mhurhangee/ep-ind-claims huggingface dataset:
Curtain connection module for a roller shutter, for fastening a roller shutter curtain to a winding shaft which can be mounted in an installation space above an opening in the building to be shaded, having a curtain support member (1; 101) which can be mounted on an upper side of the roller shutter curtain, a winding shaft attachment which can be fastened to the winding shaft, and a number of connecting members (2, 3; 102) which connects the winding shaft attachment to the curtain support member (1; 101), wherein, in a pre-assembled state of the roller shutter, the roller shutter curtain is unwound and the winding shaft is mounted, the winding shaft attachment is fastened to the winding shaft and the curtain support member (1; 101) is mounted on the upper side of the roller shutter curtain, and wherein two adjacent connecting members or the curtain support member (1; 101) and the adjoining connecting member (2; 102) form a mounting member of a mounting closure (1, 2; 101, 102) on the winding shaft side and on the curtain side, which can be closed in its non-closed state when the roller shutter is pre-assembled, and wherein the connection of the winding shaft attachment and/or the curtain support member (1; 101) to the respectively adjacent connecting member (2, 3; 102) and/or the connection of two successive connecting members (2, 3) to one another is designed to be pivotally articulated about an axis of rotation parallel to a winding shaft axis in the state when the curtain connection module is mounted on the roller shutter, so that the connection of the winding shaft attachment to the curtain support member (1; 101) has only a degree of rotational freedom about one or more axes of rotation when the mounting closure (1, 2; 101, 102) is closed, and wherein the mounting closure (1, 2; 101, 102) can be released in its closed state when the roller shutter is pre-assembled, and wherein the curtain support member (1; 101) has a suspension channel formed for attachment to an upper-side hook channel of an uppermost curtain slat so as to be displaceable in the transverse direction of the curtain, and the mounting members are shaped so as to allow displacement of the lower mounting member relative to the upper mounting member between a mounting position in the pre-assembled state of the roller shutter, in which the mounting members can be closed, and a dismantling position in which the mounting members are spaced apart from one another in the transverse direction of the curtain, characterized in that the two mounting members, when the curtain support member (1; 101) is in the assembly position, comprise overlapping positive-locking sections (10, 15, 18, 19; 126) with corresponding latching connection elements in order to clip the positive-locking sections (10, 15, 18, 19; 126) together when closing the mounting closure (1, 2; 101, 102) to form a shape which is formed complementarily by the two mounting members when the mounting closure (1, 2; 101, 102) is closed and which in side view is flat, curved in the manner of an airfoil or plane in the transverse direction of the curtain, and is approximately square in plan view.
A pulsed electric field cooking device comprising: - a container made of non-conductive, isolating material, - a first electrode and a second electrode placed in the container parallel to each other, - the first electrode being designed in a fixed position with respect to the container, - the second electrode being movable with respect to the container and - a pulsed electric field generator for generating electric pulses, characterized in that - the first electrode and the second electrode are positioned vertically and in that - the movement of the second electrode is performed by elastic means placed between the second electrode and a wall of the container. - a container made of non-conductive, isolating material, - a first electrode and a second electrode placed in the container parallel to each other, - the first electrode being designed in a fixed position with respect to the container, - the second electrode being movable with respect to the container and - a pulsed electric field generator for generating electric pulses, - the first electrode and the second electrode are positioned vertically and in that - the movement of the second electrode is performed by elastic means placed between the second electrode and a wall of the container.
A light module comprising an optical cover and a device carrier, the device carrier having lighting means in the form of LEDs which, in a mounted state of the device carrier, emit light through a transparent portion of the optical cover, wherein the optical cover has projections with an undercut which engage in openings of the device carrier and, by a lateral displacement of the device carrier with respect to the optical cover, secure the device carrier in the mounted state, in that in each case an overhang of the projections laterally of the respective opening engages over a portion of the device carrier, in order to block an unbridging of the device carrier from the cover in a direction perpendicular to the direction of the lateral displacement, wherein the device carrier, after the lateral displacement, is secured against a movement in the direction opposite to the displacement by a blocking element, characterized in that the blocking element is formed by a sheet metal tongue of the device carrier, which, after the displacement of the device carrier with respect to the optical cover, is bendable in order to form a stop with respect to the cover, so that a movement of the device carrier in a direction opposite to the direction of the lateral displacement is blocked. wherein the optical cover has projections with an undercut which engage in openings of the device carrier and, by a lateral displacement of the device carrier with respect to the optical cover, secure the device carrier in the mounted state, in that in each case an overhang of the projections laterally of the respective opening engages over a portion of the device carrier, in order to block an unbridging of the device carrier from the cover in a direction perpendicular to the direction of the lateral displacement, wherein the device carrier, after the lateral displacement, is secured against a movement in the direction opposite to the displacement by a blocking element, characterized in that the blocking element is formed by a sheet metal tongue of the device carrier, which, after the displacement of the device carrier with respect to the optical cover, is bendable in order to form a stop with respect to the cover, so that a movement of the device carrier in a direction opposite to the direction of the lateral displacement is blocked.
An antidote compound, the second oligomer, comprising a single stranded oligomer 6 - 30 contiguous nucleotides in length with at least one nucleotide analogue, for use as a medicament for deactivation of a therapeutic first oligomer in vivo in a subject, wherein a) the first oligomer is complementary or essentially complementary to a target nucleic acid naturally present in the subject and the first oligomer comprise one or more nucleotide analogues selected from locked nucleic acid, 2'-O-alkyl-RNA, 2'-OMe-RNA, 2'-amino-DNA, 2'-fluoro-DNA, 2'-MOE-RNA; and b) the sequence of contiguous nucleotides of said second oligomer is i) completely complementary to a sequence of contiguous nucleotides present in the first oligomer over the length of the shorter of the two oligomers or ii) comprises no more than a single mismatch with the compliment of a sequence of contiguous nucleotides present in the first oligomer over the length of the shorter of the two oligomers and said second oligomer comprise one or more nucleotide analogues selected from LNA, 2'-O-alkyl-RNA, 2'-OMe-RNA, 2'-amino-DNA, 2'-fluoro-DNA, 2'-MOE-RNA and is designed so that the duplex between the first oligomer and the complementary second oligomer results in the formation of at last one nucleotide analogue base pair; and c) the second oligomer does not comprise a contiguous sequence of more than 3 DNA units. a) the first oligomer is complementary or essentially complementary to a target nucleic acid naturally present in the subject and the first oligomer comprise one or more nucleotide analogues selected from locked nucleic acid, 2'-O-alkyl-RNA, 2'-OMe-RNA, 2'-amino-DNA, 2'-fluoro-DNA, 2'-MOE-RNA; and b) the sequence of contiguous nucleotides of said second oligomer is i) completely complementary to a sequence of contiguous nucleotides present in the first oligomer over the length of the shorter of the two oligomers or ii) comprises no more than a single mismatch with the compliment of a sequence of contiguous nucleotides present in the first oligomer over the length of the shorter of the two oligomers and said second oligomer comprise one or more nucleotide analogues selected from LNA, 2'-O-alkyl-RNA, 2'-OMe-RNA, 2'-amino-DNA, 2'-fluoro-DNA, 2'-MOE-RNA and is designed so that the duplex between the first oligomer and the complementary second oligomer results in the formation of at last one nucleotide analogue base pair; and c) the second oligomer does not comprise a contiguous sequence of more than 3 DNA units.
A packaged frozen confection comprising a flexible pouch, wherein the pouch comprises a wall delimiting a cavity containing the frozen confection and extending in a longitudinal direction from a base end to a top end of the pouch, wherein the top end comprises a product outlet through which the frozen confection can be extruded from the cavity, and wherein: - the base end comprises a gusset extending in a transverse direction; - the top end comprises a top edge extending in the transverse direction; and - the product outlet being disposed at or proximal to a corner of the top edge; wherein the wall is deformable at least at the base end of the pouch to urge the frozen confection in the cavity towards the outlet and extrude at least a portion of frozen confection therefrom. - the base end comprises a gusset extending in a transverse direction; - the top end comprises a top edge extending in the transverse direction; and - the product outlet being disposed at or proximal to a corner of the top edge;
A rubbing roller for rubbing an alignment layer of a liquid crystal display substrate, comprising a rotary roller and a rubbing cloth substantially surrounding a circumferential surface of the rotary roller; characterised in that the rubbing cloth comprises at least a first portion and a second portion, each having a width (WA, WB) substantially corresponding to a length of the rotary roller and a length (LA, LB) corresponding to a division of a circumference of the rotary roller; substantially all fibers of the first portion extending away from the rotary roller and leaning towards a first end of the rotary roller, and substantially all fibers of the second portion extending away from the rotary roller and leaning towards a second end of the rotary roller.
Filling level sensor for a fuel tank, comprising a ceramic mounting plate with a resistance network arranged thereon and a contact structure for the detection of an electrical filling level signal, and a cup-shaped cover connected to the mounting plate, having a cover top side, having an encircling edge which faces outwards and side faces which adjoin said edge, the cover and the mounting plate forming a housing by way of the edge of the cover resting on the mounting plate, characterized in that the cover has at least one bead, and in that the beads are formed between a side wall and the edge of the cover.
An actuator, comprising: a motor assembly having a motor and a motor shaft, the motor configured to supply a first torque to the motor shaft; a gear assembly having: a drive belt coupled to receive the first torque from the motor shaft and coupled to supply a second torque to a sprocket fixed along an axis of a worm screw shaft, and a drive gear fixed along an axis of a drive shaft, the drive gear is engaged along the outer surface of a worm screw portion to receive the second torque from the worm screw shaft and operable, in response thereto, to supply a drive torque to the drive shaft; characterized in that; the drive shaft having a sensor end, and by a position sensor having a first receiving port into which the sensor end of the drive shaft is inserted, and wherein the position sensor is configured to determine a rotational characteristic of the drive shaft, the position sensor having a Hall effect sensor and a magnet. a motor assembly having a motor and a motor shaft, the motor configured to supply a first torque to the motor shaft; a gear assembly having: a drive belt coupled to receive the first torque from the motor shaft and coupled to supply a second torque to a sprocket fixed along an axis of a worm screw shaft, and a drive gear fixed along an axis of a drive shaft, the drive gear is engaged along the outer surface of a worm screw portion to receive the second torque from the worm screw shaft and operable, in response thereto, to supply a drive torque to the drive shaft; a drive belt coupled to receive the first torque from the motor shaft and coupled to supply a second torque to a sprocket fixed along an axis of a worm screw shaft, and a drive gear fixed along an axis of a drive shaft, the drive gear is engaged along the outer surface of a worm screw portion to receive the second torque from the worm screw shaft and operable, in response thereto, to supply a drive torque to the drive shaft; the drive shaft having a sensor end, and by a position sensor having a first receiving port into which the sensor end of the drive shaft is inserted, and wherein the position sensor is configured to determine a rotational characteristic of the drive shaft, the position sensor having a Hall effect sensor and a magnet.
Ultrasound diagnosis apparatus, in particular for analyzing an object, comprising: - an ultrasound data interface configured to receive 3D ultrasound data from the object, - a plane extraction unit configured to provide 2D ultrasound planes based on the 3D ultrasound data, - a segmentation unit for segmenting anatomical structures of the object in the 2D ultrasound planes and for providing segmentation data of the anatomical structures; - a measurement unit for measuring the anatomical structures of the object based on the segmentation data of the anatomical structures, and - a calculation unit configured to calculate at least one biometric parameter based on the measured anatomical structures of the object. - an ultrasound data interface configured to receive 3D ultrasound data from the object, - a plane extraction unit configured to provide 2D ultrasound planes based on the 3D ultrasound data, - a segmentation unit for segmenting anatomical structures of the object in the 2D ultrasound planes and for providing segmentation data of the anatomical structures; - a measurement unit for measuring the anatomical structures of the object based on the segmentation data of the anatomical structures, and - a calculation unit configured to calculate at least one biometric parameter based on the measured anatomical structures of the object.
Slide rack for a cupboard unit, in particular for a kitchen cupboard unit having upright side walls aligned in parallel with one another and a rear wall extending between these side walls, which delimits a cupboard interior laterally and at the rear, comprising a rack frame which can be transferred by telescopic rails from a closed position located in the cupboard interior into an open position which is moved out of the cupboard interior, wherein at least one shelf or a similar fitting can be supported on at least one vertical support column of the rack frame, characterised in that the rack frame is hingedly connected to a translationally movable telescopic rail by means of a pivot lever and in that the rack frame is hinged to the pivot lever so as to be pivotable relative thereto, wherein the telescopic rail is associated with a guide slot along which the rack frame is designed to be movable in its open position for a pivoting movement of the rack frame with respect to the telescopic rail.
A resin composition for three-dimensional photo-molding having a viscosity, measured as indicated in the experimental section, at 20 °C of 10 Pa·s or more and 300 Pa s or less at 150 °C, and containing 50 to 100 % by mass of a group of unsaturated compounds consisting of compounds having one or more unsaturated groups in a molecule, and 0 to 50 % by mass of a photoinitiator; wherein one or more of the unsaturated groups is a maleimide-based functional group.
A crimp terminal, comprising: a connection section, and a pressure-bonding section including a wire barrel section and an insulation barrel section, which are provided in this order; and a transition section (18, 19) provided between the connection section and the wire barrel section and between the wire barrel section and the insulation barrel section; wherein: the crimp terminal is formed of a metal plate which is formed of a metal material having a higher potential than a metal material used to form a conductor part of an insulated wire which is to be pressure-bonded by the pressure-bonding section; and characterized in that: the crimp terminal includes, in at least a part thereof, a resin cover section for covering, with a resin, a portion of a surface of the metal plate where the metal plate would otherwise contact the conductor part of the insulated wire. a connection section, and a pressure-bonding section including a wire barrel section and an insulation barrel section, which are provided in this order; and a transition section (18, 19) provided between the connection section and the wire barrel section and between the wire barrel section and the insulation barrel section; the crimp terminal is formed of a metal plate which is formed of a metal material having a higher potential than a metal material used to form a conductor part of an insulated wire which is to be pressure-bonded by the pressure-bonding section; and the crimp terminal includes, in at least a part thereof, a resin cover section for covering, with a resin, a portion of a surface of the metal plate where the metal plate would otherwise contact the conductor part of the insulated wire.
Method for operating measuring devices in a process plant, comprising the following steps: - Providing at least one measuring device for detecting at least one measuring variable, wherein the measuring device comprises at least one memory means in which actual configuration data for the operation of the measuring device is stored; characterized by - Providing at least one controller unit, wherein the controller unit comprises at least one memory means in which projected configuration data for the operation of the measuring device is stored; wherein the controller unit does not have write access to the measuring device with respect to the actual configuration data; and wherein the at least one measuring device and the at least one controller unit are connected via at least one network; - Comparing the actual configuration data and the projected configuration data, wherein if the configuration data correspond, a data communication with respect to the measuring variable is allowed, and if the configuration data do not correspond, a data communication with respect to the measuring variable is not allowed; - wherein the controller unit transmits the projected configuration data to the measuring device and the comparing of the configuration data takes place in the measuring device; or - wherein the measuring device transmits the actual configuration data to the controller unit and the comparing of the configuration data takes place in the controller unit, and wherein the comparison result is transmitted to the measuring device. - Providing at least one measuring device for detecting at least one measuring variable, wherein the measuring device comprises at least one memory means in which actual configuration data for the operation of the measuring device is stored; characterized by - Providing at least one controller unit, wherein the controller unit comprises at least one memory means in which projected configuration data for the operation of the measuring device is stored; wherein the controller unit does not have write access to the measuring device with respect to the actual configuration data; and wherein the at least one measuring device and the at least one controller unit are connected via at least one network; - Comparing the actual configuration data and the projected configuration data, wherein if the configuration data correspond, a data communication with respect to the measuring variable is allowed, and if the configuration data do not correspond, a data communication with respect to the measuring variable is not allowed; - wherein the controller unit transmits the projected configuration data to the measuring device and the comparing of the configuration data takes place in the measuring device; or - wherein the measuring device transmits the actual configuration data to the controller unit and the comparing of the configuration data takes place in the controller unit, and wherein the comparison result is transmitted to the measuring device.
An image sensor comprising: a first control circuit; a plurality of pixels (P i,j), each comprising a photodetector, a comparator of the level of an output signal of the photodetector with a reference value, and a second control circuit connected to the first control circuit, the second circuit being capable of sending a signal of address reading request to the first circuit when the pixel turns on, that is, when the level of the output signal of its photodetector reaches the reference value, of receiving an address reading acknowledgement signal transmitted by the first circuit, and of deactivating the pixel on reception of the reading acknowledgement signal, the pixels (P i,j) being distributed in a plurality of adjacent pixels blocks; and for each block, at least one third control circuit capable, during an image acquisition phase, when a first pixel (P i,j) of the block receives a reading acknowledgement signal, of blocking the transmission of signals of address reading request in all the pixels in the block for an inhibition period. a first control circuit; a plurality of pixels (P i,j), each comprising a photodetector, a comparator of the level of an output signal of the photodetector with a reference value, and a second control circuit connected to the first control circuit, the second circuit being capable of sending a signal of address reading request to the first circuit when the pixel turns on, that is, when the level of the output signal of its photodetector reaches the reference value, of receiving an address reading acknowledgement signal transmitted by the first circuit, and of deactivating the pixel on reception of the reading acknowledgement signal, the pixels (P i,j) being distributed in a plurality of adjacent pixels blocks; and for each block, at least one third control circuit capable, during an image acquisition phase, when a first pixel (P i,j) of the block receives a reading acknowledgement signal, of blocking the transmission of signals of address reading request in all the pixels in the block for an inhibition period.