mhurhangee/ep-ind-claims huggingface dataset:
A method for recycling waste polyester with continuous alcoholysis and transesterification comprising: material pretreatment: drying and deoxygenating waste polyester material to obtain waste polyester as raw material; alcoholysis: the waste polyester raw material, an alcoholysis agent and an alcoholysis catalyst are continuously fed into a first alcoholysis tank in the melted state for a first alcoholysis to obtain a melt A,and then the melt A is continuously fed into asecondalcoholysis tank for asecondalcoholysis to obtain alcoholysisproduct, wherein the first alcoholysis tank and the secondtank alcoholysis tank are connected in series; transesterification: including carrying outtransesterification reaction in the transesterification tank to obtain a transesterification product, and crystallization, separation and purification of raw DMT; wherein the transesterification tank includes a first transesterification tank and a second transesterification tank, the first transesterification tank and the second transesterification tank are connected in series; the alcoholysis product, the transesterification agent, and the transesterification catalyst are continuously fed into the first transesterification tank in the melted state for the first transesterification to obtain the transesterification product; the second transesterification tank is configured to place the transesterification product that is continuously fed from the first transesterification tankfor a second transesterification. material pretreatment: drying and deoxygenating waste polyester material to obtain waste polyester as raw material; alcoholysis: the waste polyester raw material, an alcoholysis agent and an alcoholysis catalyst are continuously fed into a first alcoholysis tank in the melted state for a first alcoholysis to obtain a melt A,and then the melt A is continuously fed into asecondalcoholysis tank for asecondalcoholysis to obtain alcoholysisproduct, wherein the first alcoholysis tank and the secondtank alcoholysis tank are connected in series; transesterification: including carrying outtransesterification reaction in the transesterification tank to obtain a transesterification product, and crystallization, separation and purification of raw DMT; wherein the transesterification tank includes a first transesterification tank and a second transesterification tank, the first transesterification tank and the second transesterification tank are connected in series; the alcoholysis product, the transesterification agent, and the transesterification catalyst are continuously fed into the first transesterification tank in the melted state for the first transesterification to obtain the transesterification product; the second transesterification tank is configured to place the transesterification product that is continuously fed from the first transesterification tankfor a second transesterification.
A semiconductor structure, comprising: a substrate comprising an isolation structure and an active region, the active region comprising ions of a first type; a trench arranged in the active region; and a word line arranged in the trench, an inner surface of the trench comprises an inversion doping layer and an oxide layer which are arranged adjacent to each other, the inversion doping layer is arranged above the oxide layer, the inversion doping layer comprises ions of a second type, and the first type is contrary to the second type, characterized in that the inner surface of the trench further comprises: a protective layer in contact with the inversion doping layer, a bottom wall section of the inversion doping layer being sandwiched between a bottom end of the protective layer and a top end of the oxide layer. a substrate comprising an isolation structure and an active region, the active region comprising ions of a first type; a trench arranged in the active region; and a word line arranged in the trench, an inner surface of the trench comprises an inversion doping layer and an oxide layer which are arranged adjacent to each other, the inversion doping layer is arranged above the oxide layer, the inversion doping layer comprises ions of a second type, and the first type is contrary to the second type, characterized in that the inner surface of the trench further comprises: a protective layer in contact with the inversion doping layer, a bottom wall section of the inversion doping layer being sandwiched between a bottom end of the protective layer and a top end of the oxide layer.
Roof for a motor vehicle, in particular a Targa roof, which roof can be moved into an open position and into a closed position, comprising a folding roof and in each case one left-hand and one right-hand guide rail, the left-hand and the right-hand guide rail being displaceable, characterized in that the left-hand and the right-hand guide rail can be recessed in each case in a body-mounted component of the motor vehicle in the vehicle longitudinal direction.
A patient support apparatus comprising a siderail including a top portion, a bottom portion spaced from the top portion, a first end and a second end spaced from the first end, a recessed area defined by a back panel and at least two indented sides, and a non-recessed area, a vertical axis extending substantially perpendicular to the top portion of the siderail, and a touchscreen user interface, characterized in that the touchscreen user interface has a top portion positioned within the recessed area such that the touchscreen interface is positioned at a fixed acute angle with respect to the vertical axis.
A method for driving a session between a browser applet running on a client and a servlet running on a server, the method comprising the server side operations of: establishing a secure channel (110,112) between a card applet on a smart card in communication with the client, and the servlet; receiving a request from the browser applet running on the client; checking session state variables for a servlet receiving the request; executing functionality associated with the request based on information associated with the session state variables; determining whether to return control to the browser applet; wherein if it is determined not to return control to the browser applet running on the client, the method includes: storing a state associated with the servlet in the session state variables; and transmitting both a command and data to the browser applet; and wherein if it is determined to return control to the browser applet running on the client, then the method further includes returning a command to the browser applet to signify that processing is complete; wherein transmitting both a command and data to the browser applet includes: causing the browser applet to forward the data to the smart card in communication with the client; and receiving a response from the smart card forwarded by the browser applet; wherein the smart card is a Java card, and wherein the command is selected from the group consisting of, Send Application Protocol Data Units (APDUs) to the Java card; Change servlet to be called to another specified servlet; Display images/messages to a user; End servlet interaction to return control to the browser applet; and Query the user for a card personal identification number. establishing a secure channel (110,112) between a card applet on a smart card in communication with the client, and the servlet; receiving a request from the browser applet running on the client; checking session state variables for a servlet receiving the request; executing functionality associated with the request based on information associated with the session state variables; determining whether to return control to the browser applet; wherein if it is determined not to return control to the browser applet running on the client, the method includes: storing a state associated with the servlet in the session state variables; and transmitting both a command and data to the browser applet; storing a state associated with the servlet in the session state variables; and transmitting both a command and data to the browser applet; and wherein if it is determined to return control to the browser applet running on the client, then the method further includes returning a command to the browser applet to signify that processing is complete; wherein transmitting both a command and data to the browser applet includes: causing the browser applet to forward the data to the smart card in communication with the client; and receiving a response from the smart card forwarded by the browser applet; causing the browser applet to forward the data to the smart card in communication with the client; and receiving a response from the smart card forwarded by the browser applet;
Foil pocket comprising at least one carrier foil and at least one covering foil, - a foil or sheet product containing an active ingredient being enclosed in a gas-tight and moisture-tight manner, surrounded by a closed, rectangular joining zone between the carrier foil and the covering foil, i.e. the joined parts, - the strength of the connection in the joining zone being lower than the strength of the joined parts (11, 12), - at least one joining-zone section (33, 34; 43, 44), which is not arranged transversely with respect to the tear-open peeling direction and is located laterally beside the product, narrowing transversely with respect to the tear-open peeling direction, at least in some sections, - at least the first quarter of the joining-zone section (33, 43) which is not arranged transversely with respect to the tear-open peeling direction having no narrowing, characterized - in that the joining-zone section (33, 34, 43, 44) has one or two inwardly oriented notches (56, 57). - a foil or sheet product containing an active ingredient being enclosed in a gas-tight and moisture-tight manner, surrounded by a closed, rectangular joining zone between the carrier foil and the covering foil, i.e. the joined parts, - the strength of the connection in the joining zone being lower than the strength of the joined parts (11, 12), - at least one joining-zone section (33, 34; 43, 44), which is not arranged transversely with respect to the tear-open peeling direction and is located laterally beside the product, narrowing transversely with respect to the tear-open peeling direction, at least in some sections, - at least the first quarter of the joining-zone section (33, 43) which is not arranged transversely with respect to the tear-open peeling direction having no narrowing, characterized - in that the joining-zone section (33, 34, 43, 44) has one or two inwardly oriented notches (56, 57).
An information processing apparatus, comprising: a pupil (22'; 22A; 22B; 22C; 22C') having at least three areas (A1, A2, A3, A4) and configured to pass light to an image pickup element, each of the areas being configured by a multiband-pass wavelength filter (22Aa, 22Ab, 22Ac, 22Ad) to selectively transmit wavelengths of three wavelength bands, wherein the wavelength bands of the multiband-pass wavelength filters are different; the image pickup element (3; 3A; 3B) is configured to acquire at least three images of an object, wherein each of the images respectively correspond to a different perspective of the object and wherein the images have passed through the different areas (A1, A2, A3, A4) in the pupil; a control unit (7A; 7B; 7C) configured to generate a plurality of stereoscopic images, wherein each stereoscopic image is generated by selectively combining a subset of the images; a selector configured to determine which of the at least three images correspond to a left-side and a right-side, respectively; and an addition unit configured to add the images corresponding to a left-side to generate a left-eye image and the images corresponding to a right-side to generate a right-eye image, wherein the control unit is further configured to combine the left-eye image and the right-eye image to generate a respective stereoscopic image. a pupil (22'; 22A; 22B; 22C; 22C') having at least three areas (A1, A2, A3, A4) and configured to pass light to an image pickup element, each of the areas being configured by a multiband-pass wavelength filter (22Aa, 22Ab, 22Ac, 22Ad) to selectively transmit wavelengths of three wavelength bands, wherein the wavelength bands of the multiband-pass wavelength filters are different; the image pickup element (3; 3A; 3B) is configured to acquire at least three images of an object, wherein each of the images respectively correspond to a different perspective of the object and wherein the images have passed through the different areas (A1, A2, A3, A4) in the pupil; a control unit (7A; 7B; 7C) configured to generate a plurality of stereoscopic images, wherein each stereoscopic image is generated by selectively combining a subset of the images; a selector configured to determine which of the at least three images correspond to a left-side and a right-side, respectively; and an addition unit configured to add the images corresponding to a left-side to generate a left-eye image and the images corresponding to a right-side to generate a right-eye image, wherein the control unit is further configured to combine the left-eye image and the right-eye image to generate a respective stereoscopic image.
A rear wheel cover assembly for a vehicle, comprising: a rear wheel cover, wherein the rear wheel cover comprises a rear wheel cover inner plate and a rear wheel cover outer plate, and the rear wheel cover outer plate is arranged outside the rear wheel cover inner plate; and a shock absorber support, wherein the shock absorber support is arranged on the rear wheel cover, and the shock absorber support is respectively connected to the rear wheel cover inner plate and the rear wheel cover outer plate, characterized in that connections of an outer circumferential edge of the shock absorber support with the rear wheel cover inner plate and the rear wheel cover outer plate form a closed annular shape. a rear wheel cover, wherein the rear wheel cover comprises a rear wheel cover inner plate and a rear wheel cover outer plate, and the rear wheel cover outer plate is arranged outside the rear wheel cover inner plate; and a shock absorber support, wherein the shock absorber support is arranged on the rear wheel cover, and the shock absorber support is respectively connected to the rear wheel cover inner plate and the rear wheel cover outer plate, characterized in that connections of an outer circumferential edge of the shock absorber support with the rear wheel cover inner plate and the rear wheel cover outer plate form a closed annular shape.
A fluid flow control device, comprising: a valve assembly comprising: a valve housing and a movable valve element; an actuator assembly comprising: an actuator housing, and a movable actuator element; a mechanical connection that connects the movable actuator element to the movable valve element; and characterised by further comprising a cooling ring positioned between a first surface of the valve housing and between a first surface of the actuator housing, the cooling ring comprising a cooling channel containing cooling fluid, wherein an actuator side of the valve housing comprises a cavity, the cavity comprising a bottom wall and side walls, wherein the cooling ring is seated adjacent to the cavity bottom wall and at least partially within the cavity side walls. a valve assembly comprising: a valve housing and a movable valve element; a valve housing and a movable valve element; an actuator assembly comprising: an actuator housing, and a movable actuator element; an actuator housing, and a movable actuator element; a mechanical connection that connects the movable actuator element to the movable valve element; and characterised by further comprising a cooling ring positioned between a first surface of the valve housing and between a first surface of the actuator housing, the cooling ring comprising a cooling channel containing cooling fluid, wherein an actuator side of the valve housing comprises a cavity, the cavity comprising a bottom wall and side walls, wherein the cooling ring is seated adjacent to the cavity bottom wall and at least partially within the cavity side walls. characterised by further comprising a cooling ring positioned between a first surface of the valve housing and between a first surface of the actuator housing, the cooling ring comprising a cooling channel containing cooling fluid, wherein an actuator side of the valve housing comprises a cavity, the cavity comprising a bottom wall and side walls, wherein the cooling ring is seated adjacent to the cavity bottom wall and at least partially within the cavity side walls.
Method for producing a plurality of structural variants of a body structure for a two-track vehicle, with at least one lateral roof frame laterally bounding a roof sheet in the transverse direction (y) of the vehicle, which roof sheet, in a basic vehicle configuration, has at least one roof-sheet segment at the front in the longitudinal direction (x) of the vehicle, and, in an additional vehicle configuration, additionally has at least one further roof-sheet segment (11, 13, 39) rearwardly adjoining said front roof-sheet segment in the longitudinal direction (x) of the vehicle, wherein, for the manufacturing of the front roof-sheet segment for the basic vehicle configuration and the front roof-sheet segment for the additional vehicle configuration, a common sheet-metal part is provided which, in dual use, is used for the basic vehicle configuration or for the additional vehicle configuration as required, characterized in that the front roof-sheet segment in the basic vehicle configuration is joined to the lateral roof frame by means of a basic joining technique, and the front roof-sheet segment in the additional vehicle configuration is joined to the lateral roof frame by means of an additional joining technique, wherein the front roof-sheet segment can be designed both for installation in the basic vehicle configuration and for installation in the additional vehicle configuration, and in that the front segment for installation in the basic vehicle configuration is designed with a basic connection contour for connection to the lateral roof frame by means of the basic joining technique by a basic process step, and in that the front segment for installation in the additional vehicle configuration is designed with an additional connection contour for connection to the lateral roof frame by means of the additional joining technique by an additional process step.
A connection device for at least one tube end so as to convey a fluid flow, the device comprising a body defining a channel having at least one tube end reception segment, the reception segment being provided with an annular sealing element arranged to surround the tube end while leaving a portion of the tube end projecting from the sealing element towards an end of the segment, the device being characterized in that centering means for the projecting portion are arranged in a zone extending between the outer surface of the projecting portion, a facing surface of the segment, and the sealing element, and in that the centering means include positioning elements that are arranged to co-operate with a surface of the segment and an outer surface of the projecting portion and to define at least one sweeping duct for sweeping the zone, the duct having at least one inlet in the vicinity of which there extends at least one deflector arranged to insert, into the sweeping duct, fluid diverted from the flow traveling through the device, and at least one outlet for returning the fluid that has passed through the sweeping duct back to the flow.
A pressure compensator for compensating volume variations of a medium, comprising: - a first compensator part and a second compensator part, wherein the first compensator part includes a first bellows portion that encloses a first volume and the second compensator part includes a second bellows portion that encloses a second volume, wherein the first and the second volumes (12, 22) are in flow communication, and wherein the first bellows portion has an outer perimeter that is larger than the outer perimeter of the second bellows portion; the pressure compensator further comprising: - a movable element to which the first bellows portion and the second bellows portion are mechanically coupled such that movement of the movable element in a predetermined direction results in the compression of one of said bellows portions and in the expansion of the other of the bellows portions, wherein the first and second compensator parts (10, 20) are configured such that a movement of the movable element in the predetermined direction results in a volume change of the first volume and in a volume change of the second volume that is different to the volume change of the first volume; the volume change of the first volume being larger than the volume change of the second volume when moving said movable element. - a first compensator part and a second compensator part, wherein the first compensator part includes a first bellows portion that encloses a first volume and the second compensator part includes a second bellows portion that encloses a second volume, wherein the first and the second volumes (12, 22) are in flow communication, and wherein the first bellows portion has an outer perimeter that is larger than the outer perimeter of the second bellows portion; - a movable element to which the first bellows portion and the second bellows portion are mechanically coupled such that movement of the movable element in a predetermined direction results in the compression of one of said bellows portions and in the expansion of the other of the bellows portions,
An imaging device comprising: a sensor unit configured to capture an image and transfer the captured image as image data, a main memory, a temporary memory configured to temporarily store the image data transferred from the sensor unit and then transfer the image data to the main memory, and a display unit configured to display an image stored in the main memory, wherein in a case where high-speed continuous imaging is instructed, the temporary memory sequentially stores a plurality of pieces of the image data transferred from the sensor unit at a predetermined speed in a state where the transfer of the image data from the temporary memory to the main memory is stopped, and then at the timing when the high-speed continuous imaging ends sequentially transfers the plurality of pieces of stored image data to the main memory at a speed lower than the predetermined speed, the sensor unit further transfers image data of a low-resolution image obtained by thinning pixels of the captured image to the main memory without storage in the temporary memory, and the display unit displays the image data of the low-resolution image as a live view image. a sensor unit configured to capture an image and transfer the captured image as image data, a main memory, a temporary memory configured to temporarily store the image data transferred from the sensor unit and then transfer the image data to the main memory, and a display unit configured to display an image stored in the main memory, wherein in a case where high-speed continuous imaging is instructed, the temporary memory sequentially stores a plurality of pieces of the image data transferred from the sensor unit at a predetermined speed in a state where the transfer of the image data from the temporary memory to the main memory is stopped, and then at the timing when the high-speed continuous imaging ends sequentially transfers the plurality of pieces of stored image data to the main memory at a speed lower than the predetermined speed, the sensor unit further transfers image data of a low-resolution image obtained by thinning pixels of the captured image to the main memory without storage in the temporary memory, and the display unit displays the image data of the low-resolution image as a live view image.