mhurhangee/ep-ind-claims huggingface dataset:
A papermaking machine section for dewatering or drying a wet paper web in a through-air dryer ("TAD") papermaking system, comprising: a TAD fabric configured to support the wet paper web for dewatering, said TAD fabric defining a machine direction and comprising a consistently permeable portion and a pair of laterally spaced apart strip portions extending along the TAD fabric in the machine direction, each strip portion being substantially and consistently impermeable to air and having a substantially and consistently smooth surface adapted to not retain water, the strip portions defining said permeable portion therebetween, wherein said permeable portion is adapted such that the wet paper web supported thereby, on a web-side surface thereof, extends over the entire width thereof, whereby the permeable portion is configured to allow air directed thereat to flow therethrough, exclusively of the impermeable strip portions, such that the wet paper web supported only by the permeable portion is dewatered, the width of the permeable portion between the impermeable strip portions thereby defining a corresponding width of the wet paper web being dewatered; and at least one TAD processing device configured to provide a flow of air, said TAD fabric being configured to interact with the at least one TAD processing device, whereby the permeable portion is configured to allow the air provided by the at least one TAD processing device to flow therethrough and process the wet paper web such that the wet paper web supported only by the permeable portion is dewatered or dried. a TAD fabric configured to support the wet paper web for dewatering, said TAD fabric defining a machine direction and comprising a consistently permeable portion and a pair of laterally spaced apart strip portions extending along the TAD fabric in the machine direction, each strip portion being substantially and consistently impermeable to air and having a substantially and consistently smooth surface adapted to not retain water, the strip portions defining said permeable portion therebetween, wherein said permeable portion is adapted such that the wet paper web supported thereby, on a web-side surface thereof, extends over the entire width thereof, whereby the permeable portion is configured to allow air directed thereat to flow therethrough, exclusively of the impermeable strip portions, such that the wet paper web supported only by the permeable portion is dewatered, the width of the permeable portion between the impermeable strip portions thereby defining a corresponding width of the wet paper web being dewatered; and at least one TAD processing device configured to provide a flow of air, said TAD fabric being configured to interact with the at least one TAD processing device, whereby the permeable portion is configured to allow the air provided by the at least one TAD processing device to flow therethrough and process the wet paper web such that the wet paper web supported only by the permeable portion is dewatered or dried.
Motor vehicle which comprises at least two rows of seats and a central console which is located between two seats of the first row of seats in front of the second row of seats, the said central console comprising a casing which contains an air conditioning system which is capable of blowing air toward the rear, the console comprising a support structure which comprises a fixing base which is fixed to the floor of the vehicle, an upper support which is located higher than the fixing base, a plurality of pillars (13, 14, 15, 16) formed by tubular profile-members which connect the base and the upper support and means for retaining the said casing, the said support structure delimiting a space for at least partially receiving the said casing, characterized in that the fixing base is formed by a substantially rectangular plate having through-holes for the passage of fixing screws for fixing to a floor, the upper support being formed by a rectangular planar plate, two pillars (13 and 14) connecting the left and right front corners of the fixing base and of the upper support while two pillars (15, 16) connect the left and right front corners of the fixing base and of the upper support.
A wireless communication system, comprising: - a first wireless communication device for generating and transmitting a first wireless communication signal; - a second wireless communication device for generating and transmitting a second wireless communication signal of a communication system different from the communication system of the first wireless communication signal, or the same communication system; and - a third wireless communication device for receiving the first and second wireless communication signals, wherein the first wireless communication signal and the second wireless communication signal are adjacently positioned on a frequency axis; wherein the third wireless communication device includes a fixed band-pass filter through which the received first wireless communication signal and the received second wireless communication signal are selectively passed at a fixed pass band, so that a signal of a total frequency band of the first wireless communication signal and the second wireless communication signal can pass through, and a first variable band-pass filter through which the signal passed through the fixed band-pass filter is selectively passed at a variable pass band, wherein the first wireless communication signal includes a control information indicating the variable pass band in the first variable band-pass filter; and wherein the control information is given to the first variable band-pass filter, thereby enabling the first wireless communication signal to be selectively passed through the first variable band-pass filter, while removing the second wireless communication signal. - a first wireless communication device for generating and transmitting a first wireless communication signal; - a second wireless communication device for generating and transmitting a second wireless communication signal of a communication system different from the communication system of the first wireless communication signal, or the same communication system; and - a third wireless communication device for receiving the first and second wireless communication signals,
A method for motion correction in an optical coherence tomography system, comprising: collecting motion-tracking data associated with an eye of a patient, each collected motion-tracking datum having a respective motion-tracking sequence indicator; concurrent with the collecting of motion-tracking data, acquiring a plurality of OCT scans of the eye, each OCT scan being associated with a corresponding motion-tracking datum and the acquiring of each OCT scan including displacement compensation based on its corresponding motion-tracking datum, each acquired OCT scan having a respective OCT scan sequence indicator; matching acquired OCT scans to collected motion-tracking data based on their respective OCT scan sequence indicator and motion-tracking sequence indicator, the matched motion-tracking data being different than the acquired OCT scans' previously associated corresponding motion-tracking data; and correcting for displacement error in the acquired OCT scans based on their matched motion-tracking data; and storing or displaying the displacement-corrected OCT scans. collecting motion-tracking data associated with an eye of a patient, each collected motion-tracking datum having a respective motion-tracking sequence indicator; concurrent with the collecting of motion-tracking data, acquiring a plurality of OCT scans of the eye, each OCT scan being associated with a corresponding motion-tracking datum and the acquiring of each OCT scan including displacement compensation based on its corresponding motion-tracking datum, each acquired OCT scan having a respective OCT scan sequence indicator; matching acquired OCT scans to collected motion-tracking data based on their respective OCT scan sequence indicator and motion-tracking sequence indicator, the matched motion-tracking data being different than the acquired OCT scans' previously associated corresponding motion-tracking data; and correcting for displacement error in the acquired OCT scans based on their matched motion-tracking data; and storing or displaying the displacement-corrected OCT scans.
A method for causing of unlocking and locking of at least one door of a vehicle for delivery of a shipment, particularly a package and/or a letter, into the vehicle, the method comprising: - obtaining (301, 401) a piece of access authorisation information at a control apparatus, - causing (302, 403) of the unlocking of the door of the vehicle, at least in part on the basis of the obtained piece of access authorisation information, by the control apparatus, - obtaining (303, 405. 407, 408, 410) one or more pieces of delivery event information, associated with a delivery event, at the control apparatus, - causing (304, 411) of the locking of the door of the vehicle by the control apparatus only if the obtained pieces of delivery event information are associated with one or more predetermined delivery events, wherein at least one of the one or more predetermined delivery events is depositing of the shipment in an interior of the vehicle, wherein the depositing of the shipment is sensed by a sensing means of the vehicle, and the sensing means of the vehicle is also used for other purposes than sensing depositing of the shipment in the interior of the vehicle, wherein the method is characterized in that the sensing means generates the piece of delivery event information, associated with the depositing of the shipment and communicates it to communication means of the control apparatus and the control apparatus checks, whether the one or more obtained pieces of delivery event information are associated with the one or more predetermined delivery events. - obtaining (301, 401) a piece of access authorisation information at a control apparatus, - causing (302, 403) of the unlocking of the door of the vehicle, at least in part on the basis of the obtained piece of access authorisation information, by the control apparatus, - obtaining (303, 405. 407, 408, 410) one or more pieces of delivery event information, associated with a delivery event, at the control apparatus, - causing (304, 411) of the locking of the door of the vehicle by the control apparatus only if the obtained pieces of delivery event information are associated with one or more predetermined delivery events, wherein at least one of the one or more predetermined delivery events is depositing of the shipment in an interior of the vehicle, wherein the depositing of the shipment is sensed by a sensing means of the vehicle, and the sensing means of the vehicle is also used for other purposes than sensing depositing of the shipment in the interior of the vehicle, wherein the method is characterized in that the sensing means generates the piece of delivery event information, associated with the depositing of the shipment and communicates it to communication means of the control apparatus and the control apparatus checks, whether the one or more obtained pieces of delivery event information are associated with the one or more predetermined delivery events.
Apparatus for supporting a finger assembly for guiding and forming a strand in the tobacco-processing industry, comprising a support element, a finger holder, which is arranged on the support element, and a fastening device (50, 52), which is designed to releasably fasten a finger assembly to the finger holder, wherein two pivot arms (14, 16), which are distanced from one another and are each articulated at a first end by means of a joint (18; 22) to the support element and at a second end by means of a joint (20, 24) to the finger holder, for pivoting the finger holder are provided between a work position and a parked position, characterised in that at least one joint of at least one pivot arm is arranged position-changeably on the support element and/or on the finger holder and/or on the pivot arm so that, depending on the position of the at least one position-changeable joint, the finger holder is pivotable from the work position into one of at least two different parked positions. comprising a support element, a finger holder, which is arranged on the support element, and a fastening device (50, 52), which is designed to releasably fasten a finger assembly to the finger holder, wherein two pivot arms (14, 16), which are distanced from one another and are each articulated at a first end by means of a joint (18; 22) to the support element and at a second end by means of a joint (20, 24) to the finger holder, for pivoting the finger holder are provided between a work position and a parked position, characterised in that at least one joint of at least one pivot arm is arranged position-changeably on the support element and/or on the finger holder and/or on the pivot arm so that, depending on the position of the at least one position-changeable joint, the finger holder is pivotable from the work position into one of at least two different parked positions.
A rotor spinning device self-cleaning structure, comprising a spinning device which includes a cup insert for conveying cotton fibers, a rotor, which includes a condensing groove for forming a yarn, a cleaning rod which is designed to extend into and to clean the condensing groove of the rotor when the rotor is in a rotating operating state, and a driving device for driving the cleaning rod to operate, wherein the cleaning rod is made of a flexible material, characterized in that the cup insert is provided with a guide channel for the cleaning rod to extend into the rotor, whereby the guide channel includes an arc-shaped segment for guiding the cleaning rod to the condensing groove. a spinning device which includes a cup insert for conveying cotton fibers, a rotor, which includes a condensing groove for forming a yarn, a cleaning rod which is designed to extend into and to clean the condensing groove of the rotor when the rotor is in a rotating operating state, and a driving device for driving the cleaning rod to operate, wherein the cleaning rod is made of a flexible material, characterized in that the cup insert is provided with a guide channel for the cleaning rod to extend into the rotor, whereby the guide channel includes an arc-shaped segment for guiding the cleaning rod to the condensing groove.
A method of making a dental restoration, the dental restoration having a tooth color shade D selected from among a continuous range of tooth color shades; the method comprising the steps of: - providing as pre-finished part a framework having a framework color shade A; - providing as pre-finished part a veneer precursor according to a veneer color shade C selected from among a set of discrete color shades, the veneer precursor being substantially comprised of pre-sintered glass-ceramic particles and having an open-celled material structure; - providing a compensation material according to a compensation material color shade B selected from among a continuous range of color shades, the step of providing the compensation material comprises providing glass-ceramic particles dispersed in a carrier material; and - joining the veneer precursor, the framework and the compensation material to form the dental restoration, wherein the step of joining the veneer precursor, the framework and the compensation material comprises the steps of: - applying the compensation material to at least one of the framework and the veneer precursor to form a dental restoration precursor; - sintering the dental restoration precursor to form the dental restoration; and - removing the carrier material, and leaving the glass-ceramic particles; - wherein the compensation material color shade B is selected such that together with the veneer color shade C and the framework color shade A, the dental restoration approximates the desired tooth color shade D. - providing as pre-finished part a framework having a framework color shade A; - providing as pre-finished part a veneer precursor according to a veneer color shade C selected from among a set of discrete color shades, the veneer precursor being substantially comprised of pre-sintered glass-ceramic particles and having an open-celled material structure; - providing a compensation material according to a compensation material color shade B selected from among a continuous range of color shades, the step of providing the compensation material comprises providing glass-ceramic particles dispersed in a carrier material; and - joining the veneer precursor, the framework and the compensation material to form the dental restoration, wherein the step of joining the veneer precursor, the framework and the compensation material comprises the steps of: - applying the compensation material to at least one of the framework and the veneer precursor to form a dental restoration precursor; - sintering the dental restoration precursor to form the dental restoration; and - removing the carrier material, and leaving the glass-ceramic particles; - applying the compensation material to at least one of the framework and the veneer precursor to form a dental restoration precursor; - sintering the dental restoration precursor to form the dental restoration; and - removing the carrier material, and leaving the glass-ceramic particles; - wherein the compensation material color shade B is selected such that together with the veneer color shade C and the framework color shade A, the dental restoration approximates the desired tooth color shade D.
Connection device for secondary piping in combination with a transverse opening in main piping, in a shaft or in a wall, comprising: a relatively soft elastomer insert in the form of a hollow plug, the outside of which insert is adapted to the transverse opening, and the inside of which has a conical screwing region, and on which an end face is formed which at least partially delimits the opening of the elastomer insert into which the connecting branch can be screwed, and a relatively harder connecting branch, which has an engagement end, a conical middle part with external thread, a receiving portion and a drive end, wherein the connecting branch has a screwing-in stop between the conical middle part and the receiving portion, wherein when the connection device is assembled the screwing-in stop lies against an end face portion of the elastomer insert if the connecting branch is screwed completely into the elastomer insert, wherein an indicator element is provided which indicates the full screwing-in of the connecting branch into the elastomer insert. a relatively soft elastomer insert in the form of a hollow plug, the outside of which insert is adapted to the transverse opening, and the inside of which has a conical screwing region, and on which an end face is formed which at least partially delimits the opening of the elastomer insert into which the connecting branch can be screwed, and a relatively harder connecting branch, which has an engagement end, a conical middle part with external thread, a receiving portion and a drive end, wherein the connecting branch has a screwing-in stop between the conical middle part and the receiving portion, wherein when the connection device is assembled the screwing-in stop lies against an end face portion of the elastomer insert if the connecting branch is screwed completely into the elastomer insert, wherein an indicator element is provided which indicates the full screwing-in of the connecting branch into the elastomer insert.
A syringe body for a pharmaceutical syringe, comprising a cylindrical cavity which has a first end face with a cone; a second, open end face for inserting a plunger; and a finger flange provided around the circumference of the open end face; wherein the finger flange has an anti-slip element on the surface facing the cone, for preventing a finger from slipping off during an injection process; wherein said finger flange defines a plane together with the open end face, and wherein the finger flange is smooth on the surface of the finger flange facing away from the cone; characterized in that the anti-slip element as a surface exhibits an arithmetic mean roughness value between 5 μm and 50 μm, wherein the syringe body is formed in one piece. a first end face with a cone; a second, open end face for inserting a plunger; and a finger flange provided around the circumference of the open end face; wherein the finger flange has an anti-slip element on the surface facing the cone, for preventing a finger from slipping off during an injection process; wherein said finger flange defines a plane together with the open end face, and wherein the finger flange is smooth on the surface of the finger flange facing away from the cone; characterized in that the anti-slip element as a surface exhibits an arithmetic mean roughness value between 5 μm and 50 μm, wherein the syringe body is formed in one piece.
An arithmetic operating apparatus capable of switching between adoption and non-adoption of the Single Instruction Multiple Data Stream (SIMD) scheme, in which a number of data streams are processed in response to a single instruction, the apparatus comprising: a register configured to store operands that are to be used for an arithmetic operation; two or more arithmetic operators (12b, 12e) configured to perform, in response to a first instruction that specifies operands that are to be read from said register and one or more of the arithmetic operations to be carried out by said arithmetic operators (12b, 12e) and that has a number of bits, the specified arithmetic operations specified by the first instruction using the operands specified by the first instruction; and a setting unit configured to issue, the one or more unused bits of the first instruction which bits are not used when the SIMD scheme is adopted, because said arithmetic operators (12b, 12e) are allocated one to each of a plurality of segments of said register, but are used when the SIMD scheme is not adopted, as extended instruction information that is to be used while the SIMD scheme is being performed and that instructs at least one of said register and said arithmetic operators (12b, 12e) to execute, according to the first instruction, an extended process different from an ordinary process executed is the SIMD scheme. a register configured to store operands that are to be used for an arithmetic operation; two or more arithmetic operators (12b, 12e) configured to perform, in response to a first instruction that specifies operands that are to be read from said register and one or more of the arithmetic operations to be carried out by said arithmetic operators (12b, 12e) and that has a number of bits, the specified arithmetic operations specified by the first instruction using the operands specified by the first instruction; and a setting unit configured to issue, the one or more unused bits of the first instruction which bits are not used when the SIMD scheme is adopted, because said arithmetic operators (12b, 12e) are allocated one to each of a plurality of segments of said register, but are used when the SIMD scheme is not adopted, as extended instruction information that is to be used while the SIMD scheme is being performed and that instructs at least one of said register and said arithmetic operators (12b, 12e) to execute, according to the first instruction, an extended process different from an ordinary process executed is the SIMD scheme.