mhurhangee/ep-ind-claims huggingface dataset:
A starch-free soft chew formulation for oral delivery of at least one active ingredient to an animal, the formulation consisting essentially of at least two non-starch solid excipients and at least two non-water liquid excipients, the at least two non-water liquid excipients comprising (a) glycerin and (b) triglycerides of fatty acids that are caprylic/capric triglycerides, medium-chain triglycerides, long-chain triglycerides, or any combination thereof.
A connecting system, comprising a connecting element, comprising a metal substrate having two opposite joining surfaces, wherein the joining surfaces are provided with hard particles, which are fixed on the metal substrate by means of a metallic binder layer, and wherein the metal substrate has at least one opening having an inner hole, and at least one fastening element, wherein the number of fastening elements corresponds to the number of openings of the metal substrate of the connecting element, and wherein the at least one fastening element has a shaft and a head; characterized in that the at least one opening has an outer contour, wherein at the outer contour of the opening there is at least one extension of the metal substrate, wherein the at least one extension is directed towards the inner hole of the opening, and wherein the diameter of the inner hole of the at least one opening is at least the major diameter of the shaft of the fastening element, multiplied by a factor of 1.05 and the diameter of the inner hole is at most the major diameter of the shaft of the fastening element, multiplied by a factor of 1.50 so that the shaft can be inserted into the inner hole of the at least one opening. a connecting element, comprising a metal substrate having two opposite joining surfaces, wherein the joining surfaces are provided with hard particles, which are fixed on the metal substrate by means of a metallic binder layer, and wherein the metal substrate has at least one opening having an inner hole, and at least one fastening element, wherein the number of fastening elements corresponds to the number of openings of the metal substrate of the connecting element, and wherein the at least one fastening element has a shaft and a head; characterized in that the at least one opening has an outer contour, wherein at the outer contour of the opening there is at least one extension of the metal substrate, wherein the at least one extension is directed towards the inner hole of the opening, and wherein the diameter of the inner hole of the at least one opening is at least the major diameter of the shaft of the fastening element, multiplied by a factor of 1.05 and the diameter of the inner hole is at most the major diameter of the shaft of the fastening element, multiplied by a factor of 1.50 so that the shaft can be inserted into the inner hole of the at least one opening.
Method for controlling downshifts of an automatic gearbox in manual mode by comparison of a foreseeable engine speed in the ratio n-1 calculated as a function of the speed of the vehicle in this ratio with an authorized engine-speed threshold, wherein the downshift is authorized if the foreseeable engine speed is lower than the authorization threshold and prevented otherwise, characterized in that, during strong decelerations, the actual value of the vehicle speed is replaced in the calculation of the foreseeable engine speed in the ratio n-1 by a value anticipated as a function: - of the deceleration of the vehicle, - of its actual speed, and - of the current ratio. - of the deceleration of the vehicle, - of its actual speed, and - of the current ratio.
A method for direct communication between stations in a wireless local area network, comprising: receiving, by a second station, a data frame sent by a first station, wherein the data frame comprises a first high-efficiency signal field in a Physical Layer Convergence Procedure, PLCP, header field and a media access control, MAC, header field, wherein the first high-efficiency signal field comprises UL/DL indication information, and the MAC header field comprises a To DS field and a From DS field; characterised by: determining, by the second station, that the data frame is either an uplink, UL, transmission or a first type of transmission, wherein the first type of transmission comprises downlink, DL, transmission or direct STA-to-STA link, DSSL, transmission, according to UL/DL indication information; and after determining that the data frame is the first type of transmission, determining, by the second station, that the data frame is either a DL transmission or a DSSL transmission, according to the To DS field and the From DS field. receiving, by a second station, a data frame sent by a first station, wherein the data frame comprises a first high-efficiency signal field in a Physical Layer Convergence Procedure, PLCP, header field and a media access control, MAC, header field, wherein the first high-efficiency signal field comprises UL/DL indication information, and the MAC header field comprises a To DS field and a From DS field; characterised by: determining, by the second station, that the data frame is either an uplink, UL, transmission or a first type of transmission, wherein the first type of transmission comprises downlink, DL, transmission or direct STA-to-STA link, DSSL, transmission, according to UL/DL indication information; and after determining that the data frame is the first type of transmission, determining, by the second station, that the data frame is either a DL transmission or a DSSL transmission, according to the To DS field and the From DS field. determining, by the second station, that the data frame is either an uplink, UL, transmission or a first type of transmission, wherein the first type of transmission comprises downlink, DL, transmission or direct STA-to-STA link, DSSL, transmission, according to UL/DL indication information; and after determining that the data frame is the first type of transmission, determining, by the second station, that the data frame is either a DL transmission or a DSSL transmission, according to the To DS field and the From DS field.
An over-the-needle catheter assembly, comprising: a catheter comprising a body having an outer diameter, the body comprising a proximal end and a distal end, the body defining a lumen extending from the proximal end to the distal end; a hub configured with the proximal end of the catheter; a needle configured within the lumen of the catheter, the needle extending from said proximal end to said distal end; and characterised by comprising, an expandable sleeve coaxially mounted onto the outer diameter of the catheter at a transition location between the hub and the catheter, the expandable sleeve being expandable between a compressed position and an expanded position, wherein, in the expanded position, at least a portion of an interior surface of the sleeve contacts the outer diameter of the body of the catheter; wherein the expandable sleeve comprises a first portion and a second portion, the first portion being configured with the hub, and the second portion being configured with the catheter, the second portion being configured to move or slide along the outer diameter of the catheter; wherein the second portion of the expandable sleeve comprises a plurality of bellows to allow the sleeve to expand between the compressed position and the expanded position, and wherein the compressed position maximizes a catheter penetration length. a catheter comprising a body having an outer diameter, the body comprising a proximal end and a distal end, the body defining a lumen extending from the proximal end to the distal end; a hub configured with the proximal end of the catheter; a needle configured within the lumen of the catheter, the needle extending from said proximal end to said distal end; and characterised by comprising, an expandable sleeve coaxially mounted onto the outer diameter of the catheter at a transition location between the hub and the catheter, the expandable sleeve being expandable between a compressed position and an expanded position, wherein, in the expanded position, at least a portion of an interior surface of the sleeve contacts the outer diameter of the body of the catheter; wherein the expandable sleeve comprises a first portion and a second portion, the first portion being configured with the hub, and the second portion being configured with the catheter, the second portion being configured to move or slide along the outer diameter of the catheter; wherein the second portion of the expandable sleeve comprises a plurality of bellows to allow the sleeve to expand between the compressed position and the expanded position, and wherein the compressed position maximizes a catheter penetration length.
A coated balloon device for stabilizing a section of a blood vessel in a living subject comprising, a shaft having a proximal end and a distal end, a balloon element comprising an extendable structure having an outer surface, the balloon element being supported by the shaft at or near the distal end of the shaft, and a coating layer associated with the outer surface of the extendable structure, wherein at least 5% by weight of the coating layer comprises a therapeutic composition that comprises a phenolic compound having a plurality of phenolic groups connected to form a hydrophobic core with peripheral phenolic hydroxyl groups, and a hydrophilic undercoat layer between the balloon element and the coating layer, and wherein the extendable structure of the balloon element comprises an unextended configuration, an inflated but un-expanded configuration and an expanded configuration.
A method for the manufacture of insulating boards made of mineral fibers and comprising at least one elasticized side face and/or at least one elasticized side face area, characterized in that the elastification takes place by locally unraveling at least one side face and/or at least one side face area of the insulating board and that the locally unraveled side face and/or the locally unraveled side face area of the insulating board will be locally compressed in a complementary manner.
An optical fiber cable, comprising: a cable jacket; a rigid tensile reinforcement member centered within the cable jacket; a plurality of partially bonded optical fiber ribbons around the rigid tensile reinforcement member, wherein the optical fiber cable includes no buffer tubes; and at least one cushioning layer (110, 112), including a first cushioning layer having a Young's modulus in a range of 10-200 megapascal between the plurality of partially bonded optical fiber ribbons and the cable jacket, the at least one cushioning layer further including a second cushioning layer having a Young's modulus in a range of 10-200 megapascal between the plurality of partially bonded optical fiber ribbons and the rigid tensile reinforcement member, wherein the plurality of partially bonded optical fiber ribbons are retained in a space between the first and second cushioning layers and are adjacent the first and second cushioning layers. a cable jacket; a rigid tensile reinforcement member centered within the cable jacket; a plurality of partially bonded optical fiber ribbons around the rigid tensile reinforcement member, wherein the optical fiber cable includes no buffer tubes; and at least one cushioning layer (110, 112), including a first cushioning layer having a Young's modulus in a range of 10-200 megapascal between the plurality of partially bonded optical fiber ribbons and the cable jacket, the at least one cushioning layer further including a second cushioning layer having a Young's modulus in a range of 10-200 megapascal between the plurality of partially bonded optical fiber ribbons and the rigid tensile reinforcement member, wherein the plurality of partially bonded optical fiber ribbons are retained in a space between the first and second cushioning layers and are adjacent the first and second cushioning layers.
Scale (10, 20), in particular retail scale, having a weighing module, wherein the weighing module comprises a housing (18, 28), in which a load cell is accommodated, wherein the load cell comprises a fixed section, a deformation section and a movable section, wherein the fixed section is connected to the housing (18, 28) and the movable section carries a load cross with a load plate (11, 21), wherein the deformation section has a strain gauge for measuring a weight acting on the load plate (11, 21), characterized in that a luminous strip (19, 29) is attached to the outer wall of the housing, and is attached to the housing (18, 28) substantially circumferentially, and in that the scale comprise a control unit comprising a state machine which represents at least one technical state of the scale, wherein the control unit controls the luminous strip (19, 29) on the basis of the state of the state machine, and in that the control unit applies a voltage to the luminous strip in a pulsed manner if the state machine is in a first state (52a1, 52b1, 52c1, 52d1, 52e1, 52f1, 52g1), and permanently applies a voltage to the luminous strip if the state machine is in a second state (52a2, 52b2, 52c2, 52d2, 52e2, 52f2, 52g2).
A high thermal conductive polymer composite, comprising: a liquid crystalline resin comprising a mesogen and at least one linear polymerization reactive group, wherein the liquid crystalline resin is cured with a linear polymerization initiator and includes a molecular structure aligned in at least one direction, wherein the linear polymerization initiator is benzyl imidazolium hexafluoroantimonate (BIHA). a liquid crystalline resin comprising a mesogen and at least one linear polymerization reactive group, wherein the liquid crystalline resin is cured with a linear polymerization initiator and includes a molecular structure aligned in at least one direction, wherein the linear polymerization initiator is benzyl imidazolium hexafluoroantimonate (BIHA).
Die for deforming material in a joining tool having: a. a head comprising a top side defining a cavity in which material is to be deformed, a bottom side opposite the top side and a lateral side arranged between the top side and the bottom side, and b. a stem which extends along a longitudinal axis (x) from the bottom side of the head, wherein the die comprises an identification tag having an antenna for receiving and/or transmitting signal and a storing element for storing information, characterized in that the antenna is wrapped around the head, such that the antenna entirely surrounds the head. a. a head comprising a top side defining a cavity in which material is to be deformed, a bottom side opposite the top side and a lateral side arranged between the top side and the bottom side, and b. a stem which extends along a longitudinal axis (x) from the bottom side of the head,
A security element, particularly for banknotes, security cards, passports, identity cards and the like, comprising at least one magnetic area formed of at least a first and a second magnetic material (4, 5) having at least one different magnetic property, the second magnetic material partially covering the first magnetic material, wherein the first magnetic material is exposed at least at two sides of the second magnetic material such that in a first extension direction of the security element there is a change from the first magnetic material to the second magnetic material, characterized in that a change from the first magnetic material to the second material also exists in a second extension direction of the security element, which second direction is perpendicular to the first extension direction.
An aerosol generation system for generation of an aerosol from an aerosol-forming precursor, the system comprising: - an electrically operated heating system to heat said precursor to generate the aerosol; - a flow path for transmission of flow, including the aerosol, to a user; wherein the heating system is arranged in fluid communication with the flow path; and - electrical circuitry arranged to: - measure a change in a property associated with the heating system due to a cooling effect on the heating system from a user inhalation through the flow path; - determine a characteristic of the inhalation based on the measured property associated with the heating system; and - identify the user based on the determined characteristic. - an electrically operated heating system to heat said precursor to generate the aerosol; - a flow path for transmission of flow, including the aerosol, to a user; wherein the heating system is arranged in fluid communication with the flow path; and - electrical circuitry arranged to: - measure a change in a property associated with the heating system due to a cooling effect on the heating system from a user inhalation through the flow path; - determine a characteristic of the inhalation based on the measured property associated with the heating system; and - identify the user based on the determined characteristic. - measure a change in a property associated with the heating system due to a cooling effect on the heating system from a user inhalation through the flow path; - determine a characteristic of the inhalation based on the measured property associated with the heating system; and - identify the user based on the determined characteristic.
A powdery water-soluble cationic polymer composition comprising a first cationic polymer and a second cationic polymer; wherein the second cationic polymer - is formed by non-radical polymerization, - is polyamine selected from the group consisting of polyethyleneimines, poly-(dimethylamine(co)epichlorohydrin) and poly(dimethylamine-co-epichlorohydrin-co-ethylenediamine), and - has a weight-average molecular weight lower than 1 million g/mol; and wherein the first cationic polymer is formed in the presence of the second cationic polymer by radical adiabatic gel polymerization of an aqueous composition comprising a radically polymerizable cationic monomer, a radically polymerizable nonionic monomer, and the second cationic polymer; wherein the ratio of the second cationic polymer to the first cationic polymer is within the range of from 0.01: 10 to 1: 4; and wherein the composition contains not more than 5 ml/l insolubles when being dispersed in water. - is formed by non-radical polymerization, - is polyamine selected from the group consisting of polyethyleneimines, poly-(dimethylamine(co)epichlorohydrin) and poly(dimethylamine-co-epichlorohydrin-co-ethylenediamine), and - has a weight-average molecular weight lower than 1 million g/mol; and
A sealed anodized metal comprising: a metallic substrate comprising a first metal selected from aluminum or an alloy thereof; and a sealed anodic coating, comprising: an anodic region contiguous with at least a portion of the metallic substrate, the anodic region having a plurality of cells comprising an amorphous aluminum oxide, each of the plurality of cells having a pore with a pore filler in at least a portion thereof, the pore filler comprising a crystalline transition metal oxide; and a seal region adjacent to at least a portion of the anodic region, the seal region comprising at least one of a crystalline or partially crystalline aluminum oxide or a crystalline or partially crystalline aluminum hydroxide. a metallic substrate comprising a first metal selected from aluminum or an alloy thereof; and a sealed anodic coating, comprising: an anodic region contiguous with at least a portion of the metallic substrate, the anodic region having a plurality of cells comprising an amorphous aluminum oxide, each of the plurality of cells having a pore with a pore filler in at least a portion thereof, the pore filler comprising a crystalline transition metal oxide; and a seal region adjacent to at least a portion of the anodic region, the seal region comprising at least one of a crystalline or partially crystalline aluminum oxide or a crystalline or partially crystalline aluminum hydroxide. an anodic region contiguous with at least a portion of the metallic substrate, the anodic region having a plurality of cells comprising an amorphous aluminum oxide, each of the plurality of cells having a pore with a pore filler in at least a portion thereof, the pore filler comprising a crystalline transition metal oxide; and a seal region adjacent to at least a portion of the anodic region, the seal region comprising at least one of a crystalline or partially crystalline aluminum oxide or a crystalline or partially crystalline aluminum hydroxide.
A method of preparing a silage good having improved quality to be subjected to an ensiling process, the method comprising: subjecting a freshly harvested good to be subjected to the ensiling process to an analysing process for determining a plurality of parameters ( x i) characterising a chemical composition and/or a property of the harvested good; applying a first model on the determined parameters ( xi) to determine an ensilability index number ( Ini), that is characteristic for an expected ensilability of the harvested good; applying a second model on the determined parameters ( xi) to determine a retention index number ( Rei), that is characteristic for an expected loss of dry matter of the harvested good during the ensiling process; determining types and amounts of ensiling additives to be added to the harvested good for controlling the ensiling process depending on the ensilability index number ( Ini) and the retention index number ( Rei); and supplying the determined additives to the harvested good to obtain the silage good, in case the determined amount of the ensiling additive exceeds zero. subjecting a freshly harvested good to be subjected to the ensiling process to an analysing process for determining a plurality of parameters ( x i) characterising a chemical composition and/or a property of the harvested good; applying a first model on the determined parameters ( xi) to determine an ensilability index number ( Ini), that is characteristic for an expected ensilability of the harvested good; applying a second model on the determined parameters ( xi) to determine a retention index number ( Rei), that is characteristic for an expected loss of dry matter of the harvested good during the ensiling process; determining types and amounts of ensiling additives to be added to the harvested good for controlling the ensiling process depending on the ensilability index number ( Ini) and the retention index number ( Rei); and supplying the determined additives to the harvested good to obtain the silage good, in case the determined amount of the ensiling additive exceeds zero.
A sulfide solid electrolyte comprising at least Li 2 S, P 2 S 5 and a dopant M x S 2 O 3, characterized in that, M is one or more selected from Na, K, Ba and Ca, and 1≤x≤2; in the sulfide solid electrolyte, a mole percentage of Li 2 S is greater than or equal to 60% and is less than or equal to 79%, a mole percentage of P 2 S 5 is greater than or equal to 16% and is less than or equal to 30%, and a molar percentage of M x S 2 O 3 is greater than 0% and is less than or equal to 10%. in the sulfide solid electrolyte, a mole percentage of Li 2 S is greater than or equal to 60% and is less than or equal to 79%, a mole percentage of P 2 S 5 is greater than or equal to 16% and is less than or equal to 30%, and a molar percentage of M x S 2 O 3 is greater than 0% and is less than or equal to 10%.
An apparatus (12, 112) for sealing a foil liner to a sealing surface of a container, comprising: a seal head (26, 126) including: a body (32, 132) having a first end (34, 134), a second end (36, 136) opposite said first end (34, 134), and an axis extending through said first and second ends, said body (32, 132) further comprising an axially-facing sealing surface (38, 138) at said second end (36, 136) thereof facing away from said first end (34, 134) of said body (32, 132) characterized in that said seal head comprises: one or more fluid paths (48, 148) in said seal head (26, 126) for passing fluid through and out of said seal head (26, 126) and onto at least a portion of said foil liner.