mhurhangee/patent-ind-claim-en huggingface dataset:
An intervertebral disc prosthesis insertion assembly comprising an intervertebral disc prosthesis releasably retained by an insertion adapter and a demountable insertion tool body , the insertion adapter having a coupler for releasably mounting on said insertion tool body , characterized in that said insertion adapter comprises at least two parts , each part comprising: firstly, holding portions retaining said prosthesis and, secondly, coupling portions which are complementary to each other and coupled together by at least one assembler (165a, 165b, 165c, 165e, 172-173), said assembler releasably tightening said holding portions around at least part of said prosthesis, said two parts and said assembler forming actuating means for releasing the prosthesis .
A pharmaceutical composition for use in a method for the treatment of chronic obstructive pulmonary disease in a patient in need of such treatment, by inhalation from a single-dose dry powder inhaler or a multi-dose dry powder inhaler, said pharmaceutical composition comprising aclidinium in the form of a dry powder of a pharmaceutically acceptable salt in admixture with a pharmaceutically acceptable dry powder carrier, and said treatment comprising (i) administering once daily an emitted dose of aclidinium equivalent to 360 μg (plus/minus 10%) aclidinium bromide, or (ii) administering twice daily an emitted dose of aclidinium equivalent to 360 μg (plus/minus 10%) aclidinium bromide. said pharmaceutical composition comprising aclidinium in the form of a dry powder of a pharmaceutically acceptable salt in admixture with a pharmaceutically acceptable dry powder carrier, and said treatment comprising (i) administering once daily an emitted dose of aclidinium equivalent to 360 μg (plus/minus 10%) aclidinium bromide, or (ii) administering twice daily an emitted dose of aclidinium equivalent to 360 μg (plus/minus 10%) aclidinium bromide.
A method for securing an electronic device, comprising: trapping an attempt to access a secured system resource of the electronic device; determining a module associated with the attempt, wherein the module is loaded into system memory for execution, the module comprising a plurality of distinct subsections; determining a subsection of the module associated with the attempt, the subsection including a memory location associated with the attempt, including: determining a byte string of contiguous code bytes corresponding to a range of the system memory including an instruction pointer address that caused the attempt, the byte string including ±N bytes surrounding the instruction pointer address; and comparing the byte string against known byte strings recorded in security rules to analyze whether the subsection is known; based on the determination of the module and the determination of the subsection, if the subsection is known, accessing the security rules to determine whether to allow the attempted access from the subsection; and handling the attempt based on the security rules. trapping an attempt to access a secured system resource of the electronic device; determining a module associated with the attempt, wherein the module is loaded into system memory for execution, the module comprising a plurality of distinct subsections; determining a subsection of the module associated with the attempt, the subsection including a memory location associated with the attempt, including: determining a byte string of contiguous code bytes corresponding to a range of the system memory including an instruction pointer address that caused the attempt, the byte string including ±N bytes surrounding the instruction pointer address; and comparing the byte string against known byte strings recorded in security rules to analyze whether the subsection is known; determining a byte string of contiguous code bytes corresponding to a range of the system memory including an instruction pointer address that caused the attempt, the byte string including ±N bytes surrounding the instruction pointer address; and comparing the byte string against known byte strings recorded in security rules to analyze whether the subsection is known; based on the determination of the module and the determination of the subsection, if the subsection is known, accessing the security rules to determine whether to allow the attempted access from the subsection; and handling the attempt based on the security rules.
A method for preparing acrylic acid and methyl acrylate, the method comprising passing a feed gas containing dimethoxymethane and carbon monoxide through a reactor loaded with a molecular sieve catalyst to carry out a reaction, to generate acrylic acid as a main product and methyl acrylate, methyl acetate and acetic acid, wherein the reaction is carried out at a reaction temperature in a range from 220°C to 400°C.
A clothes treating apparatus comprising: a cabinet ; an inner cabinet ; an accommodating space defined in the inner cabinet to accommodate clothes, whereby the inner cabinet is fixed to the cabinet and thus remains stationary; an air supplying device generating drying air and supplying the drying air into the accommodating space such that the drying air is circulated in the accommodating space , wherein the air supplying device includes an inlet provided at a bottom of the accommodating space such that the air in the accommodating space flows into the air supplying device through the inlet ; a door installed at the cabinet to open and close an entrance formed at a front of the accommodating space ; a filter assembly installed in the inlet , and filtering the air passing through the inlet ; and wherein the inlet and the filter assembly are provided on a front portion of the bottom of the accommodating space . a cabinet ; an inner cabinet ; an accommodating space defined in the inner cabinet to accommodate clothes, whereby the inner cabinet is fixed to the cabinet and thus remains stationary; an air supplying device generating drying air and supplying the drying air into the accommodating space such that the drying air is circulated in the accommodating space , wherein the air supplying device includes an inlet provided at a bottom of the accommodating space such that the air in the accommodating space flows into the air supplying device through the inlet ; a door installed at the cabinet to open and close an entrance formed at a front of the accommodating space ; a filter assembly installed in the inlet , and filtering the air passing through the inlet ; and wherein the inlet and the filter assembly are provided on a front portion of the bottom of the accommodating space .
A method for depositing a viscous medium, in particular an adhesive or lacquer, onto a surface using a module for depositing the viscous medium , wherein the module comprises a reservoir which can be fed with the viscous medium , an outer surface of the module comprising an outlet region for the viscous medium , wherein the module comprises at least one nozzle channel which fluidically connects the reservoir to the outlet region , a smallest diameter (d min ) of the at least one nozzle channel being smaller than 0.8 mm and wherein the module comprises no moving parts for the closure of the at least one nozzle channel and the module comprising a doctor edge which runs along the outlet region, for distributing the viscous medium on the surface , wherein a discharge of the viscous medium out of the reservoir through the at least one nozzle channel of the module is begun and is maintained, by way of an overpressure of the viscous medium in the reservoir being increased at least until a passage resistance of the at least one nozzle channel to the viscous medium is overcome, the discharge of the viscous medium is stopped or interrupted without closing the at least one nozzle channel , by way of the overpressure of the viscous medium within the reservoir being reduced at least until the passage resistance of the at least one nozzle channel is no longer overcome, the viscous medium is distributed on the surface or introduced into deepenings of the surface using the doctor edge of the module , and a die with a negative of a microstructure is provided, wherein the viscous medium is deposited onto the negative or onto the component surface by way of the module , and the die with the negative is pressed onto the component surface, so that a layer of the viscous medium which comprises the microstructure is created on the component surface. a discharge of the viscous medium out of the reservoir through the at least one nozzle channel of the module is begun and is maintained, by way of an overpressure of the viscous medium in the reservoir being increased at least until a passage resistance of the at least one nozzle channel to the viscous medium is overcome, the discharge of the viscous medium is stopped or interrupted without closing the at least one nozzle channel , by way of the overpressure of the viscous medium within the reservoir being reduced at least until the passage resistance of the at least one nozzle channel is no longer overcome, the viscous medium is distributed on the surface or introduced into deepenings of the surface using the doctor edge of the module , and a die with a negative of a microstructure is provided, wherein the viscous medium is deposited onto the negative or onto the component surface by way of the module , and the die with the negative is pressed onto the component surface, so that a layer of the viscous medium which comprises the microstructure is created on the component surface.
A food product processing plant including: • a food product loading unit , one or more food product processing units , and a food product unloading unit arranged successively and connected via a food product conveying device; wherein the conveying device includes • a rail defining a conveyance path through said one or more processing units ; • a plurality of carriages movably supported on said rail , each carriage including a hook configured for hanging food items for the conveyance thereof; and • an actuating device configured for driving said plurality of carriages along the conveyance path; wherein • the conveying device includes multiple independent and successive trains of carriages along said rail , each train of carriages being intended for supporting a batch of food product; • the actuating device includes multiple independently actuated actuating units , configured for driving different trains of carriages located at different positions of the conveyance path, allowing independent and distinct actuation of the multiple trains of carriages ; and • the rail includes at least one passive rail segment devoid of actuating units characterized in that each train of carriages is formed by a cluster of a portion of said carriages arranged in succession and attached to one another by articulated attachments . • a food product loading unit , one or more food product processing units , and a food product unloading unit arranged successively and connected via a food product conveying device; • a rail defining a conveyance path through said one or more processing units ; • a plurality of carriages movably supported on said rail , each carriage including a hook configured for hanging food items for the conveyance thereof; and • an actuating device configured for driving said plurality of carriages along the conveyance path; • the conveying device includes multiple independent and successive trains of carriages along said rail , each train of carriages being intended for supporting a batch of food product; • the actuating device includes multiple independently actuated actuating units , configured for driving different trains of carriages located at different positions of the conveyance path, allowing independent and distinct actuation of the multiple trains of carriages ; and • the rail includes at least one passive rail segment devoid of actuating units
A bispecific, antigen-binding tandem diabody specific to human CD33 and human CD3, wherein said tandem diabody comprises a first polypeptide and a second polypeptide, each polypeptide having at least four variable chain domains linked one after another, wherein each polypeptide comprises (i) a variable heavy chain (VH) domain specific to human CD33; (ii) a variable light chain (VL) domain specific to human CD33; (iii) a VH domain specific for human CD3, and (iv) a VL domain specific for human CD3, wherein each polypeptide comprises a combination of four variable chain domains selected from the group consisting of (a) SEQ ID NOs: 3, 13, 64 and 68; (b) SEQ ID NOs: 2, 12, 64 and 68; (c) SEQ ID NOs: 4, 14, 64 and 68; (d) SEQ ID NOs: 5, 15, 64 and 68; (e) SEQ ID NOs: 6, 16, 64 and 68; or (f) SEQ ID NOs: 9, 19, 64 and 68; and wherein in each polypeptide, the four variable chain domains are linked with one after another by peptide linkers L1, L2 and L3 in the order of: VL(CD3)-L1-VH(CD33)-L2-VL(CD33)-L3-VH(CD3); VH(CD3)-L1-VL(CD33)-L2-VH(CD33)-L3-VL(CD3); VL(CD33)-L1-VH(CD3)-L2-VL(CD3)-L3-VH(CD3 3); or VH(CD33)-L1-VL(CD3)-L2-VH(CD3)-L3-VL(CD33). (i) a variable heavy chain (VH) domain specific to human CD33; (ii) a variable light chain (VL) domain specific to human CD33; (iii) a VH domain specific for human CD3, and (iv) a VL domain specific for human CD3, (a) SEQ ID NOs: 3, 13, 64 and 68; (b) SEQ ID NOs: 2, 12, 64 and 68; (c) SEQ ID NOs: 4, 14, 64 and 68; (d) SEQ ID NOs: 5, 15, 64 and 68; (e) SEQ ID NOs: 6, 16, 64 and 68; or (f) SEQ ID NOs: 9, 19, 64 and 68; VL(CD3)-L1-VH(CD33)-L2-VL(CD33)-L3-VH(CD3); VH(CD3)-L1-VL(CD33)-L2-VH(CD33)-L3-VL(CD3); VL(CD33)-L1-VH(CD3)-L2-VL(CD3)-L3-VH(CD3 3); or VH(CD33)-L1-VL(CD3)-L2-VH(CD3)-L3-VL(CD33).
A method of operating a user equipment, UE , comprising: establishing communication with a base station ; receiving , from the base station , a first slot format indicator, SFI, index, wherein the first SFI index indicates single slot formats for a specified combination of consecutive slots, wherein a single slot format indicates respective transmission directions for each respective symbol of 14 symbols in a single slot; and performing communication during the specified combination of consecutive slots according to the single slot formats for the specified combination of consecutive slots. establishing communication with a base station ; receiving , from the base station , a first slot format indicator, SFI, index, wherein the first SFI index indicates single slot formats for a specified combination of consecutive slots, wherein a single slot format indicates respective transmission directions for each respective symbol of 14 symbols in a single slot; and performing communication during the specified combination of consecutive slots according to the single slot formats for the specified combination of consecutive slots.
A corrosion-resistant coating composition comprising a coating film-forming resin (A), a crosslinking agent (B), and a magnesium hydroxide (C), wherein the magnesium hydroxide has an oil absorption of 70 g/100 g or less, and a BET specific surface area of 4.0 m 2 /g or less, wherein the coating film-forming resin (A) comprises at least one selected from the group consisting of epoxy resin, polyester resin, acrylic resin, urethane resin, and modified products thereof, wherein the crosslinking agent (B) comprises one or more selected from blocked polyisocyanate compounds and amino resins, wherein the oil absorption and the BET specific surface area is measured according to the methods set out in the description. wherein the magnesium hydroxide has an oil absorption of 70 g/100 g or less, and a BET specific surface area of 4.0 m 2 /g or less, wherein the coating film-forming resin (A) comprises at least one selected from the group consisting of epoxy resin, polyester resin, acrylic resin, urethane resin, and modified products thereof, wherein the crosslinking agent (B) comprises one or more selected from blocked polyisocyanate compounds and amino resins, wherein the oil absorption and the BET specific surface area is measured according to the methods set out in the description.
A magnetic latching relay capable of resisting short-circuit current, comprising: contact portion, composed of two sets of moving spring portions which are substantially parallel to each other; wherein the two sets of moving spring portions respectively comprises a moving spring piece , a moving contact , a moving spring lead-out piece and a stationary contact ; the moving contact is connected to one end of the moving spring piece , the other end of the moving spring piece is connected to one end of the moving spring lead-out piece , and the stationary contact is connected to one end of the moving spring lead-out piece ; two moving contacts of the moving spring portion respectively correspond to two stationary contacts to form a parallel circuit structure when the moving and stationary contacts are in contact; wherein each of the two moving spring pieces is provided with a first bent portion which is convex on one side of the thickness and concave on the other side, and the protruding directions of the two first bent portions are the same, wherein the bending of the first bent portion of one moving spring piece is smaller than the bending of the first bent portion of the other moving spring piece , such that the protrusion of the first bent portion of one moving spring can fit into the recess of the first bent portion of the other moving spring piece , thereby the effective length of each moving spring pieces is increased while reducing the distance between the two moving spring pieces . contact portion, composed of two sets of moving spring portions which are substantially parallel to each other; wherein the two sets of moving spring portions respectively comprises a moving spring piece , a moving contact , a moving spring lead-out piece and a stationary contact ; the moving contact is connected to one end of the moving spring piece , the other end of the moving spring piece is connected to one end of the moving spring lead-out piece , and the stationary contact is connected to one end of the moving spring lead-out piece ; two moving contacts of the moving spring portion respectively correspond to two stationary contacts to form a parallel circuit structure when the moving and stationary contacts are in contact; wherein each of the two moving spring pieces is provided with a first bent portion which is convex on one side of the thickness and concave on the other side, and the protruding directions of the two first bent portions are the same, wherein the bending of the first bent portion of one moving spring piece is smaller than the bending of the first bent portion of the other moving spring piece , such that the protrusion of the first bent portion of one moving spring can fit into the recess of the first bent portion of the other moving spring piece , thereby the effective length of each moving spring pieces is increased while reducing the distance between the two moving spring pieces .
A system comprising: a curved tray configured to support a medical fluid bag that contains dialysate or effluent drained from a patient during a peritoneal dialysis medical treatment, a hemodialysis medical treatment, a hemofiltration medical treatment, or a hemodiafiltration medical treatment, the curved tray comprising a plurality of openings therethrough; a dialysate or effluent medical fluid collection basin removably coupled to the curved tray and configured to collect dialysate or effluent medical fluid leaked from the medical fluid bag during the medical treatment; a leak detector coupled to a surface of the dialysate or effluent medical fluid collection basin and configured to detect dialysate or effluent medical fluid as leaked from the medical fluid bag into the dialysate or effluent medical fluid collection basin; and a control unit configured to receive treatment data related to the medical treatment. a curved tray configured to support a medical fluid bag that contains dialysate or effluent drained from a patient during a peritoneal dialysis medical treatment, a hemodialysis medical treatment, a hemofiltration medical treatment, or a hemodiafiltration medical treatment, the curved tray comprising a plurality of openings therethrough; a dialysate or effluent medical fluid collection basin removably coupled to the curved tray and configured to collect dialysate or effluent medical fluid leaked from the medical fluid bag during the medical treatment; a leak detector coupled to a surface of the dialysate or effluent medical fluid collection basin and configured to detect dialysate or effluent medical fluid as leaked from the medical fluid bag into the dialysate or effluent medical fluid collection basin; and a control unit configured to receive treatment data related to the medical treatment.
Sanitary tub having a formed tub body made of sheet steel, which is provided with an enamel coating on at least one upper side, wherein an anti-slip coating (5-8) containing titanium dioxide is applied at least in some areas on the enamel coating , characterized in that the coating is designed as a particulate coating with a degree of coverage of the enamel surface in the coating area of less than 50%.
A method for producing a fatty acid based surfactant comprising: reacting a fatty acid ester epoxide with a hydroxy acid or a hydroxy ester in the presence of a catalyst to produce an acid or a poly-ester with an ether functionality, wherein the catalyst comprises one or more of a tetrafluoroborate salt catalyst, a metal hydroxide catalyst, or a metal halide catalyst; and hydrolyzing an ester from the fatty acid ester epoxide or the hydroxy ester under basic conditions to form a water-soluble salt. reacting a fatty acid ester epoxide with a hydroxy acid or a hydroxy ester in the presence of a catalyst to produce an acid or a poly-ester with an ether functionality, wherein the catalyst comprises one or more of a tetrafluoroborate salt catalyst, a metal hydroxide catalyst, or a metal halide catalyst; and hydrolyzing an ester from the fatty acid ester epoxide or the hydroxy ester under basic conditions to form a water-soluble salt.
A vehicle comprising a display and a processor, the processor being configured to calculate the maximum wading depth of the vehicle in dependence on one or more vehicle parameters, wherein the processor is configured to display the maximum wading depth on the display wherein the display comprises an elevation of a vehicle on which is superimposed a line indicative of maximum wading depth, the vehicle further including a wading depth indicator, said display simultaneously displaying the maximum wading depth and current water level on said elevation.
Windscreen wiper device for a windscreen wiper , having at least one wiper arm adapter , having at least one wiper blade adapter , and having a heating unit for heating a wiper blade and having a spray unit , for spraying a washing fluid onto a vehicle windscreen, wherein the spray unit and the heating unit are arranged at least partially in the wiper blade adapter , wherein the wiper arm adapter (14a; 14b) and the wiper blade adapter (16a; 16b) have coupling elements which are provided for lateral coupling of the wiper arm adapter to the wiper blade adapter , characterized in that the spray unit has at least one spray channel connection element , which is connected at least partially to at least the coupling element on the wiper blade adapter and is provided for at least partially automatic coupling to a further spray channel connection element on the wiper arm adapter , and wherein the heating unit has a heating element , which is arranged in the wiper blade adapter , and a heating connection element , which is arranged partially in the coupling element of the wiper arm adapter .