mhurhangee/patent-ind-claim-en huggingface dataset:
A packaged orthodontic assembly (100; 200) comprising: an orthodontic appliance (102; 202) having a base (150; 250) for attachment to a tooth; and a container (104; 204; 304; 404; 604) having a recess (106; 206) with a bottom surface and a pair of opposing, non-parallel side surfaces (110, 112; 210, 212) providing an enlarged recess entrance, whereby the side surfaces contact opposing sides of the base (150; 250) to retain and suspend the appliance (102; 202) in the recess (106; 206), wherein each side surface (110, 112; 210, 212) forms an obtuse angle relative to the bottom surface ranging from 95 to 135 degrees. an orthodontic appliance (102; 202) having a base (150; 250) for attachment to a tooth; and a container (104; 204; 304; 404; 604) having a recess (106; 206) with a bottom surface and a pair of opposing, non-parallel side surfaces (110, 112; 210, 212) providing an enlarged recess entrance, whereby the side surfaces contact opposing sides of the base (150; 250) to retain and suspend the appliance (102; 202) in the recess (106; 206), wherein each side surface (110, 112; 210, 212) forms an obtuse angle relative to the bottom surface ranging from 95 to 135 degrees.
An intake temperature sensor for being disposed in an intake pipe comprising, a temperature detecting element (6; 26; 38; 50) for being inserted in an opening provided in the intake pipe ; an electronic circuit electrically connected to the temperature detecting element (6; 26; 38; 50); a circuit board on which the electronic circuit is mounted; a housing that houses the electronic circuit; wherein the intake temperature sensor outputs the intake temperature based on an output obtained from the temperature detecting element (6; 26; 38; 50); characterized in that the temperature detecting element (6; 26; 38; 50) is mechanically joined with a heat sink directly exposed to an intake flow flowing in the intake pipe , the heat sink being composed of the same single member as the circuit board .
A multi-stage turbomachine comprising a central part having at least two bearings from which part there extends at least on one side a shaft guided by said bearings and on which shaft there are mounted, in cantilever fashion, two radial wheels , wherein the two radial wheels are separated from one another by a leak-tight partition , the leak-tight partition having thermal insulation , wherein each of the two radial wheels is mounted in its casing , each casing having a dedicated fluid inlet and a dedicated fluid outlet , and the casing corresponding to the distal wheel has the leak-tight partition as a common proximal part with the proximal wheel casing and a distal part in the form of a plate attached to the casing of the proximal wheel . wherein the two radial wheels are separated from one another by a leak-tight partition , the leak-tight partition having thermal insulation , wherein each of the two radial wheels is mounted in its casing , each casing having a dedicated fluid inlet and a dedicated fluid outlet , and the casing corresponding to the distal wheel has the leak-tight partition as a common proximal part with the proximal wheel casing and a distal part in the form of a plate attached to the casing of the proximal wheel .
Travel plug adapter having a housing with inner walls, outer walls, and a bottom surface and furthermore having a plug receptacle , and at least a first plug of a first standard that has at least a first contact pin , wherein the first plug, by being displaced along a first distance, may be moved out of a standby position, in which the plug is essentially disposed within the housing, into a usage position, in which the plug is usably disposed outside of the housing, characterized in that a contact surface is provided in the housing and the plug is connected to at least one actuation element that, when the plug is moved from the standby position into the usage position, at least temporarily, comes into contact with the contact surface and that is connected to a transmission unit such that by the transmission unit the at least one contact pin is moved along a second distance that is greater than the first distance.
A medical device communication method for an infusion pump system, the method comprising: a pump motor control, PMC, accepting a request for a connection from a user interface controller, UIC, the request comprising: a device identifier of the UIC, a receiving device number of the PMC to transmit an infusion data message to, wherein the PMC accepts said request and generates a communication identifier , CID, inserting the CID into a connection accept message, transmitting the connection accept message to the UIC, wherein the UIC extracts and stores the CID from the connection accept message, the method further comprising the UIC accepting an infusion request associated with an infusion related medical function, inserting the CID and said medical function into the infusion data message, and transmitting the infusion data message to the PMC. a pump motor control, PMC, accepting a request for a connection from a user interface controller, UIC, the request comprising: a device identifier of the UIC, a receiving device number of the PMC to transmit an infusion data message to, a device identifier of the UIC, a receiving device number of the PMC to transmit an infusion data message to, wherein the PMC accepts said request and generates a communication identifier , CID, inserting the CID into a connection accept message, transmitting the connection accept message to the UIC, wherein the UIC extracts and stores the CID from the connection accept message, the method further comprising the UIC accepting an infusion request associated with an infusion related medical function, inserting the CID and said medical function into the infusion data message, and transmitting the infusion data message to the PMC.
An apparatus for dispensing a therapeutic liquid, comprising: a container (110; 210; 510; 610) configured to hold the therapeutic liquid and having a dispensing tip (130; 230; 330; 430; 530; 630) configured to dispense a dose of the therapeutic liquid; a vented cap (140; 240; 340; 440; 540; 640) configured to fit over at least a portion of the container including the dispensing tip of the container, the vented cap having one or more vents (145; 345; 545) that allow air to pass into and out of a cavity defined between the vented cap and the dispensing tip; a second cap (160; 260; 360; 460; 560; 660) configured to fit over at least a portion of the vented cap; and a tamper evident seal (170; 270; 370; 470; 570; 670) coupled to the second cap and one or both of the container and the vented cap. a container (110; 210; 510; 610) configured to hold the therapeutic liquid and having a dispensing tip (130; 230; 330; 430; 530; 630) configured to dispense a dose of the therapeutic liquid; a vented cap (140; 240; 340; 440; 540; 640) configured to fit over at least a portion of the container including the dispensing tip of the container, the vented cap having one or more vents (145; 345; 545) that allow air to pass into and out of a cavity defined between the vented cap and the dispensing tip; a second cap (160; 260; 360; 460; 560; 660) configured to fit over at least a portion of the vented cap; and a tamper evident seal (170; 270; 370; 470; 570; 670) coupled to the second cap and one or both of the container and the vented cap.
A portable unit wearable by a person when carrying out exercise, the unit being programmable to provide audible encouragement messages, messages of instruction, and/or messages of time elapsed, which messages can be provided at required programmable intervals, the unit incorporating a digital sound player to enable a user to listen to music when messages are not given by the unit, the unit including a set of headphones, wherein the unit is incorporated within a casing of the headphones.
Use of an abrasion-resistant wrapping tape conforming to at least abrasion resistance class C according to LV312 on a 5 mm mandrel and a 10 mm mandrel for wrapping cables in automobiles, wherein the wrapping tape is equipped with a strip-like textile support of warp threads and weft threads and with an adhesive coating at least on one side thereof, wherein further the threads are each produced from polyester or polyamide with a thread fineness of at least 40 dtex, wherein further the textile support is constructed from a single textile layer and multi-weft threads each having a decitex of max. 250 dtex and/or multi-warp threads, and wherein the textile support is constituted of single warp threads and double weft threads. the wrapping tape is equipped with a strip-like textile support of warp threads and weft threads and with an adhesive coating at least on one side thereof, wherein further the threads are each produced from polyester or polyamide with a thread fineness of at least 40 dtex, wherein further the textile support is constructed from a single textile layer and multi-weft threads each having a decitex of max. 250 dtex and/or multi-warp threads, and wherein the textile support is constituted of single warp threads and double weft threads.
A pharmaceutical composition comprising: stable, amorphous solid dispersion particles, wherein the particles consist of a protein kinase inhibitor selected from the group consisting of sorafenib, sorafenib hydrate, sorafenib solvate, sorafenib salt, and combinations thereof, and at least one polymeric stabilizing and matrix-forming component, wherein the particles have a degree of amorphicity of 100%, and wherein the amount of the protein kinase inhibitor in said particles is from 10% by weight to 70% by weight. stable, amorphous solid dispersion particles, wherein the particles consist of a protein kinase inhibitor selected from the group consisting of sorafenib, sorafenib hydrate, sorafenib solvate, sorafenib salt, and combinations thereof, and at least one polymeric stabilizing and matrix-forming component, wherein the particles have a degree of amorphicity of 100%, and wherein the amount of the protein kinase inhibitor in said particles is from 10% by weight to 70% by weight.
A method of hydrothermal carbonization of a sludge from a wastewater treatment plant, comprising the steps of: preheating the sludge with at least one first steam fraction to obtain a preheated sludge; further heating the preheated sludge with a second steam fraction to obtain a heated sludge; subjecting the heated sludge to hydrothermal carbonization (HTC) in a reactor to obtain a HTC-treated slurry; mixing the HTC-treated slurry with an oxidizing agent, such as oxygen gas, to obtain a wet-oxidized slurry; subjecting the wet-oxidized slurry to flashing to obtain the second steam fraction and a pre-cooled slurry; subjecting the pre-cooled slurry to flashing in at least one step to obtain the at least one first steam fraction and a cooled slurry; separating the cooled slurry into a liquid fraction and a solids fraction; and routing the liquid fraction to the wastewater treatment plant for further treatment, wherein the second steam fraction is used for heating preheated sludge to the temperature of the HTC reaction. preheating the sludge with at least one first steam fraction to obtain a preheated sludge; further heating the preheated sludge with a second steam fraction to obtain a heated sludge; subjecting the heated sludge to hydrothermal carbonization (HTC) in a reactor to obtain a HTC-treated slurry; mixing the HTC-treated slurry with an oxidizing agent, such as oxygen gas, to obtain a wet-oxidized slurry; subjecting the wet-oxidized slurry to flashing to obtain the second steam fraction and a pre-cooled slurry; subjecting the pre-cooled slurry to flashing in at least one step to obtain the at least one first steam fraction and a cooled slurry; separating the cooled slurry into a liquid fraction and a solids fraction; and routing the liquid fraction to the wastewater treatment plant for further treatment,
A continuous hydroformylation process comprising: (a) removing a reaction fluid from a reactor, wherein the reaction fluid is obtained by contacting CO, H 2 , an olefin and a catalyst comprising rhodium and an organophosphite ligand in a reaction zone under hydroformylation reaction conditions to produce an aldehyde product in the reaction fluid; (b) sending the reaction fluid to a vaporizer; (c) separating the reaction fluid in the vaporizer to produce a catalyst-containing liquid stream and a gas phase stream; and (d) maintaining an average CO partial pressure in the vaporizer of greater than 110 kPa (16 psia) by adding fresh CO to the vaporizer, wherein the hydroformylation process employs a metal organophosphorous ligand complex catalyst, the ligand being selected from monoorganophosphite, diorganophosphite, triorganophosphite and organopolyphosphite compounds.
A method for wireless communication by a wireless node, comprising: establishing a block of semi-persistent scheduling "SPS" resources in each of a plurality of transmission time intervals "TTIs" for transmission of priority traffic; determining that a level of priority traffic to transmit during a first TTI of the plurality of TTIs is below a priority traffic threshold; and transmitting a per-TTI release signal, in a preceding TTI of the plurality of TTIs that occurs prior to the first TTI, to indicate that the block of SPS resources in the first TTI is released from being reserved for the priority traffic. establishing a block of semi-persistent scheduling "SPS" resources in each of a plurality of transmission time intervals "TTIs" for transmission of priority traffic; determining that a level of priority traffic to transmit during a first TTI of the plurality of TTIs is below a priority traffic threshold; and transmitting a per-TTI release signal, in a preceding TTI of the plurality of TTIs that occurs prior to the first TTI, to indicate that the block of SPS resources in the first TTI is released from being reserved for the priority traffic.
An agricultural harvester , comprising: a chassis ; a cleaning system carried by said chassis ; a crop material elevator supplied with crop material that has passed through said cleaning system , said crop material elevator having a first inlet and a second inlet ; and an auger system supplying the crop material from said cleaning system to said crop material elevator , said auger system including: - a first auger defining an auger axis (A2, A4, A6, A11, D1) extending in a conveying direction toward said crop material elevator and configured to supply crop material to said first inlet ; and - a second auger defining a second auger axis (B1, A5, A7, A12, D2) extending in said conveying direction, characterized in that said auger system further includes a crop material conveyor configured to supply crop material from said second auger to said second inlet generally transverse to said second auger axis (B1, A5, A7, A12, D2). a chassis ; a cleaning system carried by said chassis ; a crop material elevator supplied with crop material that has passed through said cleaning system , said crop material elevator having a first inlet and a second inlet ; and an auger system supplying the crop material from said cleaning system to said crop material elevator , said auger system including: - a first auger defining an auger axis (A2, A4, A6, A11, D1) extending in a conveying direction toward said crop material elevator and configured to supply crop material to said first inlet ; and - a second auger defining a second auger axis (B1, A5, A7, A12, D2) extending in said conveying direction, characterized in that said auger system further includes a crop material conveyor configured to supply crop material from said second auger to said second inlet generally transverse to said second auger axis (B1, A5, A7, A12, D2). - a first auger defining an auger axis (A2, A4, A6, A11, D1) extending in a conveying direction toward said crop material elevator and configured to supply crop material to said first inlet ; and - a second auger defining a second auger axis (B1, A5, A7, A12, D2) extending in said conveying direction, characterized in that said auger system further includes a crop material conveyor configured to supply crop material from said second auger to said second inlet generally transverse to said second auger axis (B1, A5, A7, A12, D2).
An apparatus for tempering planar glass sheets, which comprises a furnace heating glass sheets to a tempering temperature and including a conveyor track for glass sheets, and a quenching unit cooling glass sheets and including a conveyor track and cooling air enclosures set above and below the conveyor track and having cooling air blast openings in such a disposition that the cooling effect of a blast through the blast openings is directed to the top and bottom surfaces of a glass sheet (G) across the entire width of the glass sheet (G) moving in the quenching unit, characterized in that , in order to eliminate or reduce the bi-stability of a tempered, flat glass sheet, at least first cooling air enclosure above the conveyor track includes a subarea (A) of weakened cooling effect and at least first cooling air enclosure below the conveyor track includes a subarea (A) of weakened cooling effect, said subareas (A) having a weakened cooling effect as compared to the cooling effect of the cooling air enclosures outside the subareas (A) over a surface area of the cooling air enclosures equivalent to the subareas (A), the subareas (A) being located relative to the moving glass sheet (G) in such a manner that the cooling effect generated by a blast occurring through the blast openings on both surfaces of the moving glass sheet (G) is weaker on the glass sheet's middle lane (G2) than on both side lanes (G1) of the glass sheet (G) and after at most 60 cm from the beginning of the quenching unit the cooling effect is identical across the entire width of the glass sheet.
A device for treating an aneurysm of a human or mammal patient, wherein the aneurysm may self-expand, leading to the aneurysm bursting with high risk for death of the human or mammal patient, the device comprising: an implantable member adapted to be placed in connection with the outside of a blood vessel having the aneurysm, and to exert a pressure on the outside of the blood vessel having the aneurysm, a pressure regulator adapted to regulate the pressure in the implantable member and thereby on the blood vessel having the aneurysm, the device being characterized by : a measuring device or sensor for measuring or sensing an expansion of the aneurysm, a control unit adapted to control said pressure regulator based on input from said measuring device or sensor, to increase the pressure when an expansion of the aneurysm occur, such that the expansion of the aneurysm is hindered or slowed down to avoid bursting of the aneurysm, an alarm system for warning that expansion of the aneurysm has occurred, and wherein the control unit is further adapted to control the alarm system to warn that expansion of the aneurysm has occurred. an implantable member adapted to be placed in connection with the outside of a blood vessel having the aneurysm, and to exert a pressure on the outside of the blood vessel having the aneurysm, a pressure regulator adapted to regulate the pressure in the implantable member and thereby on the blood vessel having the aneurysm, the device being characterized by : a measuring device or sensor for measuring or sensing an expansion of the aneurysm, a control unit adapted to control said pressure regulator based on input from said measuring device or sensor, to increase the pressure when an expansion of the aneurysm occur, such that the expansion of the aneurysm is hindered or slowed down to avoid bursting of the aneurysm, an alarm system for warning that expansion of the aneurysm has occurred, and wherein the control unit is further adapted to control the alarm system to warn that expansion of the aneurysm has occurred. a measuring device or sensor for measuring or sensing an expansion of the aneurysm, a control unit adapted to control said pressure regulator based on input from said measuring device or sensor, to increase the pressure when an expansion of the aneurysm occur, such that the expansion of the aneurysm is hindered or slowed down to avoid bursting of the aneurysm, an alarm system for warning that expansion of the aneurysm has occurred, and wherein the control unit is further adapted to control the alarm system to warn that expansion of the aneurysm has occurred.
An apparatus for delivering a heated and humidified mixture of oxygen and air, the apparatus comprising: a vapor transfer system having a housing , a gas inlet , a gas outlet , a liquid inlet , a liquid outlet , a gas passage coupling the gas inlet to the gas outlet , a liquid passage coupling the liquid inlet to the liquid outlet , and a membrane separating the gas passage and the liquid passage , wherein the membrane is positioned to transfer vapor from the liquid passage to the gas passage ; a liquid supply coupled to the liquid inlet and having a heater that heats liquid of the liquid supply ; an air compressor enclosed in the housing and configured to supply air at a first pressure to the gas inlet ; and an oxygen concentrator enclosed in the housing and configured to concentrate oxygen from ambient air, and output oxygen at a second pressure to the gas inlet , wherein the oxygen concentrator and the air compressor are in fluid communication and are configured such that the first pressure and the second pressure are about equal. a vapor transfer system having a housing , a gas inlet , a gas outlet , a liquid inlet , a liquid outlet , a gas passage coupling the gas inlet to the gas outlet , a liquid passage coupling the liquid inlet to the liquid outlet , and a membrane separating the gas passage and the liquid passage , wherein the membrane is positioned to transfer vapor from the liquid passage to the gas passage ; a liquid supply coupled to the liquid inlet and having a heater that heats liquid of the liquid supply ; an air compressor enclosed in the housing and configured to supply air at a first pressure to the gas inlet ; and an oxygen concentrator enclosed in the housing and configured to concentrate oxygen from ambient air, and output oxygen at a second pressure to the gas inlet , wherein the oxygen concentrator and the air compressor are in fluid communication and are configured such that the first pressure and the second pressure are about equal.