mhurhangee/ep-ind-claims huggingface dataset:
Electronic control device for a bicycle, comprising: - a support body configured for attachment to the handlebars of the bicycle, - at least one push-operated switch (90, 91) housed within the support body, and - at least one manual actuation member (10, 11) actuatable for switching the switch (90, 91) in order to issue a command, characterized by comprising a motion transmission device (25, 26) operatively interposed between the manual actuation member (10, 11) and the switch (90, 91), wherein said motion transmission device (25, 26) comprises: - a guide element (113, 114) provided with a filiform through cavity (115, 116), the guide element (113, 114) having a first end (119, 120) fixed at a driven region (121, 122) of the manual actuation member (10, 11) and a second end (123, 124) fixed in proximity to the switch (90, 91), and - a filiform body (117, 118) substantially longitudinally incompressible and slidingly guided within the guide element (113, 114), the filiform body (117, 118) having a first end (125, 126) directly or indirectly pushed by the driven region (121, 122) of the manual actuation member (10, 11) during actuation thereof and a second end (127, 128) which acts by directly or indirectly pushing on the switch (90, 91). - a support body configured for attachment to the handlebars of the bicycle, - at least one push-operated switch (90, 91) housed within the support body, and - at least one manual actuation member (10, 11) actuatable for switching the switch (90, 91) in order to issue a command, - a guide element (113, 114) provided with a filiform through cavity (115, 116), the guide element (113, 114) having a first end (119, 120) fixed at a driven region (121, 122) of the manual actuation member (10, 11) and a second end (123, 124) fixed in proximity to the switch (90, 91), and - a filiform body (117, 118) substantially longitudinally incompressible and slidingly guided within the guide element (113, 114), the filiform body (117, 118) having a first end (125, 126) directly or indirectly pushed by the driven region (121, 122) of the manual actuation member (10, 11) during actuation thereof and a second end (127, 128) which acts by directly or indirectly pushing on the switch (90, 91).
Cosmetic or therapeutic composition comprising 0.001% to 20% by weight of hydrolysed yeast cell wall proteins as active substance, characterized in that said hydrolysed yeast cell wall proteins comprise at least 40% by weight of yeast cell wall proteins having a molecular weight of between 1 and 5 kDa and are obtained from yeast cell walls by means of a method which consists of an exogenous enzymatic hydrolysis and/or an acid hydrolysis and/or an alkaline hydrolysis, and optionally a separation of the hydrolysed yeast cell wall proteins.
Device for inserting a unit, comprising an exhaust-gas aftertreatment element and a flexible mounting mat which circumferentially surrounds the exhaust-gas aftertreatment element, into a receiving space of a housing of an exhaust-gas aftertreatment device, comprising - a guide housing having a guide channel which has an outlet opening which is provided to be arranged so as to overlap with an inlet opening of the receiving space of the housing, and - a ram for pushing the unit through the guide channel and into the receiving space of the housing, characterized by a cleaning device for cleaning the wall of the guide channel, the cleaning device comprising a wiping element which contacts the wall of the guide channel. - a guide housing having a guide channel which has an outlet opening which is provided to be arranged so as to overlap with an inlet opening of the receiving space of the housing, and - a ram for pushing the unit through the guide channel and into the receiving space of the housing,
A method of assembling electrical switching systems in which electrical components are wired and/or connected to one another, wherein the switching system is set up gradually from a plurality of different components in a previously non-fixed and/or alternating order, characterized in that a component respectively provided for connection in the switching system is identified by means of an identification device; in that at least one desired connector point to which the identified component is to be connected is determined by means of a connector point determination device in dependence on the component identified by the identification device; and in that the actual connector point to which the component was actually connected is monitored by means of a monitoring device and an error message is output in the event of a deviation of the detected actual connector point from the desired connector point.
A method of hydrolyzing acetylated cellulosic material, comprising subjecting the acetylated cellulosic material to a cellulolytic preparation and an acetylxylan esterase, wherein the acetylxylan esterase is derived from a strain of Thielavia and has at least 80% identity to SEQ ID NO: 1 herein.
A saddle-ride or straddle-type vehicle comprising: first and second brake hoses (40 1, 40 2) respectively containing a brake fluid; and a fluid pressure control device including a brake hose connecting unit and being configured to control a fluid pressure of the brake fluid to be transferred to a brake element (8, 12) connected to the brake hose connecting unit, the brake hose connecting unit having first and second fixing holes (141 1, 141 2) therein, the first fixing hole (141 1) being connected to the first brake hose (40 1), the second fixing hole (141 2) being connected to the second brake hose (40 2), the first brake hose (40 1) including a first hose main body (50 1), a first fitting (60 1) and a first rotatable fixing member (70 1), the first fitting (60 1) being coupled to the fluid pressure control device, the first rotatable fixing member (70 1) being rotated into the first fixing hole (141 1) so as to fix the first fitting (60 1) to the brake hose connecting unit, the second brake hose (40 2) including a second hose main body (50 2), a second fitting (60 2) and a second rotatable fixing member (70 2), the second fitting (60 2) being coupled to the fluid pressure control device, the second rotatable fixing member (70 2) being rotated into the second fixing hole (141 2) so as to fix the second fitting (60 2) to the brake hose connecting unit, the first fitting (60 1) having a first insertion-through part (61 1), a first attachment tube part (62 1) and a first protruded part (63 1), the first insertion-through part (61 1) comprising a first insertion-through hole (61 U i) through which the first rotatable fixing member (70 1) is inserted; the first attachment tube part (62 1) being connected to the first insertion-through part (61 1) and being attached to the first hose main body (50 1); and the first protruded part (63 1) protrudes from or laterally of a first lateral surface (61 T i) of the first insertion-through part (61 1); characterized in that; the first protruded part (63 1) abuts, contacts or is contactable with the second fitting (60 2); wherein the second fitting (60 2) comprises a second insertion-through part (61 2); and the first and second insertion-through parts (61 1, 61 2) have an annular shape. first and second brake hoses (40 1, 40 2) respectively containing a brake fluid; and a fluid pressure control device including a brake hose connecting unit and being configured to control a fluid pressure of the brake fluid to be transferred to a brake element (8, 12) connected to the brake hose connecting unit, the brake hose connecting unit having first and second fixing holes (141 1, 141 2) therein, the first fixing hole (141 1) being connected to the first brake hose (40 1), the second fixing hole (141 2) being connected to the second brake hose (40 2),
A tone data generation method comprising: a first step of acquiring a discrete variation value train for at least one particular tone element in original waveform data, characterized in that said tone data generation method further comprises a second step of extracting, from the variation value train, at least one time-serial component value train in accordance with a time constant factor, said at least one time-serial component value train is at least one of a swell variation component value train indicative of a variation component of a relatively great time constant in the variation value train and a fluctuation variation component value train indicative of a variation component of a relatively small time constant in the variation value train, wherein the variation value train of the particular tone element is expressed using at least the component value train extracted by said second step. a first step of acquiring a discrete variation value train for at least one particular tone element in original waveform data, characterized in that said tone data generation method further comprises a second step of extracting, from the variation value train, at least one time-serial component value train in accordance with a time constant factor, said at least one time-serial component value train is at least one of a swell variation component value train indicative of a variation component of a relatively great time constant in the variation value train and a fluctuation variation component value train indicative of a variation component of a relatively small time constant in the variation value train, wherein the variation value train of the particular tone element is expressed using at least the component value train extracted by said second step.
A method for acquiring data from a device for enabling the start of a vehicle, such as an immobilizer device by electronic breathalyzer or by control of the consumption of narcotics, further comprising the following steps aimed at: • connecting a real-time data transmission device directly on the device for enabling the start of the vehicle; • establishing a communication between the data transmission device and the device for enabling the start of the vehicle, said communication being carried out by firmware equipping said device for enabling the start of the vehicle and/or said data transmission device; • writing directly to the memory of the start enabling device and/or the data transmission device, said writing being carried out by the firmware equipping said device for enabling the start of the vehicle and/or said data transmission device; • recovering data from the device for enabling the start of the vehicle by the data transmission device; • transmitting said recovered data to a remote server. • connecting a real-time data transmission device directly on the device for enabling the start of the vehicle; • establishing a communication between the data transmission device and the device for enabling the start of the vehicle, said communication being carried out by firmware equipping said device for enabling the start of the vehicle and/or said data transmission device; • writing directly to the memory of the start enabling device and/or the data transmission device, said writing being carried out by the firmware equipping said device for enabling the start of the vehicle and/or said data transmission device; • recovering data from the device for enabling the start of the vehicle by the data transmission device; • transmitting said recovered data to a remote server.
A multiple disc clutch apparatus comprising: substantially annular multiple clutch discs to be connected to an input-side from an engine; substantially annular multiple clutch plates to be alternately laminated with the clutch discs and connected to an output-side to a wheel; and frictional members secured on surfaces of the clutch discs opposing to the clutch plates and adapted to be capable of press-contacting with or separating from the clutch plates; a power from the engine being transmitted to the wheel when the clutch discs and the clutch plates are press-contacted each other via the frictional members and the power transmission between the engine and the wheel being blocked by releasing the press-contacting force; and depressions (11, 12 or a∼f) are formed on each clutch plate extending along its periphery and toward radially inward; characterized in that, a part of the frictional members is positioned within a region of the depressions (11, 12 or a∼f), under the condition in which the clutch plates are alternately laminated with the clutch discs. substantially annular multiple clutch discs to be connected to an input-side from an engine; substantially annular multiple clutch plates to be alternately laminated with the clutch discs and connected to an output-side to a wheel; and frictional members secured on surfaces of the clutch discs opposing to the clutch plates and adapted to be capable of press-contacting with or separating from the clutch plates; a power from the engine being transmitted to the wheel when the clutch discs and the clutch plates are press-contacted each other via the frictional members and the power transmission between the engine and the wheel being blocked by releasing the press-contacting force; and depressions (11, 12 or a∼f) are formed on each clutch plate extending along its periphery and toward radially inward; characterized in that, a part of the frictional members is positioned within a region of the depressions (11, 12 or a∼f), under the condition in which the clutch plates are alternately laminated with the clutch discs. frictional members secured on surfaces of the clutch discs opposing to the clutch plates and adapted to be capable of press-contacting with or separating from the clutch plates; a power from the engine being transmitted to the wheel when the clutch discs and the clutch plates are press-contacted each other via the frictional members and the power transmission between the engine and the wheel being blocked by releasing the press-contacting force; and depressions (11, 12 or a∼f) are formed on each clutch plate extending along its periphery and toward radially inward; characterized in that, a part of the frictional members is positioned within a region of the depressions (11, 12 or a∼f), under the condition in which the clutch plates are alternately laminated with the clutch discs.
A composite material, wherein (a) said composite material is formed by filling micropores and covering surfaces of a porous fluoropolymer membrane with one or more ion exchange resins having an ion exchange function; (b) the pore surfaces of said porous fluoropolymer membrane are modified by nitrile group-containing functional monomers through grafting; and (c) at least one of the ion exchange resins forming the composite material comprises nitrile groups, and the nitrile groups and that of the functional monomers grafted on the porous fluoropolymer membrane form a triazine ring crosslinked structure; wherein said nitrile group-containing functional monomer is one or more selected from substances as defined in the following formula: wherein e=1∼3; said ion exchange resin containing nitrile groups is one or more of resins as defined in the following formula and/or formula: wherein e=1∼3; n=0 or 1; m=2∼5; x, y= an integer of 3∼15; wherein a, b, c= an integer of 3∼15; a', b', and c'= an integer of 1∼3; and j=0∼3. (a) said composite material is formed by filling micropores and covering surfaces of a porous fluoropolymer membrane with one or more ion exchange resins having an ion exchange function; (b) the pore surfaces of said porous fluoropolymer membrane are modified by nitrile group-containing functional monomers through grafting; and (c) at least one of the ion exchange resins forming the composite material comprises nitrile groups, and the nitrile groups and that of the functional monomers grafted on the porous fluoropolymer membrane form a triazine ring crosslinked structure;
Support system for a flat screen of the plasma, LCD, LED, OLED or similar type, comprising: - a rear plate designed for attachment to a vertical attaching surface; - a front structure designed to support the flat screen; - an articulated arm connecting the rear plate and the front structure; and - an adjusting device (40; 140; 240) of the horizontality of the articulated arm and of the front structure; characterized in that the adjusting device (40; 140; 240) is arranged on the rear plate and can be operated when the rear plate is attached to the attaching surface, and comprises: - a first part (60; 160; 260) comprising a rod (60; 161; 261) extending along a rod axis which is more or less vertical and supporting the rear end of the articulated arm; and - a second part (70; 170; 270) working together with the first part (60; 160; 260); the rear end of the arm being articulated on the rod (60; 161; 261) by a pivoting link about the axis of the said rod (60; 161; 261); a rotation of the second part (70; 170; 270) causing a lateral inclining of the rod (60; 161; 261), of the arm and of the front structure; in which: - the first part comprises the rod while the second part is an adjusting screw extending according to the axis of the screw which is more or less horizontal and works together with the rod; or - the first part comprises the rod and a rack working together with the second part which includes a handle and a gear wheel working together with the rack; or - the first part comprises the rod and an eccentric portion provided with a dowel working together with the second part which comprises a handle and a cam provided with a curved groove which accommodates the dowel. - a rear plate designed for attachment to a vertical attaching surface; - a front structure designed to support the flat screen; - an articulated arm connecting the rear plate and the front structure; and - an adjusting device (40; 140; 240) of the horizontality of the articulated arm and of the front structure; - a first part (60; 160; 260) comprising a rod (60; 161; 261) extending along a rod axis which is more or less vertical and supporting the rear end of the articulated arm; and - a second part (70; 170; 270) working together with the first part (60; 160; 260); the rear end of the arm being articulated on the rod (60; 161; 261) by a pivoting link about the axis of the said rod (60; 161; 261); - the first part comprises the rod while the second part is an adjusting screw extending according to the axis of the screw which is more or less horizontal and works together with the rod; or - the first part comprises the rod and a rack working together with the second part which includes a handle and a gear wheel working together with the rack; or - the first part comprises the rod and an eccentric portion provided with a dowel working together with the second part which comprises a handle and a cam provided with a curved groove which accommodates the dowel.
A process for producing a modified fly ash including steps of: providing, as a raw material, a raw fly ash discharged from a pulverized coal combustion boiler; classifying said raw fly ash into a crude powder and a fine powder; removing an unburned carbon contained in said crude powder by heating said crude powder at a temperature in a range of 500 to 1000°C; and mixing together said crude powder from which the unburned carbon has been removed and said fine powder to obtain a modified fly ash. providing, as a raw material, a raw fly ash discharged from a pulverized coal combustion boiler; classifying said raw fly ash into a crude powder and a fine powder; removing an unburned carbon contained in said crude powder by heating said crude powder at a temperature in a range of 500 to 1000°C; and mixing together said crude powder from which the unburned carbon has been removed and said fine powder to obtain a modified fly ash.
A display device comprising: a liquid crystal display; a bottom chassis; and a plurality of point light sources wherein some light sources are provided at corners of the bottom chassis; and reflective units; characterised in that: each of the reflective units includes a body and arms (92, 93), wherein the arms (92, 93) include a first arm extended from one end of the body in a leftward direction and a second arm extended from said one end of the body in a rightward direction and wherein each of two reflective ribs (94, 95) protrude from one of the arms in forward direction in which the liquid crystal display is located; wherein the two reflective ribs (94,95) are spaced apart from one another and arranged relative to one another such that a part of a light emitted from a light source provided at a corner of the bottom chassis and located within a space formed by a side surface part of the bottom chassis, the first arm, and the second arm, is reflected by each reflective rib toward the same said corner of the bottom chassis, while part of said light progresses in a direction opposite to the said corner of the bottom chassis. a liquid crystal display; a bottom chassis; and a plurality of point light sources wherein some light sources are provided at corners of the bottom chassis; and reflective units; characterised in that: each of the reflective units includes a body and arms (92, 93), wherein the arms (92, 93) include a first arm extended from one end of the body in a leftward direction and a second arm extended from said one end of the body in a rightward direction and wherein each of two reflective ribs (94, 95) protrude from one of the arms in forward direction in which the liquid crystal display is located; wherein the two reflective ribs (94,95) are spaced apart from one another and arranged relative to one another such that a part of a light emitted from a light source provided at a corner of the bottom chassis and located within a space formed by a side surface part of the bottom chassis, the first arm, and the second arm, is reflected by each reflective rib toward the same said corner of the bottom chassis, while part of said light progresses in a direction opposite to the said corner of the bottom chassis. each of the reflective units includes a body and arms (92, 93), wherein the arms (92, 93) include a first arm extended from one end of the body in a leftward direction and a second arm extended from said one end of the body in a rightward direction and wherein each of two reflective ribs (94, 95) protrude from one of the arms in forward direction in which the liquid crystal display is located; wherein the two reflective ribs (94,95) are spaced apart from one another and arranged relative to one another such that a part of a light emitted from a light source provided at a corner of the bottom chassis and located within a space formed by a side surface part of the bottom chassis, the first arm, and the second arm, is reflected by each reflective rib toward the same said corner of the bottom chassis, while part of said light progresses in a direction opposite to the said corner of the bottom chassis.