mhurhangee/ep-ind-claims huggingface dataset:
An image display device comprising: a display control unit that displays, on a display unit, a tomographic image for which a display command is given among a plurality of tomographic images acquired by performing tomosynthesis imaging for an object; a setting unit that sets the displayed tomographic image as having been displayed; and a storage control unit that stores the tomographic image set as having been displayed in a storage unit, and stores tomographic images other than the tomographic image set as having been displayed at a compression rate higher than a compression rate of the tomographic image set as having been displayed, or deletes tomographic images other than the tomographic image set as having been displayed. a display control unit that displays, on a display unit, a tomographic image for which a display command is given among a plurality of tomographic images acquired by performing tomosynthesis imaging for an object; a setting unit that sets the displayed tomographic image as having been displayed; and a storage control unit that stores the tomographic image set as having been displayed in a storage unit, and stores tomographic images other than the tomographic image set as having been displayed at a compression rate higher than a compression rate of the tomographic image set as having been displayed, or deletes tomographic images other than the tomographic image set as having been displayed.
A method for sealing an electronics housing assembly, the method comprising the steps of: providing an electronics housing defining an internal cavity, the electronics housing having an outer side, the electronics housing having a first enclosure portion and a second enclosure portion, the enclosure portions (14, 16) defining a vent hole therein, the vent hole extending through the outer side; fixing and sealing together the enclosure portions (14, 16) using a process of sealing which can displace gasses; disposing a sealing element adjacent to the electronics housing, the sealing element having a first side; disposing an adhesive material onto the first side of the sealing element; affixing, using the adhesive material, the sealing element over the vent hole and contacting the outer side, thereby completely covering and surrounding the vent hole by the sealing element. providing an electronics housing defining an internal cavity, the electronics housing having an outer side, the electronics housing having a first enclosure portion and a second enclosure portion, the enclosure portions (14, 16) defining a vent hole therein, the vent hole extending through the outer side; fixing and sealing together the enclosure portions (14, 16) using a process of sealing which can displace gasses; disposing a sealing element adjacent to the electronics housing, the sealing element having a first side; disposing an adhesive material onto the first side of the sealing element; affixing, using the adhesive material, the sealing element over the vent hole and contacting the outer side, thereby completely covering and surrounding the vent hole by the sealing element.
An Arrangement of a winglet and of a ventral fin wherein: - the winglet includes i) an adaptor section for attaching the winglet to the tip of an aircraft wing, ii) a blade section which, after attachment, is above the plane of the wing, and iii) a curved transition section that connects the blade section to the adaptor section; - the ventral fin is attached to and extends from the transition section, and: wherein the ventral fin has a leading edge that is generally curved so that the discontinuity between a winglet surface and the ventral fin is reduced, transitioning away from said winglet surface to a generally linear section and then transitioning to its tip shape. - the winglet includes i) an adaptor section for attaching the winglet to the tip of an aircraft wing, ii) a blade section which, after attachment, is above the plane of the wing, and iii) a curved transition section that connects the blade section to the adaptor section; - the ventral fin is attached to and extends from the transition section, and: wherein the ventral fin has a leading edge that is generally curved so that the discontinuity between a winglet surface and the ventral fin is reduced, transitioning away from said winglet surface to a generally linear section and then transitioning to its tip shape.
A quadrant assembly for a seat system with a seat back for a passenger aircraft wherein the seat system includes a passenger seat frame having (i) a backrest support assembly including a backrest and a spreader and (ii) a seat bottom support assembly, said quadrant assembly comprising: a quadrant member connectable between said backrest support assembly and said seat bottom support assembly, said quadrant member including (i) a lower attachment point adapted to be attached to said seat bottom support assembly, (ii) an upper attachment point adapted to be attached to said backrest and adapted to break away in the event of an impact with said seat back, (iii) a pivot point adapted to pivot said backrest with respect to said spreader and said quadrant member, (iv) a mechanical fuse located at said upper attachment point, and (v) a pivot point brake assembly attached to said pivot point and adapted to provide a controlled stop of the rotation of said backrest about said pivot point in the event of an impact with said backrest; characterized in that said pivot point brake assembly includes a brake pin and a pivot point brake plate, wherein said brake pin 52 is inserted through a hole in said quadrant member and through an opening in said pivot point brake plate. a quadrant member connectable between said backrest support assembly and said seat bottom support assembly, said quadrant member including (i) a lower attachment point adapted to be attached to said seat bottom support assembly, (ii) an upper attachment point adapted to be attached to said backrest and adapted to break away in the event of an impact with said seat back, (iii) a pivot point adapted to pivot said backrest with respect to said spreader and said quadrant member, (iv) a mechanical fuse located at said upper attachment point, and (v) a pivot point brake assembly attached to said pivot point and adapted to provide a controlled stop of the rotation of said backrest about said pivot point in the event of an impact with said backrest; characterized in that said pivot point brake assembly includes a brake pin and a pivot point brake plate, wherein said brake pin 52 is inserted through a hole in said quadrant member and through an opening in said pivot point brake plate. (i) a lower attachment point adapted to be attached to said seat bottom support assembly, (ii) an upper attachment point adapted to be attached to said backrest and adapted to break away in the event of an impact with said seat back, (iii) a pivot point adapted to pivot said backrest with respect to said spreader and said quadrant member, (iv) a mechanical fuse located at said upper attachment point, and (v) a pivot point brake assembly attached to said pivot point and adapted to provide a controlled stop of the rotation of said backrest about said pivot point in the event of an impact with said backrest;
Headrest for motor vehicle seats, comprising a fixed part, a moving part movable with respect to said fixed part from a rest position to an active position, connection means connecting said fixed part and said moving part to determine the path and the position of the moving part, a drive system comprising a drive device for driving and moving the moving part with respect to the fixed part in the event of a crash, and damping means allowing the movement of at least one portion of the moving part to a forward position with respect to the active position, and allowing the backward movement to the active position after the impact of the user's head, absorbing energy in said backward movement, characterized in that the damping means comprise a damping device and a blocking mechanism for said damping device, said blocking mechanism releasing the damping device in the event of a crash.
A nonaqueous secondary battery comprising: a positive electrode member comprising a positive electrode active material comprising Na X Fe Y (SO 4) Z (within ranges of 0 < X ≤ 3, 1 ≤ Y ≤ 3, and 2 ≤ Z ≤ 4), a conductive material, and a binder; a negative electrode member comprising a negative electrode active material capable of inserting and desorbing sodium ions, and a binder; and a separator, wherein a surface of the positive electrode active material is coated with a hydrogen group-containing carbonaceous layer, and wherein the separator comprises a polyolefin-based material with pores, and an inorganic compound powder layer with sodium ion conductivity is formed on both sides of the separator. a positive electrode member comprising a positive electrode active material comprising Na X Fe Y (SO 4) Z (within ranges of 0 < X ≤ 3, 1 ≤ Y ≤ 3, and 2 ≤ Z ≤ 4), a conductive material, and a binder; a negative electrode member comprising a negative electrode active material capable of inserting and desorbing sodium ions, and a binder; and a separator, wherein a surface of the positive electrode active material is coated with a hydrogen group-containing carbonaceous layer, and wherein the separator comprises a polyolefin-based material with pores, and an inorganic compound powder layer with sodium ion conductivity is formed on both sides of the separator.
A bending head, especially for an automatic bending machine, containing a pair of bending rolls (1, 2) and a bending support, whereby the bending rolls (1, 2) are mounted rotatably about their mutually parallel longitudinal axes (10, 20) on a bending stirrup, which is situated with its length perpendicularly to the longitudinal axes of the bending rolls (1, 2), wherein each of the bending rolls (1, 2) is aligned with a means of a mutual forced rotary coupling of the two rolls (1, 2) and at least one of the rolls (1, 2) is coupled to a drive of its rotation, characterized in that the bending stirrup is mounted rectilinearly reversibly slidingly in the direction of its length in the rotary bending carrier, which is mounted in a bracket rotatably about its longitudinal axis which is parallel to the longitudinal axes (10, 20) of both rolls (1, 2) and lies in a plane interlaid by the longitudinal axes (10, 20) of both rolls (1, 2) and at the same time is perpendicular to the direction of the length of the bending stirrup, the bracket being mounted on the frame of the bending head rectilinearly reversibly slidingly in the direction perpendicular to the longitudinal axes (10, 20, 50) of both rolls (1, 2) and of the rotary bending carrier and parallel to the direction of the length of the bending stirrup, all in a mutual initial position "zero" during insertion and removal of the bent material into and from the rolls (1, 2).
Device for substance exchange between blood and at least one gas/gas mixture, comprising a first chamber which is able to be flowed through by blood and in which a multiplicity of substance-permeable hollow fibres are arranged around an axially extending first core element, wherein the hollow fibres are able to be flowed through by a gas/gas mixture and are able to be flowed around by blood, and a second chamber which is able to be flowed through by blood and in which a multiplicity of substance-permeable hollow fibres are arranged around an axially extending second core element, wherein the hollow fibres are able to be flowed through by a gas/gas mixture and are able to be flowed around by blood, wherein, in terms of flow, the second chamber is arranged so as to follow the first chamber in the blood-flow direction, wherein a. the first and second chambers (1, 2) are arranged next to one another with a spacing between their core-element central axes (1a, 2a), and b. the two chambers (1, 2) have a connection in an axial end region, via which connection the chamber volumes able to be flowed through by blood are connected in the direction of the spacing, characterized in that, c. at the end region having the connection, a ring space (6a, 6b) is arranged around the respective hollow fibres (1b, 2b) of each chamber (1, 2), wherein the two ring spaces (6a, 6b) overlap in the connection region. a. the first and second chambers (1, 2) are arranged next to one another with a spacing between their core-element central axes (1a, 2a), and b. the two chambers (1, 2) have a connection in an axial end region, via which connection the chamber volumes able to be flowed through by blood are connected in the direction of the spacing,
Mobile device (1; 1'; 1"; 1′′′) for thermally controlling weeds, comprising at least one running wheel (22; 24) for running on an underlying surface and/or at least one supporting element for providing support, a continuous flow heater for heating a fluid to at least one target temperature that is harmful to weeds, the continuous flow heater being designed to use electrical energy for heating the fluid, a delivery device for delivering the fluid, a first housing and a second housing, which are connected to one another, the first housing being a lower housing and the second housing being an upper housing, characterized in that the first housing is assigned a storage container for storing fluid and the second housing is assigned the continuous flow heater. at least one running wheel (22; 24) for running on an underlying surface and/or at least one supporting element for providing support, a continuous flow heater for heating a fluid to at least one target temperature that is harmful to weeds, the continuous flow heater being designed to use electrical energy for heating the fluid, a delivery device for delivering the fluid, a first housing and a second housing, which are connected to one another, the first housing being a lower housing and the second housing being an upper housing, characterized in that the first housing is assigned a storage container for storing fluid and the second housing is assigned the continuous flow heater.
A dual interface transaction card (16, 25), comprising: a metal card body (750, 900) having first and second surfaces; a first transaction module (20, 350) for enabling contact-only transactions secured in the card body (750, 900), the contact-only transaction module (20, 350) comprising contact pads disposed on the first surface of the card body (750, 900) and comprising a first integrated circuit chip; a second transaction module (700, 754) for enabling contactless transactions secured in a void in the metal card body (750, 900), the contactless transaction module (700, 754) comprising a second integrated circuit chip and an antenna, wherein the first integrated circuit chip and the second integrated circuit chip are not physically electrically connected to one another or in communication with one another, characterised in that the void comprises a blind pocket (17, 751) open to the second surface of the card body (750, 900). a metal card body (750, 900) having first and second surfaces; a first transaction module (20, 350) for enabling contact-only transactions secured in the card body (750, 900), the contact-only transaction module (20, 350) comprising contact pads disposed on the first surface of the card body (750, 900) and comprising a first integrated circuit chip; a second transaction module (700, 754) for enabling contactless transactions secured in a void in the metal card body (750, 900), the contactless transaction module (700, 754) comprising a second integrated circuit chip and an antenna, wherein the first integrated circuit chip and the second integrated circuit chip are not physically electrically connected to one another or in communication with one another, characterised in that the void comprises a blind pocket (17, 751) open to the second surface of the card body (750, 900).
Use of a cosmetic hair care composition for controlling hair volume comprising a derivative of waxes obtained by the reaction of simultaneous transesterification of a mixture comprising jojoba wax and sunflower wax, in the presence of polyglycerol-3.
A device for attaching a component supply unit to a component mounting machine by inserting the component supply unit, which includes casters, into a unit attachment space of the component mounting machine, wherein the component mounting machine includes unit-raising means for raising the component supply unit inserted into the unit attachment space, unit pull-in means for pulling the component supply unit, which has been raised by the unit-raising means, into the component mounting machine, and clamping means (57, 76) for lowering the component supply unit, which has been pulled in by the unit pull-in means, to a predetermined height position by the unit-raising means, and clamping the component supply unit, and wherein the clamping means includes clamping members that are provided on the unit-raising means and receiving members that are provided on the component mounting machine, and is adapted to lower the clamping members by the unit-raising means while fixing members of the component supply unit are placed on the receiving members and the component supply unit is supported by the receiving members, and is adapted to clamp the fixing members by the clamping members while the fixing members are interposed between the receiving members and the clamping members.
A face member for use in a ball striking device, comprising: a face having a ball striking surface configured for striking a ball and a rear surface located rearward and opposite of the ball striking surface, with a thickness defined between the rear surface and the ball striking surface, the face further having a thinned portion where the thickness is smaller than the thickness of surrounding areas of the face, the thinned portion forming a recess on the rear surface of the face such that the recess is recessed relative to the surrounding areas of the face; a wall extending rearward from an outer periphery of the face; and an insert connected to the face, the insert being received within the recess and positioned asymmetrically with respect to the geometric center of the face, wherein the insert has a density that is lower than a density of a material of the face, characterised in that the center of gravity of the insert is vertically offset in one direction from the geometric center of the face, and the center of gravity of the face is vertically offset in the opposite direction from the geometric center of the face. a face having a ball striking surface configured for striking a ball and a rear surface located rearward and opposite of the ball striking surface, with a thickness defined between the rear surface and the ball striking surface, the face further having a thinned portion where the thickness is smaller than the thickness of surrounding areas of the face, the thinned portion forming a recess on the rear surface of the face such that the recess is recessed relative to the surrounding areas of the face; a wall extending rearward from an outer periphery of the face; and an insert connected to the face, the insert being received within the recess and positioned asymmetrically with respect to the geometric center of the face, wherein the insert has a density that is lower than a density of a material of the face, characterised in that the center of gravity of the insert is vertically offset in one direction from the geometric center of the face, and the center of gravity of the face is vertically offset in the opposite direction from the geometric center of the face.
A bending machine, the bending machine (100; 200) having a bending beam (105; 205, 205') which can be moved at least in one working direction (z) of the bending machine (100; 200) to form a workpiece by bending along a bending line which runs in a width direction (y) of the bending machine (100; 200), the bending machine (100; 200) containing a holding device (113; 213) to mount at least one bending tool (109; 209) on the bending machine (100; 200), and a release means (116; 216) being provided on the bending machine (100; 200) to move the holding device (113; 213) from a closed position in which the at least one bending tool (109; 209) is fixed into an open position releasing the at least one bending tool (109; 209), characterised in that the bending machine (100; 200) is designed such that a movement of the bending beam (105; 205, 205') towards a predetermined release position actuates the release means (116; 216) when the predetermined release position is reached.
An optical code scanner comprising: a base housing defining a belt aperture in which a conveyor belt is mounted, and defining an upper surface; an upper housing extending upwards from the upper surface, and including an image capture device mounted therein and directed to cover a field of view above the upper surface; and an imaging scanner operable to decode barcodes from an image captured by the image capture device, wherein the base housing further comprises: a scanning aperture disposed adjacent to the conveyor belt and having a width of similar dimension to a width of the conveyor belt; characterized by a plurality of scanning devices mounted within the base housing and disposed in a linear arrangement matching an elongate shape of the scanning aperture, wherein one of the scanning devices is located near an end of the linear arrangement and is disposed (i) transverse to another one of the scanning devices and (ii) directed to cover a field of view above the upper surface and towards the upper housing. a base housing defining a belt aperture in which a conveyor belt is mounted, and defining an upper surface; an upper housing extending upwards from the upper surface, and including an image capture device mounted therein and directed to cover a field of view above the upper surface; and an imaging scanner operable to decode barcodes from an image captured by the image capture device, wherein the base housing further comprises: a scanning aperture disposed adjacent to the conveyor belt and having a width of similar dimension to a width of the conveyor belt; characterized by a plurality of scanning devices mounted within the base housing and disposed in a linear arrangement matching an elongate shape of the scanning aperture, wherein one of the scanning devices is located near an end of the linear arrangement and is disposed (i) transverse to another one of the scanning devices and (ii) directed to cover a field of view above the upper surface and towards the upper housing. a scanning aperture disposed adjacent to the conveyor belt and having a width of similar dimension to a width of the conveyor belt; characterized by a plurality of scanning devices mounted within the base housing and disposed in a linear arrangement matching an elongate shape of the scanning aperture, wherein one of the scanning devices is located near an end of the linear arrangement and is disposed (i) transverse to another one of the scanning devices and (ii) directed to cover a field of view above the upper surface and towards the upper housing.