mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a cushioning element, the method comprising: providing a die and an extractor, the die having a plurality of die elements, and the extractor including a plurality of pins and an extractor sheet, the pins extending through apertures in the extractor sheet; locating a polymer material between the die and the extractor; compressing the polymer material between the die and the extractor, the die elements cutting the polymer material to form a plurality of pad components, and the pins extending into the pad components; separating the die and the extractor, the pad components being secured to the pins; compressing the pad components against a first material layer with the extractor to bond the pad components to the first material layer; separating the extractor sheet from the pins to push the pad components from the extractor; and compressing the pad components against a second material layer to bond the pad components to the second material layer. providing a die and an extractor, the die having a plurality of die elements, and the extractor including a plurality of pins and an extractor sheet, the pins extending through apertures in the extractor sheet; locating a polymer material between the die and the extractor; compressing the polymer material between the die and the extractor, the die elements cutting the polymer material to form a plurality of pad components, and the pins extending into the pad components; separating the die and the extractor, the pad components being secured to the pins; compressing the pad components against a first material layer with the extractor to bond the pad components to the first material layer; separating the extractor sheet from the pins to push the pad components from the extractor; and compressing the pad components against a second material layer to bond the pad components to the second material layer.
A system having multiple networks, a data processing device, an ID storage device, a data storage device, a client terminal, a firewall, and a data linkage device, the data processing device and the ID storage device are connected to one network, and the data storage device, the client terminal, and the data linkage device are connected to another network via a firewall that can be set so that unauthorized access may not be made from the one network, whereby the data processing device is configured to operate the ID storage device and the data linkage device, c h a r act e r i zed in that the data storage device is configured to associate data with the data ID and store it, the ID storage device is configured to store the data ID, the data linkage device is configured to obtain the data ID from the ID storage device, then based on the data ID the data linkage device is configured to obtain the data associated with the data ID from the data storage device, allowing the client terminal to function.
Observer device for generating in real time an estimated path-to-follow state vector ( x̂) for a vehicle moving at a current speed (v a), on the basis of a command (u) and of a current measurement vector (y) that is correlated to a physical path-to-follow state vector (x) of the vehicle, comprising a first module that calculates in real time said estimated path-to-follow state vector ( x̂) and an estimated measurement vector ( ŷ) correlated with the estimated state vector ( x̂), characterized in that it comprises: - a second module that adjusts in real time a temporal variation x ^ ̇ in the estimated state vector ( x̂) in order to decrease a deviation between said current measurement vector (y) and said estimated measurement vector ( ŷ) by multiplying said deviation by an estimated gain matrix (L c) that is calculated by weighted summation in real time of a first estimated gain matrix (L min) that is optimized for a first speed (v min) lower than or equal to said current speed (v a) and of a second estimated gain matrix (L max) that is optimized for a second speed (v max) higher than or equal to said current speed (v a), a first weighting coefficient (p min) of the first estimated gain matrix (L min) decreasing from one to zero and a second weighting coefficient (p max) of the second estimated gain matrix (L max) increasing from zero to one, with a rate of decrease and a rate of increase that lessen as said current speed (v a) gets further from the first speed (v min) in order to get closer to the second speed (v max), respectively. - a second module that adjusts in real time a temporal variation x ^ ̇ in the estimated state vector ( x̂) in order to decrease a deviation between said current measurement vector (y) and said estimated measurement vector ( ŷ) by multiplying said deviation by an estimated gain matrix (L c) that is calculated by weighted summation in real time of a first estimated gain matrix (L min) that is optimized for a first speed (v min) lower than or equal to said current speed (v a) and of a second estimated gain matrix (L max) that is optimized for a second speed (v max) higher than or equal to said current speed (v a), a first weighting coefficient (p min) of the first estimated gain matrix (L min) decreasing from one to zero and a second weighting coefficient (p max) of the second estimated gain matrix (L max) increasing from zero to one, with a rate of decrease and a rate of increase that lessen as said current speed (v a) gets further from the first speed (v min) in order to get closer to the second speed (v max), respectively.
A method for enrolling a user of a vehicle to a first server, wherein the vehicle comprises a system, the system comprising at least a user interface, the method comprising: providing a wireless connection between the vehicle and the first server; sending user data to the first server over the wireless connection in response to a user actuation on the user interface, wherein user data includes the identification of a device; automatically sending data related to the vehicle over the wireless connection to the first server in response to the user actuation on the user interface of the vehicle without user input at the user interface of the vehicle; generating a message at the first server, the message comprising a confirmation link; sending the message to the device using the identification of the device; wherein the enrollment confirmation is only sent to the user interface of the vehicle if the confirmation link is actuated at the device; and receiving at the user interface an enrollment confirmation from the first server. providing a wireless connection between the vehicle and the first server; sending user data to the first server over the wireless connection in response to a user actuation on the user interface, wherein user data includes the identification of a device; automatically sending data related to the vehicle over the wireless connection to the first server in response to the user actuation on the user interface of the vehicle without user input at the user interface of the vehicle; generating a message at the first server, the message comprising a confirmation link; sending the message to the device using the identification of the device; wherein the enrollment confirmation is only sent to the user interface of the vehicle if the confirmation link is actuated at the device; and receiving at the user interface an enrollment confirmation from the first server.
A manufacturing method for a cylinder block of a V engine comprising: a casting step of casting a cylinder block of a V engine; a thermal spraying step following the casting step; an attachment step of attaching a bearing cap to the cylinder block after the thermal spraying step; and a finishing process step, after the attachment step, of performing honing process on a thermal spray coating formed on an inner surface of the cylinder bore having a target shape, wherein the thermal spraying step comprising: machining the inner surface of the cylinder bore into a first shape which is a shape different from the target shape and is obtained by deforming the target shape in directions orthogonal to directions in which the cylinder bore is deformed by the attachment of the bearing cap to the cylinder block; and forming the thermal spray coating on the inner surface of the cylinder bore having the first shape, and wherein the target shape is a cylindrical shape having a predetermined cylindricity, and the first shape is a shape having an elliptical or oval shape in a section thereof which is taken at a middle position of the cylinder bore in an axial direction thereof and perpendicular to the axial direction of the cylinder bore. a casting step of casting a cylinder block of a V engine; a thermal spraying step following the casting step; an attachment step of attaching a bearing cap to the cylinder block after the thermal spraying step; and a finishing process step, after the attachment step, of performing honing process on a thermal spray coating formed on an inner surface of the cylinder bore having a target shape, machining the inner surface of the cylinder bore into a first shape which is a shape different from the target shape and is obtained by deforming the target shape in directions orthogonal to directions in which the cylinder bore is deformed by the attachment of the bearing cap to the cylinder block; and forming the thermal spray coating on the inner surface of the cylinder bore having the first shape, and wherein
Device for cooling hot gases generated by an internal arc in high voltage metal-enclosed switchgear and controlgear, comprising a metal foam cooling filter (4, 16, 22, 28, 36, 48), characterized in that the metal foam has a honeycomb structure comprising cells connected together so as to have openings in all directions.
Floating valve, comprising a hollow body that is supported tiltable around a tilting axis between an upper and a lower tilting angle, and a valve body supported movable within the hollow body between a first and a second switching position, and a flexible inlet hose leading to an inlet of the hollow body, characterized in that the hollow body is provided in a tube shape and comprises only one outlet disposed at one end of the hollow body, while the inlet is disposed at the opposite end of the hollow body, and the outlet comprising a valve seat being opened in a first switching position and closed in a second switching position of the valve body, wherein the inlet end of the hollow body is connected via a section of the inlet hose with the tilting axis in a way that the valve body is movable in a lifting movement automatically from a second switching position into the first switching position if an upper tilting angle is exceeded, and automatically movable in a lowering movement from the first switching position into the second switching position when a lower tilting angle is undercut, which is different from the upper tilting angle.
A preparation method of a super absorbent polymer composition, comprising 1) a step of forming a hydrogel polymer by cross-linking polymerization of a water-soluble ethylene-based unsaturated monomer having at least partially neutralized acidic groups in the presence of an internal cross-linking agent and a polymerization initiator; 2) a step of mixing the hydrogel polymer with a carboxylic acid-based additive, followed by pulverization to prepare a pulverized product containing hydrous super absorbent polymer particles and the additive, wherein the carboxylic acid-based additive is used in an amount of 0.01 to 10 parts by weight based on 100 parts by weight of the hydrogel polymer; and 3) a step of preparing a super absorbent polymer composition containing super absorbent polymer particles and the additive by drying the pulverized product; wherein the carboxylic acid-based additive is at least one selected from the group consisting of a carboxylic acid represented by the following Chemical Formula 1 and a salt thereof: in Chemical Formula 1, A is alkyl having 5 to 21 carbon atoms, B 1 is -OCO- or -COOCH(R 1)COO-, B 2 is -CH 2 CH 2 -, -CH(R 2)-, or -CH=CH-, wherein, R 1 and R 2 are each independently alkyl having 1 to 4 carbon atoms, n is an integer of 1 to 3, and C is a carboxyl group. 1) a step of forming a hydrogel polymer by cross-linking polymerization of a water-soluble ethylene-based unsaturated monomer having at least partially neutralized acidic groups in the presence of an internal cross-linking agent and a polymerization initiator; 2) a step of mixing the hydrogel polymer with a carboxylic acid-based additive, followed by pulverization to prepare a pulverized product containing hydrous super absorbent polymer particles and the additive, wherein the carboxylic acid-based additive is used in an amount of 0.01 to 10 parts by weight based on 100 parts by weight of the hydrogel polymer; and 3) a step of preparing a super absorbent polymer composition containing super absorbent polymer particles and the additive by drying the pulverized product; A is alkyl having 5 to 21 carbon atoms, B 1 is -OCO- or -COOCH(R 1)COO-, B 2 is -CH 2 CH 2 -, -CH(R 2)-, or -CH=CH-, wherein, R 1 and R 2 are each independently alkyl having 1 to 4 carbon atoms, n is an integer of 1 to 3, and C is a carboxyl group.
A method that facilitates sending frames that include control messages in a wireless communication environment (100; 200), comprising: assigning indices to a set of control messages; restricting transmission of respective subsets of the control messages to respective, intended recipient access terminals (116;122; 204; 206; 800) based on the indices; wherein the control messages include shared and unshared link assignment blocks, LABs, further comprising: assigning indices to shared LABs in a frame; assigning indices to unshared LABs in the frame as a function of hashes of identifiers corresponding to the respective, intended recipient access terminals (116;122; 204; 206; 800); and transmitting the frame that includes the shared LABs and the unshared LABs ordered according to the assigned indices. assigning indices to a set of control messages; restricting transmission of respective subsets of the control messages to respective, intended recipient access terminals (116;122; 204; 206; 800) based on the indices; assigning indices to shared LABs in a frame; assigning indices to unshared LABs in the frame as a function of hashes of identifiers corresponding to the respective, intended recipient access terminals (116;122; 204; 206; 800); and transmitting the frame that includes the shared LABs and the unshared LABs ordered according to the assigned indices.
A magnetic bearing device for rotatably supporting a magnetic piece in a levitating state at a specified position comprising: electromagnets (2, 3) for supporting the magnetic piece in a levitating state by magnetic force; a displacement detection means for detecting a displacement of the magnetic piece based on impedance change in the electromagnets (2, 3); and a driver for applying excitation currents (i 1, i 2) to the electromagnets (2, 3) so as to support the magnetic piece in a levitating state at a specified position based on a detection signal from the displacement detection means; wherein the driver is a pulse width modulation type driver to control excitation currents (i 1, i 2) of the electromagnets (2, 3) by modulating a pulse width of a pulse voltage driven at a specified carrier frequency (fc), and the displacement detection means has a ripple detection means for detecting an amplitude of a ripple current generated by the driver applying a voltage to the electromagnets (2,3), characterized in that a signal other than the displacement information of the magnetic piece contained in a signal detected by the displacement detection means is removed by subtracting a signal obtained from an output signal (V x, u) of the displacement detection means passing through a filter means of characteristics equivalent to the transfer characteristics between the driver and the electromagnets (2,3) and through an amplifying means for amplifying with a specified gain, from a signal obtained from the ripple detection means. electromagnets (2, 3) for supporting the magnetic piece in a levitating state by magnetic force; a displacement detection means for detecting a displacement of the magnetic piece based on impedance change in the electromagnets (2, 3); and a driver for applying excitation currents (i 1, i 2) to the electromagnets (2, 3) so as to support the magnetic piece in a levitating state at a specified position based on a detection signal from the displacement detection means;
System for the execution of remotely controlled underwater works, consisting of an unmanned underwater vehicle, a control centre, a connection line between the control centre and a location at which the remotely controlled underwater works are to be performed, wherein the connection line comprises a second interface at the underwater end, wherein the second interface is designed to exchange data with a first interface of the autonomously operating underwater vehicle of the unmanned underwater vehicle, wherein the unmanned underwater vehicle comprises a remotely operated underwater vehicle, wherein the unmanned underwater vehicle comprises a first connection to the remotely operated underwater vehicle, wherein the first connection serves to exchange data, wherein the unmanned underwater vehicle comprises a second connection to the remotely operated underwater vehicle, wherein the second connection serves to supply energy, wherein the unmanned underwater vehicle comprises an autonomously operating underwater vehicle, wherein the unmanned underwater vehicle comprises a third connection to the autonomously operating underwater vehicle, wherein the third connection serves to exchange data, the autonomously operating underwater vehicle comprises a first interface, wherein the first interface is designed to exchange data with an item of underwater equipment.
Equipment for sorting parcels into bags comprising a receptacle support and at least one mobile shuttle robot cart and trolley assembly that is caused to be moved by being remotely controlled by a monitoring and control unit arranged to bring the shuttle robot cart and trolley assembly to a loading point where a parcel to be sorted is placed on the shuttle robot cart and trolley assembly and then to move said shuttle robot cart and trolley assembly with the parcel towards one of the receptacles that is determined by said unit as a function of a sorting indication read automatically on the parcel, and in that floor marking is provided that is arranged along the receptacle support modules and that is detectable by the shuttle robot cart while said shuttle robot cart is moving along said receptacle support modules, said equipment being characterized in that said receptacle support has a modular structure with modules (2A, 2B, 2C) each provided with braked wheels, said modules being arranged to be coupled together in separable manner by interfitting engagement.
A base station (3; 5) for a mobile telecommunications system comprising circuitry configured to communicate with at least one user equipment, wherein the circuitry is further configured to: provide, to the at least one user equipment, control channel candidates (C1 - C8) at different repetition levels, wherein at least a first control channel candidate (C5 - C7) of a repetition level overlaps in time with at least a second control channel candidate (C5 - C7) of the same repetition level, characterised in that time overlapping control channel candidates (C5 - C7) having the same repetition level are associated with different control channel search spaces. provide, to the at least one user equipment, control channel candidates (C1 - C8) at different repetition levels, wherein at least a first control channel candidate (C5 - C7) of a repetition level overlaps in time with at least a second control channel candidate (C5 - C7) of the same repetition level, characterised in that time overlapping control channel candidates (C5 - C7) having the same repetition level are associated with different control channel search spaces.
A swing arm of a saddle riding vehicle comprising: an arm main body formed in a substantially tubular form and substantially extending in a forward/rearward direction of a vehicle body; and an axle support member configured to support an axle of a rear wheel, wherein a fixing surface for fastening and fixing the axle support member in the arm main body together with the axle is provided at an inner side-surface of the arm main body in a vehicle width direction, and an opening for inserting the axle support member is provided at an outer side-surface of the arm main body in the vehicle width direction, characterised in that the inner side-surface of the arm main body, which includes the fixing surface, in the vehicle width direction is formed by a reinforcement member separate from a base member mainly consisting the arm main body, wherein the arm main body includes the base member in which a notch portion is provided at a region facing an inner side of a circumferential wall of the arm main body in the vehicle width direction, and wherein the reinforcement member is connected to the notch portion in the base member. an arm main body formed in a substantially tubular form and substantially extending in a forward/rearward direction of a vehicle body; and an axle support member configured to support an axle of a rear wheel, wherein a fixing surface for fastening and fixing the axle support member in the arm main body together with the axle is provided at an inner side-surface of the arm main body in a vehicle width direction, and an opening for inserting the axle support member is provided at an outer side-surface of the arm main body in the vehicle width direction, characterised in that the inner side-surface of the arm main body, which includes the fixing surface, in the vehicle width direction is formed by a reinforcement member separate from a base member mainly consisting the arm main body, wherein the arm main body includes the base member in which a notch portion is provided at a region facing an inner side of a circumferential wall of the arm main body in the vehicle width direction, and wherein the reinforcement member is connected to the notch portion in the base member.