mhurhangee/ep-ind-claims huggingface dataset:
An inspecting apparatus for reading print images printed by dispensing ink droplets on a transparent printing medium and inspecting printing states, the apparatus comprising: a first transport roller for transporting the transparent printing medium; a second transport roller spaced from the first transport roller, and disposed downstream in a transport direction, for transporting the transparent printing medium; a photographing device disposed between the first transport roller and the second transport roller, and opposed to one surface of the transparent printing medium, for photographing the print images located in an inspection area set between the first transport roller and the second transport roller; and a light emitting device for emitting light for the photographing device to photograph the print images located in the inspection area, the light emitting device including at least a transmitted light source disposed opposed to the photographing device with the transparent printing medium interposed between the transmitted light source and the photographing device; wherein the first transport roller and the second transport roller have outer circumferential surfaces thereof each with a light absorbing member for absorbing the light from the light emitting device. a first transport roller for transporting the transparent printing medium; a second transport roller spaced from the first transport roller, and disposed downstream in a transport direction, for transporting the transparent printing medium; a photographing device disposed between the first transport roller and the second transport roller, and opposed to one surface of the transparent printing medium, for photographing the print images located in an inspection area set between the first transport roller and the second transport roller; and a light emitting device for emitting light for the photographing device to photograph the print images located in the inspection area, the light emitting device including at least a transmitted light source disposed opposed to the photographing device with the transparent printing medium interposed between the transmitted light source and the photographing device; wherein the first transport roller and the second transport roller have outer circumferential surfaces thereof each with a light absorbing member for absorbing the light from the light emitting device.
A process for the continuous preparation of semi-crystalline pellets of polyethylene terephthalate homopolymer or copolymer, comprising the steps: (a) forming a melt of polyethylene terephthalate homopolymer or copolymer into pellets by addition of a liquid cooling medium, and cooling to an average pellet temperature within the crystallization temperature range of the polyethylene terephthalate homopolymer or copolymer, wherein the cooling occurs before or during or after the forming into pellets; b) separating the liquid cooling medium from the pellets in a first treatment chamber, wherein the pellets have a temperature T GR and a degree of crystallization of less than 10% after leaving the first treatment chamber; c) Crystallization of the pellets in a second treatment chamber, characterized in that fixed bed conditions are present in the second treatment chamber and the pellets are heated in the second treatment chamber by the supply of energy from outside by means of a process gas, the process gas having a temperature T Gas which is higher than the sum of the pellet temperature T GR and the temperature increase T KR occurring in the second treatment chamber as a result of released heat of crystallization, i.e. T Gas > (T GR + T KR), and wherein the pellets at the exit from the second treatment chamber have an average temperature T PH which is higher by 10 to 90°C than the sum of the pellet temperature T GR and the temperature increase T KR occurring due to released heat of crystallization in the second treatment chamber, i.e. (T GR + T KR + 90°C) ≥ T PH ≥ (T GR + T KR + 10°C), wherein the treatment in the second treatment chamber is carried out in several stages, each stage comprising a pair of feed means and discharge means, which open into an associated collecting space, and each stage being carried out with a ratio X of the mass flows of gas (m G) and pellets (m P) (X = m G /m P) of less than 1, particularly preferably less than 0.5. (a) forming a melt of polyethylene terephthalate homopolymer or copolymer into pellets by addition of a liquid cooling medium, and cooling to an average pellet temperature within the crystallization temperature range of the polyethylene terephthalate homopolymer or copolymer, wherein the cooling occurs before or during or after the forming into pellets; b) separating the liquid cooling medium from the pellets in a first treatment chamber, wherein the pellets have a temperature T GR and a degree of crystallization of less than 10% after leaving the first treatment chamber; c) Crystallization of the pellets in a second treatment chamber,
A data processing apparatus configured to back up data in an external memory means, comprising: access control means (102, 200, 201, 204) configured to set an accessible state of the external memory means; setting means (102, 601, 602, 605, 200) configured to set the external memory means as a backup destination; and backupmeans (102, 206, 901-905, 1201-1207) configured to back up data in the external memory means set in the accessible state and as the backup destination, characterized in that the access control means (102, 200, 201, 204) is configured to cancel the accessible state of the external memory means if the accessible state of the external memory means is instructed to be cancelled, data is not being stored in the external memory means and the external memory means is not set as the backup destination, and to not cancel the accessible state of the external memory means if the accessible state of the external memory means is instructed to be cancelled, data is not being stored in the external memory means and the external memory means is set as the backup destination. access control means (102, 200, 201, 204) configured to set an accessible state of the external memory means; setting means (102, 601, 602, 605, 200) configured to set the external memory means as a backup destination; and backupmeans (102, 206, 901-905, 1201-1207) configured to back up data in the external memory means set in the accessible state and as the backup destination, characterized in that the access control means (102, 200, 201, 204) is configured to cancel the accessible state of the external memory means if the accessible state of the external memory means is instructed to be cancelled, data is not being stored in the external memory means and the external memory means is not set as the backup destination, and to not cancel the accessible state of the external memory means if the accessible state of the external memory means is instructed to be cancelled, data is not being stored in the external memory means and the external memory means is set as the backup destination.
Vacuum interrupter with multiple serial ceramic elements, having transition areas between metal housing parts and ceramic housing parts covered by insulating material, wherein the insulating material extends as a common tube over at least nearly the complete length of the vacuum interrupter (1, 1') and that the insulating material is filled or at least covered at the inner surface which come into close contact with the vacuum interrupter surface, with metal and/or conductive metal oxides, or material with limited conductivity, whereby the tube is a cold-shrink tube or a warm shrink tube.
A weight exercise rack-out support apparatus, comprising: a hollow support structure having an aperture therein; an angled member, the angled member having a first end received into the aperture in the hollow support structure and a second end that is angled upwardly; and a cover passing over an upper surface of the angled member, the cover being directly connected onto the hollow support structure, characterized in that the angled member is an angled tubular member, and the hollow support structure has a pair of slots (502, 503) on a side opposite to the aperture and the angled tubular member has notches (400, 401) thereon that are received into the slots (502, 503), the first end of the angled tubular member is straight, wherein said first end extends horizontally from, or perpendicular to, the hollow support structure, and the second end of the angled tubular member is an upwardly curved free end, such that in use the second end is positioned higher from the ground than the first end, wherein the cover has a downwardly shaped curved portion that is received over the upwardly curved free end of the angled tubular member, and in use, a weight bar is placed on top of the cover and the weight bar is fully supported by the upper surface of the angled tubular member immediately below the cover. a hollow support structure having an aperture therein; an angled member, the angled member having a first end received into the aperture in the hollow support structure and a second end that is angled upwardly; and a cover passing over an upper surface of the angled member, the cover being directly connected onto the hollow support structure, characterized in that the angled member is an angled tubular member, and the hollow support structure has a pair of slots (502, 503) on a side opposite to the aperture and the angled tubular member has notches (400, 401) thereon that are received into the slots (502, 503), the first end of the angled tubular member is straight, wherein said first end extends horizontally from, or perpendicular to, the hollow support structure, and the second end of the angled tubular member is an upwardly curved free end, such that in use the second end is positioned higher from the ground than the first end, wherein the cover has a downwardly shaped curved portion that is received over the upwardly curved free end of the angled tubular member, and in use, a weight bar is placed on top of the cover and the weight bar is fully supported by the upper surface of the angled tubular member immediately below the cover.
Calibration tool for machining a recess in a workpiece to final dimensions, where the recess, which is preferably designed as a feather key groove, is located in a through-hole of the workpiece, characterized - in that a calibration pin holder is provided, holding at least one calibration pin and - in that a guide sleeve with U-shaped guide groove is provided, into which the calibration pin holder can be inserted, that the calibration pin protrudes outwards with respect to the U-shaped guide groove and that the calibration pin holder can be moved along the U-shaped guide groove, - wherein, after inserting the guide sleeve and the calibration pin holder into the through-hole of the workpiece, the calibration pin widens two opposite lateral surfaces of the recess to final dimensions by moving the calibration pin through the said recess. - in that a calibration pin holder is provided, holding at least one calibration pin and - in that a guide sleeve with U-shaped guide groove is provided, into which the calibration pin holder can be inserted, that the calibration pin protrudes outwards with respect to the U-shaped guide groove and that the calibration pin holder can be moved along the U-shaped guide groove, - wherein, after inserting the guide sleeve and the calibration pin holder into the through-hole of the workpiece, the calibration pin widens two opposite lateral surfaces of the recess to final dimensions by moving the calibration pin through the said recess.
A plastic assembly, comprising: a thermoplastic element having a thermoplastic element first surface and a thermoplastic element second surface; a structural element defining an opening, wherein the structural element has a structural element first surface and a structural element second surface, wherein the thermoplastic element is in the opening; and an anisotropic bonding element between the thermoplastic element second surface and the structural element first surface. a thermoplastic element having a thermoplastic element first surface and a thermoplastic element second surface; a structural element defining an opening, wherein the structural element has a structural element first surface and a structural element second surface, wherein the thermoplastic element is in the opening; and an anisotropic bonding element between the thermoplastic element second surface and the structural element first surface.
Composition comprising: - 5 to 20% of a mixture of two triblock copolymers of the type styrene-saturated olefin-styrene, a first which has a viscosity between 0.01 and 1 Pa.s as measured in a 5% (mass/mass) solution in toluene and a second which has a viscosity between 0.01 and 0.5 Pa.s as measured in a 15% (mass/mass) solution in toluene, - 50 to 80% by weight of at least one plasticiser, - 5 to 20% of at least one alpha-methylstyrene resin, having a softening point, measured according to standard ISO 4625 "Ring and Ball" method, in the range between 80 and 125°C, preferably between 90 and 110°C, it being understood that: - when the content of triblock copolymers is between 5 and 10% by weight, the content of resin is between 15 and 20% by weight, with respect to the total weight of the composition, and - when the content of triblock copolymers is greater than 10% by weight, the content of resin is between 5 and 20% by weight, with respect to the total weight of the composition, and the percentages being with respect to the total weight of the composition. - 5 to 20% of a mixture of two triblock copolymers of the type styrene-saturated olefin-styrene, a first which has a viscosity between 0.01 and 1 Pa.s as measured in a 5% (mass/mass) solution in toluene and a second which has a viscosity between 0.01 and 0.5 Pa.s as measured in a 15% (mass/mass) solution in toluene, - 50 to 80% by weight of at least one plasticiser, - 5 to 20% of at least one alpha-methylstyrene resin, having a softening point, measured according to standard ISO 4625 "Ring and Ball" method, in the range between 80 and 125°C, preferably between 90 and 110°C, it being understood that: - when the content of triblock copolymers is between 5 and 10% by weight, the content of resin is between 15 and 20% by weight, with respect to the total weight of the composition, and - when the content of triblock copolymers is greater than 10% by weight, the content of resin is between 5 and 20% by weight, with respect to the total weight of the composition, and the percentages being with respect to the total weight of the composition. - when the content of triblock copolymers is between 5 and 10% by weight, the content of resin is between 15 and 20% by weight, with respect to the total weight of the composition, and - when the content of triblock copolymers is greater than 10% by weight, the content of resin is between 5 and 20% by weight, with respect to the total weight of the composition, and the percentages being with respect to the total weight of the composition.
A laundry detergent package comprising: a container having a container interior surface and an opposing container exterior surface, wherein said container exterior surface has a primary label face; and a dosing cap comprising a base and a vessel wall extending from said base, said base having a base interior surface and an opposing base exterior surface, said vessel wall having a vessel wall interior surface and an opposing vessel wall exterior surface, wherein said base exterior surface comprises a region of surface irregularities; wherein said dosing cap is releasably engaged with said container; characterised in that said region of surface irregularities is positioned such that when said primary label face is aligned with a line of sight of an observer having his or her eye level with said base exterior surface said region of surface irregularities is visible to said observer, wherein said region of surface irregularities has a centroid in a plane orthogonal to a longitudinal axis of said dosing cap, wherein said centroid is more than about π/8 radians away from said line of sight as measured about said longitudinal axis of said dosing cap, the centroid being the center of mass of the region of surface irregularities projected on a plane orthogonal to the longitudinal axis L of the dosing cap. a container having a container interior surface and an opposing container exterior surface, wherein said container exterior surface has a primary label face; and a dosing cap comprising a base and a vessel wall extending from said base, said base having a base interior surface and an opposing base exterior surface, said vessel wall having a vessel wall interior surface and an opposing vessel wall exterior surface, wherein said base exterior surface comprises a region of surface irregularities; wherein said dosing cap is releasably engaged with said container; characterised in that said region of surface irregularities is positioned such that when said primary label face is aligned with a line of sight of an observer having his or her eye level with said base exterior surface said region of surface irregularities is visible to said observer, wherein said region of surface irregularities has a centroid in a plane orthogonal to a longitudinal axis of said dosing cap, wherein said centroid is more than about π/8 radians away from said line of sight as measured about said longitudinal axis of said dosing cap, the centroid being the center of mass of the region of surface irregularities projected on a plane orthogonal to the longitudinal axis L of the dosing cap.
A method of removing contaminants, particularly doping agents, from chlorosilanes, which includes the following steps: (a) heating a deposition surface to a temperature of 600°C to 1000°C, preferably to 700°C to 900°C, particularly preferably to 750°C to 850°C; (b) bringing at least one gaseous chlorosilane mixture into contact with the heated deposition surface, which gaseous chlorosilane mixture includes at least one chlorosilane and at least one contaminant, particularly at least one doping agent; (c) at least partially removing the contaminant, particularly the doping agent, by forming polycrystalline silicon deposits on the deposition surface, which polycrystalline silicon deposits are enriched with the contaminant, particularly with the doping agent; (d) discharging the purified gaseous chlorosilane mixture; (e) bringing an etching gas into contact with the heated deposition surface to return the polycrystalline silicon deposits and the contaminant, particularly the doping agent, into the gas phase whilst forming a gaseous etching gas mixture; and (f) discharging the gaseous etching gas mixture. (a) heating a deposition surface to a temperature of 600°C to 1000°C, preferably to 700°C to 900°C, particularly preferably to 750°C to 850°C; (b) bringing at least one gaseous chlorosilane mixture into contact with the heated deposition surface, which gaseous chlorosilane mixture includes at least one chlorosilane and at least one contaminant, particularly at least one doping agent; (c) at least partially removing the contaminant, particularly the doping agent, by forming polycrystalline silicon deposits on the deposition surface, which polycrystalline silicon deposits are enriched with the contaminant, particularly with the doping agent; (d) discharging the purified gaseous chlorosilane mixture; (e) bringing an etching gas into contact with the heated deposition surface to return the polycrystalline silicon deposits and the contaminant, particularly the doping agent, into the gas phase whilst forming a gaseous etching gas mixture; and (f) discharging the gaseous etching gas mixture.
A method for facilitating the transition of a wireless communication device, WCD, from a CELL_FACH state to a CELL_DCH state, the method comprising: determining that the WCD should transition from the CELL_FACH to the CELL_DCH cell state; and in response to determining that the WCD should transition from the CELL_FACH to the CELL_DCH cell state: i) sending to the WCD a first configuration message for moving the WCD from the CELL_FACH state to the CELL_DCH state, ii) sending to the WCD a second configuration message for forcing the WCD to obtain a common E-DCH resource, wherein the second configuration message is a message for requesting the WCD to move a reception window, wherein the second configuration message comprises a Move Receiving Window, MRW, super-field, SUFI, wherein the second configuration message contains outdated information about the reception window, and iii) triggering a transmission of an acknowledgement, ACK, acknowledging a reception of the second configuration message without impacting any protocol variables, and which transmission allowing the WCD to acquire a common E-DCH resource without impacting any ongoing radio link control, RLC, procedures. determining that the WCD should transition from the CELL_FACH to the CELL_DCH cell state; and in response to determining that the WCD should transition from the CELL_FACH to the CELL_DCH cell state: i) sending to the WCD a first configuration message for moving the WCD from the CELL_FACH state to the CELL_DCH state, ii) sending to the WCD a second configuration message for forcing the WCD to obtain a common E-DCH resource, wherein the second configuration message is a message for requesting the WCD to move a reception window, wherein the second configuration message comprises a Move Receiving Window, MRW, super-field, SUFI, wherein the second configuration message contains outdated information about the reception window, and iii) triggering a transmission of an acknowledgement, ACK, acknowledging a reception of the second configuration message without impacting any protocol variables, and which transmission allowing the WCD to acquire a common E-DCH resource without impacting any ongoing radio link control, RLC, procedures. i) sending to the WCD a first configuration message for moving the WCD from the CELL_FACH state to the CELL_DCH state, ii) sending to the WCD a second configuration message for forcing the WCD to obtain a common E-DCH resource, wherein the second configuration message is a message for requesting the WCD to move a reception window, wherein the second configuration message comprises a Move Receiving Window, MRW, super-field, SUFI, wherein the second configuration message contains outdated information about the reception window, and iii) triggering a transmission of an acknowledgement, ACK, acknowledging a reception of the second configuration message without impacting any protocol variables, and which transmission allowing the WCD to acquire a common E-DCH resource without impacting any ongoing radio link control, RLC, procedures.
Method for producing a sealing base, in particular for an excavation pit enclosure, in which an injection medium, which is produced by mixing at least one basic sealing material with mixing water, is injected into a porous ground layer, characterized in that before mixing the mixing water is pretreated, wherein metal ions are bonded in the mixing water.