mhurhangee/ep-ind-claims huggingface dataset:
A glass film ribbon production method, comprising the steps of: - forming a glass film ribbon while allowing a glass to descend; - annealing, after the forming is executed, the glass film ribbon while allowing the glass film ribbon to descend in an annealer to remove an internal strain; and - cutting, after the annealing is executed, the glass film ribbon, the glass film ribbon has a thickness of 300 μm or less at a center portion excluding both widthwise ends wherein - cooling rollers, which are located above and outside of the annealer, are holding the glass film ribbon, - annealing rollers, which are arranged inside the annealer, are holding the glass film ribbon and - main tensile rollers being driven to rotate are holding the descending glass film ribbon, after the annealing is executed and before the cutting is executed, the main tensile rollers are located below and outside of the annealer, and wherein - the glass film ribbon is provided with tension in a vertical direction between the main tensile rollers and the annealing rollers and - a force by which the annealing rollers hold the glass ribbon is smaller than a force by which the main tensile rollers hold the glass ribbon. - forming a glass film ribbon while allowing a glass to descend; - annealing, after the forming is executed, the glass film ribbon while allowing the glass film ribbon to descend in an annealer to remove an internal strain; and - cutting, after the annealing is executed, the glass film ribbon, the glass film ribbon has a thickness of 300 μm or less at a center portion excluding both widthwise ends - cooling rollers, which are located above and outside of the annealer, are holding the glass film ribbon, - annealing rollers, which are arranged inside the annealer, are holding the glass film ribbon and - main tensile rollers being driven to rotate are holding the descending glass film ribbon, after the annealing is executed and before the cutting is executed, the main tensile rollers are located below and outside of the annealer, - the glass film ribbon is provided with tension in a vertical direction between the main tensile rollers and the annealing rollers and - a force by which the annealing rollers hold the glass ribbon is smaller than a force by which the main tensile rollers hold the glass ribbon.
Composition for the release of an active principle, comprising: - a porous ceramic matrix made from aluminum oxide Al 2 O 3; - a vector loaded into this matrix; and - the active principle in the vector; composition wherein: - the ceramic matrix presents a porosity by volume of 45 to 75%, - the size of the pores is between 200 and 600 μm, preferably 400 μm, - the vector is a gel, or alternatively the gel is formed in situ and the vector is a gel precursor, and - the mechanical resistance to compression is between 20 and 60 MPa, preferably greater than 40 MPa, the porosity and size of the pores being determined by mercury porosimetry, the composition being a prosthesis or implant, and the ceramic is obtained by impregnation of a foam, pre-sintering at a temperature above 1200°C, over-impregnation with a slip, and sintering at a temperature above 1600°C. - a porous ceramic matrix made from aluminum oxide Al 2 O 3; - a vector loaded into this matrix; and - the active principle in the vector; - the ceramic matrix presents a porosity by volume of 45 to 75%, - the size of the pores is between 200 and 600 μm, preferably 400 μm, - the vector is a gel, or alternatively the gel is formed in situ and the vector is a gel precursor, and - the mechanical resistance to compression is between 20 and 60 MPa, preferably greater than 40 MPa, the porosity and size of the pores being determined by mercury porosimetry, the composition being a prosthesis or implant, and the ceramic is obtained by impregnation of a foam, pre-sintering at a temperature above 1200°C, over-impregnation with a slip, and sintering at a temperature above 1600°C.
An adapter attached to an attachment part in which a through-hole is formed and provided at a bottom part of a blood sampling holder which is a bottomed hollow cylinder, wherein the adapter comprises: a hollow body part which is connectable to a blood sampler for sampling blood from a human body and through which the sampled blood flows; a flange part which is provided at a base end side of the body part and which abuts the leading end surface of the attachment part; and a cylindrical protruding part which extends from the flange part in a direction opposite to the body part and which is inserted into the through-hole of the attachment part, and at an outer periphery of the protruding part, a male screw part is formed from the flange part side, characterized in that a cut-out part is formed by cutting out a portion in a peripheral direction, closer to a base end side than a leading end, of the male screw part. wherein the adapter comprises: a hollow body part which is connectable to a blood sampler for sampling blood from a human body and through which the sampled blood flows; a flange part which is provided at a base end side of the body part and which abuts the leading end surface of the attachment part; and a cylindrical protruding part which extends from the flange part in a direction opposite to the body part and which is inserted into the through-hole of the attachment part, and at an outer periphery of the protruding part, a male screw part is formed from the flange part side, characterized in that a cut-out part is formed by cutting out a portion in a peripheral direction, closer to a base end side than a leading end, of the male screw part.
Wet clutch (1, 101, 201, 301, 401, 501, 601, 701, 801, 901, 1001, 1101), arranged between a crankshaft of an internal combustion engine and a transmission input shaft of a transmission in a drive train, in particular, for a motorcycle, having a main clutch (4, 104, 404, 904, 1004, 1104) containing a clutch basket (5, 105b, 605b, 705b, 805b, 1105) which is operatively connected to the crankshaft, forms an input part and has discs, which are received in the said clutch basket (5, 105b, 605b, 705b, 805b, 1105) fixedly so as to rotate with it and such that they can be displaced axially to a limited extent, and a clutch core (14, 414, 914, 1114) which is connected to the transmission input shaft, forms an output part and has counterdiscs which are layered alternately with the discs and are received fixedly in terms of rotation and such that they can be displaced axially to a limited extent, a pre-clutch (3, 103, 403, 903, 1003, 1103) which is actuated by means of a lever element (10, 1010, 1110) being connected upstream of the main clutch (4, 404, 904, 1004, 1104), and the pre-clutch (3, 103, 403, 903, 1003, 1103) and the main clutch (4, 104, 404, 904, 1004, 1104) being connected to one another by means of a ramp device (12, 12a, 12b, 12c, 112, 412, 512, 1112) which is provided in the circumferential direction with ramps (20, 21, 21a, 21b) which act at least in the pulling direction of the internal combustion engine, characterized in that the pre-clutch (3, 103) is arranged such that it can be rotated on the clutch core or clutch basket (605b, 705b, 805b, 1105) and is active in the rotational direction with the clutch basket (5, 105b) and the clutch core (414, 914, 1114), and the pre-clutch is configured as a wet clutch with a separate clutch basket and clutch core which is connected to the clutch basket and clutch core, respectively, of the main clutch by means of an energy store which acts in the circumferential direction.
An integrated circuit controller for a power converter, comprising: a terminal; a switching control that switches a power switch to regulate an output of the power converter; a sensor coupled between the terminal and the switching control, the sensor coupled to sense a voltage at the terminal of the integrated circuit controller, wherein the sensed voltage is representative of an output voltage of the power converter, and wherein the sensor is further coupled to sense a current at the terminal of the integrated circuit controller, wherein the sensed current is representative of an input voltage of the power converter, and wherein the switching control switches the power switch in response to the sensor, wherein the switching control switches the power switch between an on time and an off time and wherein the sensor is coupled to sample the voltage at the terminal during at least a portion of the off time of the power switch and to sample the current at the terminal during at least a portion of the on time of the power switch. a terminal; a switching control that switches a power switch to regulate an output of the power converter; a sensor coupled between the terminal and the switching control, the sensor coupled to sense a voltage at the terminal of the integrated circuit controller, wherein the sensed voltage is representative of an output voltage of the power converter, and wherein the sensor is further coupled to sense a current at the terminal of the integrated circuit controller, wherein the sensed current is representative of an input voltage of the power converter, and wherein the switching control switches the power switch in response to the sensor, wherein the switching control switches the power switch between an on time and an off time and wherein the sensor is coupled to sample the voltage at the terminal during at least a portion of the off time of the power switch and to sample the current at the terminal during at least a portion of the on time of the power switch.
A method for reducing access contention in a memory system that includes a plurality of channels (CHANNEL 1,... CHANNEL C) having a write allocation scheduler, wherein memory chips (CHIP) are attached to the channels, and wherein the chips are grouped into chip stripes (CHIP STRIP 1... CHIP STRIP N) across the channels, whereby each of the chip stripes includes a plurality of memory blocks, which blocks include a plurality of pages, the method comprising: selecting a chip stripe in a free state among the chip stripes from the memory system; setting the chip stripe selected to a write state; setting a write queue head in each of the plurality of channels, whereby, for each channel of the plurality of channels in the selected chip stripe, the write queue head set in said each channel is set to a first free page in a chip belonging to said each channel; allocating write requests according to a write allocation scheduler among the plurality of channels in the selected chip stripe; generating a page write; in response to the page write generated, incrementing the write queue head as previously set in said each channel to a first free page, to set this write queue head to a next free page in a memory block from the plurality of memory blocks of the selected chip stripe; and setting the selected chip stripe into an on-line state when the selected chip stripe is full. selecting a chip stripe in a free state among the chip stripes from the memory system; setting the chip stripe selected to a write state; setting a write queue head in each of the plurality of channels, whereby, for each channel of the plurality of channels in the selected chip stripe, the write queue head set in said each channel is set to a first free page in a chip belonging to said each channel; allocating write requests according to a write allocation scheduler among the plurality of channels in the selected chip stripe; generating a page write; in response to the page write generated, incrementing the write queue head as previously set in said each channel to a first free page, to set this write queue head to a next free page in a memory block from the plurality of memory blocks of the selected chip stripe; and setting the selected chip stripe into an on-line state when the selected chip stripe is full.
A control device for connection to a memory connecting unit which is connected to a specific memory, and for controlling a scan executing unit that scans an original, the control device comprising: a selection allowing unit configured to allow a user to select a specific file among a plurality of files stored in the specific memory connected to the memory connecting unit, each of the plurality of files having a file format that is capable of including a plurality of pages worth of data, the specific file including M pages worth of data, M being an integer equal to 1 or more; and a creating unit configured to create a first file including M+N pages worth of data by using N pages worth of scan data, N being an integer equal to 1 or more, created by making the scan executing unit execute scanning of the N pages worth of the original and by using the M pages worth of data included in the specific file, the first file having a same file format as the specific file; characterized in that: the creating unit is configured to: in a case where the specific file includes an electronic signature, copy the specific file to create a copy file, create the first file based on one of the copy file obtained by copying the specific file and the specific file, and maintain without any change the other of the copy file and the specific file; and in a case where the specific file does not include the electronic signature, create the first file based on the specific file without copying the specific file. a selection allowing unit configured to allow a user to select a specific file among a plurality of files stored in the specific memory connected to the memory connecting unit, each of the plurality of files having a file format that is capable of including a plurality of pages worth of data, the specific file including M pages worth of data, M being an integer equal to 1 or more; and a creating unit configured to create a first file including M+N pages worth of data by using N pages worth of scan data, N being an integer equal to 1 or more, created by making the scan executing unit execute scanning of the N pages worth of the original and by using the M pages worth of data included in the specific file, the first file having a same file format as the specific file; characterized in that: in a case where the specific file includes an electronic signature, copy the specific file to create a copy file, create the first file based on one of the copy file obtained by copying the specific file and the specific file, and maintain without any change the other of the copy file and the specific file; and in a case where the specific file does not include the electronic signature, create the first file based on the specific file without copying the specific file.
A light source device comprising: a light-shielding member defining an opening; a light-guide member located in the opening in a top view and including two or more divided lens portions (20, 20a-20h); and a plurality of light-emitting parts (1, 1a-1h) disposed such that each of the plurality of light-emitting parts (1, 1a-1h) corresponds to a respective one of the lens portions (20, 20a-20h), each of the plurality of light-emitting parts (1, 1a-1h) being configured to be individually turned on, wherein each of the lens portions (20, 20a-20h) is a Fresnel lens, wherein each of the light-emitting parts (1, 1a-1h) has an upper surface serving as a light-emitting surface, and wherein the light-shielding member covers a portion of the light-emitting surface of at least one of the plurality of light-emitting parts (1, 1a-1h) in the top view. a light-shielding member defining an opening; a light-guide member located in the opening in a top view and including two or more divided lens portions (20, 20a-20h); and a plurality of light-emitting parts (1, 1a-1h) disposed such that each of the plurality of light-emitting parts (1, 1a-1h) corresponds to a respective one of the lens portions (20, 20a-20h), each of the plurality of light-emitting parts (1, 1a-1h) being configured to be individually turned on, wherein each of the lens portions (20, 20a-20h) is a Fresnel lens, wherein each of the light-emitting parts (1, 1a-1h) has an upper surface serving as a light-emitting surface, and wherein the light-shielding member covers a portion of the light-emitting surface of at least one of the plurality of light-emitting parts (1, 1a-1h) in the top view.
An operation support device, comprising: retaining means in the form of a rod and projected from an automotive vehicle; image taking means mounted on and retained by said retaining means to take images of objects around said automotive vehicle; and swing compensation image processing means for processing said images taken by said image taking means with a swing compensation for a swing on a special distance plane distant from said image taking means. retaining means in the form of a rod and projected from an automotive vehicle; image taking means mounted on and retained by said retaining means to take images of objects around said automotive vehicle; and swing compensation image processing means for processing said images taken by said image taking means with a swing compensation for a swing on a special distance plane distant from said image taking means.
A process for the manufacture of 2,3,3,3-tetrafluoropropene and 1,3,3,3-tetrafluoropropene comprising; (a) dehydrofluorinating 1,1,1,2,3-pentafluoropropane in the presence of a dehydrofluorination catalyst to produce a product mixture comprising 2,3,3,3-tetrafluoropropene and 1,3,3,3-tetrafluoropropene; and (b) recovering said 2,3,3,3-tetrafluoropropene and 1,3,3,3-tetrafluoropropene from the product mixture produced in (a).
A machine for preparing beverages from a bulk beverage ingredient, said machine comprising: - a refillable multi-dose storing container for storing the bulk beverage ingredient, said container presenting a storing volume defined between an opened bottom wall, a top wall and lateral walls, and said refillable multi-dose storing container comprising an opening for refilling the container with a bulk beverage ingredient and a removable cover for closing said opening for refilling the container, - a dosing unit for dosing the stored bulk beverage ingredient, said dosing unit cooperating with the opened bottom 201 of the refillable multi-dose storing container, wherein the machine comprises a receiving area for removably receiving the assembly of the refillable multi-dose storing container and the dosing unit positioned at the bottom of the container, characterized in that the opening for refilling the container with the bulk beverage ingredient is positioned on one first portion of the lateral walls of the refillable multi-dose storing container. - a refillable multi-dose storing container for storing the bulk beverage ingredient, said container presenting a storing volume defined between an opened bottom wall, a top wall and lateral walls, and said refillable multi-dose storing container comprising an opening for refilling the container with a bulk beverage ingredient and a removable cover for closing said opening for refilling the container, - a dosing unit for dosing the stored bulk beverage ingredient, said dosing unit cooperating with the opened bottom 201 of the refillable multi-dose storing container, wherein the machine comprises a receiving area for removably receiving the assembly of the refillable multi-dose storing container and the dosing unit positioned at the bottom of the container,
Attachment for a hand-operated power tool, in particular a power screwdriver or power drill, wherein the attachment has an output member, an input shaft which may be connected non-rotatably to a machine output drive of the hand-operated power tool for driving the output member, and a housing, wherein the housing has at least one support face for support on a machine housing of the hand-operated power tool, wherein the housing has at least one reach-through opening arranged between the output member and the support face or faces for manual access to a housing interior of the housing, wherein the reach-through opening or openings is or are provided for the manual operation of at least one handle (58, 27) located in the housing interior, characterised in that the handle or handles (58, 27) is or are provided on a positioning element of a coupling device forming part of the attachment and for coupling the attachment to the hand-operated power tool, wherein the positioning element is adjustable for the adjustment of the coupling device between a locking position provided for firmly holding the attachment to the hand-operated power tool, and a release position provided for removal of the attachment from the hand-operated power tool.
Finishing section of a machine for continuously producing square pipes, adapted to be placed downstream of a forming section suitable for progressively bending a sheet strip, and upstream of a section for welding the formed square pipe, said finishing section comprising at least one finishing station (11a, 11b, 11c, 11d) suitable for bringing further together the upper edges of the bent sheet strip exiting said forming section, said at least one finishing station comprising a lower roller having a substantially horizontal axis, acting as a support for the square pipe being formed, two lateral rollers, placed at the sides of the square pipe being formed, mounted with the possibility of horizontal movement, i.e. parallel to the plane of the sheet strip, and two upper rollers, placed above the square pipe being formed, mounted with the possibility of vertical movement, i.e. orthogonal to the plane of the sheet strip, said horizontal and vertical movements being provided for adjusting the position of the lateral rollers and of the upper rollers according to the size of the pipe to be produced, characterised in that said lateral rollers and said upper rollers have adjustable inclination.
A method for producing a plurality of semiconductor chips in thin-film technology with the method steps: - forming a photon emitting zone having active layer on a substrate; - forming back contact layers having a base layer on the active layer and a galvanically applied reinforcing layer on the base layer and having a thickness which is at least as large as the thickness of the active layer, - area-covering application of a subcarrier layer on the reinforcing layer and the active layer, and - removing the substrate after the application of the subcarrier layer, - separating the active layer after removing the substrate into a plurality of semiconductor chips, characterized in that after separating the subcarrier layer is removed. - forming a photon emitting zone having active layer on a substrate; - forming back contact layers having a base layer on the active layer and a galvanically applied reinforcing layer on the base layer and having a thickness which is at least as large as the thickness of the active layer, - area-covering application of a subcarrier layer on the reinforcing layer and the active layer, and - removing the substrate after the application of the subcarrier layer, - separating the active layer after removing the substrate into a plurality of semiconductor chips, characterized in that after separating the subcarrier layer is removed.