mhurhangee/ep-ind-claims huggingface dataset:
Mounting element for fixation of implant-anchored removable dental prostheses, containing a lower end for fastening of the mounting element to an implant or abutment; an upper end for connection of the mounting element to a dental prosthesis, optionally a friction insert; wherein the base body of the mounting element has an outer ring, wherein the base body of the mounting element is angled, and wherein the base body of the mounting element has a second outer ring positioned appropriately below the first outer ring on the base body such that a recess is formed around the base body between the first outer ring and the second outer ring, and wherein at least one outer ring has an angulation of 1° to 40° relating to a lower side of the mounting element, characterised in that the distance between the widest sites of the two outer rings is constant over the whole region of the outer rings.
A frozen beverage comprising (a) rebaudioside M and (b) 2.1 wt% D-Psicose based on total weight of the frozen beverage, wherein the frozen beverage has a total Brix level of at least 6.6 percent and wherein the frozen beverage is a zero-, low-calorie, or reduced-calorie beverage.
A honeycomb sandwich structure comprising: - a main body portion having a first skin material that comprises a first front surface (1 a) and a first rear surface opposing the first front surface, a second skin material that comprises a second front surface and a second rear surface opposing the second front surface, and a honeycomb core that is adhered to both the first rear surface and the second rear surface so as to be sandwiched between the first skin material and the second skin material; and - a thermoelectric conversion module that comprises a high temperature side module front surface and a low temperature side module rear surface opposing the module front surface, and is adapted to generate power using a temperature difference between the module front surface and the module rear surface, characterised in that the thermoelectric conversion module is embedded in the main body portion such that at least one of the module front surface and the module rear surface is in a state of being exposed from the main body portion, thereby generating the temperature difference. - a main body portion having a first skin material that comprises a first front surface (1 a) and a first rear surface opposing the first front surface, a second skin material that comprises a second front surface and a second rear surface opposing the second front surface, and a honeycomb core that is adhered to both the first rear surface and the second rear surface so as to be sandwiched between the first skin material and the second skin material; and - a thermoelectric conversion module that comprises a high temperature side module front surface and a low temperature side module rear surface opposing the module front surface, and is adapted to generate power using a temperature difference between the module front surface and the module rear surface, characterised in that the thermoelectric conversion module is embedded in the main body portion such that at least one of the module front surface and the module rear surface is in a state of being exposed from the main body portion, thereby generating the temperature difference.
Assembly comprising a plastic part, a basic part and a screw, where an oval opening is made in the plastic part to allow the screw to be positioned against a threaded opening in the basic part, characterized in that the oval opening of the plastic part is provided with a projecting continuous circumferential projection and a cylindrical spacer is provided with a circumferential groove on its outer circumference, wherein the continuous circumferential projection is provided in the oval opening at a height corresponding to the position of the groove on the outer circumference of the cylindrical spacer.
A method for monitoring the differentiation state of each stem cell in a colony of stem cells, comprising: a step (A-1) of culturing stem cells into which a fusion gene of a promoter region of a differentiation state detection marker gene and a luciferase-coding gene is transfected; a step (A-2) of culturing the stem cells under a differentiation-inducing condition after the step (A-1); and a step (A-3) of capturing images of luminescence emitted by expression of the luciferase-coding gene in the stem cells, over at least a given period of the steps (A-1) to (A-2), to obtain luminescence images indicating the luciferase-coding gene expression level of each stem cell in the colony, wherein the stem cell is a stem cell into which plural types of fusion genes are transfected, each fusion gene contains a promotor region of a different type of a differentiation state detection marker gene, each promotor region of the differentiation state detection marker gene is fused with a gene encoding each luciferase having a different spectral characteristic of luminescence, so as to be detected distinguishably from a promotor region of other differentiation state detection marker gene, and the image capturing step is a step of capturing each luminescence image corresponding to a spectral characteristic specific to each luciferase to obtain plural luminescence images. a step (A-1) of culturing stem cells into which a fusion gene of a promoter region of a differentiation state detection marker gene and a luciferase-coding gene is transfected; a step (A-2) of culturing the stem cells under a differentiation-inducing condition after the step (A-1); and a step (A-3) of capturing images of luminescence emitted by expression of the luciferase-coding gene in the stem cells, over at least a given period of the steps (A-1) to (A-2), to obtain luminescence images indicating the luciferase-coding gene expression level of each stem cell in the colony, wherein the stem cell is a stem cell into which plural types of fusion genes are transfected, each fusion gene contains a promotor region of a different type of a differentiation state detection marker gene, each promotor region of the differentiation state detection marker gene is fused with a gene encoding each luciferase having a different spectral characteristic of luminescence, so as to be detected distinguishably from a promotor region of other differentiation state detection marker gene, and the image capturing step is a step of capturing each luminescence image corresponding to a spectral characteristic specific to each luciferase to obtain plural luminescence images.
High-pressure cleaner with a motor pump unit for pressurization of a cleaning liquid to which a liquid cleaning agent can be added, and with a cleaning agent container with a lid, which forms a store for liquid cleaning agent and has an opening which can be closed tight by the lid, the cleaning agent container being detachably held on the motor pump unit, and the motor pump unit comprising a removal device for removal of cleaning agent from the cleaning agent container, characterized in that the removal device comprises a container receptacle into which at least one container section, adjoining the container opening, of the cleaning agent container is insertable with closed, vertically downwards directed container opening, a spike surrounding a removal channel which opens into the container receptacle extending into the container receptacle, the lid comprising a membrane which can be pierced by the spike, and the spike surrounding a ventilation channel which opens into the container receptacle.
A line sorter for sorting items of various shapes, sizes and weights, such as postal parcels or airport baggage, the line sorter comprising - an upper track section, a lower track section, one end track section (108, 109) connecting the upper and lower track sections (104, 106) at each of two ends of the line sorter, - at least one adjustment element (210, 211), wherein the upper track section, the lower track section, and the end track sections (108, 109) form a track loop together with the adjustment element (210, 211), - a closed loop of coupled sorting carts or slats coupled at couplings and being arranged for moving along the track loop, - at least one position dedicated induction of items onto the sorter, such as by an induction, and - a plurality of discharges (120, 122) for sorting one or more items into their respective discharge (120, 122), characterised in at least one of the end track sections is mounted so as to allow longitudinal displacement of said end track section relative to the upper and lower track sections (104, 106), and in that the at least one adjustment element (210, 211) is movably mounted between said end track section and an end of one of the upper and lower track sections (104, 106), wherein the at least one adjustment element (210, 211) has a wedge shaped portion arranged for adjustable engagement with a correspondingly shaped portion of one of: said end track section, and said end of one of the upper and lower track sections (104, 106), so as to allow adjustment of a length of the track loop in accordance with displacement of said end track section relative to the upper and lower track sections (104, 106), and wherein the adjustment element is movable at least along a direction in one plane, such as along a direction in one plane only, such as along an axis being transverse or substantially transverse to a direction of motion of the sorting carts or slats when in operation. - an upper track section, a lower track section, one end track section (108, 109) connecting the upper and lower track sections (104, 106) at each of two ends of the line sorter, - at least one adjustment element (210, 211), wherein the upper track section, the lower track section, and the end track sections (108, 109) form a track loop together with the adjustment element (210, 211), - a closed loop of coupled sorting carts or slats coupled at couplings and being arranged for moving along the track loop, - at least one position dedicated induction of items onto the sorter, such as by an induction, and - a plurality of discharges (120, 122) for sorting one or more items into their respective discharge (120, 122), characterised in
A maneuverable measurement body for determining measurement data during its passage through a fluid, at least comprising two airfoils that are arranged in the central region of the measurement body, multiple controllable rudders (04, 05, 06) that can be adjusted about their axes of rotation, a malfunction module that is automatically activated in the event of a malfunction and has at least a first malfunction system for resetting the rudders (04, 05, 06) into their central zero position, as well as accumulators for the electrical power supply and sensors (35, 07) for determining the measurement data and the position of the measurement body, characterized in that the first malfunction system has a pressure cylinder with an extendable piston per rudder (04, 05, 06), wherein each piston has a piston head and a piston rod, which is fastened on the piston head and has a guide element that can be moved into a receiving element, wherein each receiving element is rigidly arranged on the respective rudder (04, 05, 06) about its axis of rotation and has a contour channeling into its central zero position, wherein said first malfunction system comprises a common pressure vessel that is connected to the pressure cylinders via fluid lines and has an electromagnetic stop valve, which is automatically opened upon an activation of the malfunction module, and wherein all pistons are extended when the piston heads are acted upon with pressure by the fluid.
A method of retrofitting a hearing protector with an active communication device, the method comprising the steps of: - providing a hearing protector that has two generally dome-shaped earmuffs (10, 20), each earmuff (10, 20) forming toward an ear facing side of the earmuff (10, 20) a space for a wearer's ear, at least one of the earmuffs (10, 20) comprises an outer shell and a cushioning arranged adjacent the ear facing side; - providing the active communication device, the active communication device comprising a loudspeaker and electronic circuitry which comprises a wireless communication interface, the electronic circuitry being configured to drive the loudspeaker based on information received via the wireless communication interface, wherein the active communication device comprises a mounting ring; - separating the cushioning from the outer shell and assembling the active communication device between the outer shell and the cushioning by mounting the mounting ring between the outer shell and the cushioning and thereby - retaining the active communication device at the hearing protector so that the loudspeaker is arranged within the space formed by the at least one of the earmuffs (10, 20). - providing a hearing protector that has two generally dome-shaped earmuffs (10, 20), each earmuff (10, 20) forming toward an ear facing side of the earmuff (10, 20) a space for a wearer's ear, at least one of the earmuffs (10, 20) comprises an outer shell and a cushioning arranged adjacent the ear facing side; - providing the active communication device, the active communication device comprising a loudspeaker and electronic circuitry which comprises a wireless communication interface, the electronic circuitry being configured to drive the loudspeaker based on information received via the wireless communication interface, wherein the active communication device comprises a mounting ring; - separating the cushioning from the outer shell and assembling the active communication device between the outer shell and the cushioning by mounting the mounting ring between the outer shell and the cushioning and thereby - retaining the active communication device at the hearing protector so that the loudspeaker is arranged within the space formed by the at least one of the earmuffs (10, 20).
Device for producing embossed cover elements for emballages, which cover elements are embossed in and die-cut from a pseudo-endless sheet material which runs through the device in a longitudinal direction at temporary standstill of the sheet material, the device comprising M die-cutting tools and M x N embossing tools (16,17) wherein N different embossing tools are combined with each die-cutting tool in the longitudinal direction, M and N being integers, with M ≥ 1 and N ≥ 2.
A latch comprising: a latch housing comprising a first housing portion and a second housing portion separable from the first housing portion, the second housing portion comprising a keeper; a first arm member in rotational communication with the first housing portion, the first arm member configured to rotate about a first axis between a first position and a second position; a second arm member in rotational communication with the first arm member, the second arm member configured to rotate with respect to the first arm member between a first position and a second position; and wherein the second arm member in the first position is configured to be fixed relative to the first arm member as the first arm member rotates from the first position toward the second position, characterised in that the latch further comprises a latch load pin in rotational communication with the first arm member about a second axis, the latch load pin configured to mate with the keeper with the first arm member in the first position; and in that the first arm member is connected to the first housing portion with a connection member, the connection member in rotational communication with the first arm member about the first axis and in rotational communication with the first housing portion about a third axis. a latch housing comprising a first housing portion and a second housing portion separable from the first housing portion, the second housing portion comprising a keeper; a first arm member in rotational communication with the first housing portion, the first arm member configured to rotate about a first axis between a first position and a second position; a second arm member in rotational communication with the first arm member, the second arm member configured to rotate with respect to the first arm member between a first position and a second position; and wherein the second arm member in the first position is configured to be fixed relative to the first arm member as the first arm member rotates from the first position toward the second position, characterised in that the latch further comprises a latch load pin in rotational communication with the first arm member about a second axis, the latch load pin configured to mate with the keeper with the first arm member in the first position; and in that the first arm member is connected to the first housing portion with a connection member, the connection member in rotational communication with the first arm member about the first axis and in rotational communication with the first housing portion about a third axis.
A passing device for bone cerclage, comprising: a proximal handle; a cannula rigidly affixed to the proximal handle; a shape memory element having a distal end portion that has a constrained configuration when disposed within the cannula and a looped deployed configuration when extended from the cannula; and a passing element attached to a distal tip portion of the distal end portion and attached to an anchor at a proximal end of the shape memory element, the anchor mounted and configured to move with the shape memory element as the distal end portion is extended from the cannula, the passing element extending from the anchor to the distal tip portion outside of the cannula; wherein the distal tip portion comprises a passing element retention feature (673; 690; 698; 682, 686; 708; 724) for retaining a distal end of the passing element, characterized in that the anchor is disposed on the side of a handle housing. a proximal handle; a cannula rigidly affixed to the proximal handle; a shape memory element having a distal end portion that has a constrained configuration when disposed within the cannula and a looped deployed configuration when extended from the cannula; and a passing element attached to a distal tip portion of the distal end portion and attached to an anchor at a proximal end of the shape memory element, the anchor mounted and configured to move with the shape memory element as the distal end portion is extended from the cannula, the passing element extending from the anchor to the distal tip portion outside of the cannula; wherein the distal tip portion comprises a passing element retention feature (673; 690; 698; 682, 686; 708; 724) for retaining a distal end of the passing element, characterized in that the anchor is disposed on the side of a handle housing.
Device for chopping food, having a base part which has a receptacle for a cutting part, and having an actuating part which is fixable to the base part in an articulated manner such that the actuating part is pivotable toward the cutting part in order to push through an item to be chopped, characterized in that the device has at least one chopping tool in the manner of a sharpener, wherein the chopping tool in the manner of a sharpener is insertable into the receptacle, or wherein there is a further base part which has the chopping tool in the manner of a sharpener and which is connectable instead of the base part to the actuating part in an articulated manner, or wherein the actuating part has the chopping tool in the manner of a sharpener.
A measuring plug comprising: - a hollow plug body comprising a proximal end, a distal end and a plug body axis; - a housing attached to the distal end of the plug body; - electronic components arranged in the housing; and, - a sensing module arranged in the hollow plug body, the sensing module comprising at least one electrical sensing element and a PWB electrically coupled to the at least one electrical sensing element, the sensing module being attached to the proximal end of the hollow plug body; the measuring plug further comprises an interconnection module configured to electrically connect the electronic components to the sensing module through the hollow plug body; the interconnection module comprises an elongated support structure with a first end provided with first terminals and a second end provided with second terminals (108B1), wherein the first terminals provide an electrical coupling which is flexible in axial direction characterized in that, the sensing module further comprises an alignment element, the PWB is located between the at least one electrical sensing element and the alignment element, the alignment element and an end of the elongated support structure comprise cooperating alignment structures (104F1, 108A2) configured to align the interconnection module with respect to the PWB, the alignment structure of the alignment element comprises two or more arrow-shaped structures having a tip pointing in the direction of the housing. - a hollow plug body comprising a proximal end, a distal end and a plug body axis; - a housing attached to the distal end of the plug body; - electronic components arranged in the housing; and, - a sensing module arranged in the hollow plug body, the sensing module comprising at least one electrical sensing element and a PWB electrically coupled to the at least one electrical sensing element, the sensing module being attached to the proximal end of the hollow plug body;
Container for taking up and dispensing a substance, characterized by a tubule, a punch disposed in the tubule so as to slide adjustably, forming a seal, and a sleeve closed on one side, in which the tubule is accommodated, wherein the punch projects out of one end of the tubule, and wherein the punch does not fill the tubule completely, so that a substance chamber remains in the region of the other end of the tubule, which end is situated within the sleeve, which chamber has a holding volume that is adaptable by means of adjusting the punch.
A pitch controlled wind turbine blade comprising a pressure surface side and a leeward surface side said surfaces (13, 14) establishing a leading edge and a trailing edge characterized in that said blade comprises turbulence generating means, wherein said means are placed on said leeward surface sides of said wind turbine blade and at the outer section of said wind turbine blade in the direction of the blade tip, wherein the height of said turbulence generating means is of equal extent or is higher closest to said trailing edge of said wind turbine blade than closest to said leading edge of said wind turbine blade, and wherein the highest height of said turbulence generating means is between 0.01% and 5% of the chord length of said wind turbine blade.