mhurhangee/ep-ind-claims huggingface dataset:
Biocompatible molded part for supporting the formation of a new jaw bone or jaw bone section in a mammal, preferably a human, wherein the molded part can be placed on the jaw bone and is designed as a solid body that can be completely resorbed by the human or animal body, the shaped part is block-shaped or cuboid-shaped or is designed to be adaptable in its shape to a recess in the jawbone or jawbone section, and the shaped part is formed from a composition consisting of at least one structure-giving material selected from the group consisting of alabaster gypsum, hard gypsum, superhard gypsum or mixtures thereof and a porous granulate formed from a base material selected from the group consisting of: Aragonite, Musselshell, Allogenic bone material, Autogenic bone material, Xenogenic bone material, FDBA (freeze-dried bone allocrafts), DFBA (decalzified freeze-dried bone allocrafts) algae or algae extract, Ceramic, calcium phosphate, especially tri- or tetracalcium phosphate, X- or β-tricakium phosphate, hydroxyl apatite, calcium phosphate ceramic, bioglass, aragonite-based bone substitute (e.g.B. BioCoral ®) or mixtures thereof, wherein in the composition the structuring material and the porous granules are provided in a ratio of between 1:1 and 1:4 and the porous granules have a grain size of between 1 and 3 mm, in particular of between 1.1 and 2 mm, preferably 1.5 mm, and the molded part has edges with an edge length of in each case between 1 and 5, preferably of between 1.5 and 3 cm.
An embedded coil assembly (400, 600) comprising: an annular metal layer (416, 616) having an upper surface; a first plurality of metal pillars (422, 622) arranged in an inner ring on the upper surface of the annular metal layer; a second plurality of metal pillars (424, 624) arranged in an intermediate ring on the upper surface of the annular metal layer; a third plurality of metal pillars (426, 626) arranged in an outer ring on the upper surface of the annular metal layer; a ferrite ring (432, 632) positioned on the upper surface of the annular metal layer between the first plurality of metal pillars and the second plurality of metal pillars; a plurality of conductive structures (434, 650, 654) that each connect corresponding ones of the first plurality of metal pillars and the second plurality of metal pillars; and an encapsulation layer (440, 640) covering the ferrite ring, the first and second plurality of metal pillars, at least a portion of the third plurality of metal pillars, and at least a portion of the conductive structures, characterized in that the annular metal layer includes a plurality of spaced apart circumferential segments, and each segment has mounted thereon at least one of the first plurality of metal pillars, at least one of the second plurality of metal pillars and at least one of the third plurality of metal pillars. an annular metal layer (416, 616) having an upper surface; a first plurality of metal pillars (422, 622) arranged in an inner ring on the upper surface of the annular metal layer; a second plurality of metal pillars (424, 624) arranged in an intermediate ring on the upper surface of the annular metal layer; a third plurality of metal pillars (426, 626) arranged in an outer ring on the upper surface of the annular metal layer; a ferrite ring (432, 632) positioned on the upper surface of the annular metal layer between the first plurality of metal pillars and the second plurality of metal pillars; a plurality of conductive structures (434, 650, 654) that each connect corresponding ones of the first plurality of metal pillars and the second plurality of metal pillars; and an encapsulation layer (440, 640) covering the ferrite ring, the first and second plurality of metal pillars, at least a portion of the third plurality of metal pillars, and at least a portion of the conductive structures, characterized in that the annular metal layer includes a plurality of spaced apart circumferential segments, and each segment has mounted thereon at least one of the first plurality of metal pillars, at least one of the second plurality of metal pillars and at least one of the third plurality of metal pillars.
Compounds of general formula I which are selected from among: Example Structure the enantiomers, the diastereomers, the mixtures and the salts thereof, particularly the physiologically acceptable salts thereof with organic or inorganic acids or bases.
An outdoor unit of an air conditioner, comprising: a blower in an inner portion of a housing, in which a top face panel which includes an air blowing port of the blower is provided in a top face of the housing, and a fan guard attachment portion to which a fan guard which covers the air blowing port is attached is provided in the top panel as a concave portion of a predetermined depth, wherein the fan guard includes a lateral rail portion and a longitudinal rail portion, characterised in that the fan guard also includes a left-right pair of fixing plates (63L, 63R) which are continuously fixed from a front end to a rear end of both end portions of the lateral rail portion or the longitudinal rail portion, wherein each of the fixing plates is formed in a cross-sectional crank shape which includes a base portion which is fixed to the fan guard attachment portion, a standing portion which stands up from one end of the air blowing port side of the base portion toward the top, and a supporting portion which extends from a distal end of the standing portion toward a direction distancing from the base portion, wherein an end portion of the lateral rail portion or the longitudinal rail portion is supported by the supporting portion, and wherein the fan guard is fixed to the fan guard attachment portion via the fixing plates. a blower in an inner portion of a housing, in which a top face panel which includes an air blowing port of the blower is provided in a top face of the housing, and a fan guard attachment portion to which a fan guard which covers the air blowing port is attached is provided in the top panel as a concave portion of a predetermined depth, wherein the fan guard includes a lateral rail portion and a longitudinal rail portion, characterised in that the fan guard also includes a left-right pair of fixing plates (63L, 63R) which are continuously fixed from a front end to a rear end of both end portions of the lateral rail portion or the longitudinal rail portion, a lateral rail portion and a longitudinal rail portion, characterised in that the fan guard also includes a left-right pair of fixing plates (63L, 63R) which are continuously fixed from a front end to a rear end of both end portions of the lateral rail portion or the longitudinal rail portion, wherein each of the fixing plates is formed in a cross-sectional crank shape which includes a base portion which is fixed to the fan guard attachment portion, a standing portion which stands up from one end of the air blowing port side of the base portion toward the top, and a supporting portion which extends from a distal end of the standing portion toward a direction distancing from the base portion, wherein an end portion of the lateral rail portion or the longitudinal rail portion is supported by the supporting portion, and wherein the fan guard is fixed to the fan guard attachment portion via the fixing plates.
An installation for converting heat into mechanical energy comprising: - a thermal machine capable of subjecting a working fluid to a thermodynamic cycle, the thermal machine comprising a working fluid vapor expansion turbine, - a cooling system for the expanded vapor of the working fluid of the thermal machine, comprising an air condenser and/or a cooling tower and a reservoir of sensible heat thermal storage material, as cold storage means for the air condenser and/or the cooling tower, the reservoir being able to be connected with the outside air in the hours when the outside temperature is coldest in order to store the cold of the outside air by circulation thereof through the storage material, characterized in that the reservoir is produced in the form of a pit in the ground arranged below the heat exchanger, the pit being linked to the outside air by at least one duct. - a thermal machine capable of subjecting a working fluid to a thermodynamic cycle, the thermal machine comprising a working fluid vapor expansion turbine, - a cooling system for the expanded vapor of the working fluid of the thermal machine, comprising an air condenser and/or a cooling tower and a reservoir of sensible heat thermal storage material, as cold storage means for the air condenser and/or the cooling tower, the reservoir being able to be connected with the outside air in the hours when the outside temperature is coldest in order to store the cold of the outside air by circulation thereof through the storage material,
Stop (1, 1A) for actuator including two movable sections (2, 3) connected by an elastic element that can be mounted on a rod (10, 10A) to limit the stroke of the actuator, each mobile section (2, 3) having a cutout shaped according to the rod (10, 10A), characterised in that the cutout of one of the movable sections (2, 3) has a series of round cross-section surfaces of different radii (R1, Rn) and that the radius of one of the surfaces is equal to half the diameter of the rod (10, 10A) of the actuator.
A method for establishing a secure wireless connection between a first electronic device and a second electronic device, the method comprising: generating, on a server, a temporary code; registering, on the first electronic device, the temporary code, wherein the temporary code is registered on the first electronic device by a user of the first electronic device; sending, from the server to the second electronic device via a wired connection, the temporary code; determining, on the first electronic device, a first temporary credential based on the temporary code, wherein the first temporary credential is an output of a key derivation function using the temporary code as input; determining, on the second electronic device, a second temporary credential based on the temporary code, wherein the second temporary credential an output of a key derivation function using the temporary code as input; establishing, using the first temporary credential and the second temporary credential, a temporary wireless connection between the first electronic device and the second electronic device; determining, on the second electronic device, a secure credential based on a secret only accessible to the second electronic device; sending, from the second electronic device to the first electronic device, the secure credential via the temporary wireless connection; and establishing, using the secure credential, the secure wireless connection between the first electronic device and the second electronic device. generating, on a server, a temporary code; registering, on the first electronic device, the temporary code, wherein the temporary code is registered on the first electronic device by a user of the first electronic device; sending, from the server to the second electronic device via a wired connection, the temporary code; determining, on the first electronic device, a first temporary credential based on the temporary code, wherein the first temporary credential is an output of a key derivation function using the temporary code as input; determining, on the second electronic device, a second temporary credential based on the temporary code, wherein the second temporary credential an output of a key derivation function using the temporary code as input; establishing, using the first temporary credential and the second temporary credential, a temporary wireless connection between the first electronic device and the second electronic device; determining, on the second electronic device, a secure credential based on a secret only accessible to the second electronic device; sending, from the second electronic device to the first electronic device, the secure credential via the temporary wireless connection; and establishing, using the secure credential, the secure wireless connection between the first electronic device and the second electronic device.
- Computer implemented method for processing a seismic image comprising two horizontal dimensions and one vertical dimension, and being the result of seismic measurements carried out from the surface or in well bores, the seismic image comprising a set of seismic traces extending each along the vertical dimension, said set of seismic traces defining a survey volume in the seismic image, said survey volume having a vertical envelope defined by boundary seismic traces, said method comprising: - selecting an initial subset of seismic traces among the set of seismic traces, said initial subset comprising a plurality of boundary seismic traces and a plurality of non-boundary seismic traces; - determining a plurality of seeds for each of the seismic traces of the initial subset; - determining a seismic horizon surface for each seed of each seismic trace of the initial subset; - determining an intermediate relative geological time, RGT, image based on the seismic horizon surfaces determined for the initial subset of seismic traces; - updating the intermediate RGT image by using additional seismic horizon surfaces determined for seeds of seismic traces of a subsequent subset corresponding to the seismic traces which are not in the initial subset, in order to obtain a final RGT image. - selecting an initial subset of seismic traces among the set of seismic traces, said initial subset comprising a plurality of boundary seismic traces and a plurality of non-boundary seismic traces; - determining a plurality of seeds for each of the seismic traces of the initial subset; - determining a seismic horizon surface for each seed of each seismic trace of the initial subset; - determining an intermediate relative geological time, RGT, image based on the seismic horizon surfaces determined for the initial subset of seismic traces; - updating the intermediate RGT image by using additional seismic horizon surfaces determined for seeds of seismic traces of a subsequent subset corresponding to the seismic traces which are not in the initial subset, in order to obtain a final RGT image.
A folding box gluing machine for manufacturing folding boxes from blanks, comprising a folding unit in which the blanks provided with an adhesive strip are folded, and a rotation unit for rotating the blanks which are conveyed in a flat position around an axis extending perpendicularly to the transport plane, comprising conveying elements by which the blanks are rotated and conveyed through the unit, characterized in that a further conveying device (5, 5') is provided for bypassing the conveying elements of the rotation unit causing said rotation, and that means are provided which feed the blanks optionally to the conveying elements of the rotation unit or to the further conveying device.
A composite shaft with an end fitting mounted on an interface region on at least one end of said shaft, and a preload structure arranged to provide a biasing force to bias the composite shaft against the end fitting; wherein the preload structure is in an interference fit (d) with the composite shaft; and characterised in that the end fitting comprises a toothed surface comprising at least one tooth formed as a helical thread engaging with the interface region. a preload structure arranged to provide a biasing force to bias the composite shaft against the end fitting; wherein the preload structure is in an interference fit (d) with the composite shaft; and characterised in that the end fitting comprises a toothed surface comprising at least one tooth formed as a helical thread engaging with the interface region.
A wireless terminal configured to communicate with a current serving base station and a neighboring base station which are capable of performing coordinated multi point transmission, the wireless terminal comprising: a path-loss comparison means adapted to compare a first path loss which comprises a path loss between the wireless terminal and the current serving base station with a second path loss which comprises a path loss between the wireless terminal and the neighboring base station; a distance comparison means adapted to compare a first distance which comprises a distance between the wireless terminal and the current serving base station with a second distance which comprises a distance between the wireless terminal and the neighboring base station; and a control means adapted to perform handover from the current serving base station to the neighboring base station, if at least either a first condition that the second path loss is smaller than the first path loss or a second condition that the second distance is shorter than the first distance is satisfied when multi base station cooperative transmission is performed. a path-loss comparison means adapted to compare a first path loss which comprises a path loss between the wireless terminal and the current serving base station with a second path loss which comprises a path loss between the wireless terminal and the neighboring base station; a distance comparison means adapted to compare a first distance which comprises a distance between the wireless terminal and the current serving base station with a second distance which comprises a distance between the wireless terminal and the neighboring base station; and a control means adapted to perform handover from the current serving base station to the neighboring base station, if at least either a first condition that the second path loss is smaller than the first path loss or a second condition that the second distance is shorter than the first distance is satisfied when multi base station cooperative transmission is performed.
An apparatus for fractional resurfacing of skin tissue, comprising: at least one electromagnetic radiation source arrangement; an optical arrangement; and a control arrangement, wherein the at least one electromagnetic radiation source arrangement is configured to generate both ablative and non-ablative beams in the tissue, wherein the control arrangement is configured to control the optical arrangement and the at least one source arrangement to generate and direct at least one first pulse of electromagnetic radiation, at least one second pulse of electromagnetic radiation, and at least one third pulse of electromagnetic radiation onto at least one single location on the skin tissue, wherein each of the first, second and third pulses has a beam width that is less than about 1 mm, wherein the control arrangement and the source arrangement are configured to provide the at least one first pulse, the at least one second pulse, and the at least one third pulse as successive pulses; and wherein: i. the at least one first pulse is an ablative pulse directed by the control arrangement to ablate at least one portion of the skin tissue to form a hole therein, ii. the at least one second pulse is a non-ablative pulse directed by the control arrangement to coagulate tissue within the hole, and iii. the at least one third pulse is an ablative pulse directed by the control arrangement to ablate at least one portion of the coagulated tissue within the hole. at least one electromagnetic radiation source arrangement; an optical arrangement; and a control arrangement, i. the at least one first pulse is an ablative pulse directed by the control arrangement to ablate at least one portion of the skin tissue to form a hole therein, ii. the at least one second pulse is a non-ablative pulse directed by the control arrangement to coagulate tissue within the hole, and iii. the at least one third pulse is an ablative pulse directed by the control arrangement to ablate at least one portion of the coagulated tissue within the hole.
A liquid ejection head comprising: an actuator configured to expand or contract a pressure chamber communicating with a nozzle configured to eject ink; a control unit configured to apply an expansion pulse for expanding the pressure chamber to the actuator, and then apply a first contraction pulse for contracting the pressure chamber to a first volume to the actuator, and then apply a second contraction pulse for contracting a volume of the pressure chamber to a second volume smaller than the first volume to the actuator, wherein a width of the second contraction pulse includes a first time point when, after changing from the first contraction pulse to the second contraction pulse, a meniscus formed in the nozzle changes from a state of progressing inside the pressure chamber to a state of progressing outside the pressure chamber, characterized in that a period between the first time point and an end time point of the second contraction pulse is equal to or less than a quarter of a natural vibration period of pressure in the pressure chamber. an actuator configured to expand or contract a pressure chamber communicating with a nozzle configured to eject ink; a control unit configured to apply an expansion pulse for expanding the pressure chamber to the actuator, and then apply a first contraction pulse for contracting the pressure chamber to a first volume to the actuator, and then apply a second contraction pulse for contracting a volume of the pressure chamber to a second volume smaller than the first volume to the actuator, wherein a width of the second contraction pulse includes a first time point when, after changing from the first contraction pulse to the second contraction pulse, a meniscus formed in the nozzle changes from a state of progressing inside the pressure chamber to a state of progressing outside the pressure chamber, characterized in that a period between the first time point and an end time point of the second contraction pulse is equal to or less than a quarter of a natural vibration period of pressure in the pressure chamber.
Conveyor device namely a split tray sorter, comprising at least one conveyor wagon with a drive surface; a drive device, adapted for driving the at least one conveyor wagon, the drive device comprises a drive source for producing a drive force (FTr) and a drive force transmitting device for transmitting the drive force (FTr) to the drive surface of the conveyor wagon, wherein the conveyor wagon has a receiving region, in particular a conveyor surface, for receiving bulk goods, characterized in that the drive surface when viewed in plan view and when viewed in the drive direction is arranged laterally next to the receiving region and is aligned horizontally. at least one conveyor wagon with a drive surface; a drive device, adapted for driving the at least one conveyor wagon, the drive device comprises a drive source for producing a drive force (FTr) and a drive force transmitting device for transmitting the drive force (FTr) to the drive surface of the conveyor wagon, wherein the conveyor wagon has a receiving region, in particular a conveyor surface, for receiving bulk goods, characterized in that the drive surface when viewed in plan view and when viewed in the drive direction is arranged laterally next to the receiving region and is aligned horizontally.