mhurhangee/patent-ind-claim-en huggingface dataset:
A device for processing a continuous web, preferably of filter material, comprising a feed station for feeding a continuous web defining a direction of feed (D) towards a cutting station for cutting the continuous web , according to a cutting length (T), into individual segments of continuous web , preferably of filter material, and specifically disc-shaped, and a feed station for feeding each individual segment obtained by cutting the continuous web ; the device comprises a first cutting unit comprising an opposing element , which rotates about its axis of rotation , and a cutting member , which rotates about its axis of rotation and which acts in conjunction with the opposing element at the cutting station to obtain individual segments from the continuous web according to the cutting length; the device is characterized in that it comprises a second cutting unit for cutting the continuous web , located between the feed station for feeding the continuous web and the first cutting unit , and comprising at least one cutting element configured to sever the continuous web across the full width in a direction transverse to the direction of feed (D) of the continuous web ; a drive unit is configured to issue a command to move the cutting element from a non-operating position, where the continuous web is fed by the feed station to the first cutting unit through the second cutting unit , to an operating position, where the continuous web is severed by the cutting element to interrupt feeding of the continuous web to the first cutting unit . the device comprises a first cutting unit comprising an opposing element , which rotates about its axis of rotation , and a cutting member , which rotates about its axis of rotation and which acts in conjunction with the opposing element at the cutting station to obtain individual segments from the continuous web according to the cutting length; the device is characterized in that it comprises a second cutting unit for cutting the continuous web , located between the feed station for feeding the continuous web and the first cutting unit , and comprising at least one cutting element configured to sever the continuous web across the full width in a direction transverse to the direction of feed (D) of the continuous web ; a drive unit is configured to issue a command to move the cutting element from a non-operating position, where the continuous web is fed by the feed station to the first cutting unit through the second cutting unit , to an operating position, where the continuous web is severed by the cutting element to interrupt feeding of the continuous web to the first cutting unit .
A composite forming fabric for a papermaking machine woven according to a repeating fabric weave pattern, comprising a paper side (PS) layer having a PS surface, the PS layer including PS warps (1-12) and PS wefts (W2, W3, W8 , W9, W14, W15, W20, W21, W26, W27, W32, W33, W38, W39, W44, and W45) interwoven in a first repeating pattern, a machine side (MS) layer having a MS surface, the MS layer including interwoven MS warps (13-24) and MS wefts (W1, W4, W7, W10, W13, W16, W19, W22, W25, W28, W31, W34, W37, W40, W43, and W46), and a plurality of pairs of binder weft yarns (W5, W6; W11, W12; W17, W18; W23, W24; W29, W30; W35, W36; W41, W42; W47, W48), each of the pairs of binder weft yarns (W5, W6; W11, W12; W17, W18; W23, W24; W29, W30; W35, W36; W41, W42; W47, W48) comprising first and second binder weft yarns interwoven according to a binder weft pattern with the PS warps (1-12) and the MS warps (13-24) to bind the PS and MS layers together in the composite forming fabric, and each interchanges between the layers at exchange points, wherein in each pattern repeat of the fabric weave pattern each of the MS warps (13-24) interlaces with at least two non-adjacent ones of the MS wefts (W1, W4, W7, W10, W13, W16, W19, W22, W25, W28, W31, W34, W37, W40, W43, and W46), characterized in that in each pattern repeat of the fabric weave pattern: only three of the MS warps (13-24) pass under each MS weft (W1, W4, W7, W10, W13, W16, W19, W22, W25, W28, W31, W34, W37, W40, W43, and W46), where said only three of the MS warps (13-24), along with a further one of the MS warps (13-24), are co-located adjacent to one another, with the further one of the MS warps (13-24) separating a first of the only three MS warps (13-24) from the others of said only three MS warps (13-24).
A contactor device for high voltage applications, the contactor device comprising: at least one fixed contact ; at least one moveable contact , which is configured to move between an open position and a closed position, wherein in the closed position, the at least one moveable contact electrically contacts the at least one fixed contact ; and at least one first actuator , which is configured to reversibly move the at least one moveable contact between the open position and the closed position; and at least one second actuator which is configured to move the at least one fixed contact into a fired position, wherein in the fired position, the at least one fixed contact is permanently disconnected from the at least one moveable contact ; wherein the at least one second actuator is a pyrotechnic actuator; and wherein the at least one fixed contact is irreversibly displaced in the fired position. at least one fixed contact ; at least one moveable contact , which is configured to move between an open position and a closed position, wherein in the closed position, the at least one moveable contact electrically contacts the at least one fixed contact ; and at least one first actuator , which is configured to reversibly move the at least one moveable contact between the open position and the closed position; and at least one second actuator which is configured to move the at least one fixed contact into a fired position, wherein in the fired position, the at least one fixed contact is permanently disconnected from the at least one moveable contact ; wherein the at least one second actuator is a pyrotechnic actuator; and wherein the at least one fixed contact is irreversibly displaced in the fired position.
(Currently amended) A floating chemical dispenser , comprising: a body portion having a first chamber for receiving solid chemicals, a second chamber for receiving a floating member , and at least one first hole for communicating the first chamber with an external environment, an opening being disposed at one end of the body portion , and the opening being in communication with the first chamber ; and a cover , configured to close the opening of the body portion ; wherein the cover is detachably connected to the body portion via a first locking mechanism, and the first locking mechanism has a locking position and an unlocking position, and the first locking mechanism is configured to move between the locking position and the unlocking position via pressing and rotating the cover by a user, so as to control locking or unlocking of the cover and the body portion , characterized in that the cover comprises a rigid frame portion (112; 116) and a flexible portion connected to the rigid frame portion (112; 116), the flexible portion being configured to be used by a user to take the solid chemicals.. a body portion having a first chamber for receiving solid chemicals, a second chamber for receiving a floating member , and at least one first hole for communicating the first chamber with an external environment, an opening being disposed at one end of the body portion , and the opening being in communication with the first chamber ; and a cover , configured to close the opening of the body portion ; wherein the cover is detachably connected to the body portion via a first locking mechanism, and the first locking mechanism has a locking position and an unlocking position, and the first locking mechanism is configured to move between the locking position and the unlocking position via pressing and rotating the cover by a user, so as to control locking or unlocking of the cover and the body portion , characterized in that the cover comprises a rigid frame portion (112; 116) and a flexible portion connected to the rigid frame portion (112; 116), the flexible portion being configured to be used by a user to take the solid chemicals..
A fuel oil identification method comprising: supplying vapor of an analyte to a fuel oil identification sensor; and identifying the analyte on the basis of an output of the fuel oil identification sensor characterized in that the fuel oil identification sensor comprises: a surface stress sensor, and a receptor layer comprising particles of 1 mm or less in particle size and modified with hydrocarbon groups, the receptor layer coating a surface of the surface stress sensor, and wherein said surface stress sensor is adapted to detect a change in surface stress when said receptor layer is contacted by vapor of said fuel oil. supplying vapor of an analyte to a fuel oil identification sensor; and identifying the analyte on the basis of an output of the fuel oil identification sensor characterized in that the fuel oil identification sensor comprises: a surface stress sensor, and a receptor layer comprising particles of 1 mm or less in particle size and modified with hydrocarbon groups, the receptor layer coating a surface of the surface stress sensor, and wherein said surface stress sensor is adapted to detect a change in surface stress when said receptor layer is contacted by vapor of said fuel oil. a surface stress sensor, and a receptor layer comprising particles of 1 mm or less in particle size and modified with hydrocarbon groups, the receptor layer coating a surface of the surface stress sensor, and wherein said surface stress sensor is adapted to detect a change in surface stress when said receptor layer is contacted by vapor of said fuel oil.
A set of body elements of a body base of a motor vehicle body comprising a tunnel longitudinal and a cross assembled together by means of a vertical socket, the tunnel having an open-angle U profile with side walls of the tunnel which are sloped substantially in relation to the direction of vertical interlocking between the tunnel and the tunnel , the tunnel topping an interlocking device which is lengthwise fitted to the crossing and which has a profile of form complementary to the profile of the tunnel , the interlocking device which includes side walls against which the side walls of the tunnel are applied, at least one sealing device being interposed between the tunnel and the cross , characterized as one or more of the sealant parts, includes watertight cords that extend in interposition between the side walls of the tunnel and the side walls of the sealant that are opposite each other, the cords being lodged respectively within reserves between the said side walls in relation to the tunnel and the interlocking device , and in so far as the first lost outlets of the reserves within the tunnel create capacities within which a creep of the cords is put into compression at the end of the run vertical interlocking of the tunnel and the interlocking device .
A system comprising: a memory controller configured to generate at least one read command including address information; and at least one dynamic random access memory, DRAM, device , the DRAM device comprising: a memory array including memory locations addressable with the address information, the memory locations including data and internal check bits associated with the data, the DRAM device to generate the internal check bits during an error checking operation; and input/output, I/O, circuitry configured to couple to the memory controller, the I/O circuitry being configured to receive the read command; wherein in response to the read command, if the DRAM device is configured for a check bit read, CBRD, mode, the read command causes the DRAM device to send internal check bits associated with the identified address location via the I/O circuitry to the memory controller, and if the DRAM device is not configured for the CBRD mode, the read command causes the DRAM device to return data associated with the identified address location without exposing the internal check bits to the memory controller. a memory controller configured to generate at least one read command including address information; and at least one dynamic random access memory, DRAM, device , the DRAM device comprising: a memory array including memory locations addressable with the address information, the memory locations including data and internal check bits associated with the data, the DRAM device to generate the internal check bits during an error checking operation; and input/output, I/O, circuitry configured to couple to the memory controller, the I/O circuitry being configured to receive the read command; wherein in response to the read command, if the DRAM device is configured for a check bit read, CBRD, mode, the read command causes the DRAM device to send internal check bits associated with the identified address location via the I/O circuitry to the memory controller, and if the DRAM device is not configured for the CBRD mode, the read command causes the DRAM device to return data associated with the identified address location without exposing the internal check bits to the memory controller. a memory array including memory locations addressable with the address information, the memory locations including data and internal check bits associated with the data, the DRAM device to generate the internal check bits during an error checking operation; and input/output, I/O, circuitry configured to couple to the memory controller, the I/O circuitry being configured to receive the read command; wherein in response to the read command, if the DRAM device is configured for a check bit read, CBRD, mode, the read command causes the DRAM device to send internal check bits associated with the identified address location via the I/O circuitry to the memory controller, and if the DRAM device is not configured for the CBRD mode, the read command causes the DRAM device to return data associated with the identified address location without exposing the internal check bits to the memory controller.
A hinge for a household appliance, with a hinge housing , with a pivot arm , which is pivotably retained on the hinge housing , and with a drive device , which comprises an electric motor , by means of which the pivot arm is pivotable in relation to the hinge housing , wherein the drive device includes: - a drive housing , in which the electric motor is accommodated, formed separately from the hinge housing , provided in addition thereto and at least partially following the hinge housing in longitudinal extension direction of the hinge housing ; - a threaded spindle at least partially accommodated in the hinge housing , which is drivable by means of the electric motor and thereby rotatable around a rotational axis in relation to the hinge housing ; and - at least one screw element screwed to the threaded spindle , which screw element is secured against a rotation around the rotational axis in relation to the hinge housing , such that a translational movement of the screw element in relation to the hinge housing can be effected by a relative rotation between the threaded spindle and the screw element effected around the rotational axis , whereby the pivot arm is pivotable in relation to the hinge housing by means of the screw element , wherein the drive housing and/or the electric motor are at least partially covered by the hinge housing along the rotational axis towards the pivot arm , characterized in that a length area (L1) of the threaded spindle protrudes from the hinge housing and is accommodated in the drive housing , and/or the hinge housing is a first housing and the drive housing is a second housing of the hinge , wherein a length area (L2, L3) of one of the housings is accommodated in the other housing. - a drive housing , in which the electric motor is accommodated, formed separately from the hinge housing , provided in addition thereto and at least partially following the hinge housing in longitudinal extension direction of the hinge housing ; - a threaded spindle at least partially accommodated in the hinge housing , which is drivable by means of the electric motor and thereby rotatable around a rotational axis in relation to the hinge housing ; and - at least one screw element screwed to the threaded spindle , which screw element is secured against a rotation around the rotational axis in relation to the hinge housing , such that a translational movement of the screw element in relation to the hinge housing can be effected by a relative rotation between the threaded spindle and the screw element effected around the rotational axis , whereby the pivot arm is pivotable in relation to the hinge housing by means of the screw element , wherein the drive housing and/or the electric motor are at least partially covered by the hinge housing along the rotational axis towards the pivot arm , a length area (L1) of the threaded spindle protrudes from the hinge housing and is accommodated in the drive housing , and/or the hinge housing is a first housing and the drive housing is a second housing of the hinge , wherein a length area (L2, L3) of one of the housings is accommodated in the other housing.
A sensor means or module for determining a displacement or deflection or bending, in particular an elastic displacement or deflection or bending, of a panel , in particular a glass or glass ceramic panel, or of a section of a panel or of an insert in relation to the panel , the sensor means or module and the panel or said section thereof forming a weighing means, in particular a scale, the sensor means or module - being adapted to be integrated in or allocated to a household appliance , in particular a cooking hob, more in particular an induction cooking hob, and - comprising or being connected to at least one processing and/or interpretation and/or compilation means, characterized by an acceleration sensor for a detection of an acceleration of the panel section or of a panel reference point or reference area, in particular a reference point or a reference area on a panel surface , during the elastic displacement or deflection or bending of the panel section or the panel reference point or panel reference area due to a placing of an item to be weighed on the panel . - being adapted to be integrated in or allocated to a household appliance , in particular a cooking hob, more in particular an induction cooking hob, and - comprising or being connected to at least one processing and/or interpretation and/or compilation means,
A solar heat collection tube , comprising: a tube in which a heat medium can flow; an infrared reflective layer formed on an outer surface of the tube ; a sunlight-to-heat conversion layer formed on the infrared reflective layer ; and an anti-reflection layer formed on the sunlight-to-heat conversion layer , characterized in that the sunlight-to-heat conversion layer contains manganese silicide having Mn 11 Si 19 as a main component. a tube in which a heat medium can flow; an infrared reflective layer formed on an outer surface of the tube ; a sunlight-to-heat conversion layer formed on the infrared reflective layer ; and an anti-reflection layer formed on the sunlight-to-heat conversion layer , characterized in that the sunlight-to-heat conversion layer contains manganese silicide having Mn 11 Si 19 as a main component.
Disposable container for the preservation and transport of human tissue samples or organs to be subjected to histological examination comprising: a receptacle containing a buffer solution, a piercing cap , a capsule containing formalin sealed by means of a protective film , a safety ring nut inserted between the base of the piercing cap and the capsule characterised in that : - said container is suitable for containing 30 or 90 ml; - said capsule contains formalin concentrated at 40% and 1/10 of the buffer solution; - said piercing cap is provided with threading; - it is equipped with a stopper positioned on the threading of the ring nut to safeguard the protective film adhering to the capsule . - said container is suitable for containing 30 or 90 ml; - said capsule contains formalin concentrated at 40% and 1/10 of the buffer solution; - said piercing cap is provided with threading; - it is equipped with a stopper positioned on the threading of the ring nut to safeguard the protective film adhering to the capsule .
A drug delivery device comprising: a housing ; a plurality of code-detecting optical sensors (212a-212g); a cylindrical member supported within the housing and configured to be rotated relative to the housing and the plurality of code-detecting optical sensors between a plurality of rotational positions; a sleeve which surrounds at least part of said cylindrical member and which rotates relative to the plurality of code-detecting optical sensors in one operational mode of the device but not in another operational mode of the device; and an additional optical sensor for monitoring the rotational position of opaque markings provided on the sleeve in order to determine the mode of operation of the device; wherein an outer surface of the cylindrical member is provided with a single track , the track forming an encoder and having a plurality of first track segments and a plurality of second track segments arranged along the length of the track, the first and second track segments respectively comprising differently marked parts of the track; and wherein in each rotational position of the cylindrical member relative to the housing at least one different first track segment is capable of inducing a first response in at least one of the plurality of code-detecting optical sensors, thereby enabling the rotational position of the cylindrical member relative to the housing to be determined. a housing ; a plurality of code-detecting optical sensors (212a-212g); a cylindrical member supported within the housing and configured to be rotated relative to the housing and the plurality of code-detecting optical sensors between a plurality of rotational positions; a sleeve which surrounds at least part of said cylindrical member and which rotates relative to the plurality of code-detecting optical sensors in one operational mode of the device but not in another operational mode of the device; and an additional optical sensor for monitoring the rotational position of opaque markings provided on the sleeve in order to determine the mode of operation of the device; wherein an outer surface of the cylindrical member is provided with a single track , the track forming an encoder and having a plurality of first track segments and a plurality of second track segments arranged along the length of the track, the first and second track segments respectively comprising differently marked parts of the track; and wherein in each rotational position of the cylindrical member relative to the housing at least one different first track segment is capable of inducing a first response in at least one of the plurality of code-detecting optical sensors, thereby enabling the rotational position of the cylindrical member relative to the housing to be determined.