mhurhangee/ep-ind-claims huggingface dataset:
An epoxy resin obtained by the polyglycidyl-etherification of a phenol novolac resin, wherein the phenol novolac resin contains at least one bisphenol F represented by any one of the following Structural Formulae to as a bisphenol F component: with the content of the [o, p'] conjugate represented by Structural Formula in the bisphenol F component being in a range of 30% to 45% relative to the total of the [o, p'] conjugate + the [o, o'] conjugate + the [p, p'] conjugate in terms of the area ratio according to a liquid chromatography measurement as described in this specification, wherein the content of the bisphenol F component in the phenol novolac resin is from 10% to 60% in terms of the area ratio according to a GPC measurement as described in this specification. with the content of the [o, p'] conjugate represented by Structural Formula in the bisphenol F component being in a range of 30% to 45% relative to the total of the [o, p'] conjugate + the [o, o'] conjugate + the [p, p'] conjugate in terms of the area ratio according to a liquid chromatography measurement as described in this specification, wherein the content of the bisphenol F component in the phenol novolac resin is from 10% to 60% in terms of the area ratio according to a GPC measurement as described in this specification.
Bonded jewelry links having a plurality of individual jewelry links which can be coupled to each other in a form-fitting manner, preferably having a plastically non-deformable jewelry link body, each of the plurality of jewelry links having a clearance hole extending in an arrangement direction of the jewelry links for receiving a preferably elastic support element extending through several, preferably all, jewelry links, characterized in that the plurality of jewelry links each has at least two securing lugs arranged next to the clearance hole, in particular on the jewelry link body, and projecting in the arrangement direction, with elongated holes extending in the arrangement direction, and has at least two locking noses projecting inward on inner flanks of the clearance hole; and the securing lugs of one jewelry link, preferably in a state bent plastically towards each other, can be inserted into the clearance hole of another jewelry link and can be engaged with the locking noses of the other jewelry link, preferably in a state bent plastically apart, in a form-fitting manner but with play in the arrangement direction. the plurality of jewelry links each has at least two securing lugs arranged next to the clearance hole, in particular on the jewelry link body, and projecting in the arrangement direction, with elongated holes extending in the arrangement direction, and has at least two locking noses projecting inward on inner flanks of the clearance hole; and the securing lugs of one jewelry link, preferably in a state bent plastically towards each other, can be inserted into the clearance hole of another jewelry link and can be engaged with the locking noses of the other jewelry link, preferably in a state bent plastically apart, in a form-fitting manner but with play in the arrangement direction.
A straddle carrier for use in container terminals and for general transportation purposes, with a frame, a load-receiving means, preferentially a spreader or top spreader, which hangs between the frame and can be locked to a load, preferentially a container, hoisting winches, by means of which the load-receiving means can be vertically moved, and chassis, which are arranged on the lower region of the frame and each comprise a plurality of wheels arranged in a row, each of which is associated with wheel driving unit with a motor, a transmission and a braking device, characterized in that the braking device of each wheel driving unit with respect to the transmission of the latter, is arranged on the rapidly revolving side of the latter.
Kit comprising i) unmodified autologous adipose-derived regenerative cells (UA-ADRCs), wherein said UA-ADRCs are isolated from adipose tissue comprising collagenase digestion of said tissue, followed by centrifugal density gradient separation, ii) an autologous fraction 2 of plasma rich in growth factors (PRGF-2), and iii) an osteoinductive scaffold. i) unmodified autologous adipose-derived regenerative cells (UA-ADRCs), wherein said UA-ADRCs are isolated from adipose tissue comprising collagenase digestion of said tissue, followed by centrifugal density gradient separation, ii) an autologous fraction 2 of plasma rich in growth factors (PRGF-2), and iii) an osteoinductive scaffold.
An ejector (200; 300; 400; 600) comprising: a primary inlet; a secondary inlet; an outlet; a primary flowpath from the primary inlet to the outlet; a secondary flowpath from the secondary inlet to the outlet; a mixer convergent section downstream of the secondary inlet; and a motive nozzle surrounding the primary flowpath upstream of a junction with the secondary flowpath and having an exit; characterised in that: a secondary inlet passageway (218; 218A, 218B; 218'A, 218'B; 218"A, 218"B) has a terminal portion oriented along a secondary axis to discharge a secondary flow along the secondary flowpath at an angle (θ) of 10-75° off-parallel to a local direction of the primary flowpath; a center of an outlet of the terminal portion is at a radius from an axis of the motive nozzle and axially recessed by a distance relative to the exit of the motive nozzle, wherein the distance is less than 100 mm and the radius is 0.25 to 100 mm; and the secondary axis intersects the axis of the motive nozzle at a location between 2.0 times the radius upstream and 1.0 times the radius downstream of the motive nozzle exit. a primary inlet; a secondary inlet; an outlet; a primary flowpath from the primary inlet to the outlet; a secondary flowpath from the secondary inlet to the outlet; a mixer convergent section downstream of the secondary inlet; and a motive nozzle surrounding the primary flowpath upstream of a junction with the secondary flowpath and having an exit; characterised in that: a secondary inlet passageway (218; 218A, 218B; 218'A, 218'B; 218"A, 218"B) has a terminal portion oriented along a secondary axis to discharge a secondary flow along the secondary flowpath at an angle (θ) of 10-75° off-parallel to a local direction of the primary flowpath; a center of an outlet of the terminal portion is at a radius from an axis of the motive nozzle and axially recessed by a distance relative to the exit of the motive nozzle, wherein the distance is less than 100 mm and the radius is 0.25 to 100 mm; and the secondary axis intersects the axis of the motive nozzle at a location between 2.0 times the radius upstream and 1.0 times the radius downstream of the motive nozzle exit. a secondary inlet passageway (218; 218A, 218B; 218'A, 218'B; 218"A, 218"B) has a terminal portion oriented along a secondary axis to discharge a secondary flow along the secondary flowpath at an angle (θ) of 10-75° off-parallel to a local direction of the primary flowpath; a center of an outlet of the terminal portion is at a radius from an axis of the motive nozzle and axially recessed by a distance relative to the exit of the motive nozzle, wherein the distance is less than 100 mm and the radius is 0.25 to 100 mm; and the secondary axis intersects the axis of the motive nozzle at a location between 2.0 times the radius upstream and 1.0 times the radius downstream of the motive nozzle exit.
A force sensing transducer (30, 50, 70, 80, 120, 140, 180, 190, 200) for measuring force exerted thereon, said transducer comprising; a. an elongated, elastically stretchable, electrically conductive row thread, b. an elongated, elastically stretchable electrically conductive column thread, c. a piezoresistive material located between and in electrically conductive contact with said row and column threads; characterised by d. said piezoresistive material being contained in an elastically deformable piezoresistive center substrate sheet (37, 87, 197) located between said conductive row thread and said conductive column thread and contacted by said conductive row thread, and contacted by said conductive column thread.. a. an elongated, elastically stretchable, electrically conductive row thread, b. an elongated, elastically stretchable electrically conductive column thread, c. a piezoresistive material located between and in electrically conductive contact with said row and column threads; characterised by d. said piezoresistive material being contained in an elastically deformable piezoresistive center substrate sheet (37, 87, 197) located between said conductive row thread and said conductive column thread and contacted by said conductive row thread, and contacted by said conductive column thread..
A method comprising: allocating, by a base station, a first resource of a downlink channel as a first search space for a first group of mobile devices, wherein the downlink channel includes multiple search spaces with specific downlink resources and being assigned to different groups of mobiles devices, and the first space includes transmission codes being assigned to mobiles devices within the first group of mobile devices; assigning a first transmission code of the transmission codes to a first mobile device in the first group of mobile devices; and transmitting, by the base station, a packet over the first resource in accordance with the first transmission code without communicating transmission code assignments to the first mobile device, wherein the packet comprises at least some data that is not control information. allocating, by a base station, a first resource of a downlink channel as a first search space for a first group of mobile devices, wherein the downlink channel includes multiple search spaces with specific downlink resources and being assigned to different groups of mobiles devices, and the first space includes transmission codes being assigned to mobiles devices within the first group of mobile devices; assigning a first transmission code of the transmission codes to a first mobile device in the first group of mobile devices; and transmitting, by the base station, a packet over the first resource in accordance with the first transmission code without communicating transmission code assignments to the first mobile device, wherein the packet comprises at least some data that is not control information.
A rotary osteotome configured for deep reach applications, said osteotome comprising: a shank establishing a longitudinal axis of rotation, said shank extending between a drive end and a transition interface, a body extending from said transition interface to an apical end, a plurality of flutes disposed about said body and extending from adjacent said apical end to respective terminus, each said flute having a cutting face on one side thereof defining a rake angle and a densifying face on the other side thereof defining a heel-side angle, a land formed between each adjacent pair of flutes, each said land having a working edge along said cutting face of the one adjacent said flute, a stopper section of said body disposed between said terminus of said flutes and said transition interface of said shank, and an irrigation conduit passing from at least one inlet in said shank to at least one outlet orifice, said at least one outlet orifice disposed in said stopper section. a shank establishing a longitudinal axis of rotation, said shank extending between a drive end and a transition interface, a body extending from said transition interface to an apical end, a plurality of flutes disposed about said body and extending from adjacent said apical end to respective terminus, each said flute having a cutting face on one side thereof defining a rake angle and a densifying face on the other side thereof defining a heel-side angle, a land formed between each adjacent pair of flutes, each said land having a working edge along said cutting face of the one adjacent said flute, a stopper section of said body disposed between said terminus of said flutes and said transition interface of said shank, and an irrigation conduit passing from at least one inlet in said shank to at least one outlet orifice, said at least one outlet orifice disposed in said stopper section.
An aerosol-generating article comprising an aerosol-generating substrate, the aerosol-generating substrate including a homogenised plant material, the homogenised plant material comprising at least 2.5 percent by weight of eucalyptus particles on a dry weight basis, an aerosol former and a binder, wherein the aerosol-generating substrate comprises: at least 0.04 mg of eucalyptol per gram of the substrate, on a dry weight basis; at least 0.2 mg of eucalyptin per gram of the substrate, on a dry weight basis; and at least 0.2 mg of 8-desmethyleucalyptin per gram of the substrate, on a dry weight basis. at least 0.04 mg of eucalyptol per gram of the substrate, on a dry weight basis; at least 0.2 mg of eucalyptin per gram of the substrate, on a dry weight basis; and at least 0.2 mg of 8-desmethyleucalyptin per gram of the substrate, on a dry weight basis.
A safety system for implementing presence detection, the system comprising: a receiver configured to receive a signal from a transmitter; a detection module configured to detect a signal strength of the signal; a processor configured to compare the signal strength of the signal with a signal strength threshold; a task module configured to perform a task based at least in part on the comparison; and an elevator controller that is operably coupled to the processor, wherein the elevator controller is configured to control an elevator car operating in a hoistway; characterized in that the elevator controller further comprises an operational state module configured to track a current state of an elevator system comprising the elevator car. a receiver configured to receive a signal from a transmitter; a detection module configured to detect a signal strength of the signal; a processor configured to compare the signal strength of the signal with a signal strength threshold; a task module configured to perform a task based at least in part on the comparison; and an elevator controller that is operably coupled to the processor, wherein the elevator controller is configured to control an elevator car operating in a hoistway; characterized in that the elevator controller further comprises an operational state module configured to track a current state of an elevator system comprising the elevator car.
Catalyst composition for reforming CO 2 comprising a mesoporous catalyst support; oxides of nickel (Ni), cobalt (Co) and magnesium (Mg); and a promoter selected from lanthanum (La) or cerium (Ce).
A pretreatment control apparatus comprising: an acquisition portion (11, 31, 51) configured to acquire, via a reader (21, 35, 60), identification information capable of identifying a treatment medium; a first transmission portion (31, 51) configured to transmit a pretreatment instruction based on the identification information acquired by the acquisition portion, to a pretreatment portion which performs a pretreatment with respect to the treatment medium; and a second transmission portion (11, 31, 51) configured to transmit a transmission instruction for identified print data based on the identification information read by the reader, to a storage device (14; 34; 54; 64) which stores print data. an acquisition portion (11, 31, 51) configured to acquire, via a reader (21, 35, 60), identification information capable of identifying a treatment medium; a first transmission portion (31, 51) configured to transmit a pretreatment instruction based on the identification information acquired by the acquisition portion, to a pretreatment portion which performs a pretreatment with respect to the treatment medium; and a second transmission portion (11, 31, 51) configured to transmit a transmission instruction for identified print data based on the identification information read by the reader, to a storage device (14; 34; 54; 64) which stores print data.
A packaging machine in which a pair of sealing members (51, 52) is configured to be rotated in a circular orbit, whereby the sealing members sandwich and laterally seal a sealed portion of a film along a direction intersecting a first direction, the film being formed into a tubular shape and conveyed in the first direction, the packaging machine comprising: a first support part configured to support one of the sealing members; a second support part configured to support the other of the sealing members; and an entrapment determination part configured to determine whether or not articles are present in the sealed portion based on the relative movement amount; wherein the first support part is movable in a direction toward or away from the second support part; characterized by a movement amount detector configured to measure the relative movement amount of the first support part relative to the second support part in an approaching direction or a moving away direction, when the first support part and the second support part approach or move away; wherein the second support part is secured so as not to move in a direction toward or away from the first support part; and the movement amount detector is configured to measure the movement amount of the first support part in the direction toward or away from the second support part as the relative movement amount when the first support part moves toward or away from the second support part. a first support part configured to support one of the sealing members; a second support part configured to support the other of the sealing members; and an entrapment determination part configured to determine whether or not articles are present in the sealed portion based on the relative movement amount; wherein the first support part is movable in a direction toward or away from the second support part; characterized by a movement amount detector configured to measure the relative movement amount of the first support part relative to the second support part in an approaching direction or a moving away direction, when the first support part and the second support part approach or move away; wherein the second support part is secured so as not to move in a direction toward or away from the first support part; and the movement amount detector is configured to measure the movement amount of the first support part in the direction toward or away from the second support part as the relative movement amount when the first support part moves toward or away from the second support part. the second support part is secured so as not to move in a direction toward or away from the first support part; and the movement amount detector is configured to measure the movement amount of the first support part in the direction toward or away from the second support part as the relative movement amount when the first support part moves toward or away from the second support part.
A microscopic apparatus for structured illumination and confocal observation of a specimen, comprising an illumination device to generate illumination beams, a mask device illuminated by the illumination beams, said mask device being provided with openings to generate a mask image to be scanned across the specimen, and a mask layer of said mask device being planar and at least partially reflective, an objective device to image said mask image in the specimen, and a detection device for detecting detection beams issuing from the specimen, characterized by a beam collector by which those illumination beams which have not passed through an opening of the mask device are reflected from the mask layer of the mask device toward the beam collector and again guided toward the mask device; wherein the beam collector comprises, in an entrance side, at least one entrance window for the illumination radiation, wherein the beam collector forms a reflection chamber being entered by illumination beams through said at least one entrance window, the illumination beams exiting only toward the mask device, and wherein at least one of inner sides of the reflection chamber are at least partially reflective.
Embossing apparatus for embossing cards, in particular plastic cards, comprising: - a feed unit for feeding a card into an embossing region; and - an embossing device comprising an embossing matrix having a plurality of individually actuatable embossing dies, wherein the first embossing matrix is designed to be displaceable in the X and/or Y direction in order to position in the X and/or Y direction a selected embossing die at a position that is to be embossed in the embossing region, and wherein the embossing apparatus further comprises: -- a plunger unit comprising a plunger displaceable in Z direction for moving forward the actuatable embossing die; -- an actuator for displacing the embossing matrix essentially transversely to a feed direction in a transverse direction of the card in order to position a selected embossing die on the card with reference to the transverse direction in a manner dependent on the position that is to be embossed; and -- striking mechanism for applying pressure to the plunger for embossing a card in the embossing region by means of the embossing die, characterized in that either the striking mechanism is arranged in a fixed position and the plunger is able to be displaced in the X and Y directions or the striking mechanism is displaceably arranged and the plunger and the striking mechanism are coupled with each other in the Y direction, while the plunger is displaceable in the X direction independently from the striking mechanism. - a feed unit for feeding a card into an embossing region; and - an embossing device comprising an embossing matrix having a plurality of individually actuatable embossing dies, wherein the first embossing matrix is designed to be displaceable in the X and/or Y direction in order to position in the X and/or Y direction a selected embossing die at a position that is to be embossed in the embossing region, and wherein the embossing apparatus further comprises: -- a plunger unit comprising a plunger displaceable in Z direction for moving forward the actuatable embossing die; -- an actuator for displacing the embossing matrix essentially transversely to a feed direction in a transverse direction of the card in order to position a selected embossing die on the card with reference to the transverse direction in a manner dependent on the position that is to be embossed; and -- striking mechanism for applying pressure to the plunger for embossing a card in the embossing region by means of the embossing die, -- a plunger unit comprising a plunger displaceable in Z direction for moving forward the actuatable embossing die; -- an actuator for displacing the embossing matrix essentially transversely to a feed direction in a transverse direction of the card in order to position a selected embossing die on the card with reference to the transverse direction in a manner dependent on the position that is to be embossed; and -- striking mechanism for applying pressure to the plunger for embossing a card in the embossing region by means of the embossing die,