mhurhangee/ep-ind-claims huggingface dataset:
A laminated glazing for a motor vehicle, particularly a side glazing intended to be slidably mounted in a door of the vehicle, comprising at least one outer glass sheet and one inner glass sheet assembled by an interlayer which comprises at least one sheet of polymer material, said glazing comprising at least one attachment part for attaching the glazing through which at least one attachment opening passes which is formed by at least a hole having a first axis which is provided in the outer glass sheet, a hole provided in the interlayer and a hole having a second axis which is provided in the inner glass sheet, wherein at least one connecting member is attached to the glazing by passing through said attachment opening, said connecting member provided with a hole being intended to receive attachment means for attaching said glazing with a drive device, characterized in that the first axis of the hole of the outer glass sheet and the second axis of the hole of the inner glass sheet are mismatched with respect to one another according to a mismatch (d) that is configured to form a first blocking surface on an inner face of the outer glass sheet and a second blocking surface on an outer face of the inner glass sheet, and in that said connecting member comprises a first surface configured to engage with said first blocking surface of the outer glass sheet and a second surface configured to engage with said second blocking surface of the inner glass sheet.
A machine for producing substantially cylindrical articles of the tobacco processing industry; each article comprises a tubular body; a container element, which is arranged in the area of a first end of the tubular body and has an end opening facing outwards, at least one side wall and a bottom wall opposite to said end opening; a substantially rigid element, partially housed inside the container element and having an end portion, which protrudes through said end opening to the outside of the container element; and loose material, which is arranged inside the container element between the substantially rigid element and the bottom wall; the machine comprising a conveyor which is adapted to move at least one combined element, comprising (in particular, made up of) the substantially rigid element and the container element, along a given path through an insertion station and comprises at least one seat, which is designed to house the combined element and comprises a blocking device adapted to block the substantially rigid element and to leave the container element at least partially free in the area of the insertion station; an insertion assembly, which is adapted to at least partially insert the combined element into the corresponding tubular body, is arranged in the area of the insertion station and comprises a pushing unit to push at least one between the combined element and the tubular body towards the other.
A non-woven mat comprising: 10 to 100 weight percent chopped glass fibers; 0 to 90 weight percent synthetic fibers; and a binder composition comprising a binder resin including a mixture of a thermoset material and a thermoplastic material, and a coupling agent, wherein the binder resin comprises >0 to 50 weight percent thermoset material and 50 to <100 weight percent thermoplastic material, and wherein said non-woven mat has a Gurley stiffness of 19.61 to 68.65 mN (2000 to 7000 mgf), as measured by a Gurley Stiffness tester. 10 to 100 weight percent chopped glass fibers; 0 to 90 weight percent synthetic fibers; and
An air conditioner comprising: a housing provided in a cylindrical shape; a discharge port arranged at an inner side of an inner circumferential surface of the housing and provided in an arc shape; a heat exchanger provided at an inner side of an inner circumferential surface of the discharge port and provided in an arc shape; a suction panel separably coupled to the housing at the inner side of the inner circumferential surface of the discharge port, including a suction port through which air is drawn, and provided in a circular shape; and a cover separably coupled to the housing at an outer side of an outer circumferential surface of the discharge port, configured to cover an end of the housing, and having an inner circumferential surface provided in a shape corresponding to an outer circumferential surface of the housing, wherein the suction panel and the cover are separably coupled to the housing by respectively being rotated in a circumferential direction of the housing. a housing provided in a cylindrical shape; a discharge port arranged at an inner side of an inner circumferential surface of the housing and provided in an arc shape; a heat exchanger provided at an inner side of an inner circumferential surface of the discharge port and provided in an arc shape; a suction panel separably coupled to the housing at the inner side of the inner circumferential surface of the discharge port, including a suction port through which air is drawn, and provided in a circular shape; and a cover separably coupled to the housing at an outer side of an outer circumferential surface of the discharge port, configured to cover an end of the housing, and having an inner circumferential surface provided in a shape corresponding to an outer circumferential surface of the housing, wherein the suction panel and the cover are separably coupled to the housing by respectively being rotated in a circumferential direction of the housing.
Device for data transmission, said device comprising a data module for storing and playing back data, and also a plug connector housing having a cable outlet opening and a cable gland, wherein the device comprises furthermore an adaptor module that comprises at least one cable passage region and wherein the adaptor module comprises a cable inlet opening at a first end of this cable passage region and a cable outlet opening at a second end of this cable passage region, wherein the adaptor module may be fastened by means of its cable inlet opening to the cable outlet opening of the plug connector housing, and wherein the cable gland may be fastened to the cable outlet opening of the adaptor module, with the result that the adaptor module may be fastened between the cable outlet opening and the cable gland, characterized in that the adaptor module has an outlet surface on which the said data module is arranged, wherein the data module is equipped with at least one interface for the connection of a dongle (41, 43) and/or with a plug connection for the connection of a cable-connected plug connector.
A sheet eject device for detecting whether a sheet eject tray is filled with ejected sheets, the sheet eject device comprising: an ejecting unit (23 0) that ejects sheets onto the sheet eject tray; a counting unit that counts an accumulated eject number every time a sheet is ejected by the ejecting unit; a storing unit that stores a defined eject number threshold and a defined eject interval time; and a fullness detecting unit that detects that the sheet eject tray is filled with ejected sheets when the accumulated eject number counted by the counting unit exceeds the defined eject number threshold; characterized in that: a reset unit that resets the accumulated eject number counted by the counting unit when an eject interval time exceeds the defined eject interval time, the eject interval time extending from when one sheet is ejected until a next sheet is ejected by the ejecting unit, the storing unit stores count values defined for different sheet types, and the counting unit determines a sheet type of a sheet ejected by the ejecting unit and increments the accumulated eject number by a count value specified according to the determined sheet type, based on the count values defined for the different sheet types and the determined sheet type. an ejecting unit (23 0) that ejects sheets onto the sheet eject tray; a counting unit that counts an accumulated eject number every time a sheet is ejected by the ejecting unit; a storing unit that stores a defined eject number threshold and a defined eject interval time; and a fullness detecting unit that detects that the sheet eject tray is filled with ejected sheets when the accumulated eject number counted by the counting unit exceeds the defined eject number threshold; characterized in that: a reset unit that resets the accumulated eject number counted by the counting unit when an eject interval time exceeds the defined eject interval time, the eject interval time extending from when one sheet is ejected until a next sheet is ejected by the ejecting unit, the storing unit stores count values defined for different sheet types, and the counting unit determines a sheet type of a sheet ejected by the ejecting unit and increments the accumulated eject number by a count value specified according to the determined sheet type, based on the count values defined for the different sheet types and the determined sheet type. a reset unit that resets the accumulated eject number counted by the counting unit when an eject interval time exceeds the defined eject interval time, the eject interval time extending from when one sheet is ejected until a next sheet is ejected by the ejecting unit, the storing unit stores count values defined for different sheet types, and the counting unit determines a sheet type of a sheet ejected by the ejecting unit and increments the accumulated eject number by a count value specified according to the determined sheet type, based on the count values defined for the different sheet types and the determined sheet type.
A polymeric material comprising a first polymer and a second polymer wherein the first polymer is a natural or a synthetic polymer and the second polymer is modified lignin; wherein the modified lignin is modified with an alkyl containing group via a linker wherein the linker is an ether group and wherein the alkyl containing group is derived from fatty acid methyl ester.
The method for the monitoring of manual gear changing of the electric bicycle, within the framework of which in at least part of the length of the Bowden cable interconnecting the manual gear changing mechanism with the shifter, or with the derailleur, the core of the Bowden cable is exposed to allow detection of the core movement, where subsequently together with the detected movement of the core of the Bowden cable an electric signal bearing information on a change in gears of the electric bicycle is generated and sent to the control unit of the electric motor for the adjustment of the operation of the electric motor in the course of changing gears of the electric bicycle, and the linear movement of the core of the Bowden cable is converted into circular movement from which a change in gears of the electric bicycle is detected, characterized in that at the same time the angular travel of the circular movement is scanned with the subsequent indication of the currently engaged gear of the electric bicycle based on the scanned change in the angular travel of the circular movement, wherein the angular travel scanning is calibrated by means of a gradual engagement of the gears starting with the first up to the last one where for each engaged gear the value of the change in angular travel is recorded in a database of angular travel values for individual gears.
A method for de-icing or anti-icing an aircraft portion by means of at least one piezoelectric element, fastened on the inner face of this portion, this method comprising the following steps: - during the design of said portion, said first piezoelectric element is placed on an area of said portion in order to search for the frequencies of resonance and optimal dynamic coupling, and - during the de-icing or anti-icing of said portion, the same first piezoelectric element is excited according to the natural frequencies of said area, - the method is characterized in that it is provided a second piezoelectric element located near said first piezoelectric element, and if the electrical level detected by said second piezoelectric element is close to the excitation level of said first element, it is deduced that the de-icing is operational; otherwise, said second piezoelectric element is also excited, to add its action to that of said first piezoelectric element. - during the design of said portion, said first piezoelectric element is placed on an area of said portion in order to search for the frequencies of resonance and optimal dynamic coupling, and - during the de-icing or anti-icing of said portion, the same first piezoelectric element is excited according to the natural frequencies of said area, - the method is characterized in that it is provided a second piezoelectric element located near said first piezoelectric element, and if the electrical level detected by said second piezoelectric element is close to the excitation level of said first element, it is deduced that the de-icing is operational; otherwise, said second piezoelectric element is also excited, to add its action to that of said first piezoelectric element.
Apparatus for producing an opening (2.2) in the wall (2.1) of a main pipe, wherein the wall (2.2) comprises a polymer material or is composed of polymer material, in the region of a saddle piece which is fastened in fluid-tight fashion to the outer surface (2.3) of the main pipe, which saddle piece has a pipe section (3.1) whose axis (3.1.1) encloses an angle with the axis of the main pipe (2.4), having a cutting tool for opening the wall (2.1) of the main pipe, which cutting tool is guided by a device whose movement path is predefined by the wall (3.1.2) of the pipe section (3.1) on the saddle piece, in order to create a fluidic connection between the main pipe and the pipe section (3.1), characterized in that the device is supported, by way of rolling and/or sliding elements (5.1), on the inner surface (3.1.3) and/or outer surface (3.1.4) of the wall (3.1.2) of the pipe section (3.1) along at most approximately 1/4 of the circumference of the pipe section (3.1), and is movable along at least a part of the circumference of the pipe section (3.1).
An air filter (104, 204) for grease filtering, comprising a housing with a filter mounting element, at least one mechanical separation element, a UV source mounting element, and a catalyst coating present inside the air filter, wherein the filter mounting element is adapted to install the air filter (104, 204) in connection with an intake opening of an air ventilation duct, wherein the at least one mechanical separation element is adapted to separate solid impurities from flowing air, and wherein the catalyst coating, together with UV light generated by a UV source, which is installed in the UV source mounting element, is adapted to transform a physical state of grease flowing into the ventilation duct along with the airflow pre-scrubbed by the at least one mechanical separation element, wherein further the UV source mounting element is installed in connection with the at least one mechanical separation element, which is a rotatable perforated plate, which is coated at least partially with the catalyst coating. a housing with a filter mounting element, at least one mechanical separation element, a UV source mounting element, and a catalyst coating present inside the air filter, wherein the filter mounting element is adapted to install the air filter (104, 204) in connection with an intake opening of an air ventilation duct, wherein the at least one mechanical separation element is adapted to separate solid impurities from flowing air, and wherein the catalyst coating, together with UV light generated by a UV source, which is installed in the UV source mounting element, is adapted to transform a physical state of grease flowing into the ventilation duct along with the airflow pre-scrubbed by the at least one mechanical separation element, at least one mechanical separation element, a UV source mounting element, and a catalyst coating present inside the air filter, wherein the filter mounting element is adapted to install the air filter (104, 204) in connection with an intake opening of an air ventilation duct, wherein the at least one mechanical separation element is adapted to separate solid impurities from flowing air, and wherein the catalyst coating, together with UV light generated by a UV source, which is installed in the UV source mounting element, is adapted to transform a physical state of grease flowing into the ventilation duct along with the airflow pre-scrubbed by the at least one mechanical separation element, wherein further the UV source mounting element is installed in connection with the at least one mechanical separation element, which is a rotatable perforated plate, which is coated at least partially with the catalyst coating.
Cassette for a console of an ophthalmosurgical system for treating an eye, the cassette being designed for insertion into a cassette receiving region of the console and having at least one fluid pump (10, 20, 30, 40) for delivering a treatment fluid, a tube for attachment to a handpiece of the ophthalmosurgical system, and a connection unit for the mechanical connection, secured against detachment, of a cassette-side end of the tube to a cassette housing of the cassette, characterized in that the connection unit comprises an attachment stub, which is arranged on the cassette housing and has a through opening for the treatment fluid, and a plug-in connector, which is on the cassette-side end of the tube and likewise has a through opening for the treatment fluid, with the plug-in connector, when it is connected to the attachment stub, being held in a fluid-tight manner with respect to the attachment stub and so as to be able to rotate about a longitudinal axis of the through opening (64, 65), with the plug-in connector having a plug-in opening for the attachment stub and the attachment stub having a plug-in projection for plugging into the plug-in opening, with the respective through openings (64, 65) leading into the plug-in opening or the plug-in projection, respectively, with the result that the through openings (64, 65) are in line with one another, with the plug-in connector having at least one latching element which is designed to latch to a corresponding latching element of the attachment stub.
A traffic statistics collection method, comprising: adopting one and the same counter to set an input control parameter for each type of message in N types of messages respectively, wherein N is a positive integer more than or equal to 2, each input control parameter is a positive integer, and N input control parameters set for the N types of messages are different from one another; acquiring N count values from the counter when a first preset moment is reached, wherein the N count values comprise: a total number count of the N types of messages and N-1 input control parameter counts, which are received by a preset port at the first preset moment, each input control parameter count is linearly related to the input control parameters of N-1 types of messages selected from the N types of messages, and the N-1 types of the messages corresponding to different input control parameter counts are partially the same; and collecting statistics for traffic, at the first preset moment, of the each type of message in the N types of messages through the N input control parameters and the N count values respectively. adopting one and the same counter to set an input control parameter for each type of message in N types of messages respectively, wherein N is a positive integer more than or equal to 2, each input control parameter is a positive integer, and N input control parameters set for the N types of messages are different from one another; acquiring N count values from the counter when a first preset moment is reached, wherein the N count values comprise: a total number count of the N types of messages and N-1 input control parameter counts, which are received by a preset port at the first preset moment, each input control parameter count is linearly related to the input control parameters of N-1 types of messages selected from the N types of messages, and the N-1 types of the messages corresponding to different input control parameter counts are partially the same; and collecting statistics for traffic, at the first preset moment, of the each type of message in the N types of messages through the N input control parameters and the N count values respectively.
Intake with integrated exhaust gas recirculation, - with a housing limiting a housing interior, which has one first housing wall with at least one air inlet and one second housing wall with at least one fluid outlet, - with an intercooler disposed in the housing interior, - with an intermixing chamber which is part of the housing interior and is limited by the intercooler and the second housing wall, - with an exhaust gas distribution line disposed in the intermixing chamber, extending along a perpendicular direction, wherein in the exhaust gas distribution line on a side of the exhaust gas distribution line facing the air inlet are provided at least one first and one second exhaust gas outlet (5a-5d) by means of which the exhaust gas drawn out of the internal combustion machine and flowing through the exhaust gas distribution line can be brought into the intermixing chamber, - with an exhaust gas supply line fluidically connected with the exhaust gas distribution line via a fluid passage provided at same, characterised in that - the fluid passage is disposed with respect to the perpendicular direction substantially centrally in the exhaust gas distribution line and/or in the intermixing chamber, - the intercooler and the exhaust gas distribution line are disposed in the housing such that the flow direction (S A) of the exhaust gas introduced into the intermixing chamber runs substantially in the opposite direction to the flow direction (S F) of the fresh air introduced into the intermixing chamber, so that the two directions (S A, S F) form an angle of substantially 180 ° to one another. - with a housing limiting a housing interior, which has one first housing wall with at least one air inlet and one second housing wall with at least one fluid outlet, - with an intercooler disposed in the housing interior, - with an intermixing chamber which is part of the housing interior and is limited by the intercooler and the second housing wall, - with an exhaust gas distribution line disposed in the intermixing chamber, extending along a perpendicular direction, wherein in the exhaust gas distribution line on a side of the exhaust gas distribution line facing the air inlet are provided at least one first and one second exhaust gas outlet (5a-5d) by means of which the exhaust gas drawn out of the internal combustion machine and flowing through the exhaust gas distribution line can be brought into the intermixing chamber, - with an exhaust gas supply line fluidically connected with the exhaust gas distribution line via a fluid passage provided at same, characterised in that - the fluid passage is disposed with respect to the perpendicular direction substantially centrally in the exhaust gas distribution line and/or in the intermixing chamber, - the intercooler and the exhaust gas distribution line are disposed in the housing such that the flow direction (S A) of the exhaust gas introduced into the intermixing chamber runs substantially in the opposite direction to the flow direction (S F) of the fresh air introduced into the intermixing chamber, so that the two directions (S A, S F) form an angle of substantially 180 ° to one another.
A surgical mesh for use in a surgical procedure for vaginal prolapse repair, the mesh including a first fibre or yarn,, and a second fibre or yarn,,, wherein the surgical mesh is knitted so that the first fibre or yarn,, is freely able to slide over the second fibre or yarn,,, wherein the surgical mesh has a porosity at rest of 70% or more wherein the average diameter of a pore at rest is 1 centimetre or more.