mhurhangee/ep-ind-claims huggingface dataset:
An image processing system comprising: a reading device configured to read an image on an original document; a first writing device configured to write image data read by the reading device into an image storage portion (18, 22B); a communication device configured to communicate with a separately-portable storage medium that is different from the image storage portion (18, 22B); and a second writing device configured to transmit an authentication information through the separately-portable storage medium, which is used to control output of the image data from the image storage portion (18, 22B), characterized in that the image processing system further comprises an authentication device configured to permit output of the image data from the image storage portion (18, 22B) when the authentication information corresponding to the image data is stored in the separately-portable storage medium, and configured to not permit the output of the image data from the image storage portion (18, 22B) when the authentication information corresponding to the image data is not stored in the separately-portable storage medium, wherein the authentication information includes reference image data having a fidelity lower than a fidelity of the image data written by the first writing device into the image storage portion (18, 22B). a reading device configured to read an image on an original document; a first writing device configured to write image data read by the reading device into an image storage portion (18, 22B); a communication device configured to communicate with a separately-portable storage medium that is different from the image storage portion (18, 22B); and a second writing device configured to transmit an authentication information through the separately-portable storage medium, which is used to control output of the image data from the image storage portion (18, 22B), characterized in that the image processing system further comprises an authentication device configured to permit output of the image data from the image storage portion (18, 22B) when the authentication information corresponding to the image data is stored in the separately-portable storage medium, and configured to not permit the output of the image data from the image storage portion (18, 22B) when the authentication information corresponding to the image data is not stored in the separately-portable storage medium, wherein the authentication information includes reference image data having a fidelity lower than a fidelity of the image data written by the first writing device into the image storage portion (18, 22B).
An orthopaedic surgical instrument for transferring a centre location of a patient's tibia to the patient's talus during a total ankle arthroplasty procedure, comprising: a first lever, a second lever pivotally coupled to the first lever, an upper handle secured to a proximal end of the first lever, a lower handle secured to a proximal end of the second lever, a tibial trial component secured to a distal end of the first lever, and an indenting spike secured to a distal end of the second lever. a first lever, a second lever pivotally coupled to the first lever, an upper handle secured to a proximal end of the first lever, a lower handle secured to a proximal end of the second lever, a tibial trial component secured to a distal end of the first lever, and an indenting spike secured to a distal end of the second lever.
Household appliance component having a decorative part which is arranged on a base part of the household appliance component as a component bent at least once and not extending in a plane, wherein the decorative part is embodied as a coextruded part made of metal and plastic, wherein a clamping device for clamping the decorative part is embodied on at least one end of a receiving region of the base part embodied to receive the decorative part, characterised in that at least one attachment element (18, 22) is integrated on a rear side of the decorative part facing away from a visual face of the decorative part outside a bend (26, 27) of the decorative part, and that the clamping device has at least one clamping ramp (30, 31) rising towards the end and a clamping lug spaced apart therefrom, such that a clamping space is embodied between the clamping ramp (30, 31) and the clamping lug
A method for producing sound-damping, sound-absorbing or insulating molded material, whereby said molded material comprise fiber material, characterized in comprising the following steps: a) winding the fibrous material around at least two carriers (1a, 1b), which are spaced apart from one another, preferably displaceable, for producing a wound blank; b) permanently solidifying the wound blank, which is presented on the carriers (1a, 1b), for the formation of the sound-damping, sound-absorbing or insulation molded material, characterized in that the permanent solidification of the wound blank for the formation of the molded material on the carriers (1a, 1b) takes place by means of air entanglement, stitching, linking, knotting, needling, felting or crocheting and wherein the solidification takes place without bonding agents, wherein the fiber material is in the form of glass-mineral fibers, carbon fibers, silicate-glass fibers, aramid or blends thereof. a) winding the fibrous material around at least two carriers (1a, 1b), which are spaced apart from one another, preferably displaceable, for producing a wound blank; b) permanently solidifying the wound blank, which is presented on the carriers (1a, 1b), for the formation of the sound-damping, sound-absorbing or insulation molded material, characterized in that the permanent solidification of the wound blank for the formation of the molded material on the carriers (1a, 1b) takes place by means of air entanglement, stitching, linking, knotting, needling, felting or crocheting and wherein the solidification takes place without bonding agents, wherein the fiber material is in the form of glass-mineral fibers, carbon fibers, silicate-glass fibers, aramid or blends thereof.
A heat exchanger comprising: (a) a fluid conductor comprising a heat exchange tubing comprising a first end and a lumen; and (b) a first connecting tubing comprising an outer surface, a lumen and a first sealing ring disposed about said outer surface of said first connecting tubing, characterised in that said first connecting tubing is configured for insertion into said lumen of said heat exchange tubing at said first end such that said first sealing ring comes in sealing engagement with said first connecting tubing and said heat exchange tubing to thereby form a floating connection between said heat exchange tubing at said first end and said first connecting tubing, said floating connection allowing relative movement between said heat exchange tubing and said first connecting tubing when the heat exchange tubing expands or contracts along at least its length when subjected to thermal fluctuations and a fluid flow is confined within a lumen formed of said lumen of said first connecting tubing and said lumen of said heat exchange tubing. (a) a fluid conductor comprising a heat exchange tubing comprising a first end and a lumen; and (b) a first connecting tubing comprising an outer surface, a lumen and a first sealing ring disposed about said outer surface of said first connecting tubing, characterised in that said first connecting tubing is configured for insertion into said lumen of said heat exchange tubing at said first end such that said first sealing ring comes in sealing engagement with said first connecting tubing and said heat exchange tubing to thereby form a floating connection between said heat exchange tubing at said first end and said first connecting tubing, said floating connection allowing relative movement between said heat exchange tubing and said first connecting tubing when the heat exchange tubing expands or contracts along at least its length when subjected to thermal fluctuations and a fluid flow is confined within a lumen formed of said lumen of said first connecting tubing and said lumen of said heat exchange tubing.
1. A refrigerator comprising a door and a dispenser mounted on the door, the door comprising a front panel forming at least a part of the door's front surface, the front panel having a through-hole at least partially corresponding to the dispenser, wherein the front panel comprises an upper region above the through-hole, a lower region below the through-hole and side regions (9a, 9b) which are located between the upper region and the lower region and which connect with the upper region and the lower region, wherein the door comprises a first wall forming a back surface of the door, a second wall which is separated at a predetermined interval from the first wall and in that a thermally insulated layer is accommodated between the first wall and the second wall, wherein a gap is formed in a front and back direction between the front panel and the second wall, and the door comprises a shelter element for shielding the gap along the through-hole, characterized in that the front panel is a glass plate and in that the front panel is attached at the front side of the second wall by being bonded to the second wall by means of adhesive means and in that the adhesive means comprises a first adhesive section arranged at the peripheral edge of the front panel and second adhesive section arranged along the edge region of the through-hole, wherein the first adhesive section and the second adhesive section each comprise a plurality of bar-shaped adhesive tapes.
A film having a film thickness of 0.1 to 100 μm formed by a silphenylene-containing photocurable composition comprising: a silphenylene having both terminals modified with alicyclic epoxy groups, represented by formula shown below, and a photoacid generator that generates acid upon irradiation with light having a wavelength of 240 to 500 nm, wherein said photoacid generator is selected from compounds represented by general formula shown below: (R 1) h M + K - wherein R 1 represents a linear. branched or cyclic alkyl group of 1 to 12 carbon atoms, an aryl group of 6 to 12 carbon atoms or an aralkyl group of 7 to 12 carbon atoms. which may have a substituent, M + represents a sulfonium ion, K - represents a non-nucleophilic counter ion, and h represents 3. a silphenylene having both terminals modified with alicyclic epoxy groups, represented by formula shown below, and a photoacid generator that generates acid upon irradiation with light having a wavelength of 240 to 500 nm, wherein said photoacid generator is selected from compounds represented by general formula shown below: (R 1) h M + K - wherein R 1 represents a linear. branched or cyclic alkyl group of 1 to 12 carbon atoms, an aryl group of 6 to 12 carbon atoms or an aralkyl group of 7 to 12 carbon atoms. which may have a substituent, M + represents a sulfonium ion, K - represents a non-nucleophilic counter ion, and h represents 3.
A tetrapolymer, comprising: • 5-60 wt% of an N-substituted maleimide monomer, • 10-70 wt% of an α-alkylstyrene monomer, • 5-50 wt% of an unsaturated nitrile monomer and • 3-50 wt% of an aromatic vinyl monomer, having a weight-average molecular weight (Mw) of 70,000-300,000, characterized in that it is prepared by polymerization in the absence or in the presence of an amount of an organic solvent of less than 20% by weight based on the 100 parts by weight of the starting monomer mixture • 5-60 wt% of an N-substituted maleimide monomer, • 10-70 wt% of an α-alkylstyrene monomer, • 5-50 wt% of an unsaturated nitrile monomer and • 3-50 wt% of an aromatic vinyl monomer,
A tank closure device comprising a tank body, a tank lid and a closure member, the device comprising an annular rim secured to the tank body, an annular rim secured to the tank lid, cooperating in the closed state with the annular rim of the tank body to form a sealed junction, and the closure member comprises an open circle with a C-like section comprising a lower branch bearing, in the closed state, on the annular rim of the tank body, an upper branch bearing, in the closed state, on the annular rim of the tank lid, and an intermediate branch linking the lower and upper branches, the open circle being made in one-piece, the open circle having in the free state a diameter substantially equal to said diameter in the closed state, the closure member further comprising a releasable tensioner exerting, in the closed state, a pull tending to bring the ends of the open circle close to each other delimiting said opening, and a sealing gasket mounted between the rims of the tank body and of the tank lid, characterised in that one of the rims has a centring bead directed downwards in a form-fitting manner with an annular recess or an annular chamfer formed in the other rim between an upper surface and a peripheral surface of said other rim, the sealing gasket being accommodated in an annular groove of one of the lower and upper rims, the annular groove being wider at the groove bottom than at the groove opening to hold the sealing gasket, the annular recess or chamfer being formed at the intersection of the upper surface and of the external surface, the recess having, in axial section, a planar portion parallel to the upper surface and extending inwards from the external surface and a frustoconical portion extending between the planar portion and the upper surface, the taper angle of the frustoconical portion with respect to the axis of the device being comprised between 10 and 40°, or the chamfer having a frustoconical surface with a taper angle with respect to the axis of the device comprised between 10 and 40°, and the bead forming a fluid splash deflector in case of opening of the tank lid while there is still a residual pressure in the tank higher than the ambient pressure.
A method for operating a ventilation system for an operating room accessible for operators in a nuclear facility, in particular a control room in a nuclear power plant, having • an intake-air line which is led from an external inlet to the operating room and into which a first fan and a first inert-gas adsorber column are switched, • an exhaust-air line which is led from the operating room to an external outlet and into which a second fan and a second first inert-gas adsorber column are switched, and • commutation means for exchanging the roles of the first and second inert-gas adsorber columns (38, 48), wherein the first fan is arranged upstream of the first inert-gas adsorber column, viewed in the flow direction of the intake air, and the second fan is arranged downstream of the second inert-gas adsorber column, viewed in the flow direction of the exhaust air, wherein simultaneously one of the two inert-gas adsorber columns is flowed through by intake air and thus charged with radioactive inert gases, and the other inert-gas adsorber column is flowed through by exhaust air and thus, backwashed, and the roles of the two inert-gas adsorber columns (38, 48) are exchanged by means of commutation, as soon as the adsorption capacity of the currently charged inert-gas adsorber column is exhausted, and wherein, in relation to the atmospheric pressure, an underpressure is set in the inert-gas adsorber column to be backwashed, and an overpressure is set in the inert-gas adsorber column to be charged. • an intake-air line which is led from an external inlet to the operating room and into which a first fan and a first inert-gas adsorber column are switched, • an exhaust-air line which is led from the operating room to an external outlet and into which a second fan and a second first inert-gas adsorber column are switched, and • commutation means for exchanging the roles of the first and second inert-gas adsorber columns (38, 48),
A grain oriented electrical steel sheet comprising a forsterite film formed on a surface thereof, being subjected to strain introduction by means of electron beam and having a magnetic flux density B 8 of 1.92 T or higher, wherein a ratio (Wa/Wb) of a film thickness of the forsterite film on a strain-introduced side of the steel sheet (Wa) to a film thickness of the forsterite film on a non-strain-introduced side of the steel sheet (Wb) is 0.5 or higher, and wherein a magnetic domain discontinuous portion in a surface of the steel sheet on the strain-introduced side has an average width of 150 to 300 μm, and a magnetic domain discontinuous portion in a surface of the steel sheet on the non-strain-introduced side has an average width of 250 to 500 μm.
A splined coupling comprising: a radially inner shaft; a radially outer shaft having a cavity for receiving said inner shaft; first splines provided on a radially outwardly facing surface of said inner shaft; second splines provided on a radially inwardly facing surface of said cavity of said outer shaft, said first splines slidably engaged with said second splines; and at least one biasing element acting between said radially inner and radially outer shafts (20, 22) for locating said first splines in a desired axial position relative to said second splines and providing a biasing force resisting the axial movement of said first splines relative to the second splines upon relative axial movement of said inner and outer shafts (20, 22); wherein said at least one biasing element is a diaphragm extending at least partially across said cavity of said outer shaft; characterised in that:. an outer periphery of said diaphragm is received in a groove formed on the radially inwardly facing surface of the cavity of the radially outer shaft; and said radially outer shaft comprises a main body part and a cap fastened to the main body part and which closes said internal cavity, said groove being formed between said main body part and said cap, said cap including an inwardly extending collar which forms a sliding seal with a first end of the radially inner shaft. a radially inner shaft; a radially outer shaft having a cavity for receiving said inner shaft; first splines provided on a radially outwardly facing surface of said inner shaft; second splines provided on a radially inwardly facing surface of said cavity of said outer shaft, said first splines slidably engaged with said second splines; and at least one biasing element acting between said radially inner and radially outer shafts (20, 22) for locating said first splines in a desired axial position relative to said second splines and providing a biasing force resisting the axial movement of said first splines relative to the second splines upon relative axial movement of said inner and outer shafts (20, 22); wherein said at least one biasing element is a diaphragm extending at least partially across said cavity of said outer shaft; characterised in that:. an outer periphery of said diaphragm is received in a groove formed on the radially inwardly facing surface of the cavity of the radially outer shaft; and said radially outer shaft comprises a main body part and a cap fastened to the main body part and which closes said internal cavity, said groove being formed between said main body part and said cap, said cap including an inwardly extending collar which forms a sliding seal with a first end of the radially inner shaft. an outer periphery of said diaphragm is received in a groove formed on the radially inwardly facing surface of the cavity of the radially outer shaft; and said radially outer shaft comprises a main body part and a cap fastened to the main body part and which closes said internal cavity, said groove being formed between said main body part and said cap, said cap including an inwardly extending collar which forms a sliding seal with a first end of the radially inner shaft.
A method for activating a SIM card and obtaining balance in real-time, including a mobile communication device and a SIM card inserted in the mobile communication device, the method comprising an initial Step 1, wherein a user starts the mobile communication device, and the SIM card displays a prompting message on registration activation through an operation interface of the mobile communication device; the user fills in registration information according to the prompt, the registration information is sent to a remote server of a service provider, and the SIM card is activated, characterised in that in the meantime, during Step 1 the SIM card is automatically installing several preset application programs on the mobile communication device; and the method further comprises the following steps: Step 2, wherein the user forms an operation record by starting any said preset application program, the operation record is automatically sent to the remote server; after having received the operation record, the remote server automatically matches the information on the due balance of the SIM card and sends an instruction on obtaining balance to a docking server of telecommunication provider; Step 3, wherein after having received the instruction on obtaining balance, the docking server firstly automatically verifies the identity of the service provider according to the database of the service provider; when the verification result shows that the identity of the service provider is valid, the docking server adjusts the balance of the corresponding SIM card in real-time manner, and sends the information on the existing balance of the SIM card to the remote server; Step 4, wherein the remote server receives the information on existing balance and feeds back the balance to the user.
Powertrain for a bicycle comprising a pedal-driven and a non-pedal-driven wheel, which powertrain comprises a first and a second electric motor and a planetary gear set comprising a sun gear, a ring gear and a planet carrier, wherein the sun gear is connected to the first motor, the ring gear is connected to the crank axle receiving the user input, and the planet carrier is connected to an output of the powertrain for transmitting power to the pedal-driven wheel of the bicycle, wherein the powertrain does not comprise more than two motors, characterized in that the second motor is coupled without an intervening freewheel or clutch to the hub of the non-pedal-driven wheel of the bicycle.
Process for laying an elongated element in a duct using a fluid injected under pressure through a fluid inlet in a pressure housing disposed at the elongated element inlet extremity of said duct, a mechanical drive placed before said pressure housing and said duct pushing the elongated element into said pressure housing and said duct, the process comprising: - the installation of a first front end pulling pig at the front end of the elongated element, - the installation of at least one subsequent pulling pig around the elongated element, the distance between each pulling pig (20,20a) being mainly constant, characterized in that the process comprises the step of: - applying the same maximum pressure drop to each pulling pig (20,20a), the total pressure of the fluid injected being mainly equally shared by all the pulling pigs (20, 20a). - the installation of a first front end pulling pig at the front end of the elongated element, - the installation of at least one subsequent pulling pig around the elongated element, the distance between each pulling pig (20,20a) being mainly constant, characterized in that the process comprises the step of: - applying the same maximum pressure drop to each pulling pig (20,20a), the total pressure of the fluid injected being mainly equally shared by all the pulling pigs (20, 20a).