mhurhangee/ep-ind-claims huggingface dataset:
Connecting apparatus for connecting a current-conducting element to a rail element, having - a receptacle body to which the current-conducting element is able to be fastened, wherein the receptacle body has a first transverse side and a second transverse side opposite the first transverse side, and a first longitudinal side and a second longitudinal side opposite the first longitudinal side, - a first latching arm for fastening the connecting apparatus to the rail element, and - a second latching arm for fastening the connecting apparatus to the rail element, wherein the first latching arm is attached to the first transverse side of the receptacle body, and wherein the second latching arm is attached to the second transverse side of the receptacle body, and - at least one holding arm (126, 127) which has an end portion that is bent in a U-shaped manner and in the fastened state forms a point contact with the rail element, wherein provided are a first holding arm and a second holding arm, characterized in that the first holding arm is attached to the first longitudinal side of the receptacle body, and the second holding arm is attached to the second longitudinal side of the receptacle body. - a receptacle body to which the current-conducting element is able to be fastened, wherein the receptacle body has a first transverse side and a second transverse side opposite the first transverse side, and a first longitudinal side and a second longitudinal side opposite the first longitudinal side, - a first latching arm for fastening the connecting apparatus to the rail element, and - a second latching arm for fastening the connecting apparatus to the rail element, wherein the first latching arm is attached to the first transverse side of the receptacle body, and wherein the second latching arm is attached to the second transverse side of the receptacle body, and - at least one holding arm (126, 127) which has an end portion that is bent in a U-shaped manner and in the fastened state forms a point contact with the rail element, wherein provided are a first holding arm and a second holding arm, characterized in that the first holding arm is attached to the first longitudinal side of the receptacle body, and the second holding arm is attached to the second longitudinal side of the receptacle body. wherein provided are a first holding arm and a second holding arm, characterized in that the first holding arm is attached to the first longitudinal side of the receptacle body, and the second holding arm is attached to the second longitudinal side of the receptacle body.
A section of a gas turbine engine comprising: a plurality of variable vanes circumferentially disposed about an engine axis; a first moveable annular ring disposed on an upstream side of the variable vanes; a second movable annular ring disposed on a downstream side of the variable vanes, a plurality of vane arms, each including a first end secured to the first annular ring and a second end secured to the second annular ring; and wherein movement of the first and second annular rings moves the vane arms, thereby actuating the plurality of variable vanes. a plurality of variable vanes circumferentially disposed about an engine axis; a first moveable annular ring disposed on an upstream side of the variable vanes; a second movable annular ring disposed on a downstream side of the variable vanes, a plurality of vane arms, each including a first end secured to the first annular ring and a second end secured to the second annular ring; and wherein movement of the first and second annular rings moves the vane arms, thereby actuating the plurality of variable vanes.
A display device comprising: a display module; a sandwich honeycomb panel coupled to a rear of the display module, the sandwich honeycomb panel comprising a front thin plate located at the rear of the display module, a rear thin plate opposing the front thin plate, and a honeycomb structure disposed between the front thin plate and the rear thin plate, the honeycomb structure comprising a plurality of hexagonal unit cells, wherein each hexagonal unit cell has hollow hexagonal pillar shape; characterized by a fastener comprising a nut body, a screw insertion part formed at one end of the nut body, the nut body being inserted into the sandwich honeycomb panel such that the screw insertion part is exposed from the rear of the sandwich honeycomb panel, and the nut body is formed in the shape of a hexagonal pillar corresponding to a shape of each of the hollow portion of the hexagonal unit cell. a display module; a sandwich honeycomb panel coupled to a rear of the display module, the sandwich honeycomb panel comprising a front thin plate located at the rear of the display module, a rear thin plate opposing the front thin plate, and a honeycomb structure disposed between the front thin plate and the rear thin plate, the honeycomb structure comprising a plurality of hexagonal unit cells, wherein each hexagonal unit cell has hollow hexagonal pillar shape;
A laser-radiation sensor, comprising: a copper substrate; an oriented polycrystalline buffer-layer deposited on the substrate, the buffer-layer having a crystal-orientation at a first angle between about 10 degrees and about 45 degrees relative to a normal to the surface of the substrate; an oriented polycrystalline sensor-element of a thermoelectric material selected from the group of thermoelectric materials consisting of dysprosium barium cuprate, strontium sodium cobaltate, and strontium cobaltate deposited on the buffer layer, the sensor-element having a crystalline c-axis orientation at a second angle between about 10 degrees and about 45 degrees relative to the normal to the surface of the substrate; wherein there is a first protection layer formed from an oxide material deposited on the sensor-element and wherein there is a second protection layer formed from a precursor in liquid or gel form on the first protection layer wherein the second protection layer fills in pores formed in the first protection layer; a radiation-absorber layer deposited on the uppermost protection layer; and first and second elongated electrodes (38, 40) spaced apart in electrical contact with the sensor-element. a copper substrate; an oriented polycrystalline buffer-layer deposited on the substrate, the buffer-layer having a crystal-orientation at a first angle between about 10 degrees and about 45 degrees relative to a normal to the surface of the substrate; an oriented polycrystalline sensor-element of a thermoelectric material selected from the group of thermoelectric materials consisting of dysprosium barium cuprate, strontium sodium cobaltate, and strontium cobaltate deposited on the buffer layer, the sensor-element having a crystalline c-axis orientation at a second angle between about 10 degrees and about 45 degrees relative to the normal to the surface of the substrate; wherein there is a first protection layer formed from an oxide material deposited on the sensor-element and wherein there is a second protection layer formed from a precursor in liquid or gel form on the first protection layer wherein the second protection layer fills in pores formed in the first protection layer; a radiation-absorber layer deposited on the uppermost protection layer; and first and second elongated electrodes (38, 40) spaced apart in electrical contact with the sensor-element.
A communications device, comprising: a communications device functionality configured to perform a first service; and a near field communication device configured to perform a second service, characterized in that the NFC device is further configured to route information that results from the first service and the second service to a communications device user interface when an actual charge stored in a battery is greater than a first power threshold from among a plurality of power thresholds, and to route the information that results from the second service to a NFC user interface when the actual charge is greater than a second power threshold from among the plurality of power thresholds, the second power threshold being less than the first power threshold. a communications device functionality configured to perform a first service; and a near field communication device configured to perform a second service, characterized in that the NFC device is further configured to route information that results from the first service and the second service to a communications device user interface when an actual charge stored in a battery is greater than a first power threshold from among a plurality of power thresholds, and to route the information that results from the second service to a NFC user interface when the actual charge is greater than a second power threshold from among the plurality of power thresholds, the second power threshold being less than the first power threshold.
A method of treating at least one sign of aging on skin by tightening sagging, lax or loose skin, said method selected from the group consisting of enhancing the elasticity of said skin, enhancing the firmness of said skin, and reducing the appearance of wrinkles or cellulite on the skin, said method comprising administering to skin in need of such treatment a composition comprising N,N,N',N'-Tetrakis(2-hydroxypropyl)ethylenediamine: or a cosmetically acceptable salt thereof.
A foldable container, comprising a base and two pairs of opposite side plates (3, 5; 4, 6) hinged to the base, wherein adjacent side plates are capable of engaging with each other through engaging structures and being locked with each other through locking mechanisms to form a container body, wherein at least one side plate is configured such that after being unlocked from the adjacent side plates, the at least one side plate is rotatable towards the inner side of the container body, and is also rotatable towards the outer side of the container body relative to the base, characterized in that the locking mechanism comprises a handle provided on the top of one side plate, a linkage rod, a plurality of tongues installed in the side plate at intervals, and locking holes provided in an adjacent side plate, wherein the handle is connected to the linkage rod, and the linkage rod is provided with a plurality of driving pins spaced apart, each of the driving pins cooperates with a corresponding tongue to drive the tongue to move, so that the tongue enters or exits a corresponding locking hole, wherein the tongue is provided with a driving groove, the driving pin is placed in the driving groove, and the driving groove is shaped such that when the linkage rod moves up and down, the driving pin cooperates with the driving groove to drive the tongue to move telescopically, wherein the handle is provided with a rotating shaft and a driving hole, the side plate is provided with a handle mounting hole, and the linkage rod is provided with a hanging pin, wherein the rotating shaft is rotatably installed in the handle mounting hole, and the hanging pin is movably connected to the driving hole.
A computer-implemented method for automated production of a variation curve of an indicator representing the heart rate variability of an individual or of a competition animal, said method comprising the following steps: - determining a sequence of a plurality of measurements of an indicator representing the heart rate variability, said measurements being carried out with a predetermined constant time period, wherein at least one occurrence among said measurements can be omitted, said sequence comprising, for each time occurrence of said period, either a measurement or a zero value corresponding to a lack of measurement at the associated time occurrence; - normalising the measurements of said sequence by excluding the zero values from the normalisation; - performing at least one interpolation (103, 104) of the normalised sequence by performing a sliding average over a predetermined duration P of the values of the sequence, the zero values being excluded from the average; - filtering, if at least one zero value, corresponding to a missing measurement, remains in the interpolated sequence, said sequence by cancelling the P-1 values preceding said at least one zero value and the P-1 values following said at least one zero value. - determining a sequence of a plurality of measurements of an indicator representing the heart rate variability, said measurements being carried out with a predetermined constant time period, wherein at least one occurrence among said measurements can be omitted, said sequence comprising, for each time occurrence of said period, either a measurement or a zero value corresponding to a lack of measurement at the associated time occurrence; - normalising the measurements of said sequence by excluding the zero values from the normalisation; - performing at least one interpolation (103, 104) of the normalised sequence by performing a sliding average over a predetermined duration P of the values of the sequence, the zero values being excluded from the average; - filtering, if at least one zero value, corresponding to a missing measurement, remains in the interpolated sequence, said sequence by cancelling the P-1 values preceding said at least one zero value and the P-1 values following said at least one zero value.
An optical processing system comprising an optical input; spatial light modulator layers (24 and 25); a detector; wherein said SLM layers form a liquid crystal array comprising multiple pixel elements each being individually addressable and configurable, wherein said elements are configured to display both at least one input data pattern and focussing patterns simultaneously on said SLM layers such that light from the optical input is incident on said displayed patterns and wherein said spatial light modulator layers comprise at least two reflective liquid crystal layers (24 and 25) located opposite one another to successively optically process said light before being captured at the detector; wherein said elements are further configured to display beam steering patterns on said SLM layers, and said optical processing system further comprising a beam steering arrangement for shifting said focussing patterns or altering said beam steering patterns; said optical processing system further comprising a computer executing software to individually address and configure said elements, and to control said beam steering arrangement so that a target intensity distribution is detected by said detector.
A surveying instrument comprising a laser pointer adapted to project a visible laser pointer beam, a measuring unit (10, 18, 32) adapted to emit a distance measuring light via a telescope unit, adapted to perform distance measurement on a measuring point by receiving a reflected light and adapted to measure an angle of said measuring point, an image pickup unit adapted to acquire an image including a target via said telescope unit, said target comprising a reflection member, the surveying instrument further comprising a tracking unit adapted to emit a tracking light via said telescope unit and adapted to track said target by receiving a reflection light from said target, a driving unit adapted to rotate said telescope unit in horizontal direction and in vertical direction and a control device adapted to control said driving unit so that the reflection light of said tracking light from said target will be positioned at a predetermined position on an image pickup element of said image pickup unit and adapted to perform tracking of said target, wherein an optical axis of said distance measuring light and an optical axis of said tracking light are in a known relationship, an optical axis of said laser pointer beam is set up from an optical axis of said tracking light by a predetermined offset angle, said laser pointer beam is thereby set up to project onto a position as offset by said predetermined offset angle with respect to said optical axis of said tracking light, wherein the optical axis of said distance measuring light of said measuring unit is coaxial with the optical axis of said laser pointer beam and the optical axis of said laser pointer beam is positioned at a center on said image pickup element, a wavelength selection filter is provided on said tracking unit and is adapted to cut a wavelength of said laser pointer beam so that a reflection light of said laser pointer beam is not received by said image pickup element, and said control device is configured so as to make said tracking unit track said target when receiving reflection light from said target, wherein the survey instrument is configured so that when the laser pointer beam is projected, the tracking light is emitted and the tracking of the target is started. wherein the optical axis of said distance measuring light of said measuring unit is coaxial with the optical axis of said laser pointer beam and the optical axis of said laser pointer beam is positioned at a center on said image pickup element, a wavelength selection filter is provided on said tracking unit and is adapted to cut a wavelength of said laser pointer beam so that a reflection light of said laser pointer beam is not received by said image pickup element, and said control device is configured so as to make said tracking unit track said target when receiving reflection light from said target, wherein the survey instrument is configured so that when the laser pointer beam is projected, the tracking light is emitted and the tracking of the target is started.
Holding arrangement for an entry area of a rail vehicle, said holding arrangement having: - a rod-shaped holding element, - a door pillar paneling element for covering a door pillar, wherein the door pillar paneling element comprises a through opening (38a, 38b), - a spacer element (24a, 24b) which is arranged between the holding element and the door pillar paneling element and comprises a through opening (39a, 39b), - a connecting element (72a, 72b) for connecting the door pillar paneling element to the door pillar, wherein the connecting element (72a, 72b) is arranged on a side of the door pillar paneling element remote from the spacer element (24a, 24b) and comprises a through opening (86a, 86b), characterized in that the rod-shaped holding element comprises a through opening (30a, 30b) and - a connecting screw (104a, 104b) which is screwed through the through opening (30a, 30b) of the holding element, the through opening (39a, 39b) of the spacer element (24a, 24b) and the through opening (38a, 38b) of the door pillar paneling element in the through opening (86a, 86b) of the connecting element (72a, 72b). - a rod-shaped holding element, - a door pillar paneling element for covering a door pillar, wherein the door pillar paneling element comprises a through opening (38a, 38b), - a spacer element (24a, 24b) which is arranged between the holding element and the door pillar paneling element and comprises a through opening (39a, 39b), - a connecting element (72a, 72b) for connecting the door pillar paneling element to the door pillar, wherein the connecting element (72a, 72b) is arranged on a side of the door pillar paneling element remote from the spacer element (24a, 24b) and comprises a through opening (86a, 86b), - a connecting screw (104a, 104b) which is screwed through the through opening (30a, 30b) of the holding element, the through opening (39a, 39b) of the spacer element (24a, 24b) and the through opening (38a, 38b) of the door pillar paneling element in the through opening (86a, 86b) of the connecting element (72a, 72b).
A refrigerator, comprising: a main body cabinet forming a storage compartment; a door operable to open and close the storage compartment; an ice tray provided in the refrigerator capable of making ice cubes; an ice storage container receiving the ice cubes made by the ice tray, and having an ice outlet formed in a lower part thereof and a rear wall surface forming an angle of inclination (θ) with respect to a level surface; at least one rotating blade rotatingly moving the ice cubes discharged to the ice outlet; a supporting blade shredding the ice cubes moved by the rotating blade, in cooperation with the at least one rotating blade; and a driver including a gear assembly having a rotating shaft connected with a lower part of the at least one rotating blade and transmitting a driving force to the rotating blade, and a driving motor provided in a side of the gear assembly and supplying a driving force to the gear assembly, wherein the ice outlet is provided in the rear wall surface, wherein the ice cubes stored in the ice storage container are discharged from the ice storage container toward the at least one rotating blade through the ice outlet, and wherein the rotating blade and the supporting blade are provided in parallel with the inclined rear wall surface of the ice storage container. a main body cabinet forming a storage compartment; a door operable to open and close the storage compartment; an ice tray provided in the refrigerator capable of making ice cubes; an ice storage container receiving the ice cubes made by the ice tray, and having an ice outlet formed in a lower part thereof and a rear wall surface forming an angle of inclination (θ) with respect to a level surface; at least one rotating blade rotatingly moving the ice cubes discharged to the ice outlet; a supporting blade shredding the ice cubes moved by the rotating blade, in cooperation with the at least one rotating blade; and a driver including a gear assembly having a rotating shaft connected with a lower part of the at least one rotating blade and transmitting a driving force to the rotating blade, and a driving motor provided in a side of the gear assembly and supplying a driving force to the gear assembly, wherein the ice outlet is provided in the rear wall surface, wherein the ice cubes stored in the ice storage container are discharged from the ice storage container toward the at least one rotating blade through the ice outlet, and wherein the rotating blade and the supporting blade are provided in parallel with the inclined rear wall surface of the ice storage container.
Valve slide for a valve unit, serving as an insufflation and purging valve, of a medical endoscope, which valve slide can be inserted by way of a distal control section into a receiving bore which is configured at least indirectly in a manual actuation part of the endoscope and is connected to air inlet channels and air outlet channels and to purging liquid inflow channels and purging liquid outlet channels, the valve slide having a proximal actuating section which is guided through a retaining ring and is provided with an actuating button, the actuating button being supported firstly on the retaining ring via a compression spring, and secondly an annular projection of the valve slide interacting as a stop which acts in the axial direction with the retaining ring, and sealing rings (41, 42, 43, 44 and 45) being provided on the distal control section of the valve slide, which sealing rings (41, 42, 43, 44 and 45) project radially beyond the valve slide and are provided to seal at least one control space of the valve unit in a manner which slides on an inner circumferential face of the receiving bore, characterized in that an outer circumferential face of the distal control section (27, 28) is of smooth-walled configuration, apart from the projection and radial guide sections (32, 35) which are possibly provided on said outer circumferential face, and in that the sealing rings (41, 42, 43, 44 and 45) are connected in an integrally joined manner to the smooth-walled outer circumferential face.