mhurhangee/ep-ind-claims huggingface dataset:
A use of a composition comprising: a. Fabric softening active; b. 0.01 to 4 wt.% hydrolysed protein to treat fabrics comprising synthetic fibres during the laundry process wherein the fabric comprising synthetic fibres comprises 90 wt.% to 100 wt.% polyester. a. Fabric softening active; b. 0.01 to 4 wt.% hydrolysed protein
Locking device for a fold-over backrest of a seat, in particular a rear seat in a motor vehicle, comprising a locking housing in which a handle which is able to be pivoted about a pivot axis between a locked position and an unlocked position is arranged, by means of which handle a locking pawl of a locking mechanism is able to be driven between a locked position and an unlocked position, comprising a blocking bolt which is able to move manually by means of a closable lock between a blocked position blocking the handle in the locked position thereof and a released position releasing the handle, characterized in that by means of the handle, when moved from the locked position into the unlocked position, a transmission element is able to be displaceably driven in a guide from a first end position into a second end position, wherein the transmission element has a locking element fixedly arranged thereon and which, when the handle is moved from the locked position thereof, is able to be moved into a locking recess of the blocking bolt and blocks the ability of the blocking bolt to move from the released position thereof into the blocked position thereof.
An apparatus comprising a data transceiver that comprises an analog front end having a plurality of front end modules (260 1 -260 N) and a plurality of ports (112 1 -112 N), a digital transmit chain, and a digital receive chain, the digital transmit chain being configured to drive the analog front end to cause an output signal (288 n) to be transmitted on the plurality of ports with some energy of the output signal being coupled through the analog front end into the digital receive chain as an echo signal; wherein the data transceiver further comprises a first echo-cancellation circuit (230, 224, 300, 800, 900, 1000) having at least a first stage (S1, STAGE 1) and a second stage (S2, STAGE 2) connected in series, the first echo-cancellation circuit being configurable to cancel the echo signal in response to a plurality of monitor signals (232 1 -232 N) received from the respective front end modules(260 1 -260 N); wherein the first stage comprises a plurality of first adaptive filters (330 1 -330 N), each of the first adaptive filters having a respective feed-through path (F 0 -F N-1) and a respective first tap, each of the respective first taps being connected to receive one of the plurality of monitor signals, one of the respective feed-through paths (F 0) being connected to receive a data signal generated in response to one or more input signals received on the plurality of ports, and other ones (F 1 -F N-1) of the respective feed-through paths being connected to receive other ones of the plurality of monitor signals (232 2 -232 N); and wherein the second stage (S2, STAGE 2) is connected to receive signals (338, 332 2 -332 N) outputted by the respective feed-through paths of the plurality of first adaptive filters. wherein the data transceiver further comprises a first echo-cancellation circuit (230, 224, 300, 800, 900, 1000) having at least a first stage (S1, STAGE 1) and a second stage (S2, STAGE 2) connected in series, the first echo-cancellation circuit being configurable to cancel the echo signal in response to a plurality of monitor signals (232 1 -232 N) received from the respective front end modules(260 1 -260 N); wherein the first stage comprises a plurality of first adaptive filters (330 1 -330 N), each of the first adaptive filters having a respective feed-through path (F 0 -F N-1) and a respective first tap, each of the respective first taps being connected to receive one of the plurality of monitor signals, one of the respective feed-through paths (F 0) being connected to receive a data signal generated in response to one or more input signals received on the plurality of ports, and other ones (F 1 -F N-1) of the respective feed-through paths being connected to receive other ones of the plurality of monitor signals (232 2 -232 N); and wherein the second stage (S2, STAGE 2) is connected to receive signals (338, 332 2 -332 N) outputted by the respective feed-through paths of the plurality of first adaptive filters.
A system for remotely commanding a medical device arranged to be implanted in a human or animal body, said command system comprising at least a first and a second activation element for commanding said medical device, said first activation element being arranged to be triggered by proximity to an added activation element, said second activation element being arranged to be triggered by pressure exerted on said second activation element, the command system being configured to establish a communication with the medical device in a frequency band dedicated to medical devices and to activate a command of the medical device upon triggering of the first and second activation elements simultaneously or successively in a time interval of less than 1 second, preferably less than 500 milliseconds, still preferably less than or equal to 100 milliseconds.
Parking lock module for actuating a parking lock in a motor vehicle, having a housing, in which a positioning member for the actuation of the parking lock is movable between a locking position and an unlocking position and is selectively fixable in at least one of these positions relative to the housing by means of an arresting device, which arresting device has a detent element which interacts with the positioning member for this purpose, which detent element is movable at least by means of an electromagnetic actuator between an arresting position and a release position, wherein a sensor arrangement is provided which has at least one position detector, which is positionally fixed relative to the housing, and at least one position encoder, which, for the detection of the respective position, is operatively connected to the positioning member or to the detent element, characterized in that the electromagnetic actuator of the arresting device is activatable by means of a circuit board which is attached to the housing and which also bears the position detector of the sensor arrangement.
Equipment for playing basketball, comprising a base intended to be disposed bearing on the ground and a post having an upper section carrying a board on which a basketball hoop is mounted, said post having a lower section which is rotatably mounted on said base so as to be able to dispose said post reversibly between a stowed storage configuration against the base and an upright use configuration, the board being mounted on the upper section through a rotational mechanism between an angular use position and an angular storage position, said equipment being characterised in that the mechanism comprises a subplate for joining together the upper end of the upper section, said subplate comprising an extension linked to the board through a friction pivot, the use position of said board being delimited by the abutment of said subplate on a member secured to the board.
Method for serial data transmission between a microcontroller or computer and one or more peripheral units, via a single-wire data line or two differential data lines and by means of datagrams for: - a write access including the address of a peripheral unit, the address of a register of the peripheral unit, and a data word having data to be written into the addressed register; and for: - a read access including the address of a peripheral unit and the address of a register of the peripheral unit to be read out, and for a response to a read access including the address of the microcontroller or computer, the address of the read-out register and the read-out data, wherein: - each peripheral unit is assigned a unique address, - only one peripheral unit is addressed at a time, - in the at least one peripheral unit, the baud rate of an incoming datagram is determined and the further reception or transmission of datagrams by the peripheral unit is synchronized therewith, characterized in that - in each peripheral unit, a datagram counter is incremented by a value of 1 if the peripheral unit concerned has received a datagram addressed to it for a write access, and the counter reading is not changed on receipt of a datagram for a read access. - a write access including the address of a peripheral unit, the address of a register of the peripheral unit, and a data word having data to be written into the addressed register; and for: - a read access including the address of a peripheral unit and the address of a register of the peripheral unit to be read out, and for a response to a read access including the address of the microcontroller or computer, the address of the read-out register and the read-out data, wherein: - each peripheral unit is assigned a unique address, - only one peripheral unit is addressed at a time, - in the at least one peripheral unit, the baud rate of an incoming datagram is determined and the further reception or transmission of datagrams by the peripheral unit is synchronized therewith, characterized in that - in each peripheral unit, a datagram counter is incremented by a value of 1 if the peripheral unit concerned has received a datagram addressed to it for a write access, and the counter reading is not changed on receipt of a datagram for a read access.
A system for type casting in a managed code environment comprising: a managed memory having a plurality of managed memory portions (1211 to 1217), each corresponding to a managed computing entity (1231 to 1237), at least one of the managed memory portions containing one or more spans that hold a specially-annotated pointer to a region of memory represented by the span, wherein a garbage collector ignores the specially-annotated pointer if the specially-annotated pointer points outside of the managed memory; shared memory being an immutable buffer located outside of the managed memory and dedicated to I/O direct memory access, DMA, operations; and means that permits managed programs to obtain data from the shared memory using type casting, including assigning the data a type that supports type casting, the data being obtained through a span of the one or more spans that provides direct access to the shared memory and is therefore ignored by the garbage collector. a managed memory having a plurality of managed memory portions (1211 to 1217), each corresponding to a managed computing entity (1231 to 1237), at least one of the managed memory portions containing one or more spans that hold a specially-annotated pointer to a region of memory represented by the span, wherein a garbage collector ignores the specially-annotated pointer if the specially-annotated pointer points outside of the managed memory; shared memory being an immutable buffer located outside of the managed memory and dedicated to I/O direct memory access, DMA, operations; and means that permits managed programs to obtain data from the shared memory using type casting, including assigning the data a type that supports type casting, the data being obtained through a span of the one or more spans that provides direct access to the shared memory and is therefore ignored by the garbage collector.
Filter element for a filter device for filtering a fluid, - having an annular filter body made of a filter material, which surrounds an inner chamber in circumferential direction, - having two end discs (17, 18), which limit axially the filter body at opposite axial end faces, - having a main connection on one of the end discs (17, 18), which is fluidically connected with the inner chamber and through which cleaned fluid can be discharged out of the inner chamber, - wherein the filter body has a channel which extends axially and is radially open, and which interrupts an annular contour, formed by the annularly disposed filter material, of the filter body in the circumferential direction, characterised by an auxiliary connection which is fluidically connected with the inner chamber, through which additionally to the main connection cleaned fluid can be discharged out of the inner chamber, and which is disposed in the region of the channel. - having an annular filter body made of a filter material, which surrounds an inner chamber in circumferential direction, - having two end discs (17, 18), which limit axially the filter body at opposite axial end faces, - having a main connection on one of the end discs (17, 18), which is fluidically connected with the inner chamber and through which cleaned fluid can be discharged out of the inner chamber, - wherein the filter body has a channel which extends axially and is radially open, and which interrupts an annular contour, formed by the annularly disposed filter material, of the filter body in the circumferential direction,
A reference control composition for simulating a human nucleated red blood cell in a blood sample comprising: (a) a fixed non-nucleated blood cell which has a natural cell size similar to a size of a nucleus of said nucleated red blood cell of said blood sample, wherein said non-nucleated blood cell comprises equine, ovine, bovine, feline, canine, porcine red blood cells, or combinations thereof and wherein the cellular membrane of said non-nucleated blood cell is not coated, infused with or chemically linked to natural or synthetic nucleic acids; and (b) a suspension medium suitable for delivering said non-nucleated blood cell to a blood analyzer. (a) a fixed non-nucleated blood cell which has a natural cell size similar to a size of a nucleus of said nucleated red blood cell of said blood sample, wherein said non-nucleated blood cell comprises equine, ovine, bovine, feline, canine, porcine red blood cells, or combinations thereof and wherein the cellular membrane of said non-nucleated blood cell is not coated, infused with or chemically linked to natural or synthetic nucleic acids; and (b) a suspension medium suitable for delivering said non-nucleated blood cell to a blood analyzer.
Method for the production of ozone at increased pressure having a capacity of at least 1kg ozone/h by means of an ozone generator having a high voltage electrode and at least one counter electrode, wherein the high voltage electrode and the at least one counter electrode delimit a gap in which at least one dielectric is arranged and which is flowed through by gas containing oxygen having a gas pressure p gas, and wherein the high voltage electrode and the at least one counter electrode are provided with a connection for an electrical voltage supply (7, 8) for the generation of discharges in at least one discharge gap, wherein the voltage supply (7, 8) provides a high voltage ranging from 1kV to 50kV and wherein sparking distances d i of the discharge are distributed between a smallest sparking distance d min and a greatest sparking distance d max, characterised in that the gas pressure p gas of the gas containing oxygen amounts to at least 3 bar, wherein the gas pressure p gas of the gas containing oxygen is measured as an excess pressure compared to the atmospheric pressure.
Depalletizing arrangement having an apparatus for depalletizing stackable parcelled goods containers (2, 6), wherein the apparatus has a holding device having suction means (12, 13) that are arranged thereon and that are designed for releasable suction engagement with a side wall (3, 4) of the container (2, 6), and said apparatus has a support plate for supporting the container (2, 6), that is to be moved relative to the holding device, and said apparatus includes a receptacle having at least one support, on which the holding device is arranged, and the apparatus has an engagement device, which is designed for releasable engagement with a cutout of a side wall (3, 4) of the container (2, 6), characterised in that the depalletizing arrangement has a manipulator having a support structure, and a rotary receptable arranged to be rotatable relative thereto is arranged on the support structure and the apparatus is arranged on the rotary receptable to be moveable relative to the manipulator, wherein the engagement device is arranged on the receptacle and is designed to be moveable relative to the support plate in the vertical direction.
A lead assembly for electrical stimulation comprising: a central lead member (110, 210, 410) comprising a distal portion configured to extend along a longitudinal axis; two or more side lead members (112, 212, 412) disposed around the central lead member (110, 210, 410), each side lead member (112, 212, 412) comprising a deploying portion (122, 222, 422) extending at an angle away from the longitudinal axis, each deploying portion (122, 222, 422) having a proximal portion and a distal portion, the distal portion being laterally spaced from the central lead member (110, 210, 410) and extending more parallel to the longitudinal axis than the proximal portion, wherein each deploying portion (122, 222, 422) of the side lead members (112, 212, 412) extends along a constant-radius arc, particularly wherein the constant-radius arc is convex; and one or more electrodes attached to the distal portion of the deploying portion (122, 222, 422) of each side lead member (112, 212, 412). a central lead member (110, 210, 410) comprising a distal portion configured to extend along a longitudinal axis; two or more side lead members (112, 212, 412) disposed around the central lead member (110, 210, 410), each side lead member (112, 212, 412) comprising a deploying portion (122, 222, 422) extending at an angle away from the longitudinal axis, each deploying portion (122, 222, 422) having a proximal portion and a distal portion, the distal portion being laterally spaced from the central lead member (110, 210, 410) and extending more parallel to the longitudinal axis than the proximal portion, wherein each deploying portion (122, 222, 422) of the side lead members (112, 212, 412) extends along a constant-radius arc, particularly wherein the constant-radius arc is convex; and one or more electrodes attached to the distal portion of the deploying portion (122, 222, 422) of each side lead member (112, 212, 412).
Method for rolling hard-fine machining of a toothing of a workpiece by means of a grinding tool, in particular by means of a grinding worm, in which the grinding tool is mounted on a tool spindle and rotates about the tool axis (a) while the grinding tool is in engagement with the toothing, wherein the grinding tool is guided relative to the toothing during the machining in order to grind the toothing over its width, and wherein the grinding tool rotates at a non-constant rotational speed during its engagement with the toothing at least over a portion of the width, characterized in that the rotational speed (n) of the grinding tool during its engagement with the toothing has a constant basic value on which an additionally time-varying rotational speed function is superimposed, wherein the time-varying rotational speed function is periodic or wherein the time-varying rotational speed function has a stochastic character.
A method for determining an artery location on a living subject's skin and positioning a tonometry pressure sensor of a tonometric blood-pressure monitoring device on the artery location for measuring blood pressure of the living subject, said tonometric blood-pressure monitoring sensing device further comprising an optical-sensing unit having a light source and an optical detector, the method comprising: determining, by a non-contact process of using the optical-sensing unit to scan the skin along a scan path thereon, a search region within the scan path such that an artery is predicted to lie under the search region; further determining a height profile characterizing the scan path's curvature by the non-contact process; and searching for the artery location within the search region by a contact-based process of sweeping the pressure sensor along the search region, wherein the sweeping of the pressure sensor along the search region is guided by curvature information provided by the height profile. determining, by a non-contact process of using the optical-sensing unit to scan the skin along a scan path thereon, a search region within the scan path such that an artery is predicted to lie under the search region; further determining a height profile characterizing the scan path's curvature by the non-contact process; and searching for the artery location within the search region by a contact-based process of sweeping the pressure sensor along the search region, wherein the sweeping of the pressure sensor along the search region is guided by curvature information provided by the height profile.
Extracorporeal medical device for reversing flow comprising: a housing presenting at least four ports (12,13,14 and 15) and a lateral wall having an inner surface radially delimiting an internal chamber, a selector body having at least an active portion movable relative to the housing inside the internal chamber, between at least a first position and at least a second position, in said first position the active portion being positioned relative to the housing so that the first port is in fluid communication with the second port through said internal chamber while the third port is in fluid communication with the fourth port through said internal chamber, and in said second position the active portion being positioned relative to the housing so that the first port is in fluid communication with the fourth port through said internal chamber while the second port is in fluid communication with the third port through said chamber, characterized in that the lateral wall inner surface has the shape of a generalized cylinder extending parallel to a longitudinal axis of the internal chamber, the active portion of the selector body displacing axially, parallel to the inner surface of the lateral wall, wherein, as a consequence of the displacement of the selector body between the first and second position, the active portion of the selector body displaces at least axially along said inner surface of the lateral wall. a housing presenting at least four ports (12,13,14 and 15) and a lateral wall having an inner surface radially delimiting an internal chamber, a selector body having at least an active portion movable relative to the housing inside the internal chamber, between at least a first position and at least a second position, in said first position the active portion being positioned relative to the housing so that the first port is in fluid communication with the second port through said internal chamber while the third port is in fluid communication with the fourth port through said internal chamber, and in said second position the active portion being positioned relative to the housing so that the first port is in fluid communication with the fourth port through said internal chamber while the second port is in fluid communication with the third port through said chamber, characterized in that the lateral wall inner surface has the shape of a generalized cylinder extending parallel to a longitudinal axis of the internal chamber, the active portion of the selector body displacing axially, parallel to the inner surface of the lateral wall, wherein, as a consequence of the displacement of the selector body between the first and second position, the active portion of the selector body displaces at least axially along said inner surface of the lateral wall.