mhurhangee/ep-ind-claims huggingface dataset:
A belt and coupler arrangement for a conveyor, the arrangement comprising: an elongate belt having an elongate web with a first end and a second end, wherein the first end and the second end are thicker than the elongate web; and a coupler having a first elongate recess to receive and enclose the first end, and a second elongate recess to receive and enclose the second end; wherein the first elongate recess has a first elongate gap defined by first and second lips (118, 136) that are opposed and through which the elongate web extends; wherein the second elongate recess has a second elongate gap defined by third and fourth lips (120, 138) that are opposed and through which the elongate web extends; and wherein the coupler further comprises: a first plate having the first and third lips (118, 120); a second plate having the second and fourth lips (136, 138); and at least one threaded fastener (110, 112, 114) fixing the first plate and the second plate together, characterized in that first plate has a first abutment surface, that the second plate has a second abutment surface, that the threaded fastener (100, 112, 114) forcibly abuts the first and second abutment surfaces (132, 186) together when the at least one fastener (110. 112, 114) is torqued; and that the first and second abutment surfaces (132, 186) when forced into an abutting relationship establish predetermined volumes of the first and second elongate recesses and predetermined widths of the first and second elongate gaps. an elongate belt having an elongate web with a first end and a second end, wherein the first end and the second end are thicker than the elongate web; and a coupler having a first elongate recess to receive and enclose the first end, and a second elongate recess to receive and enclose the second end; wherein the first elongate recess has a first elongate gap defined by first and second lips (118, 136) that are opposed and through which the elongate web extends; wherein the second elongate recess has a second elongate gap defined by third and fourth lips (120, 138) that are opposed and through which the elongate web extends; and wherein the coupler further comprises: a first plate having the first and third lips (118, 120); a second plate having the second and fourth lips (136, 138); and at least one threaded fastener (110, 112, 114) fixing the first plate and the second plate together, a first plate having the first and third lips (118, 120); a second plate having the second and fourth lips (136, 138); and at least one threaded fastener (110, 112, 114) fixing the first plate and the second plate together, characterized in that first plate has a first abutment surface, that the second plate has a second abutment surface, that the threaded fastener (100, 112, 114) forcibly abuts the first and second abutment surfaces (132, 186) together when the at least one fastener (110. 112, 114) is torqued; and that the first and second abutment surfaces (132, 186) when forced into an abutting relationship establish predetermined volumes of the first and second elongate recesses and predetermined widths of the first and second elongate gaps.
Method for fabrication of at least one component (11, 111, 211, 311, 411, 511, 611, 711, 811, 911, 1011, 1111) to form all or part of the exterior part of a metal-based timepiece with at least one optical illusion pattern (14, 114, 214, 314, 414, 514, 614, 714, 814, 914, 1014, 1114), characterized in that the method comprises the following steps: a) forming a substrate whose flat upper surface is electrically conductive and comprises negative ribs of said at least one optical illusion pattern of said at least one component to be fabricated, said ribs forming at least two series of parallel segments, the first series of parallel segments joining the second series of parallel segments at an angle comprised between 10 and 170 degrees, such that said at least one component gives the illusion that said flat surface comprises two bevelled surfaces forming an edge; b) forming a mould on the substrate, the mould comprising at least one cavity whose base is formed by said upper surface of the substrate; c) filling said at least one cavity of the mould by electrodeposition to form said at least one metal-based component with a flat surface comprising said at least one optical illusion pattern making said surface appear to not be flat; d) releasing said at least one component (11, 111, 211, 311, 411, 511, 611, 711, 811, 911, 1011, 1111) thereby formed from the substrate and from the mould. a) forming a substrate whose flat upper surface is electrically conductive and comprises negative ribs of said at least one optical illusion pattern of said at least one component to be fabricated, said ribs forming at least two series of parallel segments, the first series of parallel segments joining the second series of parallel segments at an angle comprised between 10 and 170 degrees, such that said at least one component gives the illusion that said flat surface comprises two bevelled surfaces forming an edge; b) forming a mould on the substrate, the mould comprising at least one cavity whose base is formed by said upper surface of the substrate; c) filling said at least one cavity of the mould by electrodeposition to form said at least one metal-based component with a flat surface comprising said at least one optical illusion pattern making said surface appear to not be flat; d) releasing said at least one component (11, 111, 211, 311, 411, 511, 611, 711, 811, 911, 1011, 1111) thereby formed from the substrate and from the mould.
A micropump of a microfluid device having a fine channel formed in a substrate, comprising a photoresponsive gas-generating material comprising: at least one photo-sensitive base-generating agent selected from the group consisting of cobalt amine complexes, o-nitrobenzyl carbamate, oxime esters, carbamoyloxy imino group-containing compounds capable of generating an amine in response to light irradiation and represented by formula: wherein R 1 represents an n-valent organic group; R 2 and R 3 individually represent a hydrogen, an aromatic group, or an aliphatic group, and may be the same as or different from each other; and n is an integer of 1 or more, and salts of carboxylic acids represented by formula and basic compounds; and a base multiplier which is a 9-fluorenyl carbamate derivative. wherein R 1 represents an n-valent organic group; R 2 and R 3 individually represent a hydrogen, an aromatic group, or an aliphatic group, and may be the same as or different from each other; and n is an integer of 1 or more, and salts of carboxylic acids represented by formula and basic compounds; and a base multiplier which is a 9-fluorenyl carbamate derivative.
An image processing device that performs image processing on a composite image obtained by merging a first image and a second image having different exposure conditions, the image processing device comprising: a data acquiring unit that acquires the composite image and region data indicating a target region of the composite image; and an image processing unit that performs different image processes between the target region and a region other than the target region based on the region data, wherein the first image and the second image include a moving subject region on which a moving subject is rendered, the composite image is generated by using a pixel value selected by using a first mask that selects pixel values having lower luminance values between the first image and the second image or a second mask that selects pixel values having higher luminance values between the first image and the second image in the moving subject region, the region data represents one or a plurality of regions generated based on the region of the composite image, on which the moving subject is rendered, as the target region, and in a case where the moving subject region is generated by using the first mask, the image processing unit performs a tone mapping process so that a luminance value is not increased to a first threshold value or more. a data acquiring unit that acquires the composite image and region data indicating a target region of the composite image; and an image processing unit that performs different image processes between the target region and a region other than the target region based on the region data, wherein the first image and the second image include a moving subject region on which a moving subject is rendered, the composite image is generated by using a pixel value selected by using a first mask that selects pixel values having lower luminance values between the first image and the second image or a second mask that selects pixel values having higher luminance values between the first image and the second image in the moving subject region, the region data represents one or a plurality of regions generated based on the region of the composite image, on which the moving subject is rendered, as the target region, and in a case where the moving subject region is generated by using the first mask, the image processing unit performs a tone mapping process so that a luminance value is not increased to a first threshold value or more.
A modified conjugated diene-based polymer satisfying the following conditions of i) to v): i) a glass transition temperature measured by ISO 22768:2006 and as described in the paragraph under the section Measurement method and conditions in the application: -80°C to - 50°C, ii) a mooney viscosity measured in ASTM D1646 conditions: 70 to 100, iii) a 1,2-vinyl bond content with respect to a total weight of the polymer: 30.0 wt% or less, iv) molecular weight distribution (PDI; MWD): 1.5 to 3.5, and v) a mooney relaxation ratio measured at 110°C: 0.7 or less, wherein 1,2-vinyl bond content, molecular weight distribution and mooney viscosity and mooney relaxation ratio are measured as described in the paragraph under the section Measurement method and conditions in the application. i) a glass transition temperature measured by ISO 22768:2006 and as described in the paragraph under the section Measurement method and conditions in the application: -80°C to - 50°C, ii) a mooney viscosity measured in ASTM D1646 conditions: 70 to 100, iii) a 1,2-vinyl bond content with respect to a total weight of the polymer: 30.0 wt% or less, iv) molecular weight distribution (PDI; MWD): 1.5 to 3.5, and v) a mooney relaxation ratio measured at 110°C: 0.7 or less, wherein 1,2-vinyl bond content, molecular weight distribution and mooney viscosity and mooney relaxation ratio are measured as described in the paragraph under the section Measurement method and conditions in the application.
A composite comprising ruthenium, a support, and a metal amide compound, wherein the support is a metal oxide support of at least one metal oxide which is selected from the group consisting of ZrO 2, TiO 2, CeO 2 and MgO, and the metal amide compound is represented by the formula Ca(NH 2) 2.
Terminal apparatus of a ventilation duct, e.g. a ceiling diffuser, via which the incoming air is directed into a room space or corresponding, and in which ceiling diffuser the flow aperture leading into the room space is adjustable in height, and for which adjustment the terminal apparatus comprises an electric motor, an airflow velocity sensor installed in the aforementioned flow aperture or in its immediate proximity for giving a signal to the electric motor, as well as a motor controller and a regulator, characterized in that the airflow velocity sensor, the regulator and the motor controller are integrated into a circuit card, which is connected to the electric motor, which opens and closes a plate that is movable in the ceiling diffuser, e.g. a separate deflector plate or diffuser plate.
A display carrier, comprising: a storage box which stores a display; a fixing member which fixes said display in the inside of said storage box; a window part which is formed on a face which is opposite to a screen of said display with said display being fixed in the inside of said storage box among a plurality of faces of said storage box; and a pair of closing members (2131, 2132) which closes said window part, wherein said pair of said closing members (2131, 2132) is attached to a periphery of said window part being an upper side and a periphery of said window part being a lower side, when the display carrier is placed vertically, wherein all of said closing members (2131, 2132) are rotatably attached to predetermined positions of said storage box. a storage box which stores a display; a fixing member which fixes said display in the inside of said storage box; a window part which is formed on a face which is opposite to a screen of said display with said display being fixed in the inside of said storage box among a plurality of faces of said storage box; and a pair of closing members (2131, 2132) which closes said window part, wherein said pair of said closing members (2131, 2132) is attached to a periphery of said window part being an upper side and a periphery of said window part being a lower side, when the display carrier is placed vertically, wherein all of said closing members (2131, 2132) are rotatably attached to predetermined positions of said storage box.
Magnetic position sensor system comprising - a multilayer circuit board - wherein a layer comprises an insulator layer and at least one copper layer (3, 4, 4'), - a copper layer (3, 4, 4') comprises at least a first conductor track (3a, 4a, 4'a) and/or a second conductor track (3b, 4b, 4'b), - first vias, second vias and a circuit board core, and - a sensor with a soft magnetic core, an excitation coil with at least one excitation winding and a sensor coil with at least one sensor winding, characterized in that the soft magnetic core is arranged entirely in the circuit board core of the multilayer circuit board, and is surrounded by an excitation coil and a sensor coil, wherein an excitation winding of the excitation coil comprises two first vias, at least in sections, and two first conductor tracks (3a, 4a, 4'a), and wherein a sensor winding of the sensor coil comprises two second vias, at least in sections, and two second conductor tracks (3b, 4b, 4'b), wherein the soft magnetic core is essentially concentrically surrounded by the excitation coil with at least one excitation winding and the sensor coil with at least one sensor winding. - a multilayer circuit board - wherein a layer comprises an insulator layer and at least one copper layer (3, 4, 4'), - a copper layer (3, 4, 4') comprises at least a first conductor track (3a, 4a, 4'a) and/or a second conductor track (3b, 4b, 4'b), - first vias, second vias and a circuit board core, and - a sensor with a soft magnetic core, an excitation coil with at least one excitation winding and a sensor coil with at least one sensor winding,
Method for heating water of variable volume flow according to the continuous flow principle, in which a heat generator heats heating fluid conveyed by a pump in a circuit, the heating fluid heats water carried in continuous flow, at least one measuring sensor (8, 9, 10) arranged in a water path measures an outlet temperature T W and/or a volume flow V W of the water, and at least one measuring sensor (11, 12) arranged in a heating fluid path measures at least one heating fluid temperature T H of the heating fluid, the outlet temperature Tw of the water being controlled to a predefinable outlet temperature set point Two, in the event of a deviation of the outlet temperature Tw from the outlet temperature set point Two the outlet temperature Tw being controlled to the outlet temperature set point Two by means of a change to a volume flow V H of the heating fluid that can be modulated, characterized in that - in the event of a deviation of a heating fluid temperature T H from a predefinable heating fluid temperature set point T H0, the heating fluid temperature T H is controlled to the heating fluid temperature set point T H0 by means of a change to a heat output Q from the heat generator that can be modulated. - in the event of a deviation of a heating fluid temperature T H from a predefinable heating fluid temperature set point T H0, the heating fluid temperature T H is controlled to the heating fluid temperature set point T H0 by means of a change to a heat output Q from the heat generator that can be modulated.
A method for transferring material by inserting a male connector portion into a female connector portion to form a connector, the method comprising the following steps: disposing pins (14, 14') in openings (12, 12') disposed in the female connector portion; disposing a label on the male connector portion and disposing a matching label on the female connector portion; aligning the label disposed on the male connector portion and the label disposed on the female connector portion; disposing the male connector portion against a seal; pivoting cam locking levers (24, 24') around the pins (14, 14'); disposing the cam locking levers (24, 24') in recesses (23, 23') and locking the male connector portion and female connector portion; transferring material through the locked male connector portion and female connector portion from a pipe to a container; wherein the male connector portion and the female connector potion are disposed so as to comprise a unique geometric shape (28, 26) corresponding to a single class of liquid, gas, or solid passing through and disposed in the connector, wherein the unique geometric shape of the male connector portion and of the female connector portion correspond to each other. disposing pins (14, 14') in openings (12, 12') disposed in the female connector portion; disposing a label on the male connector portion and disposing a matching label on the female connector portion; aligning the label disposed on the male connector portion and the label disposed on the female connector portion; disposing the male connector portion against a seal; pivoting cam locking levers (24, 24') around the pins (14, 14'); disposing the cam locking levers (24, 24') in recesses (23, 23') and locking the male connector portion and female connector portion; transferring material through the locked male connector portion and female connector portion from a pipe to a container; wherein the male connector portion and the female connector potion are disposed so as to comprise a unique geometric shape (28, 26) corresponding to a single class of liquid, gas, or solid passing through and disposed in the connector, wherein the unique geometric shape of the male connector portion and of the female connector portion correspond to each other.
A method of sharing information for use in a first mobile terminal using local wireless communication, comprising: setting information stored in the first mobile terminal with one of at least two security levels; if registration is requested by a second mobile terminal, registering (S207 an identifier of the second mobile terminal and an access rights level of the second mobile terminal to the information set with the one of at least two security levels; if a local wireless communication link is formed with the second mobile terminal, displaying a list of information set with a set security level corresponding to the access rights level of the second mobile terminal; and sharing the displayed information according to a request from the second mobile terminal. setting information stored in the first mobile terminal with one of at least two security levels; if registration is requested by a second mobile terminal, registering (S207 an identifier of the second mobile terminal and an access rights level of the second mobile terminal to the information set with the one of at least two security levels; if a local wireless communication link is formed with the second mobile terminal, displaying a list of information set with a set security level corresponding to the access rights level of the second mobile terminal; and sharing the displayed information according to a request from the second mobile terminal.
A vacuum cleaner nozzle with a suction head, with a suction mouth, which is arranged on the underside of the suction head and which adjoins a suction channel arranged in the suction head, wherein the suction mouth extends in a transverse direction (y) and is limited by a front suction mouth edge in a working direction (x) and a rear suction mouth edge in a working direction (x), and with a suction connecting fitting, which is arranged behind the suction mouth in the working direction (x) and which is fluidically connected to the suction channel, and wherein the suction connecting fitting is articulated on the suction head about a pivot axis (s), which runs through the suction head in the transverse direction (y), wherein the pivot axis (s) can be displaced on the suction head between a front upper position (first position) and a lower rear position (second position), characterized in that the pivot axis (s) can be pivoted between the first position and the second position by means of a toggle lever.
A method for in situ relocation of an underground utility, comprising the steps of inserting at least one lifting member down into the ground alongside a buried underground utility; characterized in that a lifting bracket is being extended from the at least one lifting member; raising the lifting member causing the lifting bracket to engage a portion of the buried underground utility; and continuing to raise the lifting member until the buried underground utility reaches a predetermined positon. characterized in that a lifting bracket is being extended from the at least one lifting member; raising the lifting member causing the lifting bracket to engage a portion of the buried underground utility; and continuing to raise the lifting member until the buried underground utility reaches a predetermined positon.