mhurhangee/ep-ind-claims huggingface dataset:
A test bench for a stellar sensor, comprising: - a stellar sensor, - a collimator and - a screen able to display a scrolling portion of the sky, the screen being provided at a focusing distance from the collimator, so as to project towards a sensitive surface of the stellar sensor a collimated image of the scrolling portion of the sky, characterized in that - the stellar sensor comprises a protective baffle and - the collimator is mounted to one end of the protective baffle. - a stellar sensor, - a collimator and - a screen able to display a scrolling portion of the sky, the screen being provided at a focusing distance from the collimator, so as to project towards a sensitive surface of the stellar sensor a collimated image of the scrolling portion of the sky, - the stellar sensor comprises a protective baffle and - the collimator is mounted to one end of the protective baffle.
A method of selective spray application of an scented printing material onto a moving printing substrate, consisting in the use of hydrodynamic or pneumatic spraying for the application of the scented printing material on any chosen field or fields of the moving printing substrate and is implemented by means of hydrodynamic spray nozzles as hydrodynamic spraying or by means of pneumatic spray nozzles as pneumatic spraying, wherein the scented printing material selectively applied in the form of hydrodynamic spraying, onto the moving printing substrate is applied by a brief, ranging from 1 ms to 200 ms, opening of an electromagnetically- or pneumatically-controlled valve which supplies the scented printing material under pressure to a hydrodynamic spray nozzle, in which the pressure introducing the scented printing material is in the range of 1.0 MPa to 50.0 MPa, and the diameter of the outlet opening of the hydrodynamic spray nozzle is preferably about 20 μm to 500 μm, wherein the hydrodynamic spray nozzle is mounted at a distance of 0.02 m to 0.20 m from the moving printing substrate, the speed of which depends on the type of printing machine or other polygraph machine and usually ranges from 0.5 m/s to 20.0 m/s, which allows for spraying the scented printing material onto the moving printing substrate in the form of a trace having a rectangular shape and with the use of the scented printing material in an amount of 1.0 g/m 2 to 10.0 g/m 2, whereas the spray application of the scented printing material is implemented by means of a pneumatic spray nozzle onto the moving printing substrate, wherein the pneumatic spray nozzle is supplied with the scented printing material having a low pressure, and preferably with the use of a vacuum ranging from (-)0.05 MPa to (+)1.00 MPa, wherein compressed air having a pressure of 0.1 MPa to 3.0 MPa is introduced to the pneumatic spray nozzle, and spraying of the scented varnish onto the moving printing substrate occurs as a result of entrainment of particles of the scented printing material by a jet of compressed air, wherein enabling and disabling the spraying of the scented printing material is implemented through closing and opening of compressed air supply to the pneumatic nozzle.
A door drive including a drive unit, which comprises an electrical drive with a stator, wherein the stator includes: a basic body with a predefined height along a central axis of the stator, wherein the basic body includes a plurality of teeth, as well as at least one first winding and at least one second winding, which is independent from the first winding, wherein a plurality of magnetic poles is formed by means of the first winding and/or the second winding, characterized in that the first winding and the second winding extend over the predefined height, in that the first winding includes a first winding phase, a second winding phase and a third winding phase, whereas the second winding likewise includes a first winding phase, a second winding phase and a third winding phase, and in that two neighbouring teeth include the first winding phase of the first winding, further two neighbouring teeth include the second winding phase of the first winding, further two neighbouring teeth include the third winding phase of the first winding, further two neighbouring teeth include the first winding phase of the second winding, further two neighbouring teeth include the second winding phase of the second winding, and further two neighbouring teeth include the third winding phase of the second winding.
Pneumatic single grain sowing machine with a housing having a seed storage container and with at least one singulating device which is driven rotatably and is arranged in the housing and has perforations in a row of perforations running in a circular manner, and with a fan by means of which a pressure differential can be produced at the perforations such that, when the singulating device is guided through the seed store, seed grains accumulate on the perforations, on that side of the perforations which is subjected to the higher pressure, wherein a covering device which interrupts the pressure differential prevailing at the perforations in order to detach the seed grains from the perforations is arranged on that side of the perforations which is subjected to the lower pressure, wherein the one end of a discharge line reaching with its mouth opening as far as the singulating device is arranged in the region of the covering device, on that side of the singulating device which faces away from the covering device, wherein the singulating device is designed as a closed hollow drum having two side walls arranged at a distance from each other, wherein the perforations are arranged in at least one of said side walls, wherein a hollow shaft is guided through at least one of the side walls into the interior of the hollow drum, wherein the hollow drum is mounted on the hollow shaft by means of a bearing and sealed off from the hollow shaft by means of a seal, characterized in that, in one operating mode, the housing surrounding the singulating device designed as a hollow drum is of closed design and can be subjected via the fan to a positive pressure in relation to the lower pressure, preferably atmospheric pressure, prevailing in the interior of the hollow drum, and in that, in the other operating mode, the interior space of the hollow drum can be subjected to a negative pressure in relation to the atmospheric pressure prevailing on the outer side of the hollow drum.
Method for determination of the layer thickness of a TBC coating on at least one rotor blade and/or stator blade of a continuous flow machine, wherein - at least one electromagnetic wave is transmitted at the surface of the at least one rotor blade or stator blade, - the at least one electromagnetic wave is at least partially reflected from the at least one rotor blade or stator blade, and - the reflected component of the at least one electromagnetic wave is received and processed further, characterized in that - the at least one electromagnetic wave is transmitted at a frequency which is matched to the layer thickness of the TBC coating, - the phase of the at least one transmitted electromagnetic wave is compared with the phase of the at least one received electromagnetic wave, with the at least one transmitted electromagnetic wave having its phase changed on reflection, and - the layer thickness of the TBC coating is determined by means of the phase comparison. - at least one electromagnetic wave is transmitted at the surface of the at least one rotor blade or stator blade, - the at least one electromagnetic wave is at least partially reflected from the at least one rotor blade or stator blade, and - the reflected component of the at least one electromagnetic wave is received and processed further, characterized in that - the at least one electromagnetic wave is transmitted at a frequency which is matched to the layer thickness of the TBC coating, - the phase of the at least one transmitted electromagnetic wave is compared with the phase of the at least one received electromagnetic wave, with the at least one transmitted electromagnetic wave having its phase changed on reflection, and - the layer thickness of the TBC coating is determined by means of the phase comparison.
A memory apparatus, comprising: a first die (100, 300) comprising a first array (115, 120) of flash memory cells; a second die (200, 400) comprising a second array (215, 220) of flash memory cells; a sensing circuit (160, 260, 360, 1250) shared between the first die and second die; a plurality of TSV connections (185, 195) between the first die and second die. a first die (100, 300) comprising a first array (115, 120) of flash memory cells; a second die (200, 400) comprising a second array (215, 220) of flash memory cells; a sensing circuit (160, 260, 360, 1250) shared between the first die and second die; a plurality of TSV connections (185, 195) between the first die and second die.
An illuminated switch device comprising: a casing having an open end; an operating body that has first and second illuminated regions (19, 20) provided on an upper plate, is arranged so as to close the open end of the casing, and can be pressed; a light-shielding wall that protrudes from a rear surface of the upper plate of the operating body between the first illuminated region and the second illuminated region; a driving portion that can be pressed together with the operating body; a switch element that is driven by the driving portion; a partition wall that protrudes from an inner bottom of the casing toward the open end to partition the inside of the casing into a first space and a second space; a first light source that is provided on the inner bottom in the first space and emits light to the first illuminated region; and a second light source that is provided on the inner bottom in the second space and emits light to the second illuminated region, characterized in that the light-shielding wall and the partition wall are arranged such that their leading end portions can approach or separate from each other, a protruding portion is formed in one of the two leading end portions, and a concave groove is formed in the other leading end portion, and at least a part of the protruding portion is arranged in the concave groove. a casing having an open end; an operating body that has first and second illuminated regions (19, 20) provided on an upper plate, is arranged so as to close the open end of the casing, and can be pressed; a light-shielding wall that protrudes from a rear surface of the upper plate of the operating body between the first illuminated region and the second illuminated region; a driving portion that can be pressed together with the operating body; a switch element that is driven by the driving portion; a partition wall that protrudes from an inner bottom of the casing toward the open end to partition the inside of the casing into a first space and a second space; a first light source that is provided on the inner bottom in the first space and emits light to the first illuminated region; and a second light source that is provided on the inner bottom in the second space and emits light to the second illuminated region, characterized in that the light-shielding wall and the partition wall are arranged such that their leading end portions can approach or separate from each other, a protruding portion is formed in one of the two leading end portions, and a concave groove is formed in the other leading end portion, and at least a part of the protruding portion is arranged in the concave groove.
A method for information processing, comprising: sending, by a first terminal device, information to a second electronic device; and starting, by the first terminal device, a first timer; wherein the first terminal device is a terminal device that performs device-to-device, D2D, communication; wherein the second electronic device is a second terminal device that performs the D2D communication with the first terminal device; wherein sending, by the first terminal device, the information to the second electronic device comprises: sending, by the first terminal device, a first message to the second terminal device, wherein the first message is used for triggering the second terminal device to send a first parameter combination to the first terminal device; the first parameter combination indicating at least one of an SL data sending parameter of the second terminal device or an SL data receiving parameter of the second terminal device; and further characterized by the fact that when the first parameter combination sent by the second terminal device is received by the first terminal device, the first timer ends. sending, by a first terminal device, information to a second electronic device; and starting, by the first terminal device, a first timer; wherein the first terminal device is a terminal device that performs device-to-device, D2D, communication; wherein the second electronic device is a second terminal device that performs the D2D communication with the first terminal device; wherein sending, by the first terminal device, the information to the second electronic device comprises: sending, by the first terminal device, a first message to the second terminal device, wherein the first message is used for triggering the second terminal device to send a first parameter combination to the first terminal device; the first parameter combination indicating at least one of an SL data sending parameter of the second terminal device or an SL data receiving parameter of the second terminal device; and further characterized by the fact that when the first parameter combination sent by the second terminal device is received by the first terminal device, the first timer ends. sending, by the first terminal device, a first message to the second terminal device, wherein the first message is used for triggering the second terminal device to send a first parameter combination to the first terminal device; the first parameter combination indicating at least one of an SL data sending parameter of the second terminal device or an SL data receiving parameter of the second terminal device; and further characterized by the fact that when the first parameter combination sent by the second terminal device is received by the first terminal device, the first timer ends.
Crystalline boehmitic alumina or pseudo boehmitic alumina or both having a crystallite size, determined on the 020 reflex in nm, that is larger than the measured crystallite size determined on the 120 reflex reduced by 1.5 nm, comprising oxides or oxide hydrates of zirconium, titanium, lanthanum or boron including mixtures thereof.
A surgical instrument comprising: a handle assembly configured to connect to a source of energy; a shaft electrically coupled to the handle assembly and extending therefrom; an electrode assembly electrically coupled to the shaft for transmitting energy to tissue to treat tissue; and a chamber defined in the shaft and positioned proximal to a distal end thereof and configured to selectively expand, wherein expansion of the chamber anchors the surgical instrument to the tissue, characterized in that the electrode assembly has a proximal end configured to releasably couple to a distal end of the shaft and forming a distal tip configured to penetrate tissue. a handle assembly configured to connect to a source of energy; a shaft electrically coupled to the handle assembly and extending therefrom; an electrode assembly electrically coupled to the shaft for transmitting energy to tissue to treat tissue; and a chamber defined in the shaft and positioned proximal to a distal end thereof and configured to selectively expand, wherein expansion of the chamber anchors the surgical instrument to the tissue, characterized in that the electrode assembly has a proximal end configured to releasably couple to a distal end of the shaft and forming a distal tip configured to penetrate tissue.
An apparatus comprising: a computing device comprising an enhanced short message service, SMS, client operative to send and receive enhanced messages, each enhanced message including a payload comprising embedded meta-language programming instructions appended to text content of the enhanced message, wherein the enhanced SMS client is operative to display a graphical user interface comprising a pick list of communication options and to embed the meta-language programming instructions in response to a selection from the pick list characterised by the computing device being operative to perform a handshake to identify another enhanced SMS client, and wherein the handshake comprises: an acknowledgement SMS message; and/or wherein the handshake comprises an SMS message comprising a handshake response token. an acknowledgement SMS message; and/or wherein the handshake comprises an SMS message comprising a handshake response token.
An aqueous pharmaceutical formulation with a pH between 3.4 and 4.6 comprising insulin glargine, wherein the formulation comprises 270 - 330 U/mL of insulin glargine being equimolar to 270 - 330 IU human insulin.
A mobile communication system, comprising: a radio base station configured to manage a cell; a radio terminal configured to be within the cell; at least one or more Wireless Local Area Network, WLAN, access points, a coverage area of the at least one or more WLAN access points at least partially overlapping a coverage area of the radio base station; and a node configured to control the at least one or more WLAN access points; wherein the radio base station is configured to: receive; from the node, at least one or more identifiers of WLAN access points to be removed from a list held by the radio base station, the list indicating WLAN access points that act as WLAN offload candidates; update the list on the basis of the at least one or more identifiers of WLAN access points; and transmit, to the node, a response for the node to know that the at least one or more identifiers of WLAN access points is not removed from the list, if the radio base station refuses the updating based on the at least one or more identifiers of WLAN access points. a radio base station configured to manage a cell; a radio terminal configured to be within the cell; at least one or more Wireless Local Area Network, WLAN, access points, a coverage area of the at least one or more WLAN access points at least partially overlapping a coverage area of the radio base station; and a node configured to control the at least one or more WLAN access points; wherein the radio base station is configured to: receive; from the node, at least one or more identifiers of WLAN access points to be removed from a list held by the radio base station, the list indicating WLAN access points that act as WLAN offload candidates; update the list on the basis of the at least one or more identifiers of WLAN access points; and transmit, to the node, a response for the node to know that the at least one or more identifiers of WLAN access points is not removed from the list, if the radio base station refuses the updating based on the at least one or more identifiers of WLAN access points. receive; from the node, at least one or more identifiers of WLAN access points to be removed from a list held by the radio base station, the list indicating WLAN access points that act as WLAN offload candidates; update the list on the basis of the at least one or more identifiers of WLAN access points; and transmit, to the node, a response for the node to know that the at least one or more identifiers of WLAN access points is not removed from the list, if the radio base station refuses the updating based on the at least one or more identifiers of WLAN access points.
A control system for a machine having an elevating operator cage with a control console mounted in the operator cage, the control system including a load sensor that senses an excessive crush force applied to the control console or to a hand rail or support connected to the control console, a control device, an input for activation signals, an input for control signals, an input for load signals from the load sensor and an output for drive control signals, wherein the control device is constructed and arranged to issue a stop drive control signal upon receiving a load signal; characterised in that the control system includes a weight sensor for sensing a change in the apparent weight of the cage, wherein the control device is constructed and arranged to issue an override signal that overrides the stop drive control signal upon receiving an override input signal, and after issuing a stop drive control signal to issue a withdraw signal that causes the machine to reverse at least partially its movements prior to receiving the load signal.
A computer controlled method for bending profiles for making frames for insulating glazings, either with double and triple glass panes, said profiles consisting either of an aluminium bar or of "Warm Edge" materials, of a type bendable either without heating or with heating of the part to be bent, and composite material profiles of glass fibers and PVC, and having an outer metal film on three sides thereof, said method comprising at least the steps of: automatically feeding said profile into a machining section; immediately bringing said profile to a bending zone or position, characterized in that, for a said profile which must be heated, said method comprises moreover the steps of heating to a malleable condition directly by hot air jet nozzles (4, 8) said profile, firmly locked in a locking gripper in said bending zone or position, without moving said profile in said malleable condition, and that said heating step comprises simultaneously heating a top part and a bottom part of said profile firmly locked in said gripper; at an end of said heating, the top and bottom hot air nozzles (4, 8) being deactivated; the top nozzles being withdrawn and in the meanwhile a self-centering forming punch being fed or advanced to a bending position thereof with said profile locked in said gripper, in said feeding said forming punch being displaced to an intermediate position between its rest position and working position, to be engaged between the front and read jaws (7a, 7b) of said gripper, bending said profile in said heating zone with a precise 90° bending angle, with said inner part precisely arranged at said 90° angle, and cooling said precisely 90° bent profile.