagen fibers therein, wherein the data acquired from steps (i), (ii), (iii) and (iv) is used to design an implant and wherein steps (i) to (iv) are performed in any order. (i) determining the mandibular bone size and shape around a natural tooth in situ or a natural void in situ in which a natural tooth has previously been present; (ii) determining one or more anatomical structures around the natural tooth or the natural void; (iii) determining the mandibular bone mineral density and/or the mandibular bone quality around the natural tooth in situ or the natural void in situ; and (iv) determining the marginal soft tissue thickness around the natural tooth in situ or the natural void in situ to determine the quantity of collagen fibers therein, wherein the data acquired from steps (i), (ii), (iii) and (iv) is used to design an implant and wherein steps (i) to (iv) are performed in any order.
An arrangement for the protection of installations and persons for multiphase low-voltage supply devices, which includes an arc-fault detection unit (EE) and short-circuiters (KSP), the short-circuiters being configured to produce a short-circuit between the busbars of the low-voltage supply device, the short-circuiters (KSP) each being driven and activated by an electronic assembly (STE) of the arrangement with a switching element (Th), and the arc-fault detection unit (EE) being in connection with the input of the electronic assembly (STE) for this purpose, and a parallel connection of short-circuiters (KSE / KSP) being provided in order to increase the short-circuit current strength, characterized in that the arrangement includes an energy storage unit (ES) and a regulator (LR), wherein when the arrangement is arranged in a low-voltage supply device, the energy storage unit (ES) is connected between the phases (L1; L2; L3) of the low-voltage supply device for safe actuation of the parallel-connected short-circuiters (KSE / KSP), wherein the energy storage unit (ES) leads to the regulator (LR) for providing the control voltage for the switching element (Th), so that even in the case that the parallel-connected short-circuiters (KSE / KSP) respond unequally in terms of time with a resultant loss of voltage between the phases, the switching element (Th) can be activated for the slower one of the short-circuiters (KSE / KSP), the switching element having one thyristor (Th) or two thyristors (Th; Th) in antiparallel connection, and the energy storage unit (ES) containing one or more capacitors connected in series.
A method for producing a wood-based board , especially an MDF or HDF board, by scattering a mat of wood fibers or wood chips wetted with a first binder, which is subsequently pressed in a hot-press to form a board of desired thickness, the pressing being preceded by the contact-free scattered application, to a top side (1.1) of the mat , of a powder mixture of color pigments and a second binder as priming agent , characterized in that the mat after the scattered application of the powder mixture is sprayed with water.
A liquid crystal element comprising: two substrates having a transparent conductive layer formed thereon, the substrates being arranged so that the transparent conductive layers face each other, and a liquid crystal-polymer composite film sandwiched between the two substrates having a transparent conductive layer, wherein the liquid crystal-polymer composite film comprises a polymer matrix and a liquid crystal composition surrounded by the polymer matrix, the liquid crystal composition contains a liquid crystal component and a dichroic dye, the liquid crystal component has positive dielectric constant anisotropy, and has an NI point of 110°C or higher and 150°C or lower, the liquid crystal component has a refractive index anisotropy of 0.01 or more and 0.1 or less, and the liquid crystal-polymer composite film can be switched between a transparent state and a colored state by applying a voltage. two substrates having a transparent conductive layer formed thereon, the substrates being arranged so that the transparent conductive layers face each other, and a liquid crystal-polymer composite film sandwiched between the two substrates having a transparent conductive layer, wherein the liquid crystal-polymer composite film comprises a polymer matrix and a liquid crystal composition surrounded by the polymer matrix, the liquid crystal composition contains a liquid crystal component and a dichroic dye, the liquid crystal component has positive dielectric constant anisotropy, and has an NI point of 110°C or higher and 150°C or lower, the liquid crystal component has a refractive index anisotropy of 0.01 or more and 0.1 or less, and the liquid crystal-polymer composite film can be switched between a transparent state and a colored state by applying a voltage.
A kit product comprising: a bag which contains an infusion solution or pure water; and a drug-enclosing portion in which a drug (A) is enclosed and which comprises a sealing portion connecting the drug-enclosing portion with the bag via the sealing portion , wherein the sealing portion is adapted such that a drug preparation is enabled by opening the sealing portion to bring the bag into communication with the drug-enclosing portion , thereby charging the drug (A) into the bag , wherein the kit product contains further drug-enclosing portions which comprise a sealing portion , characterized in that the same drug (A) is enclosed in the further drug enclosing portions , such that the kit product enables dose adjustment of the drug, as at least some of the drug-enclosing portions is configured to be able to isolate a residue of the drug (A), which remains in the drug-enclosing portion without being used in the drug preparation, from the bag , wherein the drug (A) is dose-adjustable by adjusting the number of the sealing portions to be opened, wherein each of the drug-enclosing portions displays the amount of the drug (A) enclosed therein on its surface by printing or stamping. a bag which contains an infusion solution or pure water; and a drug-enclosing portion in which a drug (A) is enclosed and which comprises a sealing portion connecting the drug-enclosing portion with the bag via the sealing portion , wherein the sealing portion is adapted such that a drug preparation is enabled by opening the sealing portion to bring the bag into communication with the drug-enclosing portion , thereby charging the drug (A) into the bag ,
Compound of formula (I): wherein R 1 is - a (C 1 -C 4 ) alkyl group, or - a (C 3 -C 6 ) cycloalkyl group, R 2 is - a phenyl or a substituted phenyl with one to three groups, with the proviso that when R 2 is a phenyl then R 1 is a (C 3 -C 6 ) cycloalkyl group, or anyone of its pharmaceutically acceptable salt. R 1 is - a (C 1 -C 4 ) alkyl group, or - a (C 3 -C 6 ) cycloalkyl group, - a (C 1 -C 4 ) alkyl group, or - a (C 3 -C 6 ) cycloalkyl group, R 2 is - a phenyl or a substituted phenyl with one to three groups, - a phenyl or a substituted phenyl with one to three groups, with the proviso that when R 2 is a phenyl then R 1 is a (C 3 -C 6 ) cycloalkyl group,
A visibility improving film for a display panel, comprising: a substrate; and a photocurable resin layer that is provided on at least one side of the substrate, wherein the photocurable resin layer includes metal-coated inorganic oxide fine particles having an average particle size of 1 to 10 μ m in a dispersed form, and a relative visibility evaluation value represented by the following Formula 1 is 4 or more, Relative Visibility Evaluation Value = B 1 / A 1 wherein, in the above Formula 1, A1 is a luminance value measured at a height of 5.5 cm from the front side, when a film having transmittance of about 90 % as measured according to JIS K 7361 and a haze value of about 22 % as measured according to JIS K 7136 is bonded to a glass slide, then placed on a black acrylic plate and irradiated with a 535 nm laser light at 45° with respect to the normal direction, and B1 is a luminance value measured at a height of 5.5 cm from the front side, when the visibility improving film for a display panel is bonded to a glass slide, then placed on a black acrylic plate and irradiated with the same laser light at 45° with respect to the normal direction; wherein the metal-coated inorganic oxide fine particles are contained in an amount of 1.15 to 20 parts by weight based 100 parts by weight of the photocurable resin. wherein, in the above Formula 1, A1 is a luminance value measured at a height of 5.5 cm from the front side, when a film having transmittance of about 90 % as measured according to JIS K 7361 and a haze value of about 22 % as measured according to JIS K 7136 is bonded to a glass slide, then placed on a black acrylic plate and irradiated with a 535 nm laser light at 45° with respect to the normal direction, and B1 is a luminance value measured at a height of 5.5 cm from the front side, when the visibility improving film for a display panel is bonded to a glass slide, then placed on a black acrylic plate and irradiated with the same laser light at 45° with respect to the normal direction; wherein the metal-coated inorganic oxide fine particles are contained in an amount of 1.15 to 20 parts by weight based 100 parts by weight of the photocurable resin.
A microscope objective for imaging a sample using a microscope, wherein the microscope objective comprises a front lens enclosed by a surround and is embodied for microscopy with an immersion liquid , characterized in that the front lens and/or the surround thereof are switchable between a state that repels the immersion liquid and a state that does not repel the immersion liquid .
A stop collar for mounting to a downhole tubular , comprising: a cylindrical housing having a threaded inner surface and a tapered inner surface; a compressible slip ring having teeth formed in an inner surface thereof and a pair of tapered outer surfaces; a cam ring having a tapered inner surface; and a cylindrical bolt having a threaded outer surface , wherein: a natural outer diameter of each ring is greater than a minor diameter of the threaded surfaces , and screwing the threaded surfaces of the housing and the bolt is operable to drive the tapered surfaces together, thereby compressing the slip ring such that the teeth engage a periphery of the tubular , characterized in that the cam ring is solid, having a solid wall without slots and without splits. a cylindrical housing having a threaded inner surface and a tapered inner surface; a compressible slip ring having teeth formed in an inner surface thereof and a pair of tapered outer surfaces; a cam ring having a tapered inner surface; and a cylindrical bolt having a threaded outer surface , wherein: a natural outer diameter of each ring is greater than a minor diameter of the threaded surfaces , and screwing the threaded surfaces of the housing and the bolt is operable to drive the tapered surfaces together, thereby compressing the slip ring such that the teeth engage a periphery of the tubular , a natural outer diameter of each ring is greater than a minor diameter of the threaded surfaces , and screwing the threaded surfaces of the housing and the bolt is operable to drive the tapered surfaces together, thereby compressing the slip ring such that the teeth engage a periphery of the tubular , characterized in that the cam ring is solid, having a solid wall without slots and without splits.