mhurhangee/ep-ind-claims huggingface dataset:
A bicycle shift operating device comprising: a base member including a first end with a bicycle mounting structure, a second end spaced from the first end and a top surface extending between the first end and the second end; a shift unit disposed in the base member between the first and second ends; a first operating lever pivotally mounted relative to the base member about a first pivot axis, and pivotally mounted relative to the base member about a second pivot axis; and a connecting member operatively connecting the shift unit to the first operating lever, the connecting member including a lever contact portion that contacts the first operating lever to transmit movement of the first operating lever to the connecting member in response to pivotal movement of the first operating lever about the second pivot axis, the connecting member being arranged such that the contact portion passes through a space provided between the first pivot axis and the first operating lever from the top surface side with respect to the first pivot axis, characterized in that the shift unit includes a shift axle and a take-up member pivotally mounted on the shift axle, and the connecting member includes a tubular mounting portion pivotally mounted on the shift axle. a base member including a first end with a bicycle mounting structure, a second end spaced from the first end and a top surface extending between the first end and the second end; a shift unit disposed in the base member between the first and second ends; a first operating lever pivotally mounted relative to the base member about a first pivot axis, and pivotally mounted relative to the base member about a second pivot axis; and a connecting member operatively connecting the shift unit to the first operating lever, the connecting member including a lever contact portion that contacts the first operating lever to transmit movement of the first operating lever to the connecting member in response to pivotal movement of the first operating lever about the second pivot axis, the connecting member being arranged such that the contact portion passes through a space provided between the first pivot axis and the first operating lever from the top surface side with respect to the first pivot axis, characterized in that the shift unit includes a shift axle and a take-up member pivotally mounted on the shift axle, and the connecting member includes a tubular mounting portion pivotally mounted on the shift axle.
A one-part curable epoxy composition comprising: a. a heat curable epoxy resin; and b. a latent curative system in an amount sufficient to cure the epoxy resin, comprising (i) at least one epoxy resin miscible first curative comprising a latent hardener, selected from dicyandiamide and its derivatives, and (ii) two or more latent accelerators selected from a combination of two substituted imidazoles, a combination of one substituted imidazole and two substituted ureas, and a combination of two substituted imidazoles and one substituted urea. a. a heat curable epoxy resin; and b. a latent curative system in an amount sufficient to cure the epoxy resin, comprising (i) at least one epoxy resin miscible first curative comprising a latent hardener, selected from dicyandiamide and its derivatives, and (ii) two or more latent accelerators selected from a combination of two substituted imidazoles, a combination of one substituted imidazole and two substituted ureas, and a combination of two substituted imidazoles and one substituted urea. (i) at least one epoxy resin miscible first curative comprising a latent hardener, selected from dicyandiamide and its derivatives, and (ii) two or more latent accelerators selected from a combination of two substituted imidazoles, a combination of one substituted imidazole and two substituted ureas, and a combination of two substituted imidazoles and one substituted urea.
A method of injecting gas into a liquid-metal coolant of a nuclear reactor with the liquid- metal coolant which is connected to a gas system and comprises a device intended for injection of gas into the coolant installed partially in the coolant and partially in the space within the reactor above the coolant and adapted to gas supply from the space to the coolant, while the gas system is connected to the reactor so as to make it possible to supply and remove gas to/from the space, includes the following steps: - gas to be injected into the coolant is supplied from the gas system to the space; - gas is injected into the coolant by maintaining the gas pressure higher than coolant pressure in the device intended for injection of gas into the coolant; - gas is injected into the gas system from the space. - gas to be injected into the coolant is supplied from the gas system to the space; - gas is injected into the coolant by maintaining the gas pressure higher than coolant pressure in the device intended for injection of gas into the coolant; - gas is injected into the gas system from the space.
A jig assembly for positioning upper and lower teeth of a patient relative to one another, the jig assembly comprising: an upper jig including an upper bite block comprising a bite groove for receiving the upper teeth of the patient; a lower jig including a lower bite block for receiving the lower teeth of the patient; and a fastener for securing the upper jig and the lower jig in relative positions with respect to one another, characterized in that the upper bite block further comprises a plurality of removable breakaway tabs positioned adjacent to the upper bite groove and being configured to allow the size of the upper bite groove to be adjusted for accommodation of the upper teeth of the patient. an upper jig including an upper bite block comprising a bite groove for receiving the upper teeth of the patient; a lower jig including a lower bite block for receiving the lower teeth of the patient; and a fastener for securing the upper jig and the lower jig in relative positions with respect to one another, characterized in that the upper bite block further comprises a plurality of removable breakaway tabs positioned adjacent to the upper bite groove and being configured to allow the size of the upper bite groove to be adjusted for accommodation of the upper teeth of the patient.
Pressure washing apparatus with a pressure generation unit for pressurizing a fluid, characterized by a control apparatus which is configured to detect a used hose attachment or a used fluid jet type on the basis of a pressure variation curve and/or an operating pressure variation curve detected by a pressure sensor; and/or on the basis of a current throughflow quantity or a throughflow quantity variation curve detected via a throughflow quantity sensor.
A service apparatus for supporting identification code processing, comprising: a code processing apparatus configured to receive a multi-code, wherein the received multi-code comprises a one-dimensional barcode containing only basic identification information, and a two-dimensional matrix code configured for containing additional information including numbers or letters in addition to said basic identification information or a QR code configured for containing additional information including numbers, letters, images or logo information in addition to said basic identification information, and a three-dimensional code configured for containing security information in addition to both said basic identification information and said additional information, and said code processing apparatus configured to update the received multi-code to contain said basic identification information and additional information associated with an object; and at least one sub-apparatus (305, 307, 309, 311) configured to receive the multi-code or the updated multi-code from the code processing apparatus, to share the received multi-code or the updated multi-code in a network, and when the additional information associated with the object occurs, to provide the additional information to the code processing apparatus to update the multi-code. a code processing apparatus configured to receive a multi-code, wherein the received multi-code comprises a one-dimensional barcode containing only basic identification information, and a two-dimensional matrix code configured for containing additional information including numbers or letters in addition to said basic identification information or a QR code configured for containing additional information including numbers, letters, images or logo information in addition to said basic identification information, and a three-dimensional code configured for containing security information in addition to both said basic identification information and said additional information, and said code processing apparatus configured to update the received multi-code to contain said basic identification information and additional information associated with an object; and at least one sub-apparatus (305, 307, 309, 311) configured to receive the multi-code or the updated multi-code from the code processing apparatus, to share the received multi-code or the updated multi-code in a network, and when the additional information associated with the object occurs, to provide the additional information to the code processing apparatus to update the multi-code.
A parachute device for a divisible shell, the divisible shell comprising an active body and a shell base, wherein the parachute device comprises two parachutes, a first, main parachute adapted to be connected to the active body by parachute lines and a second parachute adapted to be connected to the shell base, characterised in that the main parachute is packed in the second parachute, wherein the second parachute comprises a front, open part, referred to as the base, and a rear part, referred to as the chute, wherein the chute is adapted to be connected to the shell base by a fixing plate and a fixing screw arrangeable on the inside of the chute, wherein the fixing plate is adapted to be fixed to the inside of the shell base by the fixing screw, so that the chute is clamped firmly between the fixing plate and the shell base.
A device for capacitively measuring the powder level in a filling apparatus for filling cavities of a die plate of a rotary press with powder material to be pressed in the rotary press, comprising a filling pipe of the filling apparatus, wherein a first measuring electrode which forms a first electrical capacitor with a reference electrode is arranged on the filling pipe, so that an electrical field can be formed between the first measuring electrode and the reference electrode, and wherein the first measuring electrode is covered on its side facing away from the filling pipe by an electrically conductive protective shielding, wherein the protective shielding is at ground potential, characterized in that the first measuring electrode is arranged in an electrically non-conductive holding portion, and in that the holding portion is arranged on the filling pipe in a recess of the filling pipe.
Method of producing a tank from blown, heat formed or rotationally moulded thermoplastic material, said method comprising the following steps: - creating a relief on the inside of the tank, this relief enabling a detachable element (24; 55) to be secured in the tank and defining a housing enabling at least a part of said element to be accommodated, the relief being created by implementing the following steps: a) placing at least one insert (5; 10; 20) in an enclosure, b) introducing the material that is to form the wall of the tank into the enclosure, c) forming the wall of the tank by blowing, thermoforming or rotational moulding, the insert (5; 10; 20) being positioned in the enclosure so that whilst the wall is being formed, it at least partially covers the insert (5; 10; 20), the latter also having a shape selected so that this wall, having at least partially assumed the shape of the insert, constitutes said relief, d) securing the detachable element (24; 55) inside the tank, accommodating it at least partially in the housing, the insert (5; 10; 20) being made from a material having a melting temperature higher than that of the materials constituting the wall. - creating a relief on the inside of the tank, this relief enabling a detachable element (24; 55) to be secured in the tank and defining a housing enabling at least a part of said element to be accommodated, the relief being created by implementing the following steps: a) placing at least one insert (5; 10; 20) in an enclosure, b) introducing the material that is to form the wall of the tank into the enclosure, c) forming the wall of the tank by blowing, thermoforming or rotational moulding, the insert (5; 10; 20) being positioned in the enclosure so that whilst the wall is being formed, it at least partially covers the insert (5; 10; 20), the latter also having a shape selected so that this wall, having at least partially assumed the shape of the insert, constitutes said relief, d) securing the detachable element (24; 55) inside the tank, accommodating it at least partially in the housing, the insert (5; 10; 20) being made from a material having a melting temperature higher than that of the materials constituting the wall. a) placing at least one insert (5; 10; 20) in an enclosure, b) introducing the material that is to form the wall of the tank into the enclosure, c) forming the wall of the tank by blowing, thermoforming or rotational moulding, the insert (5; 10; 20) being positioned in the enclosure so that whilst the wall is being formed, it at least partially covers the insert (5; 10; 20), the latter also having a shape selected so that this wall, having at least partially assumed the shape of the insert, constitutes said relief, d) securing the detachable element (24; 55) inside the tank, accommodating it at least partially in the housing, the insert (5; 10; 20) being made from a material having a melting temperature higher than that of the materials constituting the wall.
A memory system, comprising: a non-volatile memory comprising a plurality of blocks (118; 140; 150); and a memory controller coupled to the non-volatile memory and configured to: execute a first erase operation on a particular block (118; 140; 150) in the non-volatile memory, the particular block (118; 140; 150) comprising multiple sub-blocks each having respective memory cells (141; 160), wherein, before the first erase operation, one or more memory cells (141; 160) in the particular block (118; 140; 150) are in one or more programmed states; then execute a second erase operation on a first sub-block of the particular block (118; 140; 150) such that first respective memory cells (141; 160) of the first sub-block are in an erased state after the second erase operation, characterized in that the memory controller is configured to: execute the first erase operation without a verifying operation for verifying whether the memory cells (141; 160) of the particular block (118; 140; 150) are in the erased state; and execute the second erase operation by applying an erasing voltage on the first respective memory cells (141; 160) and then verifying states of the first respective memory cells (141; 160). a non-volatile memory comprising a plurality of blocks (118; 140; 150); and a memory controller coupled to the non-volatile memory and configured to: execute a first erase operation on a particular block (118; 140; 150) in the non-volatile memory, the particular block (118; 140; 150) comprising multiple sub-blocks each having respective memory cells (141; 160), wherein, before the first erase operation, one or more memory cells (141; 160) in the particular block (118; 140; 150) are in one or more programmed states; then execute a second erase operation on a first sub-block of the particular block (118; 140; 150) such that first respective memory cells (141; 160) of the first sub-block are in an erased state after the second erase operation, execute a first erase operation on a particular block (118; 140; 150) in the non-volatile memory, the particular block (118; 140; 150) comprising multiple sub-blocks each having respective memory cells (141; 160), wherein, before the first erase operation, one or more memory cells (141; 160) in the particular block (118; 140; 150) are in one or more programmed states; then execute a second erase operation on a first sub-block of the particular block (118; 140; 150) such that first respective memory cells (141; 160) of the first sub-block are in an erased state after the second erase operation, execute the first erase operation without a verifying operation for verifying whether the memory cells (141; 160) of the particular block (118; 140; 150) are in the erased state; and execute the second erase operation by applying an erasing voltage on the first respective memory cells (141; 160) and then verifying states of the first respective memory cells (141; 160).
A photoacid generator compound for use in chemically amplified resist compositions, which compound is a sulfonium salt or iodonium salt, is sensitive to high-energy radiation selected from UV, deep-UV, EUV, electron beam, x-ray, excimer laser, gamma-ray and synchrotron radiation and generates a sulfonic acid when irradiated therewith, said sulfonium salt or iodonium salt having one of the following formulae (i), (ii) and (iii) X-R 2 R 3 R 9 S + (i) X - (R 5 n) m Ph'S + Ph 2 (ii) X - ((R 5 n) m Ph') 2 I + (iii) and characterised in that X - is one of the following formulae (i-a) to (i-e): wherein R 2, R 3 and R 4 are each independently a substituted or unsubstituted, straight or branched C 1 -C 10 alkyl, alkenyl or oxoalkyl group or a substituted or unsubstituted C 6 -C 18 aryl, aralkyl or aryloxoalkyl group, or at least two of R 2, R 3 and R 4 may bond together to form a ring with the sulfur atom, R 5 is a substituted or unsubstituted, straight, branched or cyclic C 1 -C 20 alkyl or alkenyl group or a substituted or unsubstituted C 6 -C 14 aryl group, m is an integer of 1 to 5, n is 0 or 1, Ph denotes phenyl, and Ph' denotes a phenyl group in which a number "m" of hydrogen atoms are substituted by R 5 n - groups.
Method for use in a communication network comprising at least one user equipment and a network equipment, said method being suitable for generating a network address, the method comprising a) providing a same shared secret key both at said at least one user equipment and at the network equipment; b) generating at least a portion of the network address at said at least one user equipment and at the network equipment based upon at least said shared secret key, wherein the method further comprises: d) implementing an authentication procedure for verifying the identity of said at least one user equipment in order to authorize it to have access to the communication network, said implementing said authentication procedure comprising dynamically generating a ciphering key at the network equipment and at said at least one user equipment, wherein the shared secret key used in b) is the ciphering key generated in d). a) providing a same shared secret key both at said at least one user equipment and at the network equipment; b) generating at least a portion of the network address at said at least one user equipment and at the network equipment based upon at least said shared secret key, d) implementing an authentication procedure for verifying the identity of said at least one user equipment in order to authorize it to have access to the communication network, said implementing said authentication procedure comprising dynamically generating a ciphering key at the network equipment and at said at least one user equipment, wherein the shared secret key used in b) is the ciphering key generated in d).
A method for validating an operation of a radiotherapy apparatus comprising an integrated linear accelerator and magnetic resonance, MR, imaging device, MR-Linac, the method comprising: selecting a validation procedure associated with the linear accelerator of the MR-Linac; retrieving, based on the selected validation procedure, configuration information for a multi-leaf collimator, MLC, of the MR-Linac; obtaining a plurality of images from an imaging detector each associated with a given radiation beam of a plurality of radiation beams that passes through the MLC that has been adjusted based on the configuration information; processing the plurality of images to determine a characteristic of the MR-Linac, wherein processing the plurality of images comprises: computing a center of mass for each of a first, second and third image of the plurality of images to calculate a radiation field center associated with each of the first, second, and third images; and detecting motion in beams associated with the first, second and third images based on differences in the determined radiation field centers associated with each of the first, second, and third images; and the method further comprises determining whether the MR-Linac is operating within a valid range based on the processing of the plurality of images. selecting a validation procedure associated with the linear accelerator of the MR-Linac; retrieving, based on the selected validation procedure, configuration information for a multi-leaf collimator, MLC, of the MR-Linac; obtaining a plurality of images from an imaging detector each associated with a given radiation beam of a plurality of radiation beams that passes through the MLC that has been adjusted based on the configuration information; processing the plurality of images to determine a characteristic of the MR-Linac, wherein processing the plurality of images comprises: computing a center of mass for each of a first, second and third image of the plurality of images to calculate a radiation field center associated with each of the first, second, and third images; and detecting motion in beams associated with the first, second and third images based on differences in the determined radiation field computing a center of mass for each of a first, second and third image of the plurality of images to calculate a radiation field center associated with each of the first, second, and third images; and detecting motion in beams associated with the first, second and third images based on differences in the determined radiation field centers associated with each of the first, second, and third images; and the method further comprises determining whether the MR-Linac is operating within a valid range based on the processing of the plurality of images.