mhurhangee/ep-ind-claims huggingface dataset:
A filter press, comprising a plate pack comprising a plurality of filter plates with filter chambers arranged between the filter plates, wherein the filter plates are positioned displaceably relative to one another between a fixed head piece and a mobile printing plate, in order to be able to empty the filter chambers when required, characterised in that at least one separating device is provided, with which a partial pack (6a, 6b, 6c) of the plate pack is displaceable relative to a further partial pack (6a, 6b, 6c) of the plate pack, in order to enable simultaneous emptying of filter chambers and/or simultaneous exchange of filter means in the individual partial packs (6a, 6b, 6c), and wherein a plate transport chain is provided in order to move the filter plates along a transport direction orientated from the head piece to the printing plate, so that the respective partial pack (6a, 6b, 6c) can be emptied by means of the plate transport chain, whereby the individual filter plates are moved sequentially away from the head piece, wherein free spaces are formed between the filter plates, so that a filter cake present in the filter chambers is discharged by the force of gravity, and wherein a driver connected movably to the plate transport chain is provided, which can be connected a form-fit manner to the filter plates in order to connect the plate transport chain detachably to the filter plates.
Cleaning device for cleaning a transparent element of an optical or optoelectronic device with a fluid cleaning agent, comprising a housing in which the device is arranged, with at least one fluid inlet arranged in the housing and at least one nozzle fed from the fluid inlet, wherein the nozzle is configured so as to direct a cleaning agent jet onto the transparent element, and wherein the jet direction of the cleaning agent jet is provided substantially transversely with respect to an optical axis of the transparent element, wherein the fluid inlet is configured for being flowed through by a cleaning liquid from a hydraulic channel and by compressed air from a pneumatic channel, wherein the hydraulic channel has a hydraulic check valve and the pneumatic channel has a pneumatic check valve, and the check valves (11, 12) open the channels (8, 10) in the direction of the nozzle and block in the opposite direction, characterized in that the pneumatic check valve and/or the hydraulic check valve is designed to be electrically controlled.
An automatic lid-locking vacuum sealing machine with an upper lid-limiting mechanism, comprising an upper lid, a lower seat, and an evacuation tank, the upper lid being hinged to the lower seat, the evacuation tank being located at the front of the vacuum sealing machine, the lid-locking vacuum sealing machine comprising a lid-locking mechanism and an upper lid-limiting mechanism, the lid-locking mechanism being installed on the upper lid or the lower seat, and being connected to the upper lid-limiting mechanism; characterized in that: the upper lid-limiting mechanism comprises a limiting lock plate and a limiting buckle portion; the limiting lock plate movably installed on the upper lid is fitted with the buckle of the limiting buckle portion installed on the lower seat; alternatively, the limiting lock plate movably installed on the lower seat is fitted with the buckle of the limiting buckle portion installed on the upper lid; after the limiting lock plate is fitted with the buckle of the limiting buckle portion, a bag-in gap with a set height is set between the limiting lock plate and the limiting buckle portion; the lid-locking mechanism comprises a lifting plate and a driving device; the lifting plate slides up and down on the top surface of the lower seat, the top surface of the lifting plate is provided with the limiting buckle portion and the driving device is drivingly connected to the lifting plate. the upper lid-limiting mechanism comprises a limiting lock plate and a limiting buckle portion; the limiting lock plate movably installed on the upper lid is fitted with the buckle of the limiting buckle portion installed on the lower seat; alternatively, the limiting lock plate movably installed on the lower seat is fitted with the buckle of the limiting buckle portion installed on the upper lid; after the limiting lock plate is fitted with the buckle of the limiting buckle portion, a bag-in gap with a set height is set between the limiting lock plate and the limiting buckle portion; the lid-locking mechanism comprises a lifting plate and a driving device; the lifting plate slides up and down on the top surface of the lower seat, the top surface of the lifting plate is provided with the limiting buckle portion and the driving device is drivingly connected to the lifting plate.
Method for manufacturing a fastening system with calibrated axial tension force, for fastening at least two elements (3 and 4) together, the system comprising a fastening part and a clamping part, the clamping part comprising two parts separated (5a, 5b) by a groove capable of breaking under a tightening torque, characterised in that it consists of: - determining the friction coefficient between the fastening part and the clamping part; - when the fastening part is intended to be rotated, determining the friction coefficient between the fastening part and the element in contact; - when the clamping part is intended to be rotated: ∘ determining the friction coefficient between the clamping part and the element in contact, or, ∘ if a washer is disposed between the clamping part and the element to be fastened, determining the friction coefficient between the clamping part and the washer; - calculating the tightening torque to be achieved in order to obtain the calibrated axial tension force by considering the friction coefficients determined; - sizing the groove such that it is capable of breaking when the calculated tightening torque is reached, thus corresponding to obtaining the calibrated axial tension in the fastening system. - determining the friction coefficient between the fastening part and the clamping part; - when the fastening part is intended to be rotated, determining the friction coefficient between the fastening part and the element in contact; - when the clamping part is intended to be rotated: ∘ determining the friction coefficient between the clamping part and the element in contact, or, ∘ if a washer is disposed between the clamping part and the element to be fastened, determining the friction coefficient between the clamping part and the washer; ∘ determining the friction coefficient between the clamping part and the element in contact, or, ∘ if a washer is disposed between the clamping part and the element to be fastened, determining the friction coefficient between the clamping part and the washer; - calculating the tightening torque to be achieved in order to obtain the calibrated axial tension force by considering the friction coefficients determined; - sizing the groove such that it is capable of breaking when the calculated tightening torque is reached, thus corresponding to obtaining the calibrated axial tension in the fastening system.
A wellbore conditioning system, comprising: two coaxial shafts (105a, 105b); a screw joint coupling the two coaxial shafts (105a, 105b); and one unilateral reamer (115a, 115b) having only four cutting blades extending from each coaxial shaft (105a, 105b), wherein the unilateral reamers (115a, 115b) are positioned at a predetermined distance from each other and, counter to the direction of rotation, the first blade extends a first distance from the shaft (105a, 105b), the second blade extends a second distance from the shaft (105a, 105b) that is greater than the first distance, the third blade extends a third distance from the shaft (105a, 105b) that is greater than the second distance, and the fourth blade extends a fourth distance from the shaft (105a, 105b) that is greater than the third distance; and wherein the unilateral reamers (115a, 115b) are diametrically opposed to each other and do not overlap. two coaxial shafts (105a, 105b); a screw joint coupling the two coaxial shafts (105a, 105b); and one unilateral reamer (115a, 115b) having only four cutting blades extending from each coaxial shaft (105a, 105b), wherein the unilateral reamers (115a, 115b) are positioned at a predetermined distance from each other and, counter to the direction of rotation, the first blade extends a first distance from the shaft (105a, 105b), the second blade extends a second distance from the shaft (105a, 105b) that is greater than the first distance, the third blade extends a third distance from the shaft (105a, 105b) that is greater than the second distance, and the fourth blade extends a fourth distance from the shaft (105a, 105b) that is greater than the third distance; and wherein the unilateral reamers (115a, 115b) are diametrically opposed to each other and do not overlap.
A method performed by a user equipment, UE,, said method comprising: sending a contention resolution message for a random access procedure from the UE through a physical uplink channel in a wireless communication network; and sending a repetition of the contention resolution message from the UE through the physical uplink channel, further comprising: selecting a preamble from a first preamble group corresponding to a capability of the UE to send the repetition of the contention resolution message; and sending the preamble from the UE. sending a contention resolution message for a random access procedure from the UE through a physical uplink channel in a wireless communication network; and sending a repetition of the contention resolution message from the UE through the physical uplink channel, further comprising: selecting a preamble from a first preamble group corresponding to a capability of the UE to send the repetition of the contention resolution message; and sending the preamble from the UE. selecting a preamble from a first preamble group corresponding to a capability of the UE to send the repetition of the contention resolution message; and sending the preamble from the UE.
A sulfidation corrosion preventing method, comprising: a first step of forming a silicon oxide layer on a surface of a substrate; and a second step of coating a titanium-containing coating fluid containing a titanium metal or a titanium compound on the silicon oxide layer, followed by heating and oxidation, to form a first titanium oxide layer. a first step of forming a silicon oxide layer on a surface of a substrate; and a second step of coating a titanium-containing coating fluid containing a titanium metal or a titanium compound on the silicon oxide layer, followed by heating and oxidation, to form a first titanium oxide layer.
An apparatus comprising: a controller configured to: determine an on-ground status of a wheel (108, 112, 410) of a landing gear (106, 110, 400); generate a control signal based on the on-ground status of the wheel and based further on one of an engine speed of at least one of a left engine or a right engine, a throttle parameter of the at least one of a left throttle or a right throttle, or a flap position of a flap, the control signal to initiate a retract braking process for the wheel, the retract braking process to decelerate the wheel from a first rate of rotation to a second rate of rotation less than the first rate of rotation. determine an on-ground status of a wheel (108, 112, 410) of a landing gear (106, 110, 400); generate a control signal based on the on-ground status of the wheel and based further on one of an engine speed of at least one of a left engine or a right engine, a throttle parameter of the at least one of a left throttle or a right throttle, or a flap position of a flap, the control signal to initiate a retract braking process for the wheel, the retract braking process to decelerate the wheel from a first rate of rotation to a second rate of rotation less than the first rate of rotation.
A method in a device gateway for dynamically creating and updating a unique Internet of Thing, IoT, device identifier, the method comprising: - obtaining an identity of a service provider network associated to a manufacturer IoT device identity of the IoT device; - if the unique IoT device identifier is not already available, creating the unique IoT device identifier comprising a concatenation of the identity of the service provider network and the manufacturer IoT device identity; - if the unique IoT device identifier is already available, updating the identity of the service provider network of the unique IoT device identifier; and - storing the unique IoT device identifier. - obtaining an identity of a service provider network associated to a manufacturer IoT device identity of the IoT device; - if the unique IoT device identifier is not already available, creating the unique IoT device identifier comprising a concatenation of the identity of the service provider network and the manufacturer IoT device identity; - if the unique IoT device identifier is already available, updating the identity of the service provider network of the unique IoT device identifier; and - storing the unique IoT device identifier.
Centrifugal pump with a pump casing containing an impeller that is radially sealed by a suction neck seal comprising a metallic outer ring that holds an inner ring as well as a plastic sealing ring which surrounds the impeller, thereby forming a radial sealing gap, in which the suction neck seal is a component separate from the pump casing and the inner ring has an elastomer profile with a U-shaped cross-section that holds the sealing ring.
A lens control apparatus, comprising: an operation input unit (44, 68) that is adapted to receive a user operation; a communication unit (41, 61) that is adapted to perform communication with an external apparatus; and a control unit that performs drive control of a zoom lens in accordance with a zoom operation received at the operation input unit or a zoom control signal received at the communication unit and sets a different zoom position change speed between drive control corresponding to the zoom operation and drive control corresponding to the zoom control signal. an operation input unit (44, 68) that is adapted to receive a user operation; a communication unit (41, 61) that is adapted to perform communication with an external apparatus; and a control unit that performs drive control of a zoom lens in accordance with a zoom operation received at the operation input unit or a zoom control signal received at the communication unit and sets a different zoom position change speed between drive control corresponding to the zoom operation and drive control corresponding to the zoom control signal.
A phase difference film solely consisting essentially of a single species of copolymer P containing a polymerization unit A and a polymerization unit B, the weight fraction of the polymerization unit A in the copolymer P being 50% by weight or more, and 90% by weight or less, the phase difference film having a phase separation structure that exhibits a structural birefringence, the polymerization unit A is a unit represented by the general formula: wherein R C is a group selected from the group consisting of a phenyl group, a biphenyl group, a naphthyl group, an anthracene group, a phenanthrene group, a naphthacene group, a pentacene group, and a terphenyl group, and R 1 to R 3 are each independently a group selected from the group consisting of a hydrogen atom and an alkyl group of 1 to 12 carbon atoms, and the phase difference film having an NZ factor of greater than 0 and smaller than 1, the NZ factor being a value represented by (nx - nz)/(nx - ny), wherein nx represents a refractive index in a direction in which a maximum refractive index is given among in-plane directions, ny represents a refractive index in a direction, among the in-plane directions of the film, orthogonal to the direction giving nx, and nz represents a refractive index in the thickness direction of the film, the refractive indices being measured at a wavelength of 540 nm. the phase difference film having a phase separation structure that exhibits a structural birefringence, the polymerization unit A is a unit represented by the general formula: wherein R C is a group selected from the group consisting of a phenyl group, a biphenyl group, a naphthyl group, an anthracene group, a phenanthrene group, a naphthacene group, a pentacene group, and a terphenyl group, and R 1 to R 3 are each independently a group selected from the group consisting of a hydrogen atom and an alkyl group of 1 to 12 carbon atoms, and wherein R C is a group selected from the group consisting of a phenyl group, a biphenyl group, a naphthyl group, an anthracene group, a phenanthrene group, a naphthacene group, a pentacene group, and a terphenyl group, and R 1 to R 3 are each independently a group selected from the group consisting of a hydrogen atom and an alkyl group of 1 to 12 carbon atoms, and the phase difference film having an NZ factor of greater than 0 and smaller than 1, the NZ factor being a value represented by (nx - nz)/(nx - ny), wherein nx represents a refractive index in a direction in which a maximum refractive index is given among in-plane directions, ny represents a refractive index in a direction, among the in-plane directions of the film, orthogonal to the direction giving nx, and nz represents a refractive index in the thickness direction of the film, the refractive indices being measured at a wavelength of 540 nm.
Assembly of a first element with a second element produced by assembling an elongate thin lip belonging to the second element in an elongate narrow slit formed by the three sides of an elongate planar plate attached in parallel to a planar wall of the first element, characterized in that in the direction of the first element, the elongate thin lip has a concave edge and terminates laterally in extended tips, and in that the elongate slit laterally comprises two zones in which the thickness of the slit is increased, arranged to cooperate with the extended tips of the lip, such that insertion of the lip into the slit begins by insertion of the tips into said zones and then continues with the gradual insertion of the rest of the concave edge of the lip as the lip advances.
Power tool, in particular manually guided power tool, preferably angle grinder, which has a tool receiving device that can be moved in rotation about an output axis, wherein this tool receiving device is configured to hold a tool device, in particular an insert tool, on the power tool in such a manner that the output axis and a tool rotation axis (a) coincide, wherein the tool receiving device has at least one driving device and a clamping device that can be moved relative to the driving device, wherein, for the purpose of transmitting a driving force to the tool device, this driving device has at least one torque transmission region, arranged at a distance from this output axis, characterized in that the driving device and the clamping device are designed to reach through a cutout of the tool device, which in particular extends through the entire material thickness of the tool device, and to clamp the tool device by means of the clamping device, which is movable substantially in the radial direction in relation to the output axis.
A computing system comprising: a first control assembly, the first control assembly comprising a first processor, a first indicator, and a first sensor, wherein: the first sensor is configured to receive a first user input, and the first processor is configured to: change a first operation mode of the computing system in response to the first user input; control the first indicator to present a first presentation indicative of the first operation mode in response to the first user input; transmit a first signal to a second processor of a display device to change a second operation mode of the display device based on the first user input, the second operation mode synchronized to the first operation mode; and transmit a second signal to the second processor of the display device to control a second indicator included in a second control assembly of the display device to present a second presentation indicative of the second operation mode based on the first user input, the second presentation synchronized to the first presentation. the first sensor is configured to receive a first user input, and the first processor is configured to: change a first operation mode of the computing system in response to the first user input; control the first indicator to present a first presentation indicative of the first operation mode in response to the first user input; transmit a first signal to a second processor of a display device to change a second operation mode of the display device based on the first user input, the second operation mode synchronized to the first operation mode; and transmit a second signal to the second processor of the display change a first operation mode of the computing system in response to the first user input; control the first indicator to present a first presentation indicative of the first operation mode in response to the first user input; transmit a first signal to a second processor of a display device to change a second operation mode of the display device based on the first user input, the second operation mode synchronized to the first operation mode; and transmit a second signal to the second processor of the display device to control a second indicator included in a second control assembly of the display device to present a second presentation indicative of the second operation mode based on the first user input, the second presentation synchronized to the first presentation.
Screw comprising - a shank having a tip, a rear end, which is located opposite the tip, and a longitudinal axis, which extends through the tip and through the rear end, and - a screw thread helix, which is arranged on the shank, wherein the screw thread helix has a screw thread ridge for engaging into an internal screw thread groove, characterized in that - the screw thread helix has axial tipward play with respect to the shank, wherein the tipward play increases as the axial distance of the screw thread helix from the tip increases. - a shank having a tip, a rear end, which is located opposite the tip, and a longitudinal axis, which extends through the tip and through the rear end, and - a screw thread helix, which is arranged on the shank, wherein the screw thread helix has a screw thread ridge for engaging into an internal screw thread groove, - the screw thread helix has axial tipward play with respect to the shank, wherein the tipward play increases as the axial distance of the screw thread helix from the tip increases.