mhurhangee/ep-ind-claims huggingface dataset:
A foldable vehicle having a foldable frame which is mounted between a front wheel support and a rear wheel support, said foldable frame comprising: (a) a first upper bar; (b) a first lower bar; (c) a second upper bar; (d) a second lower bar; (e) a first pin-joint piece; and (f) a second pin-joint piece, wherein each of the first and second pin-joint pieces (5, 6) is provided with a first pin-joint hole (51, 61) and a second pin-joint hole (52, 62); an end of the first lower bar is pin-jointed with a lower end of the front wheel support, and another end of the first lower bar is fixed with the first pin-joint piece; an end of the second lower bar is pin-jointed with a lower end of the rear wheel support, and another end of the second lower bar is fixed with the second pin-joint piece; an end of the first upper bar is pin-jointed with the front wheel support, and another end of the first upper bar is pin-jointed at the second pin-joint hole of the second pin-joint piece; an end of the second upper bar is pin-jointed with the rear wheel support, and another end of the second upper bar is pin-jointed at the second pin-joint hole of the first pin-joint piece; the foldable frame being characterised in that the first pin-joint piece is pin-jointed with the second pin-joint piece through the first pin-joint holes (51, 61), and end surfaces of the first pin-joint piece and the second pin-joint piece respectively abut against end portions of the second lower bar and the first lower bar. (a) a first upper bar; (b) a first lower bar; (c) a second upper bar; (d) a second lower bar; (e) a first pin-joint piece; and (f) a second pin-joint piece,
An analysis query response system comprising: a user terminal that generates and transmits an analysis query, the analysis query containing at least information about a function q that performs an analysis calculation; and a database apparatus including an analysis query verification apparatus that includes a verification execution part that performs a first verification of whether the analysis query satisfies a predetermined privacy preservation indicator, and an analysis query execution apparatus that includes a personal data storage part that stores personal data and an analysis query execution and preservation part that, in a case where the first verification is successful, performs an analysis corresponding to the analysis query on the personal data read from the personal data storage part to acquire an analysis result, and applies a predetermined privacy-preserving mechanism to the acquired analysis result, wherein the user terminal generates the analysis query under a predetermined privacy preservation indicator and a predetermined programming language, the analysis query execution and preservation part discards the analysis query in a case where the first verification is unsuccessful, the user terminal additionally generates and transmits proof information, the proof information being information related to a proof that the analysis query satisfies the predetermined privacy preservation indicator, and the verification execution part uses the proof information to perform the first verification of whether the analysis query satisfies the predetermined privacy preservation indicator. a user terminal that generates and transmits an analysis query, the analysis query containing at least information about a function q that performs an analysis calculation; and a database apparatus including an analysis query verification apparatus that includes a verification execution part that performs a first verification of whether the analysis query satisfies a predetermined privacy preservation indicator, and an analysis query execution apparatus that includes a personal data storage part that stores personal data and an analysis query execution and preservation part that, in a case where the first verification is successful, performs an analysis corresponding to the analysis query on the personal data read from the personal data storage part to acquire an analysis result, and applies a predetermined privacy-preserving mechanism to the acquired analysis result, wherein the user terminal generates the analysis query under a predetermined privacy preservation indicator and a predetermined programming language, the analysis query execution and preservation part discards the analysis query in a case where the first verification is unsuccessful, the user terminal additionally generates and transmits proof information, the proof information being information related to a proof that the analysis query satisfies the predetermined privacy preservation indicator, and the verification execution part uses the proof information to perform the first verification of whether the analysis query satisfies the predetermined privacy preservation indicator.
A heavy duty truck tire tread, comprising: a longitudinal direction, a lateral direction, and a thickness direction, wherein the tread has a rolling direction that is in the longitudinal direction; a partially hidden longitudinal groove that has an undersurface channel and a longitudinal sipe that engages the undersurface channel, wherein the partially hidden longitudinal groove has a surface opening that extends from a surface of the tread to the undersurface channel; wherein the tread further comprises a lateral sipe that has a first end and an opposite second end in the lateral direction, wherein the lateral sipe engages the surface opening and the first end of the lateral sipe is at the surface opening, wherein the second end of the lateral sipe is forward of the first end of the lateral sipe in the rolling direction, characterized in that, the surface opening extends from the surface to the undersurface channel at an angle to the thickness direction such that the surface opening at the surface is forward of the surface opening at the undersurface channel in the rolling direction. a longitudinal direction, a lateral direction, and a thickness direction, wherein the tread has a rolling direction that is in the longitudinal direction; a partially hidden longitudinal groove that has an undersurface channel and a longitudinal sipe that engages the undersurface channel, wherein the partially hidden longitudinal groove has a surface opening that extends from a surface of the tread to the undersurface channel; wherein the tread further comprises a lateral sipe that has a first end and an opposite second end in the lateral direction, wherein the lateral sipe engages the surface opening and the first end of the lateral sipe is at the surface opening, wherein the second end of the lateral sipe is forward of the first end of the lateral sipe in the rolling direction, a partially hidden longitudinal groove that has an undersurface channel and a longitudinal sipe that engages the undersurface channel, wherein the partially hidden longitudinal groove has a surface opening that extends from a surface of the tread to the undersurface channel; wherein the tread further comprises a lateral sipe that has a first end and an opposite second end in the lateral direction, wherein the lateral sipe engages the surface opening and the first end of the lateral sipe is at the surface opening, wherein the second end of the lateral sipe is forward of the first end of the lateral sipe in the rolling direction, characterized in that, the surface opening extends from the surface to the undersurface channel at an angle to the thickness direction such that the surface opening at the surface is forward of the surface opening at the undersurface channel in the rolling direction.
Plate heat exchanger comprising a stack of heat transfer plates, each heat transfer plate extending in a general plane and comprising four edge parts, wherein first and second flow channels (25, 26) are arranged between the plates, with every first flow channel for a through-flow of a first fluid and every second flow channel for a through-flow of a second fluid, the first flow channels for one of the fluids are via first inlet openings and first outlet openings (180, 181) connectable to an inlet port and an outlet port, wherein pairs of heat transfer plates form cells, a cell comprising inner spacing elements (21, 22) arranged between the heat transfer plates, the inner spacing elements extending along the four edge parts leaving open a first inlet opening and a first outlet opening for the one of the fluids, outer spacing elements welded to at least one of the heat transfer plates on at least one of the sides of the heat transfer plates facing away from each other, along at least two of the four edge parts, wherein the cells are stacked against each other and joined together by welding via the outer spacing elements; the plate heat exchanger further comprising cover plates (15, 16) for covering sides of the stack of heat transfer plates, the cover plates covering first two sides of the stack of heat transfer plates with interruption for an inlet port section formed by the first inlet openings and for an outlet port section formed by the first outlet openings, characterised in that first two sides of the cell comprising the first inlet opening or the first outlet opening comprise leakage passageways provided between the heat transfer plates for the one of the fluids, the leakage passageways being provided in addition to the passages provided by the first inlet opening and the first outlet opening.
A method for infusing gas into a thermoplastic material, the method comprising: positioning a roll of thermoplastic material interleaved with a gas-permeable material such that a longitudinal axis of the roll is vertical or substantially vertical; and exposing the positioned interleaved roll to an atmosphere of a gas pressurized to infuse the thermoplastic material with the gas, while the longitudinal axis of the interleaved roll remains in a vertical or substantially vertical position. positioning a roll of thermoplastic material interleaved with a gas-permeable material such that a longitudinal axis of the roll is vertical or substantially vertical; and exposing the positioned interleaved roll to an atmosphere of a gas pressurized to infuse the thermoplastic material with the gas, while the longitudinal axis of the interleaved roll remains in a vertical or substantially vertical position.
An electrolytic reactor suitable for reducing a vat dye or sulphur dye, said reactor comprising at least one electrolytic cell with an anode compartment and a cathode compartment, said compartments (41, 42) being separated by a separator, in particular a semipermeable membrane, said compartments (41, 42) each comprising an inlet (411, 421) and an outlet (412a, 422a) for anolyte and catholyte, respectively, at opposed ends, said inlet (411, 421) and outlet (412a, 422a) of each compartment being connected with each other via an anolyte circulation pipe or a catholyte circulation pipe, said anolyte circulation pipe being equipped with an anolyte vessel to form an anolyte circuit and said catholyte circulation pipe being equipped with a main vessel to form a catholyte circuit, wherein the anolyte circulation pipe is further equipped with at least one adsorption filter, said adsorption filter comprising an adsorption material for adsorbing molecular impurities.
A method for carrying out a fermentation in an air-lift bioreactor by leading two or more different gases into the air-lift bioreactor so that the bioreactor has different compartments which have impermeable or partially permeable middle walls between them to form an aerobic part and an anaerobic part, wherein the aerobic part is located inside the anaerobic part of the bioreactor; characterized in that the different gases are led into the different parts of the bioreactor, the different gases including: a) an oxygen-free gas mixture (4b, 5b) which is led into the anaerobic part of the bioreactor, wherein the gas mixture contains an inert gas for flushing out or for collecting the evaporating microbial or other cellular reaction products or waste substances or other evaporating substances, in order to increase the anaerobic or microaerobic fermentation yield or productivity with said inert gas, and that b) an air or other oxygen-containing gas (4a, 5a) which is led into the aerobic part of the bioreactor, wherein the gases led into the reactor cause interphases between the liquid and gas phases, and wherein the flow of gases led into the bioreactor is adjusted using a control unit, which enables adjusting the conditions inside of the bioreactor according to the sensor measurement data obtained from the concentrations or characteristics of the substances outgoing from the bioreactor, and wherein mixing of the reagents in the bioreactor is carried out by air, oxygen free gas or oxygen containing gas, avoiding mechanical stirring. a) an oxygen-free gas mixture (4b, 5b) which is led into the anaerobic part of the bioreactor, wherein the gas mixture contains an inert gas for flushing out or for collecting the evaporating microbial or other cellular reaction products or waste substances or other evaporating substances, in order to increase the anaerobic or microaerobic fermentation yield or productivity with said inert gas, and that b) an air or other oxygen-containing gas (4a, 5a) which is led into the aerobic part of the bioreactor, wherein the gases led into the reactor cause interphases between the liquid and gas phases, and wherein the flow of gases led into the bioreactor is adjusted using a control unit, which enables adjusting the conditions inside of the bioreactor according to the sensor measurement data obtained from the concentrations or characteristics of the substances outgoing from the bioreactor, and wherein mixing of the reagents in the bioreactor is carried out by air, oxygen free gas or oxygen containing gas, avoiding mechanical stirring.
A print control apparatus comprising: a display device; an acquisition unit configured to acquire a size of a displayable area of the display device; a changing unit configured to change a size of a print setting screen related to a print setting according to the size of the displayable area, wherein the changing unit is configured to determine whether the size of the print setting screen is larger than the size of the displayable area and (i) if at least one of a vertical size and a horizontal size of the print setting screen is larger than that of the displayable area, to change the size of the print setting screen in order to make the print setting screen fall within the displayable area, and (ii) if the print setting screen falls within the displayable area, to not change the size of the print setting screen; a screen displaying unit configured to display the print setting screen changed by the changing unit on the display device; characterised in that: when reducing the size of the print setting screen, the changing unit is configured to reduce the number of operation items displayed on the print setting screen, and to increase the number of tab control pages of the print setting screen and display at least one reduced operation item on the increased tab control page. a display device; an acquisition unit configured to acquire a size of a displayable area of the display device; a changing unit configured to change a size of a print setting screen related to a print setting according to the size of the displayable area, wherein the changing unit is configured to determine whether the size of the print setting screen is larger than the size of the displayable area and (i) if at least one of a vertical size and a horizontal size of the print setting screen is larger than that of the displayable area, to change the size of the print setting screen in order to make the print setting screen fall within the displayable area, and (ii) if the print setting screen falls within the displayable area, to not change the size of the print setting screen; a screen displaying unit configured to display the print setting screen changed by the changing unit on the display device; characterised in that: when reducing the size of the print setting screen, the changing unit is configured to reduce the number of operation items displayed on the print setting screen, and to increase the number of tab control pages of the print setting screen and display at least one reduced operation item on the increased tab control page. when reducing the size of the print setting screen, the changing unit is configured to reduce the number of operation items displayed on the print setting screen, and to increase the number of tab control pages of the print setting screen and display at least one reduced operation item on the increased tab control page.
A working vehicle, comprising: - a traveling body including a coupler to which a working device is connected; - a first marker member and a second marker member which are provided to the working device and which are identifiable as different markers from each other, wherein - the first marker member is colored with a first color in the frame that forms the first marker member, and the second marker member is colored with a second color in the frame that forms the second marker member, the second color differing from the first color; - a marker detector provided to the traveling body and configured to detect the first marker member and the second marker member; and - a status calculator configured to determine a position of the first marker member and a position of the second marker member based on detection data detected by the marker detector and configured to calculate a position or posture of the working device from the position of the first marker member and the position of the second marker member. - a traveling body including a coupler to which a working device is connected; - a first marker member and a second marker member which are provided to the working device and which are identifiable as different markers from each other, wherein - the first marker member is colored with a first color in the frame that forms the first marker member, and the second marker member is colored with a second color in the frame that forms the second marker member, the second color differing from the first color; - a marker detector provided to the traveling body and configured to detect the first marker member and the second marker member; and - a status calculator configured to determine a position of the first marker member and a position of the second marker member based on detection data detected by the marker detector and configured to calculate a position or posture of the working device from the position of the first marker member and the position of the second marker member.
A check valve assembly comprising: a valve support surface having a first support surface and a second support surface, the second support surface positioned radially outward, relative to the first support surface; and a valve having: a mounting rim; a valve diaphragm extending radially inward from the mounting rim, and having a valve segment defined by a slit; and an annular isolating bridge extending between the mounting rim and the valve diaphragm; characterized in that a distance from the first support surface to the nearest surface of the valve diaphragm is greater than a distance from the second support surface to the nearest surface of the annular isolating bridge when the valve is in a closed position such that the isolating bridge is configured to engage against the second support surface before the valve diaphragm engages the first support surface when the valve moves toward the valve support surface, and wherein, when the valve moves from the closed position to an open position, the valve diaphragm moves away from the first support surface. a valve support surface having a first support surface and a second support surface, the second support surface positioned radially outward, relative to the first support surface; and a valve having: a mounting rim; a valve diaphragm extending radially inward from the mounting rim, and having a valve segment defined by a slit; and an annular isolating bridge extending between the mounting rim and the valve diaphragm; characterized in that a distance from the first support surface to the nearest surface of the valve diaphragm is greater than a distance from the second support surface to the nearest surface of the annular isolating bridge when the valve is in a closed position such that the isolating bridge is configured to engage against the second support surface before the valve diaphragm engages the first support surface when the valve moves toward the valve support surface, and wherein, when the valve moves from the closed position to an open position, the valve diaphragm moves away from the first support surface.
Fire resistant seal in the form of self-adhesive tape, particularly for fire resistant glazing, said tape having two wide opposite faces that are parallel to each other, namely a wide front face and a wide rear face or backing (1 b), between which a core of fibrous material extends having two opposite sides and parallel to said wide faces, namely a rear side covered with an adhesive, the outer face of which has adhesive power that allows said tape to durably adhere to a support surface, and a rear side, which fire resistant seal is characterised in that said rear side is permanently covered with a protective film for its protection, the outer face of which, forming said backing (1 b), is adapted as a function of said adhesive power to allow, in a wound or rolled-up state of said tape, temporary adhesion of said backing on the outer face of said adhesive, said temporary adhesion being capable of durably holding said roll in its wound form and of allowing, when said tape is unwound from said roll, the separation of said backing and of said outer face of said adhesive, without suppressing or diminishing the self-adhesive power of said adhesive.