mhurhangee/ep-ind-claims huggingface dataset:
A display apparatus comprising: a display unit that displays a predetermined image; a communication unit (87, 88, 90) that performs communication of image data with another image display apparatus (221; 261; 301, 302; 401A, 401B); a light emitting indicator unit that is disposed at at least a part of surroundings of the display unit and includes an indicator (84; 411A; 411B) outputting illumination which is turned on with predetermined luminance; and a control unit that turns on the indicator (84; 411A; 411B) so as to correspond to a transmission operation of the image data in another image display apparatus (221; 261; 301, 302; 401A, 401B); characterized in that: the control unit turns on the indicator (411A, 411B) of the indicator unit only during a predetermined period before or after an indicator (411A, 411B) of another image display apparatus (401A, 401B) is turned on only during a predetermined period. a display unit that displays a predetermined image; a communication unit (87, 88, 90) that performs communication of image data with another image display apparatus (221; 261; 301, 302; 401A, 401B); a light emitting indicator unit that is disposed at at least a part of surroundings of the display unit and includes an indicator (84; 411A; 411B) outputting illumination which is turned on with predetermined luminance; and a control unit that turns on the indicator (84; 411A; 411B) so as to correspond to a transmission operation of the image data in another image display apparatus (221; 261; 301, 302; 401A, 401B);
A compound of formula II: or a pharmaceutically acceptable salt thereof; wherein L and L' are each substituted or unsubstituted C 1 to C 10 alkylene chain, wherein M and M' are each a substituted C 1 to C 10 alkylene chain and wherein Y and Y' are each wherein L and L' are each substituted or unsubstituted C 1 to C 10 alkylene chain, wherein M and M' are each a substituted C 1 to C 10 alkylene chain and wherein Y and Y' are each
Membrane that can be coupled to fabrics or coagulated supports, comprising powder of stone material, preferably rocks, dispersed in a polymer or a polymer mixture, characterized in that the particles of said rock powder have a diameter between 1 μm and 100 μm, wherein the amount of said rock powder is between 5% and 30% by weight, preferably between 10% and 15% by weight, wherein said polymer or polymer mixture is one or more polymers selected from the group consisting of polyurethane, polyvinylchloride and polytetrafluoroethylene (PTFE), wherein said membrane comprises a transfer paper.
Test element for detecting at least one analyte in a body fluid, preferably for detecting glucose in a body fluid, wherein the test element comprises at least one strip-shaped carrier element and at least one test field having at least one test chemistry for detecting the analyte, wherein the test element has a symmetrical shape such that the test element may be inserted in at least two different orientations into a test element receptacle of a testing device having a detection device, wherein in the different orientations at least one analyte-induced change in the test chemistry of the test field is detectable, wherein the test element has a symmetry, wherein the symmetry is selected from the group consisting of: a mirror symmetry about a virtual middle plane of the test element; a symmetry with respect to a virtual line or axis, wherein the carrier element has a rectangular shape, characterised in that the test field being located such that a distance between the test field and a first broad side or edge of the carrier element substantially is the same as a distance between the test field and a second broad side or edge of the carrier element, wherein the first broad side and the second broad side are located at opposing ends of the rectangular carrier element, wherein the test element comprises a sample test strip having two identical ends and either end of said sample test-strip may be introduced into the test element receptacle in a correct measurement orientation whereby said test field is correctly positioned with respect to the detection device.
Household appliance with a housing, a treatment chamber for objects to be treated, a control unit and a door unit for opening and closing the treatment chamber, wherein the door unit has a central element and a boundary element, and wherein the boundary element is arranged at least in a lower half of the door unit and upstream of the central element so that the central element and the boundary element form an angle α in the region of 10° to 85°, and a projection device, wherein the boundary element contains a projection surface and the control unit is designed to use the projection device to display information relating to a treatment program which can be carried out or run in the household appliance as visual displays on the projection surface, characterised in that the boundary element is also arranged in an upper half of the door unit and surrounds the central element and the household appliance is a water-conducting household appliance, selected from the group consisting of washing machine, washer-dryer and dryer, and is designed to carry out a method, comprising the steps (a) switching on the household appliance, wherein when the door unit is in a closed state the projection device is used to carry out a visual display of information relating to a treatment program, which can be carried out or run in the household appliance, on the projection surface; and (b) setting or changing the treatment program, by a control element being selected by touch-sensitive control elements (15, 16, 17) arranged on a control unit for selecting a treatment program or setting a program parameter; and (c) visual display of preset settings or settings selected by a user by means of the control elements (15, 16, 17), of a treatment program or program parameters on display areas (18, 19, 20) assigned to the touch-sensitive control elements (15, 16, 17) on the projection surface, wherein the display area (18, 19, 20) assigned to a control element (15, 16, 17) in use is highlighted visually. (a) switching on the household appliance, wherein when the door unit is in a closed state the projection device is used to carry out a visual display of information relating to a treatment program, which can be carried out or run in the household appliance, on the projection surface; and (b) setting or changing the treatment program, by a control element being selected by touch-sensitive control elements (15, 16, 17) arranged on a control unit for selecting a treatment program or setting a program parameter; and (c) visual display of preset settings or settings selected by a user by means of the control elements (15, 16, 17), of a treatment program or program parameters on display areas (18, 19, 20) assigned to the touch-sensitive control elements (15, 16, 17) on the projection surface, wherein the display area (18, 19, 20) assigned to a control element (15, 16, 17) in use is highlighted visually.
A method for rounding sheet metal blanks for containers prior to welding on a longitudinal seam welding machine, in which method the sheet metal blanks are removed from a stack of sheet metal blanks in a magazine, deposited, and, by a first transport means, supplied to a transport assembly as a second transport means, directed therefrom to a rounding station, rounded at said station, and then transferred by a third transport means to a guide rail, characterized by the following steps: - gathering the deposited sheet metal blank at the rear end thereof by means of an insertion element as the first transport means, - increasing the speed of the first transport means to v TN1 and transporting the sheet metal blank away from the region below the sheet metal stack, - by reducing the speed v TN1 approaching the circumferential speed of a roller pair forming the transport assembly, - transferring the sheet metal blank in a substantially slip-free manner by means of the roller pair and pulling the remainder of the sheet metal blank from the region below the sheet metal stack, and - partially rounding the front edge of the sheet metal blank at a bending element, - introducing the front edge of the sheet metal blank into a body-retaining and guiding channel, and - lowering the speed of the sheet metal blank before reaching the end position in a body guide, wherein the roller pair is driven at a variable speed of rotation during the transport of the sheet metal blank. - gathering the deposited sheet metal blank at the rear end thereof by means of an insertion element as the first transport means, - increasing the speed of the first transport means to v TN1 and transporting the sheet metal blank away from the region below the sheet metal stack, - by reducing the speed v TN1 approaching the circumferential speed of a roller pair forming the transport assembly, - transferring the sheet metal blank in a substantially slip-free manner by means of the roller pair and pulling the remainder of the sheet metal blank from the region below the sheet metal stack, and - partially rounding the front edge of the sheet metal blank at a bending element, - introducing the front edge of the sheet metal blank into a body-retaining and guiding channel, and - lowering the speed of the sheet metal blank before reaching the end position in a body guide,
Method for preparing a dough piece rolled up with separator sheet, comprising: - supplying in a transport direction, a dough piece positioned on a separator sheet, the dough piece and the separator sheet having a length and a width, wherein a leading edge of the separator sheet exceeds the dough piece at at least a first side; - rolling up the at least one side of the separator sheet that exceeds the dough piece, thus forming a cylinder of separator sheet, extending in a width direction of the dough piece; - rolling up the rest of the separator sheet with the dough piece around the cylinder; characterized in that during rolling up the rest of the separator sheet with the dough piece around the cylinder, the dough piece is internally supported by said cylinder only. - supplying in a transport direction, a dough piece positioned on a separator sheet, the dough piece and the separator sheet having a length and a width, wherein a leading edge of the separator sheet exceeds the dough piece at at least a first side; - rolling up the at least one side of the separator sheet that exceeds the dough piece, thus forming a cylinder of separator sheet, extending in a width direction of the dough piece; - rolling up the rest of the separator sheet with the dough piece around the cylinder;
A heater structure, comprising: a heater body, which comprises a burner, which is connected to a gas supply tube, and a valve switch, which is adapted to connect to a fuel gas supply source, the valve switch being provided on a top side thereof with a fuel gas valve rod, which functions to control the valve switch to supply or not supply fuel gas to the burner; a pilot fire assembly, which is mounted to the heater body at a location adjacent to the burner, the pilot fire assembly comprising a pilot fire tube, an ignition pin, and a thermocouple, the pilot fire assembly being covered and housed by a protective cover, the protective cover being formed with a plurality of ventilation holes, a guiding space being formed between one side of the protective cover and the heater body; and a switch unit, which is mounted by a mounting frame to the valve switch, the mounting frame comprising an ignition switch connected to an ignition circuit of the ignition pin, a shut-down switch connected to a circuit of the thermocouple, an ignition operator, and a shut-down operator, wherein the ignition operator and the shut-down operator each have an end movably mounted to the mounting frame to form a swingable arrangement; the ignition switch and the fuel gas valve rod are arranged below the ignition operator to be contactable and pressable down by the ignition operator; and the shut-down switch is arranged below the shut-down operator to be contactable and pressable down by the shut-down operator. a heater body, which comprises a burner, which is connected to a gas supply tube, and a valve switch, which is adapted to connect to a fuel gas supply source, the valve switch being provided on a top side thereof with a fuel gas valve rod, which functions to control the valve switch to supply or not supply fuel gas to the burner; a pilot fire assembly, which is mounted to the heater body at a location adjacent to the burner, the pilot fire assembly comprising a pilot fire tube, an ignition pin, and a thermocouple, the pilot fire assembly being covered and housed by a protective cover, the protective cover being formed with a plurality of ventilation holes, a guiding space being formed between one side of the protective cover and the heater body; and a switch unit, which is mounted by a mounting frame to the valve switch, the mounting frame comprising an ignition switch connected to an ignition circuit of the ignition pin, a shut-down switch connected to a circuit of the thermocouple, an ignition operator, and a shut-down operator, wherein the ignition operator and the shut-down operator each have an end movably mounted to the mounting frame to form a swingable arrangement; the ignition switch and the fuel gas valve rod are arranged below the ignition operator to be contactable and pressable down by the ignition operator; and the shut-down switch is arranged below the shut-down operator to be contactable and pressable down by the shut-down operator.
An electronic key system comprising: a vehicle-mounted device mounted to a vehicle; and a plurality of electronic keys, each wirelessly communicable with the vehicle-mounted device, wherein the electronic key system being configured to have: a normal mode in which given processing is permitted to be executed by the vehicle-mounted device when given wireless communication processing between the vehicle-mounted device and any one of the plurality of electronic keys is successfully completed; and a deactivated mode in which the given processing is inhibited from being executed by the vehicle-mounted device, wherein the vehicle-mounted device is configured to execute, in the normal mode, the given processing in response to receiving a reply signal from the electronic key after transmitting a given radio signal to the electronic key, during the given wireless communication processing, but not to execute, in the deactivated mode, the given processing even when receiving the reply signal after the transmitting of the radio signal; and wherein the one electronic key is configured to, in the normal mode, transmit the reply signal in response to receiving the radio signal, during the given wireless communication processing, but to, in the deactivated mode, avoid transmitting of the reply signal even when receiving the radio signal. a vehicle-mounted device mounted to a vehicle; and a plurality of electronic keys, each wirelessly communicable with the vehicle-mounted device, wherein the electronic key system being configured to have: a normal mode in which given processing is permitted to be executed by the vehicle-mounted device when given wireless communication processing between the vehicle-mounted device and any one of the plurality of electronic keys is successfully completed; and a deactivated mode in which the given processing is inhibited from being executed by the vehicle-mounted device, a normal mode in which given processing is permitted to be executed by the vehicle-mounted device when given wireless communication processing between the vehicle-mounted device and any one of the plurality of electronic keys is successfully completed; and a deactivated mode in which the given processing is inhibited from being executed by the vehicle-mounted device, wherein the vehicle-mounted device is configured to execute, in the normal mode, the given processing in response to receiving a reply signal from the electronic key after transmitting a given radio signal to the electronic key, during the given wireless communication processing, but not to execute, in the deactivated mode, the given processing even when receiving the reply signal after the transmitting of the radio signal; and wherein the one electronic key is configured to, in the normal mode, transmit the reply signal in response to receiving the radio signal, during the given wireless communication processing, but to, in the deactivated mode, avoid transmitting of the reply signal even when receiving the radio signal.
An application nozzle for an application system for gel-like and/or pasty compositions, wherein the application nozzle has an inlet region and an outlet region for the composition, with the application nozzle having a longitudinal axis and a plane, in particular a plane of symmetry, which extends in the longitudinal direction of the application nozzle and in which the longitudinal axis is disposed, wherein the outlet region of the application nozzle comprises - a contact region for the application nozzle on a substrate, said contact region standing perpendicular to this plane, in particular to the plane of symmetry; and - an outlet opening for the composition, wherein the contact region and the outlet opening are structurally delineated from one another as two separate sections kinked with respect to one another, wherein the contact region is at least partly slanted, and wherein the application nozzle further has an upper crown line and a lower crown line which are disposed in said plane, wherein the upper crown line leads into the outlet opening and the lower crown line leads into the contact region, characterized in that the upper crown line and the longitudinal axis include an angle which is smaller than the angle which is included by the lower crown line and the longitudinal axis. - a contact region for the application nozzle on a substrate, said contact region standing perpendicular to this plane, in particular to the plane of symmetry; and - an outlet opening for the composition, wherein the contact region and the outlet opening are structurally delineated from one another as two separate sections kinked with respect to one another, wherein the contact region is at least partly slanted, and wherein the application nozzle further has an upper crown line and a lower crown line which are disposed in said plane, wherein the upper crown line leads into the outlet opening and the lower crown line leads into the contact region, characterized in that the upper crown line and the longitudinal axis include an angle which is smaller than the angle which is included by the lower crown line and the longitudinal axis.
Generator with an inspecting device for inspecting a wedge surface of a wedge for fixing a stator bar of the generator, in particular for measuring the deflection of the wedge surface; wherein the generator has an axis and comprises an inner rotor and an outer stator provided with a plurality of axial grooves for housing in a recessed position stator bars kept in position by wedges, an airgap being present between the inner rotor and the outer stator; the inspecting device comprises a vehicle having a size suitable for being inserted in the generator air gap in presence of the rotor and for axially running along the rotor axis facing the wedge surface to be measured; the vehicle being provided with a contactless sensor device configured for inspecting the wedge surface; wherein the contactless sensor device supported by the vehicle comprises: - a laser emitter configured for projecting an angled laser beam with resect to the wedge surface to be measured; - an image sensing source configured for receiving the laser beam reflected from the wedge surface to be measured; characterized in that the laser emitter is configured for emitting a laser beam having a circumferential size so that it illuminates not only the wedge surface but also at least a portion of the lateral wall of the groove housing the wedge. the vehicle being provided with a contactless sensor device configured for inspecting the wedge surface; wherein the contactless sensor device supported by the vehicle comprises: - a laser emitter configured for projecting an angled laser beam with resect to the wedge surface to be measured; - an image sensing source configured for receiving the laser beam reflected from the wedge surface to be measured; - a laser emitter configured for projecting an angled laser beam with resect to the wedge surface to be measured; - an image sensing source configured for receiving the laser beam reflected from the wedge surface to be measured; characterized in that the laser emitter is configured for emitting a laser beam having a circumferential size so that it illuminates not only the wedge surface but also at least a portion of the lateral wall of the groove housing the wedge.
A bipolar electrostatic transfer head comprising a base substrate, the bipolar electrostatic transfer head characterized by: a mesa structure including sidewalls protruding away from the base substrate to provide a localized contact point for the bipolar electrostatic transfer head; a dielectric layer covering the mesa structure; and a conductive ground plane formed over the base substrate and surrounding the mesa structure. a mesa structure including sidewalls protruding away from the base substrate to provide a localized contact point for the bipolar electrostatic transfer head; a dielectric layer covering the mesa structure; and a conductive ground plane formed over the base substrate and surrounding the mesa structure.
A tissue fixation device (100, 700) comprising an elongated body (110, 210, 710) formed of filaments, having a distal portion (130, 230, 330, 430, 530, 630, 730) and a proximal portion, wherein the proximal portion is a solid structure that is free from barbs, the tissue fixation device being characterized in that the distal portion includes a first pre-formed barbed loop (132', 232, 332) lying in a first plane and a second pre-formed barbed loop (132", 232, 332) lying in a second plane, the first and second planes being substantially orthogonal to each other and in that the loops intersect at a terminal distal end (132c 732c) of each loop.