mhurhangee/patent-ind-claim-en huggingface dataset:
Air handling system comprising an air handling unit provided with an adjustable rotary heat exchanger , which in heating mode is provided to recover thermal energy from an exhaust air stream and transfer the thermal energy and moisture to a supply air stream , said air handling system further comprises a heat pump , provided to in heating mode recover thermal energy from the exhaust air stream and transfer the thermal energy to the supply air stream , and the heat pump comprises at least one refrigerant circuit with a refrigerant , a compressor , a 4-way valve , an evaporator and a condenser , wherein the heat pump is provided to in so called reversible mode for defrosting of the evaporator by means of the 4-way valve shifting the flow direction of the refrigerant , wherein the heated refrigerant is directed to the evaporator instead of to the condenser , wherein a first coil is provided in the exhaust air stream in the flow direction after the rotary heat exchanger , wherein the first coil is of the type DX coil and is connected to the refrigerant circuit and in the heating mode constitutes the evaporator , further a second coil is provided in the supply air stream in the flow direction after the rotary heat exchanger , wherein the system comprises a heat-transfer fluid circuit , which comprises a heat-transfer fluid and a circulation pump provided to circulate the heat-transfer fluid in the heat-transfer fluid circuit , wherein the second coil is of the type liquid coil and arranged to be connected to the heat-transfer fluid circuit , wherein the system further comprises a plate heat exchanger which comprises a primary circuit , wherein the refrigerant circuit is arranged to be connected to the primary circuit , wherein the plate heat exchanger in the heating mode constitutes the condenser , wherein the plate heat exchanger comprises a secondary circuit , wherein the heat-transfer fluid circuit is arranged to be connected to the secondary circuit , wherein the heat pump is provided to exchange thermal energy between the exhaust air stream and the supply air stream partially in an indirect manner, that is indirectly with the supply air stream but directly with the exhaust air stream , and the heat-transfer fluid circuit further comprises a buffer tank , a 3-way control valve and a by-pass line , wherein the control valve is provided to entirely or partially bypass the buffer tank via the by-pass line , and the buffer tank is provided to in non-defrost mode accumulate thermal energy by storing a subset of the heat-transfer fluid in the buffer tank , and is further provided to in the defrost mode of the evaporator release said accumulated thermal energy into the supply air stream via the second coil , and the control valve is provided to control the subset of the heat-transfer fluid which is to pass through the buffer tank for charging the buffer tank and for releasing thermal energy from the buffer tank , and to control the subset of the heat-transfer fluid which is to pass via the by-pass line .
A method of rapid derivatization of glycosylamines comprising the steps of: providing a biological sample comprising a glycoprotein; and contacting the glycoprotein with an enzyme to produce a deglycosylation mixture; and mixing (a) a reagent solution comprising a labeling reagent selected from an N- hydroxysuccinimide ester reagent or an N- hydroxysuccinimide carbamate reagent combined with a polar aprotic, non-nucleophilic organic solvent, (b) the deglycosylation mixture and (c) a buffer solution to produce a reaction mixture, the reaction mixture comprising a molar excess of labeling reagent in an amount of about 50 to about 1000, the reaction mixtures having the labeling reagent, released glycosylamines, proteinacious amines comprising lysine residues, and derivatized glycosylamines. providing a biological sample comprising a glycoprotein; and contacting the glycoprotein with an enzyme to produce a deglycosylation mixture; and mixing (a) a reagent solution comprising a labeling reagent selected from an N- hydroxysuccinimide ester reagent or an N- hydroxysuccinimide carbamate reagent combined with a polar aprotic, non-nucleophilic organic solvent, (b) the deglycosylation mixture and (c) a buffer solution to produce a reaction mixture, the reaction mixture comprising a molar excess of labeling reagent in an amount of about 50 to about 1000, the reaction mixtures having the labeling reagent, released glycosylamines, proteinacious amines comprising lysine residues, and derivatized glycosylamines.
An in particular mobile apparatus having a milling member which can be driven in a rotationally movable manner and which has a plurality of blade carriers (S, S1, S2, S8) which have in each case a geometrically determined blade for the chip-removing processing of a profile which has a transverse profile, in particular a rail of a track member, wherein the apparatus has a plurality of blade carriers (S1, S8) which can be moved relative to the milling member and which, by means of at least one actuation member in order to adjust different working positions during the engagement of the blade of the respective movable blade carrier (S1, S8) in the profile , are arranged so as to be able to be radially deflected on the milling member by the actuation member during the rotating revolving movement of the milling member cyclically coming into contact with a formation , which has an inclination, of the blade carrier (S1, S8), characterized in that there can be adjusted a first functional position, in which exclusively the blades of a first group of movable blade carriers (S1) of a track path or a plurality of track paths move into engagement with the profile , and a second functional position or other functional positions, in which exclusively the blades of a second group or another group of a plurality of blade carriers (S2, S8), which are arranged on the milling member , of the same track path or the same track paths move into engagement with the profile .
A lintel door lock safety device comprising: a frame mountable to a lintel of an elevator system ; an elevator lintel door lock fixed to the frame , the elevator lintel door lock having a first lock element and a second lock element , wherein the first lock element is rotatable relative to the second lock element ; characterized in the lintel door lock safety device further comprising: a contact plate fixed to the first lock element and moveable therewith, the contact plate having at least one contact attached thereto; a contact receiver fixedly attached to the frame and electrically connectable to a safety chain of the elevator system , the contact receiver having at least one contact receiver aperture arranged to receive a respective contact of the contact plate ; and a blocking element pivotably mounted to the frame wherein a portion of the blocking element is moveable between (i) a first position to prevent the at least one contact from engaging with a respective contact receiver aperture and (ii) a second position that allows the at least one contact to engage with the respective contact receiver aperture . a frame mountable to a lintel of an elevator system ; an elevator lintel door lock fixed to the frame , the elevator lintel door lock having a first lock element and a second lock element , wherein the first lock element is rotatable relative to the second lock element ; characterized in the lintel door lock safety device further comprising: a contact plate fixed to the first lock element and moveable therewith, the contact plate having at least one contact attached thereto; a contact receiver fixedly attached to the frame and electrically connectable to a safety chain of the elevator system , the contact receiver having at least one contact receiver aperture arranged to receive a respective contact of the contact plate ; and a blocking element pivotably mounted to the frame wherein a portion of the blocking element is moveable between (i) a first position to prevent the at least one contact from engaging with a respective contact receiver aperture and (ii) a second position that allows the at least one contact to engage with the respective contact receiver aperture . a contact plate fixed to the first lock element and moveable therewith, the contact plate having at least one contact attached thereto; a contact receiver fixedly attached to the frame and electrically connectable to a safety chain of the elevator system , the contact receiver having at least one contact receiver aperture arranged to receive a respective contact of the contact plate ; and a blocking element pivotably mounted to the frame wherein a portion of the blocking element is moveable between (i) a first position to prevent the at least one contact from engaging with a respective contact receiver aperture and (ii) a second position that allows the at least one contact to engage with the respective contact receiver aperture .
A microporous crystalline zeolite having a channel system comprising 10-membered rings of tetrahedrally coordinated atoms and 12-membered rings of tetrahedrally coordinated atoms in a single channel; wherein the channel system is a one-dimensional channel system.
A resin composition comprising an epoxy resin and a modifier, characterized in that the modifier comprises an ethylene-glycidylmethacrylate-vinyl acetate polymer comprising phthalic anhydride modified glycidyl methacrylate monomer units.
A furcation tube for optical fibers , comprising: a polymer inner jacket ; the inner jacket surrounded by a fiber and strength layer of fibers and strength members ; and a polymer outer jacket surrounding the fiber and strength layer, characterized in that the fiber and strength layer is provided with strength members and fiber bundles; one of the strength members provided between each of the fiber bundles. a polymer inner jacket ; the inner jacket surrounded by a fiber and strength layer of fibers and strength members ; and a polymer outer jacket surrounding the fiber and strength layer, characterized in that the fiber and strength layer is provided with strength members and fiber bundles; one of the strength members provided between each of the fiber bundles.
A method for bus bridging a local control network (LCN) in chassis based systems that support the module bus communication protocol, the method comprising: providing a bus interface device communicatively coupled between at least one module bus and at least one advanced extensible interface 'AXI' bus for translating bus requests between said module bus and said AXI bus, said bus interface device including logic , wherein said logic is configured to: receive a read/write 'R/W' request that is one of the module bus communication protocol 'module bus protocol R/W request' and an AXI bus protocol 'AXI bus protocol R/W request'; buffer said R/W request to provide a bufered R/W request; translate , said buffered R/W request to a first AXI protocol conforming request if said buffered R/W request is said module bus protocol R/W request and translate , said buffered R/W request to a first module bus protocol conforming request if said buffered R/W request is said AXI bus protocol R/W request,; and transmit said first AXI protocol conforming request to said AXI bus or said first module bus protocol conforming request to said module bus. receive a read/write 'R/W' request that is one of the module bus communication protocol 'module bus protocol R/W request' and an AXI bus protocol 'AXI bus protocol R/W request'; buffer said R/W request to provide a bufered R/W request; translate , said buffered R/W request to a first AXI protocol conforming request if said buffered R/W request is said module bus protocol R/W request and translate , said buffered R/W request to a first module bus protocol conforming request if said buffered R/W request is said AXI bus protocol R/W request,; and transmit said first AXI protocol conforming request to said AXI bus or said first module bus protocol conforming request to said module bus.
An ion implantation machine comprising: - a pump device (VAC), - an enclosure (ENV) that is connected to the pump device (VAC), - a substrate-carrier (PPS) arranged inside said enclosure (ENV), - a high voltage electrical power supply (HT) arranged to polarize negatively the substrate-carrier (PPS), - a plasma feed device (AP) in the form of a cylindrical body extending between an initial section and a terminal section, this device having a main chamber (PR, PR2) provided with an ionization cell (BC1, ANT1), said main chamber (PR, PR2) being provided with a gas delivery orifice (ING, INL), the final section (CL) of said main chamber being provided with head-loss means arranged for creating a pressure drop relative to said body (AP), said plasma feed device (AP) also having an auxiliary chamber (AUX) arranged beyond said final section, this auxiliary chamber opening out into said enclosure (ENV) at said terminal section, characterized in that said auxiliary chamber (AUX) is provided with a second ionization cell (BC2, ANT2). - a pump device (VAC), - an enclosure (ENV) that is connected to the pump device (VAC), - a substrate-carrier (PPS) arranged inside said enclosure (ENV), - a high voltage electrical power supply (HT) arranged to polarize negatively the substrate-carrier (PPS), - a plasma feed device (AP) in the form of a cylindrical body extending between an initial section and a terminal section, this device having a main chamber (PR, PR2) provided with an ionization cell (BC1, ANT1), said main chamber (PR, PR2) being provided with a gas delivery orifice (ING, INL),
A method for reducing distortion of satellite signals modulated using amplitude phase shift keying, APSK, the method performed by a receiver and comprising: receiving , from a satellite, a signal including APSK-modulated symbols mapped to a constellation including a plurality of points arranged in an inner circle and in an outer circle; determining , based on the received APSK-modulated symbols, a ratio between a radius of the inner circle of the constellation and a radius of the outer circle of the constellation, characterized by : generating a correction signal based, at least in part, on a comparison between the determined ratio and a reference ratio; and compensating for distortion of the received signal based, at least in part, on the correction signal. receiving , from a satellite, a signal including APSK-modulated symbols mapped to a constellation including a plurality of points arranged in an inner circle and in an outer circle; determining , based on the received APSK-modulated symbols, a ratio between a radius of the inner circle of the constellation and a radius of the outer circle of the constellation, characterized by : generating a correction signal based, at least in part, on a comparison between the determined ratio and a reference ratio; and compensating for distortion of the received signal based, at least in part, on the correction signal. generating a correction signal based, at least in part, on a comparison between the determined ratio and a reference ratio; and compensating for distortion of the received signal based, at least in part, on the correction signal.
A method performed by a computing device, the method comprising: receiving a request from a software application to determine whether a license is valid for the software application; generating a command that is sent to a trusted platform module, TPM, responsive to the request, the command specifying an identifier of the software application and including a license file corresponding to the license, the license file being specific to the software application and being generated for the software application based on application information, wherein the license file is signed using a key generated by the TPM based on a hash of the license file; retrieving the key by the TPM based on a mapping for the identifier of the software application in a mapping data structure subsequent to receiving the command; validating the license at the TPM using a secure register of the TPM based on the key and the license file, wherein validating the license comprises utilizing the retrieved key to validate the signature of the license file; and providing by the TPM a validation indication response to the command. receiving a request from a software application to determine whether a license is valid for the software application; generating a command that is sent to a trusted platform module, TPM, responsive to the request, the command specifying an identifier of the software application and including a license file corresponding to the license, the license file being specific to the software application and being generated for the software application based on application information, wherein the license file is signed using a key generated by the TPM based on a hash of the license file; retrieving the key by the TPM based on a mapping for the identifier of the software application in a mapping data structure subsequent to receiving the command; validating the license at the TPM using a secure register of the TPM based on the key and the license file, wherein validating the license comprises utilizing the retrieved key to validate the signature of the license file; and providing by the TPM a validation indication response to the command.
Biaxially oriented polypropylene (BOPP) film comprising a propylene homopolymer (H-PP) having a ratio of weight average molecular weight (M w ) to number average molecular weight (M n ) [M w / M n ], measured as described in the measuring methods, of from 10.0 to 15.0 and a melting temperature (T m ) measured by differential scanning calorimetry (DSC) of from 164 to 169 °C, wherein the biaxially oriented polypropylene (BOPP) film has a thermal shrinkage measured after 5 min at 120 °C in transverse direction (TD) of ≤ 0.3 %.
Machine tool for machining workpieces (W1, W2), comprising: a first workpiece holder for holding a first workpiece (W1) and a second workpiece holder for holding a second workpiece (W2), a separating element , wherein a first machining region can be separated at least in part from a second machining region by means of the separating element , wherein one of the workpiece holders is arranged or can be arranged in each machining region , characterised in that the separating element is movable in order to change the dimensions of the first and second machining region , wherein a first suction device is provided vertically below the first and/or second workpiece holder . a first workpiece holder for holding a first workpiece (W1) and a second workpiece holder for holding a second workpiece (W2), a separating element , wherein a first machining region can be separated at least in part from a second machining region by means of the separating element , wherein one of the workpiece holders is arranged or can be arranged in each machining region , characterised in that the separating element is movable in order to change the dimensions of the first and second machining region , wherein a first suction device is provided vertically below the first and/or second workpiece holder .
Bicycle rear-wheel pinion assembly which can be rotated about a pinion axis of rotation (R), comprising a plurality of pinions which are coaxial with respect to the pinion axis of rotation (R), are arranged with axial spacing from one another, have different numbers of teeth and are formed for the purposes of form-fitting engagement with a bicycle chain , wherein the pinion assembly has a gear range quotient, formed by division of the number of teeth of the pinion of largest diameter by the number of teeth of the pinion of smallest diameter, and a packing density quotient, formed by division of the number of pinions in the pinion assembly by the axial spacing (A), measured in millimetres, of the axially outermost pinions from one another, wherein the pinion assembly has a gear range packing coefficient, formed from the product of the gear range quotient and the packing density quotient, which is greater than 1.25, preferably is greater than 1.3, particularly preferably is greater than 1.35, most preferably is greater than 1.4, characterized in that two axially adjacent pinions , in particular a smaller pinion than the pinion of largest diameter and the pinion axially directly adjacent thereto, are formed in one piece with one another and are coupled in a torque-transmitting and preferably also axial-force-transmitting manner by a plurality of connecting means , in the form of webs , bridging the axial gap present between the adjacent pinions.
Working implement with an internal combustion engine driving at least one tool of the working implement via a clutch , wherein the clutch has at least one drive element in operative connection with the internal combustion engine and at least one output element in operative connection with the tool, and wherein the working implement has a starting device having a starting position and an operating position for the internal combustion engine , characterised in that the working implement has a blocking device with a detent , which in an actuated position projects into the movement path of the output element and limits the rotation of the output element to less than one revolution, and which in a non-actuated position enables the output element , and in that the starting device has an actuating device for the blocking device , which holds the detent in the actuated position in the starting position of the starting device .