mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a banana plant with tolerance or resistance to Fusarium oxysporum Cubensis TR4 the method comprising: (a) exposing one or more banana meristems, in one or more propagating cycles, to a medium comprising a demethylating agent to thereby provide one or more banana meristems exhibiting expression and thereby amplification of retrotransposable elements in their plant genome as determined by Southern blot hybridization analysis wherein said southern blot hybridization is conducted with a probe specific to retrotransposons, (b) rooting said meristems that exhibited said amplification and regenerating therefrom one or more regenerated banana plants, at least one of said regenerated banana plants having tolerance or resistance to Fusarium oxysporum Cubensis TR4. (a) exposing one or more banana meristems, in one or more propagating cycles, to a medium comprising a demethylating agent to thereby provide one or more banana meristems exhibiting expression and thereby amplification of retrotransposable elements in their plant genome as determined by Southern blot hybridization analysis wherein said southern blot hybridization is conducted with a probe specific to retrotransposons, (b) rooting said meristems that exhibited said amplification and regenerating therefrom one or more regenerated banana plants, at least one of said regenerated banana plants having tolerance or resistance to Fusarium oxysporum Cubensis TR4.
A breathing device comprising: a base unit; a head unit detachably attachable to the base unit; a conduit in the head unit through which a user can breathe; and characterized by: an electric motor contained within the base unit; a valve mounted in the conduit drivably associable with the motor and arranged to interrupt the flow of air along the conduit. a base unit; a head unit detachably attachable to the base unit; a conduit in the head unit through which a user can breathe; and characterized by: an electric motor contained within the base unit; a valve mounted in the conduit drivably associable with the motor and arranged to interrupt the flow of air along the conduit. an electric motor contained within the base unit; a valve mounted in the conduit drivably associable with the motor and arranged to interrupt the flow of air along the conduit.
A packaging structure of an adsorbent, characterized by comprising: an adsorption body, the adsorption body comprising an adsorption cavity which is used for accommodating the adsorbent and comprises an opening; a filter part; and a first cover body, the first cover body comprising an abutting surface disposed toward the filter part and being hermetically matchable with the opening to abut the abutting surface with the filter part; or the filter part being disposed on the abutting surface, and the filter part being attached to the abutting surface. an adsorption body, the adsorption body comprising an adsorption cavity which is used for accommodating the adsorbent and comprises an opening; a filter part; and a first cover body, the first cover body comprising an abutting surface disposed toward the filter part and being hermetically matchable with the opening to abut the abutting surface with the filter part; or the filter part being disposed on the abutting surface, and the filter part being attached to the abutting surface.
A glass for pharmaceutical packaging having a glass composition comprising: from 72 mol.% to 78 mol.% SiO 2; alkaline earth oxide comprising from 3 mol.% to 7 mol.% MgO and from 0.1 to 1.0 mol.% CaO; X mol.% Al 2 O 3, wherein X is from 5 to 6; and Y mol.% alkali oxide comprising Na 2 O and K 2 O, wherein Y is from 9 mol.% to 14 mol.%. from 72 mol.% to 78 mol.% SiO 2; alkaline earth oxide comprising from 3 mol.% to 7 mol.% MgO and from 0.1 to 1.0 mol.% CaO; X mol.% Al 2 O 3, wherein X is from 5 to 6; and Y mol.% alkali oxide comprising Na 2 O and K 2 O, wherein Y is from 9 mol.% to 14 mol.%.
Silane crosslinking catalyst comprising - 75 to 85 wt.-% of an olefin acrylate interpolymer and - 15 to 25 wt.-% of a hindered amine light stabilizer (HALS) having a number average molecular weight Mn of 1500 to 4000 g/mol; and - optionally up to 5 wt.-% wax, wherein the silane crosslinking catalyst is free of tin, carboxylic acid(s) and sulphonic acid(s), all weight percentages with respect to the total weight of the silane crosslinking catalyst. - 75 to 85 wt.-% of an olefin acrylate interpolymer and - 15 to 25 wt.-% of a hindered amine light stabilizer (HALS) having a number average molecular weight Mn of 1500 to 4000 g/mol; and - optionally up to 5 wt.-% wax, wherein the silane crosslinking catalyst is free of tin, carboxylic acid(s) and sulphonic acid(s),
Electric heating module for heating air flow, particularly in vehicles, comprising at least one PTC heating element and at least one heat dissipating area adjacent thereto through which air can flow, having heat conducting ribs, which are in effective contact with the PTC heating element as well as a frame combining the PTC heating element and the heat conducting ribs to form a module, wherein the heat dissipating area is configured in the shape of a ring, in particular circular, and at least one PTC heating element is configured flat with an upper and a lower contacting surface and is arranged such that the contacting surfaces are positioned substantially in radial planes, characterised in that the heat conducting ribs are arranged extending substantially in a radial direction, the heat conducting ribs are provided with heat transfer sections by which they are supported indirectly via contact elements (11, 12) conducting electric current and/or directly on the upper and/or the lower contacting surfaces of the PTC heating element, and in that the frame can be separated at a substantially radially extending parting plane, and a spring element is inserted into the frame at the parting plane of the frame for axially pressing the heat conducting ribs against the PTC heating element and/or the contact elements (11, 12), or that the frame at least partially comprises flexible material and has a substantially circular spring section at the parting plane for axially pressing the heat conducting ribs against the PTC heating element and/or the contact elements (11, 12).
A method for wireless communication performed by a user equipment, UE, comprising: receiving, from a base station, configuration information indicating a frequency offset parameter, and a tone spacing for a tracking reference signal, TRS, transmission, and further including a TRS parameter indicating a tone hopping pattern; determining, from the configuration information, the tone spacing; detecting the TRS transmission within a frequency band based on the frequency offset parameter; processing the frequency offset parameter and the tone spacing to determine a location of at least one TRS tone of the TRS transmission within the frequency band relative to a reference frequency; and performing resource tracking based on the at least one TRS tone of the TRS transmission, wherein a frequency of the at least one TRS tone of the TRS transmission is configured to change over time based on the tone hopping pattern indicated by the TRS parameter. receiving, from a base station, configuration information indicating a frequency offset parameter, and a tone spacing for a tracking reference signal, TRS, transmission, and further including a TRS parameter indicating a tone hopping pattern; determining, from the configuration information, the tone spacing; detecting the TRS transmission within a frequency band based on the frequency offset parameter; processing the frequency offset parameter and the tone spacing to determine a location of at least one TRS tone of the TRS transmission within the frequency band relative to a reference frequency; and performing resource tracking based on the at least one TRS tone of the TRS transmission, wherein a frequency of the at least one TRS tone of the TRS transmission is configured to change over time based on the tone hopping pattern indicated by the TRS parameter.
A package comprising a lid and a container body having a bottom face and a peripheral side wall with a peripheral skirt having a lower edge, said lid having - upstanding opposite peripheral walls (11, 11') defining a peripheral groove receiving the upper edge of said peripheral side wall, an upper peripheral wall bridging said two walls (11, 11'), - a central portion surrounded by said two walls (11,11') and characterised by - at least one upstanding rib arranged along with and contiguous with one of said walls; said rib defining a ramp having an upper surface defining a smooth face extending between said central portion and said upper wall, the upper surface of said wall defining a continuation of said upper surface of said ramp without any upstanding edge restricting a sideways sliding movement off said lid of an identical container body placed on said lid. - upstanding opposite peripheral walls (11, 11') defining a peripheral groove receiving the upper edge of said peripheral side wall, an upper peripheral wall bridging said two walls (11, 11'), - a central portion surrounded by said two walls (11,11') and characterised by - at least one upstanding rib arranged along with and contiguous with one of said walls;
An exercise weight for attachment to a partial or complete body suit having an outer surface comprising one part of a Velcro type fastening comprises a) a pouch having a convex configuration at each end and formed of a resilient material that on one side of the pouch has its outer surface formed at least partially of the other part of the fastener, and b) a plurality of generally flat weight elements in the pouch in an array that conforms to the shape of the pouch and is of such size that it fits snugly within the pouch while being free to flex, characterized in that c) the pouch is generally triangular, d) the array of weight elements being in two equal rows about the axis of the pouch, e) the weight elements being of gradually decreasing size from the wide end of the pouch to the narrower end. a) a pouch having a convex configuration at each end and formed of a resilient material that on one side of the pouch has its outer surface formed at least partially of the other part of the fastener, and b) a plurality of generally flat weight elements in the pouch in an array that conforms to the shape of the pouch and is of such size that it fits snugly within the pouch while being free to flex, characterized in that c) the pouch is generally triangular, d) the array of weight elements being in two equal rows about the axis of the pouch, e) the weight elements being of gradually decreasing size from the wide end of the pouch to the narrower end.
A method for processing an intact animal carcass, the method comprising, in order, after an animal has been bled to produce a bled animal carcass and while a head and feet of the bled animal carcass remain attached: (i) submerging the bled animal carcass in scalding water for at least 20 seconds to produce a scalded animal carcass; (ii) de-hairing the scalded animal carcass to produce a de-haired animal carcass; (iii) suspending the de-haired animal carcass; (iv) burning an epidermal layer of the de-haired animal carcass while suspended; (v) pressure washing the burnt animal carcass while suspended to produce a pressure-washed animal carcass; (vi) eviscerating the pressure-washed animal carcass to produce an eviscerated animal carcass; (vii) internally washing the eviscerated animal carcass to produce an internally washed animal carcass; and (viii) chilling the internally washed animal carcass to a temperature of between 0 degrees Celsius and about 4 degrees Celsius to produce a chilled animal carcass. characterized in that de-hairing the scalded animal carcass comprises tumbling the scalded animal carcass in a de-hairing machine; and in that burning an epidermal layer of the de-haired animal carcass while suspended comprises burning an epidermal layer of the de-haired animal carcass while suspended so that a majority of the epidermal layer is charred so as to produce an externally charred animal carcass. (i) submerging the bled animal carcass in scalding water for at least 20 seconds to produce a scalded animal carcass; (ii) de-hairing the scalded animal carcass to produce a de-haired animal carcass; (iii) suspending the de-haired animal carcass; (iv) burning an epidermal layer of the de-haired animal carcass while suspended; (v) pressure washing the burnt animal carcass while suspended to produce a pressure-washed animal carcass; (vi) eviscerating the pressure-washed animal carcass to produce an eviscerated animal carcass; (vii) internally washing the eviscerated animal carcass to produce an internally washed animal carcass; and (viii) chilling the internally washed animal carcass to a temperature of between 0 degrees Celsius and about 4 degrees Celsius to produce a chilled animal carcass. de-hairing the scalded animal carcass comprises tumbling the scalded animal carcass in a de-hairing machine; and in that burning an epidermal layer of the de-haired animal carcass while suspended comprises burning an epidermal layer of the de-haired animal carcass while suspended so that a majority of the epidermal layer is charred so as to produce an externally charred animal carcass.
A centrifugal juicer comprising: a food shredding element cooperating with a circular sieve comprising a plurality of openings; a motor adapted to rotate the circular sieve, wherein the motor has a variable rotation speed and said openings are dimensioned such that food pulp can be forced through said openings at certain rotation speeds of the motor for a variety of food types of different hardness; characterised in that, it further comprises a user interface comprising a pulp content selection function (142, 242), wherein the variable rotation speed of the motor is controlled by said pulp content selection function. a food shredding element cooperating with a circular sieve comprising a plurality of openings; a motor adapted to rotate the circular sieve, wherein the motor has a variable rotation speed and said openings are dimensioned such that food pulp can be forced through said openings at certain rotation speeds of the motor for a variety of food types of different hardness; characterised in that, it further comprises a user interface comprising a pulp content selection function (142, 242), wherein the variable rotation speed of the motor is controlled by said pulp content selection function.
A combination of a pair of pipe elements (58, 60) and a coupling, said combination comprising: a unitary band surrounding a central space for receiving said pipe elements (58, 60), said band having first and second ends (16, 18) positioned in facing relation; a plurality of arcuate ribs positioned end to end along opposite sides (32, 34) of said band, each of said ribs projecting toward an axis coaxial with said central space, each of said ribs having a surface facing said axis, said surface on each of said ribs having a radius of curvature equal to a radius of curvature of an outer surface (58a, 60a) of said pipe elements (58, 60) when said ribs are in an undeformed state; connection members positioned on said first and second ends (16, 18) of said band, said connection members being adjustably tightenable for drawing said first and second ends (16, 18) toward one another, said band being deformable between each of said ribs and allowing said first and second ends (16, 18) to move toward one another upon adjustable tightening of said connection members, said surfaces on each of said ribs thereby being brought into engagement with said outer surfaces (58a, 60a) of said pipe elements (58, 60). a unitary band surrounding a central space for receiving said pipe elements (58, 60), said band having first and second ends (16, 18) positioned in facing relation; a plurality of arcuate ribs positioned end to end along opposite sides (32, 34) of said band, each of said ribs projecting toward an axis coaxial with said central space, each of said ribs having a surface facing said axis, said surface on each of said ribs having a radius of curvature equal to a radius of curvature of an outer surface (58a, 60a) of said pipe elements (58, 60) when said ribs are in an undeformed state; connection members positioned on said first and second ends (16, 18) of said band, said connection members being adjustably tightenable for drawing said first and second ends (16, 18) toward one another, said band being deformable between each of said ribs and allowing said first and second ends (16, 18) to move toward one another upon adjustable tightening of said connection members, said surfaces on each of said ribs thereby being brought into engagement with said outer surfaces (58a, 60a) of said pipe elements (58, 60).
A medical system, comprising: a medical device, an ablation electrode and a temperature sensor coupled to the medical device; a source of RF energy in electrical communication with the ablation element, the source having a variable power output; a control unit in communication with the temperature sensor to receive a temperature signal from the temperature sensor, the control unit programmed to determine the state of contact between the ablation electrode and biological tissue based at least in part on the temperature signal the control unit having a delay interval and being programmed to, after a determination that continuous tissue contact has been lost, perform an increase in the power supplied to the ablation element to be increased when it determines that: the ablation element has regained tissue contact; and the state of contact has continued for a time at least equal to the delay interval; and a feedback controller coupled to the temperature sensor and the source of RF energy, operable to modify the power output of the source of RF energy based on the temperature signal. a medical device, an ablation electrode and a temperature sensor coupled to the medical device; a source of RF energy in electrical communication with the ablation element, the source having a variable power output; a control unit in communication with the temperature sensor to receive a temperature signal from the temperature sensor, the control unit programmed to determine the state of contact between the ablation electrode and biological tissue based at least in part on the temperature signal the control unit having a delay interval and being programmed to, after a determination that continuous tissue contact has been lost, perform an increase in the power supplied to the ablation element to be increased when it determines that: the ablation element has regained tissue contact; and the state of contact has continued for a time at least equal to the delay interval; and a feedback controller coupled to the temperature sensor and the source of RF energy, operable to modify the power output of the source of RF energy based on the temperature signal. the ablation element has regained tissue contact; and the state of contact has continued for a time at least equal to the delay interval; and a feedback controller coupled to the temperature sensor and the source of RF energy, operable to modify the power output of the source of RF energy based on the temperature signal.
A scaffold system including: a horizontal member, a vertical member, at least one rosette (201, 600) fixed in coaxial alignment to the vertical member, said rosette having a plurality of circumferentially disposed apertures therein, a wedge head attached to an end of the horizontal member, said wedge head having jaws (803, 805) for receiving a portion of said rosette and at least a prong extending from the jaws to locate within an aperture in the rosette, and locking means for securing the horizontal member to the vertical member, characterised in that the locking means includes a reciprocal rod translationally movable inside the horizontal member and movable so that an end of said rod abut the rosette from a side opposite to which the prongs extend through the aperture to thereby lock or releasably unlock the prongs from the aperture in the rosette. a horizontal member, a vertical member, at least one rosette (201, 600) fixed in coaxial alignment to the vertical member, said rosette having a plurality of circumferentially disposed apertures therein, a wedge head attached to an end of the horizontal member, said wedge head having jaws (803, 805) for receiving a portion of said rosette and at least a prong extending from the jaws to locate within an aperture in the rosette, and locking means for securing the horizontal member to the vertical member, characterised in that the locking means includes a reciprocal rod translationally movable inside the horizontal member and movable so that an end of said rod abut the rosette from a side opposite to which the prongs extend through the aperture to thereby lock or releasably unlock the prongs from the aperture in the rosette.
A disposable smock for the medical, chemical or biotechnology field, having a smock part and having a sash arrangement for adapting the circumference of the smock part to the circumference of a body, and the sash arrangement having a first band, which is joined to the smock part and has a first free band end, and the sash arrangement having a second band which is joined to the smock part and has a second free band end, characterized in that in an outset state of the disposable smock as offered by the manufacturer, the first band and the second band are looped around one another in a looping region in such a way that by pulling on the first free band end and on the second free band end in opposite directions (62, 64), the circumference of the smock part can be decreased in infinitely variable fashion.
A method for operating an electronic device having a display and a keyboard having a plurality of keys and force sensors, each of at least some of the keys having an associated dome switch, the method comprising: receiving a first user input of one or more characters via the keyboard, wherein the first user input comprises at least one key press; receiving a second user input via the keyboard and registered by one or more of the force sensors, wherein the second user input comprises a tap input on one of the plurality of keys, wherein the tap input is a touch input associated with one of the plurality of keys which (a) is of duration less than or equal to 0.5 seconds, and, (b) does not engage a key or dome switch associated with the one of the plurality of keys; determining that the first and second inputs are both associated with a word completion rule, wherein the word completion rule is selected in accordance with the received second user input from a set of word completion rules, each word completion rule within the set identifies a variant associated with a particular user input; modifying the one or more characters associated with the first user input in accordance with the selected word completion rule; and displaying the one or more modified characters on the display. receiving a first user input of one or more characters via the keyboard, wherein the first user input comprises at least one key press; receiving a second user input via the keyboard and registered by one or more of the force sensors, wherein the second user input comprises a tap input on one of the plurality of keys, wherein the tap input is a touch input associated with one of the plurality of keys which (a) is of duration less than or equal to 0.5 seconds, and, (b) does not engage a key or dome switch associated with the one of the plurality of keys; determining that the first and second inputs are both associated with a word completion rule, wherein the word completion rule is selected in accordance with the received second user input from a set of word completion rules, each word completion rule within the set identifies a variant associated with a particular user input; modifying the one or more characters associated with the first user input in accordance with the selected word completion rule; and displaying the one or more modified characters on the display.