mhurhangee/ep-ind-claims huggingface dataset:
Cultivator element for an apparatus for conserving soil cultivation essentially consisting of a shank, a narrow ploughshare and a share-extension which comprises on either side of the narrow ploughshare a disk (13,14) rotatably journalled in an adapter, caracterized in that a) The adapter is a plate with arrow-like inclined leading edges, the plate comprising orthogonal axles of rotation for the disks (13,14), the horizontal distance between the axles of rotation being smaller than the diameter of each disk (13,14), and that b) The disks (13,14) are offset with regard to each other in the direction of the axles of rotation to the extent of their thickness, so that they overlap each other in the region covered by the plate. a) The adapter is a plate with arrow-like inclined leading edges, the plate comprising orthogonal axles of rotation for the disks (13,14), the horizontal distance between the axles of rotation being smaller than the diameter of each disk (13,14), and that b) The disks (13,14) are offset with regard to each other in the direction of the axles of rotation to the extent of their thickness, so that they overlap each other in the region covered by the plate.
A worktop oven for cooking foods comprising a support base, a lid, an intermediate element positioned between said support base and said lid, where said support base supports a first cooking surface with which a first electric heater is associated and said intermediate element supports a second cooking surface with which a second electric heater is associated, where said intermediate element is configured to delimit with said base a first cooking chamber and said lid is configured to delimit with said intermediate element a second cooking chamber positioned above said first cooking chamber, where a first operating connection means is present between said intermediate element and said lid which has an opening position and a closing position of said second cooking chamber, and where a second operating connection means shaped like an articulated parallelogram is provided between said base and said intermediate element which has an opening position and a closing position of said first cooking chamber.
A method of determining a context model for entropy decoding of a transformation coefficient level, the method comprising: splitting a transformation unit into subsets having a predetermined size; obtaining a context set index used in entropy decoding of a first critical value flag indicating whether a significant transformation coefficient contained in a current subset has a value greater than a first critical value; obtaining a context offset used in entropy decoding of the first critical value flag based on the number of previous transformation coefficients having consecutive 1s; and obtaining a context index indicating a context used in entropy decoding of the first critical value flag by using the context set index and the context offset, obtaining a context set index used in entropy decoding of a second critical value flag indicating whether the significant transformation coefficient has a value greater than a second critical value based on the context set index used in entropy decoding of the first critical value flag, wherein, when a color component of the transformation unit is a luminance component, the context set index is obtained based on location information of the current subset indicating at which location the current subset is located in the transformation unit, wherein, when the color component of the transformation unit is a chrominance component, the context set index is obtained independently of the location information of the current subset. splitting a transformation unit into subsets having a predetermined size; obtaining a context set index used in entropy decoding of a first critical value flag indicating whether a significant transformation coefficient contained in a current subset has a value greater than a first critical value; obtaining a context offset used in entropy decoding of the first critical value flag based on the number of previous transformation coefficients having consecutive 1s; and obtaining a context index indicating a context used in entropy decoding of the first critical value flag by using the context set index and the context offset,
A method of operating and/or positioning a lance and nozzle assembly relative to a molten metal bath in a vessel, the method comprising: providing a first temperature sensor proximate to a tip of the lance and nozzle assembly, wherein the first temperature sensor is housed by the lance and nozzle assembly, wherein the first temperature sensor is configured to detect a temperature of the tip of the lance and nozzle assembly, and wherein the temperature is converted to tip temperature data; providing a second temperature sensor on or within the vessel, wherein the second temperature sensor is configured to detect a temperature of the molten metal bath, and wherein the temperature is converted to bath temperature data; transmitting the tip temperature data and the bath temperature data to a processing unit; exchanging information between the processing unit and a process operations data module, wherein the information comprises the tip temperature data, the bath temperature data, and process operations data; mapping the tip temperature data and the bath temperature data to a corresponding active elevation of the lance and nozzle assembly; comparing the active elevation to a preferred elevation of the lance and nozzle assembly; and moving the lance and nozzle assembly from the active elevation to the preferred elevation. providing a first temperature sensor proximate to a tip of the lance and nozzle assembly, wherein the first temperature sensor is housed by the lance and nozzle assembly, wherein the first temperature sensor is configured to detect a temperature of the tip of the lance and nozzle assembly, and wherein the temperature is converted to tip temperature data; providing a second temperature sensor on or within the vessel, wherein the second temperature sensor is configured to detect a temperature of the molten metal bath, and wherein the temperature is converted to bath temperature data; transmitting the tip temperature data and the bath temperature data to a processing unit; exchanging information between the processing unit and a process operations data module, wherein the information comprises the tip temperature data, the bath temperature data, and process operations data; mapping the tip temperature data and the bath temperature data to a corresponding active elevation of the lance and nozzle assembly; comparing the active elevation to a preferred elevation of the lance and nozzle assembly; and moving the lance and nozzle assembly from the active elevation to the preferred elevation.
A yaw error detection sensor which is adapted to be mounted to a wind turbine of a horizontal axis type, wherein the yaw error detection sensor is adapted to measure a stagnation pressure and/or a wind velocity at two different positions along a horizontal plane of the hub, characterized in that the yaw error detection sensor is adapted to be mounted to a front side of a hub of the wind turbine and comprises a pitot tube (20, 21, 30, 40, 50, 60) with a stagnation pressure port (32, 42, 53, 54, 65, 66) and a dynamic pressure port (33, 43, 44, 55, 56, 67, 68) situated at a side of the pitot tube (20, 21, 30, 40, 50, 60).
Method for producing a shower tray structure comprising a shower tray and a support part that has a drainage cut-out or provision therefor and/or a drain, in particular for producing a shower tray structure that is level with the floor, the shower tray being foam-backed, the shower tray having an edge, characterised in that the shower tray, in any case as far as including the edge, is foamed, and in that then the foamed shower tray, the foam body produced by the foaming forming an upper support part, is connected to a separate lower support part comprising a protruding sealing strip protruding at the edge.
A nonwoven fabric, made of fibers mainly composed of amorphous polyetherimide having a melt viscosity at 330°C from 100 to 3000 Pa·s and an average fiber diameter from 1 to 10 μm.
Solid electrolyte cell, characterized in that at least one reference electrode is embedded in an electrolyte solid body of the solid electrolyte cell, wherein a reaction region of the reference electrode is connected to the electrolyte solid body for the conduction of ions and is electrically insulated from a working electrode (106, 108) of the solid electrolyte cell.
A tire manufacturing method comprising: forming a tire frame member (24, 112) using a resin material; disposing a tread member at a tire radial direction outside of the tire frame member (24, 112), the tread member formed with a groove on a ground contact face side of the tread member and with a plurality of air holes formed at a bottom portion of the groove, arranged in a tire width direction and penetrating through to the opposite side of the tread member from the ground contact face; and disposing an adhesion member between an outer peripheral face of the tire frame member (24, 112) and the tread member, and adhering the tread member to the tire frame member (24, 112), thereby the adhesion member enters and hardens in the air holes and blocks off the air holes. forming a tire frame member (24, 112) using a resin material; disposing a tread member at a tire radial direction outside of the tire frame member (24, 112), the tread member formed with a groove on a ground contact face side of the tread member and with a plurality of air holes formed at a bottom portion of the groove, arranged in a tire width direction and penetrating through to the opposite side of the tread member from the ground contact face; and disposing an adhesion member between an outer peripheral face of the tire frame member (24, 112) and the tread member, and adhering the tread member to the tire frame member (24, 112), thereby the adhesion member enters and hardens in the air holes and blocks off the air holes.
A system for device exchange in an endoscopic procedure, the system comprising: an elongated device having a slit extending from a distal tip to a proximal end of the elongated device; a main block configured to be affixed to a port of an endoscope, the main block comprising: a main channel for receiving at least one guidewire and the elongated device, and a main groove that provides a path leading the guidewire towards a longitudinal axis of the main channel; and an adapter engaged with the main block and configured to merge the guidewire into the elongated device, the adapter comprising: a working channel for receiving the elongated device; and a working member raising from an inner wall of the working channel; wherein when the elongated device passes through the working channel, the working member wedges open a portion of the slit of the elongated device such that a portion of the guidewire merges into the elongated device through the opened portion of the slit. an elongated device having a slit extending from a distal tip to a proximal end of the elongated device; a main block configured to be affixed to a port of an endoscope, the main block comprising: a main channel for receiving at least one guidewire and the elongated device, and a main groove that provides a path leading the guidewire towards a longitudinal axis of the main channel; and a main channel for receiving at least one guidewire and the elongated device, and a main groove that provides a path leading the guidewire towards a longitudinal axis of the main channel; and an adapter engaged with the main block and configured to merge the guidewire into the elongated device, the adapter comprising: a working channel for receiving the elongated device; and a working member raising from an inner wall of the working channel; wherein when the elongated device passes through the working channel, the working member wedges open a portion of the slit of the elongated device such that a portion of the guidewire merges into the elongated device through the opened portion of the slit. a working channel for receiving the elongated device; and a working member raising from an inner wall of the working channel; wherein when the elongated device passes through the working channel, the working member wedges open a portion of the slit of the elongated device such that a portion of the guidewire merges into the elongated device through the opened portion of the slit.
A method comprising: receiving (510; 710) a first secure data connection request from a client device at a first gateway, the first secure data connection request identifying a target server; sending a request from the first gateway to a redirect determination service and receiving a response from the redirect determination service, the response identifying a second gateway; and sending (520; 760) a redirect message from the first gateway to the client device instructing the client device to send a second secure data connection request to the second gateway, such that the client device initiates a secure data connection to the target server via the second gateway. receiving (510; 710) a first secure data connection request from a client device at a first gateway, the first secure data connection request identifying a target server; sending a request from the first gateway to a redirect determination service and receiving a response from the redirect determination service, the response identifying a second gateway; and sending (520; 760) a redirect message from the first gateway to the client device instructing the client device to send a second secure data connection request to the second gateway, such that the client device initiates a secure data connection to the target server via the second gateway.
A full side openable boxcar, comprising: a plurality of doors which are movable in a longitudinal direction of a car body of the boxcar, and opening and closing devices each being configured to activate opening and closing of the respective doors; wherein in a closing state, the doors are arranged sequentially to form a side wall of the full side openable boxcar; and in an opening state, the opening and closing devices activate the doors to translate in an inner-outer direction to allow the doors to be staggered and moved in the longitudinal direction of the car body, to open a corresponding position of the full side openable boxcar; and wherein each of the opening and closing devices comprises an upper drive mechanism arranged at an upper side of the door to push an upper part of the door to translate in the inner-outer direction; the upper drive mechanism comprises an upper drive shaft, an upper shift fork fixed to the upper drive shaft, and upper shaft seats; a sub-fork of the upper shift fork configured to push the doors to translate from outside to inside is provided with a pressing fork, and the pressing fork tightly presses against the upper part of the door in the closing state of the doors; and characterized by that, an abutment plate is fixedly connected to the upper part of the door, and the abutment plate protrudes out of an upper end of the door, and has one side surface being in tightly-pressed contact with the pressing fork and another side surface abutting against another sub-fork. a plurality of doors which are movable in a longitudinal direction of a car body of the boxcar, and opening and closing devices each being configured to activate opening and closing of the respective doors; wherein in a closing state, the doors are arranged sequentially to form a side wall of the full side openable boxcar; and in an opening state, the opening and closing devices activate the doors to translate in an inner-outer direction to allow the doors to be staggered and moved in the longitudinal direction of the car body, to open a corresponding position of the full side openable boxcar; and wherein each of the opening and closing devices comprises an upper drive mechanism arranged at an upper side of the door to push an upper part of the door to translate in the inner-outer direction; the upper drive mechanism comprises an upper drive shaft, an upper shift fork fixed to the upper drive shaft, and upper shaft seats; a sub-fork of the upper shift fork configured to push the doors to translate from outside to inside is provided with a pressing fork, and the pressing fork tightly presses against the upper part of the door in the closing state of the doors; and characterized by that, an abutment plate is fixedly connected to the upper part of the door, and the abutment plate protrudes out of an upper end of the door, and has one side surface being in tightly-pressed contact with the pressing fork and another side surface abutting against another sub-fork.
Longitudinal adjuster for a vehicle seat, in particular a motor vehicle seat, having a seat part and a backrest, wherein the longitudinal adjuster has a first seat rail and a second seat rail, wherein the first seat rail is displaceable relative to the second seat rail in a longitudinal direction (x), wherein a memory device assigned to the first seat rail and interacting with the second seat rail is provided which is designed to store a seat longitudinal position of the vehicle seat that can be left and assumed again by a longitudinal displacement of the vehicle seat, wherein the memory device detects a relative movement between the first seat rail and the second seat rail by means of a friction wheel which for this purpose contacts and moves along a contact surface moved relative to the memory device, wherein the friction wheel is mounted on a friction wheel rocker and can be pivoted with the friction wheel rocker about an axis of rotation, with the result that the friction wheel can be lifted from the contact surface, and the detected relative movement can be reset thereby, characterized in that the friction wheel rocker here acts on a restoring lever which transfers a rack into a basic position, which rack acts on an arresting device for arresting the backrest in the folded-forward state, wherein the restoring lever dynamically supports a resetting of the gear mechanism.
An electrically insulating inorganic sheet comprising at least 90% by weight inorganic particles in the form of fibres or flakes, and a binder which binds the particles together to form the sheet, for use as solid insulation in an electrical device, wherein the inorganic sheet has a thickness within the range of from 10 nanometres to 100 micrometres.
A process for the separation of gluten and starch from wheat flour, said process comprises the steps of: (a) mixing a flour and an aqueous composition to obtain a dough having a moisture content of less than 50 wt% based on dry weight of the flour; (b) subjecting the dough obtained in step (a) to an essential simple shear flow with a shear stress of at least 1 kPa and a specific mechanical energy input of at least 5 kJ/kg per minute processing time to obtain a processed dough; and (c) separating the processed dough into a gluten enriched fraction comprising at least 50 wt% of gluten protein and a starch enriched fraction, and without any additional water or without performing a commonly used washing step, isolating a gluten enriched fraction comprising at least 50 wt% of gluten proteins. (a) mixing a flour and an aqueous composition to obtain a dough having a moisture content of less than 50 wt% based on dry weight of the flour; (b) subjecting the dough obtained in step (a) to an essential simple shear flow with a shear stress of at least 1 kPa and a specific mechanical energy input of at least 5 kJ/kg per minute processing time to obtain a processed dough; and (c) separating the processed dough into a gluten enriched fraction comprising at least 50 wt% of gluten protein and a starch enriched fraction, and without any additional water or without performing a commonly used washing step, isolating a gluten enriched fraction comprising at least 50 wt% of gluten proteins.
Housing for an electrical connector, the housing comprising: a housing body having an opening configured to receive an electrical cable in an insertion direction, and a pair of cable covers hinged to the housing body at one proximal end of the respective cable cover of the pair of cable covers and extending away from the opening, wherein, in a cable mounting position, each cable cover of the pair of cable covers is pivoted away from the other cable cover of the pair of cable covers, and, in an operating position, each cable cover of the pair of cable covers is pivoted towards the other forming a cable support sleeve configured to support the cable, wherein each cable cover of the pair of cable covers is provided with at least one strain relief spring biased towards the opposing cable cover of the pair of cable covers in the operating position, characterized in that the at least one strain relief spring comprises an arch formed by bending the at least one strain relief spring, the arch forming a deflection section arranged in a cutout of the respective cable cover of the pair of cable covers, such that the at least one relief spring is able to be deflected away from the opposing cable cover of the pair of cable covers in the operating position and out of the cable cover through the cutout. a housing body having an opening configured to receive an electrical cable in an insertion direction, and a pair of cable covers hinged to the housing body at one proximal end of the respective cable cover of the pair of cable covers and extending away from the opening, wherein, in a cable mounting position, each cable cover of the pair of cable covers is pivoted away from the other cable cover of the pair of cable covers, and, in an operating position, each cable cover of the pair of cable covers is pivoted towards the other forming a cable support sleeve configured to support the cable, wherein each cable cover of the pair of cable covers is provided with at least one strain relief spring biased towards the opposing cable cover of the pair of cable covers in the operating position, characterized in that the at least one strain relief spring comprises an arch formed by bending the at least one strain relief spring, the arch forming a deflection section arranged in a cutout of the respective cable cover of the pair of cable covers, such that the at least one relief spring is able to be deflected away from the opposing cable cover of the pair of cable covers in the operating position and out of the cable cover through the cutout.
A washable, reusable garment for retention of body fluids when worn on a person's lower body part, the washable reusable garment comprising: (a) a crotch portion, and (b) a body portion having a waist opening, the body portion and the crotch portion together forming first and second leg openings (L1, L2), characterized in that a washable absorbent composite is incorporated in the crotch portion as part of the crotch portion by attachment thereto. (a) a crotch portion, and (b) a body portion having a waist opening, the body portion and the crotch portion together forming first and second leg openings (L1, L2),
A pharmaceutical composition for oral administration comprising in a single dosage form a combination of a therapeutically effective quantity of Alendronate or pharmaceutical acceptable salt, derivative or hydrate thereof and Cholecalciferol, wherein the composition is produced by dry granulation process and comprises an internal phase comprising Alendronate or pharmaceutical acceptable salt, derivative or hydrate thereof and an external phase comprising Cholecalciferol, wherein the composition further comprises croscarmellose sodium as disintegrant and is free of colloidal silicon dioxide.