mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a transmission of content items to a user terminal (132, 612) via a mobile communications network (100,600) comprising a content provisioning server (138, 614, 618) and a content analysis entity (136, 608), the method being performed in the content provisioning server (138, 614, 618) and comprising the following steps: - receiving a content indicator from the content analysis entity (136, 608) of the mobile communications network (100, 600), wherein the content indicator is indicative of content of a first content item (134, 610) and comprises an item identifier (SMS ID) identifying the first content item (134, 610); - determining a second content item based on the content indicator, wherein the second content item is intended for an associated presentation with the first content item (134, 610) on the user terminal (132, 612); and - transmitting the second content item in association with the item identifier (SMS ID) identifying the first content item (134, 610) towards the user terminal (132, 612), wherein a transmission path (S8, S9) of the second content item in the mobile communications network (100, 600) is at least in part separate from a transmission path of the first content item (134, 610) towards the user terminal (132, 612). - receiving a content indicator from the content analysis entity (136, 608) of the mobile communications network (100, 600), wherein the content indicator is indicative of content of a first content item (134, 610) and comprises an item identifier (SMS ID) identifying the first content item (134, 610); - determining a second content item based on the content indicator, wherein the second content item is intended for an associated presentation with the first content item (134, 610) on the user terminal (132, 612); and - transmitting the second content item in association with the item identifier (SMS ID) identifying the first content item (134, 610) towards the user terminal (132, 612), wherein a transmission path (S8, S9) of the second content item in the mobile communications network (100, 600) is at least in part separate from a transmission path of the first content item (134, 610) towards the user terminal (132, 612).
Composition comprising a Cyclin Dependent Kinase inhibitor (CDKi) for use in treatment of cancer in a selected cancer patient population, wherein the cancer patient population is selected on the basis of showing a CCND3 mutation in a cancer cell sample obtained from said patient compared to a normal control cell sample, wherein the CCND3 mutation is in a PEST domain, wherein the cancer cell sample is selected from the group consisting of diffuse large B cell lymphoma, lymphoma, lymphocytic leukemia, acute lymphoblastic B cell leukemia and Burkitts lymphoma.
A sanitary thermostat mixer valve with a mixer cartridge, which is arranged in a housing, and which has a thermostat element and which determines a target temperature of the mixed water, wherein the value of the target temperature can be set by an adjusting unit acting on a stop for the thermostat element of the thermostat valve, wherein a covering cap is pulled over the adjusting unit,wherein the covering cap is held on the adjusting unit in a rotationally fixed manner by means of a restraint, characterised in that the covering cap is also fastened in a rotationally fixed manner by means of a positive connection to the housing or to the mixer cartridge in such a way that the covering cap can only be fastened to the housing or to the mixer cartridge if the adjusting unit is in a position for adjusting the target temperature of the mixing water predefined by the restraint of the covering cap with the adjusting unit and the positive connection of the covering cap with the housing or with the mixer cartridge, wherein the restraint of the covering cap and the adjusting unit is formed by a groove-spring guide (7, 8) extending axially on an inner circumferential surface of the covering cap and an outer circumferential surface of the adjusting unit, so that the covering cap can only be displaced in a direction towards the adjusting unit in exactly one orientation predefined by the restraint.
A medical instrument for cutting biological, in particular human, tissue by means of a cutting module with a cutting edge, which cutting module is inserted into a hand module, wherein the cutting module is detachably secured in the hand module and enters into a locking connection (10, 16) with the hand module, wherein at least one catch is associated with the cutting module and cooperates with a catching protrusion in the hand module, characterised in that the catching protrusion is in the form of an inner ring in a receiving element and a toothed wheel is arranged on the cutting module, which toothed wheel cooperates with an inner toothed wheel at the receiving element.
A canister configured to house a balloon and a radiosonde to be released into the atmosphere, the canister comprising: a case; a balloon detaching mechanism connected to the balloon, and configured to detach the balloon when the balloon is released; and a gas passage configured to introduce a gas into the balloon, characterized in that: the case includes a first housing chamber, a second housing chamber, and a third housing chamber arranged side by side in a horizontal direction, the first housing chamber, the second housing chamber, and the third housing chamber being in communication with one another in an upper part of the case; the balloon detaching mechanism is provided in the second housing chamber; the gas passage is provided in the second housing chamber; the second housing chamber is disposed between the first housing chamber and the third housing chamber, the first housing chamber houses the radiosonde connected to the balloon via a rope, and the third housing chamber houses part of the balloon connected to the balloon detaching mechanism. a case; a balloon detaching mechanism connected to the balloon, and configured to detach the balloon when the balloon is released; and a gas passage configured to introduce a gas into the balloon, characterized in that: the case includes a first housing chamber, a second housing chamber, and a third housing chamber arranged side by side in a horizontal direction, the first housing chamber, the second housing chamber, and the third housing chamber being in communication with one another in an upper part of the case; the balloon detaching mechanism is provided in the second housing chamber; the gas passage is provided in the second housing chamber; the second housing chamber is disposed between the first housing chamber and the third housing chamber, the first housing chamber houses the radiosonde connected to the balloon via a rope, and the third housing chamber houses part of the balloon connected to the balloon detaching mechanism. the case includes a first housing chamber, a second housing chamber, and a third housing chamber arranged side by side in a horizontal direction, the first housing chamber, the second housing chamber, and the third housing chamber being in communication with one another in an upper part of the case; the balloon detaching mechanism is provided in the second housing chamber; the gas passage is provided in the second housing chamber; the second housing chamber is disposed between the first housing chamber and the third housing chamber, the first housing chamber houses the radiosonde connected to the balloon via a rope, and the third housing chamber houses part of the balloon connected to the balloon detaching mechanism.
A dressing comprising a composition in the form of a semi-solid pliable sheet comprising a super-absorbent fibre which forms a lattice structure and is impregnated with honey, wherein said super-absorbent is a super-absorbent polymer fibre wherein the super-absorbent polymer fibre is a cross-linked terpolymer of acrylic acid, methylacrylate and a small amount of a acrylate/methacrylate monomer in which the acrylic acid is partially neutralized to the sodium salt of acrylic acid.
Freeze-dried microspheres comprising a polyelectrolyte complex, an antigen and a polyol, characterised in that said polyelectrolyte complex is a complex of dextran sulphate and poly-L-arginine, and said polyol is mannitol, and wherein mannitol is in amorphous form.
A method for manufacturing a feed composition comprising the steps of: i. mixing feed components with granules comprising a core and a coating, wherein the core comprises a phytase, ii. steam treating said composition (i), and iii. pelleting said composition (ii), characterized in that the coating comprises at least 60% w/w of a salt, wherein the salt is Na 2 SO 4, and wherein the granules do not further comprise a wax coating. i. mixing feed components with granules comprising a core and a coating, wherein the core comprises a phytase, ii. steam treating said composition (i), and iii. pelleting said composition (ii), characterized in that the coating comprises at least 60% w/w of a salt, wherein the salt is Na 2 SO 4, and wherein the granules do not further comprise a wax coating.
A molding condition setting method applied to a mold clamping device using a toggle mechanism, comprising: moving a toggle support forward in a mold closing direction; monitoring a detection value from a mold-clamping force sensor (18, 40, 41) for detecting mold touch, wherein said mold-clamping force sensor (18, 40, 41) is any one of a tie-bar strain sensor detecting strain of a tie-bar, a pressure sensor installed on a movable platen (13, 13A) and detecting pressing force applied to said movable platen (13, 13A), and a strain sensor detecting strain of a component part of said toggle mechanism; and stopping said toggle support when the detection value reaches a threshold value. moving a toggle support forward in a mold closing direction; monitoring a detection value from a mold-clamping force sensor (18, 40, 41) for detecting mold touch, wherein said mold-clamping force sensor (18, 40, 41) is any one of a tie-bar strain sensor detecting strain of a tie-bar, a pressure sensor installed on a movable platen (13, 13A) and detecting pressing force applied to said movable platen (13, 13A), and a strain sensor detecting strain of a component part of said toggle mechanism; and stopping said toggle support when the detection value reaches a threshold value.
A Ceramic Matrix Composite platform assembly for an airfoil of a gas turbine engine comprising a CMC platform segment which defines a first edge surface contoured to abut a pressure side of a first airfoil and a second edge surface contoured to abut a suction side of a second airfoil, characterised in that: said CMC platform segment defines a first partial aperture for receipt of a first airfoil pin for said first airfoil and a second partial aperture for receipt of a second airfoil pin for said second airfoil.
Plug-in device having a base body, which is essentially polygonal in cross-section, for plugging onto a polygonal, in particular square, profile tube, wherein the base body comprises a plurality of lateral surfaces (101, 102, 103, 104), wherein an additional surface element is connected to a first lateral surface of the base body via an edge, characterised in that at least two incisions are made in the base body for accommodating the profile tube, in that a third incision is arranged on the additional surface element, and in that at least one first incision is arranged on at least the first lateral surface and a second incision is arranged on at least one second lateral surface of the base body, wherein each incision respectively severs a base edge (151, 152) of the respective lateral surface (101, 102), wherein the first lateral surface and the second lateral surface of the base body are arranged diametrically opposite one another with respect to a longitudinal axis of the base body.
A stirring container for accommodating and stirring a solid material, comprising: a barrel defined with an inner surface, an outer surface, a center axis, a first opening and a second opening, and the first opening and the second opening being located at two ends of the center axis respectively; and a plurality of stirring paddles fixed on the inner surface of the barrel, each of the stirring paddles extending from the first opening to the second opening and having an extending direction skewed to the center axis; characterized in that each of the stirring paddles extends in an extending direction which is skewed towards a rotation direction of the barrel, the barrel is a truncated conical barrel and the first opening is smaller than the second opening, and the lowest point of the second opening is lower than the lowest point of the first opening, such that the solid material reciprocates between the first opening and the second opening when the barrel rotates in the rotation direction. a barrel defined with an inner surface, an outer surface, a center axis, a first opening and a second opening, and the first opening and the second opening being located at two ends of the center axis respectively; and a plurality of stirring paddles fixed on the inner surface of the barrel, each of the stirring paddles extending from the first opening to the second opening and having an extending direction skewed to the center axis; characterized in that each of the stirring paddles extends in an extending direction which is skewed towards a rotation direction of the barrel, the barrel is a truncated conical barrel and the first opening is smaller than the second opening, and the lowest point of the second opening is lower than the lowest point of the first opening, such that the solid material reciprocates between the first opening and the second opening when the barrel rotates in the rotation direction.
An implantable medical device comprising: a sensing channel that includes a plurality of components that process electrical signals sensed by one or more electrodes coupled to the implantable medical device; a pace pulse detector that detects pacing pulses delivered by a second implantable medical device based on the processing of the sensed electrical signals; a blanking module; and characterized by a blanking control module configured to, in response to pace pulse detector detecting the pacing pulse, cause the blanking module to blank the electrical signal of the sense channel to remove the pacing pulse from the sensed electrical signal. a sensing channel that includes a plurality of components that process electrical signals sensed by one or more electrodes coupled to the implantable medical device; a pace pulse detector that detects pacing pulses delivered by a second implantable medical device based on the processing of the sensed electrical signals; a blanking module; and characterized by a blanking control module configured to, in response to pace pulse detector detecting the pacing pulse, cause the blanking module to blank the electrical signal of the sense channel to remove the pacing pulse from the sensed electrical signal.
A method performed by a first wireless device in a wireless communication system, the method comprising, establishing a PC5-Radio Resource Control, RRC, connection with a second wireless device; receiving a request for a sidelink, SL, Channel State Information, CSI, reporting from the second wireless device; triggering the SL CSI reporting for the PC5-RRC connection; determining to create a sidelink grant corresponding to transmission of a single MAC PDU based on the triggered SL CSI reporting; triggering a resource selection procedure based on the determination; selecting a sidelink resource in the resource selection procedure; creating a MAC PDU based on the triggered SL CSI reporting for the selected sidelink resource; and transmitting the created MAC PDU based on the selected sidelink resource. establishing a PC5-Radio Resource Control, RRC, connection with a second wireless device; receiving a request for a sidelink, SL, Channel State Information, CSI, reporting from the second wireless device; triggering the SL CSI reporting for the PC5-RRC connection; determining to create a sidelink grant corresponding to transmission of a single MAC PDU based on the triggered SL CSI reporting; triggering a resource selection procedure based on the determination; selecting a sidelink resource in the resource selection procedure; creating a MAC PDU based on the triggered SL CSI reporting for the selected sidelink resource; and transmitting the created MAC PDU based on the selected sidelink resource.
A method of testing a part, the method comprising: exposing the part to an excitation radiation, the part comprising hybrid spectral sensors, wherein each hybrid spectral sensor comprises: a first quantum dot structure, comprising a set of one or more first quantum dots; and a Faraday cage around the first quantum dot structure formed by fully encapsulating the first quantum dot structure with at least one second quantum dot structure, wherein the at least one second quantum dot structure comprises a set of one or more second quantum dots different from the one or more first quantum dots, wherein the Faraday cage is configured to block one or both of: an excitation radiation from reaching the first quantum dot structure, and a portion of an emitted radiation emitted by the first quantum dot structure; and analyzing a spectrum of an emitted radiation from the part to determine inconsistencies in the part. exposing the part to an excitation radiation, the part comprising hybrid spectral sensors, wherein each hybrid spectral sensor comprises: a first quantum dot structure, comprising a set of one or more first quantum dots; and a Faraday cage around the first quantum dot structure formed by fully encapsulating the first quantum dot structure with at least one second quantum dot structure, wherein the at least one second quantum dot structure comprises a set of one or more second quantum dots different from the one or more first quantum dots, wherein the Faraday cage is configured to block one or both of: an excitation radiation from reaching the first quantum dot structure, and a portion of an emitted radiation emitted by the first quantum dot structure; and a first quantum dot structure, comprising a set of one or more first quantum dots; and a Faraday cage around the first quantum dot structure formed by fully encapsulating the first quantum dot structure with at least one second quantum dot structure, wherein the at least one second quantum dot structure comprises a set of one or more second quantum dots different from the one or more first quantum dots, wherein the Faraday cage is configured to block one or both of: an excitation radiation from reaching the first quantum dot structure, and a portion of an emitted radiation emitted by the first quantum dot structure; and an excitation radiation from reaching the first quantum dot structure, and a portion of an emitted radiation emitted by the first quantum dot structure; and analyzing a spectrum of an emitted radiation from the part to determine inconsistencies in the part.
A method of degrading or hydrolyzing a polysaccharide, wherein the polysaccharide is chitin or cellulose, comprising contacting said polysaccharide with chitinase or cellulase and two or more oxidohydrolytic enzymes, wherein said degradation or hydrolysis is carried out in the presence of at least one reducing agent selected from the group of ascorbic acid, reduced glutathione, Fe SO4, LiAIH4, NaBH4 or lignin or a fragment thereof and at least one divalent metal ion selected from the group of Ca2+, Co2+, Mg2+, Mn2+, Ni2+, Zn2+ or Cu2+, and wherein one of said oxidohydrolytic enzymes is a CBM33 family protein and another of said oxidohydrolytic enzymes is a GH61 family protein, wherein said oxidohydrolytic enzyme is a polypeptide which comprises an amino acid sequence as set forth in any one of SEQ ID NOs: 1 to 16 or a sequence with at least 30% sequence identity thereto or a biologically active fragment thereof having oxidohydrolytic enzyme activity comprising at least 100 amino acids of said sequence.
A vapor compression system comprising: a circuit containing refrigerant; a compressor comprising a motor, a driveline assembly, and a compression chamber; and an oil separator, wherein said oil separator is disposed after said motor and before said compression chamber; characterised in that: said compressor comprises a suction plenum, said oil separator is disposed within said suction plenum, and the system further comprises a coalescing medium disposed within the suction plenum and configured to gather oil and an oil outlet configured to drain the oil from the suction plenum to an oil sump. a circuit containing refrigerant; a compressor comprising a motor, a driveline assembly, and a compression chamber; and an oil separator, wherein said oil separator is disposed after said motor and before said compression chamber;
A method for differentiating constitutional states of a user when triggering an emergency alarm on a portable electronic device, comprising: displaying a plurality of alarm states; determining a first user selection, wherein the first selection determines a type of the alarm state; displaying an urgency and/or intensity scale; determining a second user selection, wherein the second selection corresponds to an urgency and/or intensity of the alarm state of the first selection; and transmitting an alarm signal including previously acquired location data of the electronic device to a predetermined group of alarm recipients, wherein the predetermined group of alarm recipients is determined in advance by the user in the portable electronic device depending on the plurality of alarm states and the urgency and/or intensity of an alarm state, wherein for predefined locations, other correspondingly predefined alarm states are displayed, and correspondingly other groups of alarm recipients are informed with an adjusted alarm signal. displaying a plurality of alarm states; determining a first user selection, wherein the first selection determines a type of the alarm state; displaying an urgency and/or intensity scale; determining a second user selection, wherein the second selection corresponds to an urgency and/or intensity of the alarm state of the first selection; and transmitting an alarm signal including previously acquired location data of the electronic device to a predetermined group of alarm recipients, wherein the predetermined group of alarm recipients is determined in advance by the user in the portable electronic device depending on the plurality of alarm states and the urgency and/or intensity of an alarm state, wherein for predefined locations, other correspondingly predefined alarm states are displayed, and correspondingly other groups of alarm recipients are informed with an adjusted alarm signal.
A trigger overcap assembly, comprising: a housing having a body; a cap secured to an upper end of the housing; and a trigger at least partially disposed within the body, wherein the trigger defines a manifold comprising a fluid passageway, and characterised in that a pivot rod of the trigger is pivotally coupled with the cap. a housing having a body; a cap secured to an upper end of the housing; and a trigger at least partially disposed within the body, wherein the trigger defines a manifold comprising a fluid passageway, and characterised in that a pivot rod of the trigger is pivotally coupled with the cap.