mhurhangee/ep-ind-claims huggingface dataset:
A haptic peripheral comprising: a processor; a housing; a trigger (118, 518) which is rotatable about an axis; a position sensor (119, 519) coupled to the trigger (118, 518), wherein the position sensor (119, 519) is configured to detect a position of the trigger (118, 518) and is configured to send the position to the processor; an actuator (120, 520) located within the housing and coupled to the trigger (118, 518), wherein the actuator (120, 520) is configured to receive a haptic effect drive signal from the processor and is configured to output a force in response to the haptic effect drive signal from the processor; a rotatable shaft (128, 528, 529), wherein the actuator (120, 520) is coupled to the trigger (118, 518) via the rotatable shaft (128, 528, 529) such that rotation of the rotatable shaft (128, 528, 529) via the actuator (120, 520) causes movement of the trigger (118, 518); and a mechanical amplification system coupled to the actuator (120, 520) and configured to increase the force output by the actuator (120, 520), wherein the increased force is transmitted from the mechanical amplification system to the trigger (118, 518) as a kinesthetic haptic effect. a processor; a housing; a trigger (118, 518) which is rotatable about an axis; a position sensor (119, 519) coupled to the trigger (118, 518), wherein the position sensor (119, 519) is configured to detect a position of the trigger (118, 518) and is configured to send the position to the processor; an actuator (120, 520) located within the housing and coupled to the trigger (118, 518), wherein the actuator (120, 520) is configured to receive a haptic effect drive signal from the processor and is configured to output a force in response to the haptic effect drive signal from the processor; a rotatable shaft (128, 528, 529), wherein the actuator (120, 520) is coupled to the trigger (118, 518) via the rotatable shaft (128, 528, 529) such that rotation of the rotatable shaft (128, 528, 529) via the actuator (120, 520) causes movement of the trigger (118, 518); and a mechanical amplification system coupled to the actuator (120, 520) and configured to increase the force output by the actuator (120, 520), wherein the increased force is transmitted from the mechanical amplification system to the trigger (118, 518) as a kinesthetic haptic effect.
Method for providing hydrogen gas comprising the process steps - pre-heating of an at least partially hydrogenated hydrogen carrier material, - release of hydrogen gas by means of at least partial dehydrogenation of the hydrogen carrier material, - purification of the released hydrogen gas, - cooling of the at least partially dehydrogenated hydrogen carrier material to a target temperature of less than 60 °C and conditioning of the at least partially dehydrogenated hydrogen carrier material, wherein the conditioning includes the removal of physically dissolved residual hydrogen gas from the hydrogen carrier material. - pre-heating of an at least partially hydrogenated hydrogen carrier material, - release of hydrogen gas by means of at least partial dehydrogenation of the hydrogen carrier material, - purification of the released hydrogen gas, - cooling of the at least partially dehydrogenated hydrogen carrier material to a target temperature of less than 60 °C and conditioning of the at least partially dehydrogenated hydrogen carrier material, wherein the conditioning includes the removal of physically dissolved residual hydrogen gas from the hydrogen carrier material.
A system (100, 300, 400) comprising: a cutting tool having a cutting surface; and a first launch tube associated with a first projectile and first propellant material for accelerating the first projectile toward a first region of geologic material, wherein the first projectile passes through at least one first orifice having a first diameter, in the cutting surface to contact the first region of the geologic material, and the cutting surface contacts the first region after the contact between the first projectile and the first region; and a second launch tube associated with a second projectile that is larger than the first projectile, wherein the second launch tube is positioned to accelerate the second projectile through at least one second orifice having a second diameter larger than the first diameter. a cutting tool having a cutting surface; and a first launch tube associated with a first projectile and first propellant material for accelerating the first projectile toward a first region of geologic material, wherein the first projectile passes through at least one first orifice having a first diameter, in the cutting surface to contact the first region of the geologic material, and the cutting surface contacts the first region after the contact between the first projectile and the first region; and a second launch tube associated with a second projectile that is larger than the first projectile, wherein the second launch tube is positioned to accelerate the second projectile through at least one second orifice having a second diameter larger than the first diameter.
An apparatus comprising: a suture instrument including a handle, the handle including a cavity; a cover slidably attached to the handle to cover the cavity; a post extending upward from a bottom surface of the cavity; and a suture spool removably positioned over the post; characterized in that the post includes a force member (302, 304) configured to provide upward force on the spool to move the spool upward when the cover is slid off of the spool and in that the suture instrument includes an instrument post extending from the handle. a suture instrument including a handle, the handle including a cavity; a cover slidably attached to the handle to cover the cavity; a post extending upward from a bottom surface of the cavity; and a suture spool removably positioned over the post; characterized in that the post includes a force member (302, 304) configured to provide upward force on the spool to move the spool upward when the cover is slid off of the spool and in that the suture instrument includes an instrument post extending from the handle.
A plurality of paving slabs, each of said paving slabs comprising: a unitary body made of concrete-based material, the body having sidewalls extending between top and bottom faces (14,16), providing the body with a thickness, the top face being provided with longitudinal false joints defining rows extending from a first side to a second side of the unitary body, said rows comprising top and bottom rows (20a, 20e), the first side having a staggered outline with at least one recess and at least one tooth, the first and second sides (32, 34) being able to couple with respective to first and second sides (32, 34) of adjacent paving slabs (10i, 10ii), rotated by 180 degrees, the recess and tooth of the paving slab serving to interlock with the respective tooth and recess of one of the adjacent paving slabs, characterized in that the first and second sides (32, 34) are incongruent, the second side having a diagonal and stepped outline from the top row to the bottom row and the staggered and stepped outlines (35, 33) of the slabs (10, 10i, 10ii) creating the illusion, when the plurality of paving slabs (10, 10i, 10ii) are assembled on a surface, that the surface is covered by individual plank pavers randomly assembled. a unitary body made of concrete-based material, the body having sidewalls extending between top and bottom faces (14,16), providing the body with a thickness, the top face being provided with longitudinal false joints defining rows extending from a first side to a second side of the unitary body, said rows comprising top and bottom rows (20a, 20e), the first side having a staggered outline with at least one recess and at least one tooth, the first and second sides (32, 34) being able to couple with respective to first and second sides (32, 34) of adjacent paving slabs (10i, 10ii), rotated by 180 degrees, the recess and tooth of the paving slab serving to interlock with the respective tooth and recess of one of the adjacent paving slabs, characterized in that the first and second sides (32, 34) are incongruent, the second side having a diagonal and stepped outline from the top row to the bottom row and the staggered and stepped outlines (35, 33) of the slabs (10, 10i, 10ii) creating the illusion, when the plurality of paving slabs (10, 10i, 10ii) are assembled on a surface, that the surface is covered by individual plank pavers randomly assembled.
An anti-cancer agent for use in a method of treating a subj ect having a cancer having a Kinesin Family Member 5B - RET proto-oncogene (KIF5B-RET) fusion, the method comprising: acquiring knowledge of the presence of a Kinesin Family Member 5B-RET proto-oncogene (KIF5B-RET) fusion in said subject by next-generation sequencing or sequencing by mass spectrometry; and administering to the subject an effective amount of the anti-cancer agent, thereby treating cancer in the subject; wherein the anti-cancer agent is (a) a kinase inhibitor which is an inhibitor of RET kinase activity or (b) a nucleic acid molecule selected from the group consisting of antisense molecules, ribozymes, siRNA, and triple helix molecules, wherein the nucleic acid molecule hybridizes to a nucleic acid molecule encoding the KIF5B-RET fusion, thereby blocking or reducing mRNA expression of the KIF5B-RET fusion; and wherein the cancer is a colorectal cancer or a lung cancer. acquiring knowledge of the presence of a Kinesin Family Member 5B-RET proto-oncogene (KIF5B-RET) fusion in said subject by next-generation sequencing or sequencing by mass spectrometry; and administering to the subject an effective amount of the anti-cancer agent, thereby treating cancer in the subject; wherein the anti-cancer agent is (a) a kinase inhibitor which is an inhibitor of RET kinase activity or (b) a nucleic acid molecule selected from the group consisting of antisense molecules, ribozymes, siRNA, and triple helix molecules, wherein the nucleic acid molecule hybridizes to a nucleic acid molecule encoding the KIF5B-RET fusion, thereby blocking or reducing mRNA expression of the KIF5B-RET fusion; and wherein the cancer is a colorectal cancer or a lung cancer.
A sensor particle for detecting the presence of a chelatable analyte, comprising: a quantum dot or fluorescent dye; a polymer matrix comprising a polymer including moieties that bind the chelatable analyte, wherein the chelatable analyte is glucose or fructose; and a chromophore associated with the polymer matrix that binds to the moieties in the absence of the chelatable analyte, wherein the moieties that bind glucose or fructose comprise one of boronic acid and boronic ester; and the sensor particle emits photons with an inner filter effect, wherein: photons emitted by the quantum dot or fluorescent dye in an excited state are absorbed by the chromophore in an unbound state but not by the chromophore in a bound state; or photons emitted by the quantum dot or fluorescent dye in an excited state are absorbed by the chromophore in a bound state but not by the chromophore in an unbound state. a quantum dot or fluorescent dye; a polymer matrix comprising a polymer including moieties that bind the chelatable analyte, wherein the chelatable analyte is glucose or fructose; and a chromophore associated with the polymer matrix that binds to the moieties in the absence of the chelatable analyte, wherein the moieties that bind glucose or fructose comprise one of boronic acid and boronic ester; and the sensor particle emits photons with an inner filter effect, wherein: photons emitted by the quantum dot or fluorescent dye in an excited state are absorbed by the chromophore in an unbound state but not by the chromophore in a bound state; or photons emitted by the quantum dot or fluorescent dye in an excited state are absorbed by the chromophore in a bound state but not by the chromophore in an unbound state.
A headgear assembly (4100,5500,5600) for a respiratory interface, comprising: a first strap (4140,5506,5606); and a second strap (4150,5508,5608); at least one of the first strap and second strap comprising a composite material, the composite material comprising: a plastic core (4220,5512,5612); and a textile casing (4200,4210,5514,5614) comprising a knitted, woven, or braided tube, characterized in that the plastic core and the textile casing are formed as an integral structure by the application of a molten plastic material into the textile casing, and in that the textile casing surrounds an entirety of a periphery of the plastic core. a first strap (4140,5506,5606); and a second strap (4150,5508,5608); a plastic core (4220,5512,5612); and a textile casing (4200,4210,5514,5614) comprising a knitted, woven, or braided tube, characterized in that the plastic core and the textile casing are formed as an integral structure by the application of a molten plastic material into the textile casing, and in that the textile casing surrounds an entirety of a periphery of the plastic core.
A method comprising: receiving a call page associated with a caller mobile communications network at a mobile device associated with a receiver mobile communications network subscriber; in response to receipt of the call page, sending a communication through a data channel from the mobile device to a server associated with a mobile switching center associated with the subscriber mobile device; determining, at the server and based on the communication from the mobile device, if the caller mobile communications network associated with the call page matches the receiver mobile communications network associated with the subscriber mobile device by performing a global title translation, GTT, on an incoming number to determine its hosting carrier; sending the determined results to the subscriber mobile device over the data channel or SMS; and outputting the determined results at the subscriber mobile device. receiving a call page associated with a caller mobile communications network at a mobile device associated with a receiver mobile communications network subscriber; in response to receipt of the call page, sending a communication through a data channel from the mobile device to a server associated with a mobile switching center associated with the subscriber mobile device; determining, at the server and based on the communication from the mobile device, if the caller mobile communications network associated with the call page matches the receiver mobile communications network associated with the subscriber mobile device by performing a global title translation, GTT, on an incoming number to determine its hosting carrier; sending the determined results to the subscriber mobile device over the data channel or SMS; and outputting the determined results at the subscriber mobile device.
A height adjustment device for adjusting the height of a vehicle safety belt anchor point located near the shoulder, said device having a slide, a counter-guide rail with counter-guide sections for guiding the slide and a drive spindle for a translational movement of the slide relative to the counter-guide rail, said slide having a slide body with two guide sections running parallel to each other for a guiding engagement with the counter-guide sections of the height adjustment device, the slide body having a spindle opening with an internal screw thread for threaded engagement with the drive spindle and an attachment interface for attaching a deflection mechanism for the vehicle safety belt, the guide sections, the spindle opening and the attachment interface being configured integrally with the slide body, the guide sections being configured such that they engage behind the counter-guide sections, characterized in that both the guide sections and the counter-guide sections each have at least two flat guide surfaces (32, 132), which are distanced from each other transversely to the guide direction.
A data center cooling system, comprising a refrigerant pump, a condenser, and an evaporator, wherein the refrigerant pump is connected between the condenser and the evaporator, wherein the refrigerant pump comprises a housing, a partition plate, and a pump head, the housing is provided with a liquid inlet and a liquid outlet, the partition plate is disposed inside the housing, the partition plate and the housing jointly form first space and second space that are disposed side by side and that are isolated from each other, the liquid inlet communicates with the first space, the liquid outlet communicates with the second space, the pump head is connected to the partition plate and is located at the bottom of the first space in a gravity direction, the pump head is configured to transfer refrigerant in the first space to the second space, the liquid inlet is directly connected to the condenser by using a pipeline, and the first space is configured to store refrigerant of the data center cooling system, so that no liquid receiver is additionally disposed in the data center cooling system; wherein a one-way valve is disposed on the partition plate, the one-way valve and the pump head are disposed in parallel between the first space and the second space, and the one-way valve is located at the bottom of the first space in the gravity direction.
A surgical cable and crimp assembly kit comprising: a length of flexible cable; a wire crimp having at least one hole there through sized to receive the flexible cable there through; and crimp pliers comprising: a pair of operating handles; and a pair of opposed jaws, each jaw extending from a respective handle and coupled to the other jaw via a hinge mechanism, each jaw having an extension at the tip of the jaw, the extension sized and configured to receive the crimp, each extension positioned opposite the other extension such that the pair of jaws is operative to hold and crush the crimp there between, each jaw having a length sufficiently long to reach a bone through a small incision, wherein the extensions extend perpendicularly from the tip of the respective jaw, and characterized in that the assembly kit further comprises an intermediate part having a front end, a rear end, and a same cross-sectional size and shape as the crimp, wherein the front end of the intermediate part is configured to attach to an end of the crimp. a length of flexible cable; a wire crimp having at least one hole there through sized to receive the flexible cable there through; and crimp pliers comprising: a pair of operating handles; and a pair of opposed jaws, each jaw extending from a respective handle and coupled to the other jaw via a hinge mechanism, each jaw having an extension at the tip of the jaw, the extension sized and configured to receive the crimp, each extension positioned opposite the other extension such that the pair of jaws is operative to hold and crush the crimp there between, each jaw having a length sufficiently long to reach a bone through a small incision, wherein the extensions extend perpendicularly from the tip of the respective jaw, and characterized in that the assembly kit further comprises an intermediate part having a front end, a rear end, and a same cross-sectional size and shape as the crimp, a pair of operating handles; and a pair of opposed jaws, each jaw extending from a respective handle and coupled to the other jaw via a hinge mechanism, each jaw having an extension at the tip of the jaw, the extension sized and configured to receive the crimp, each extension positioned opposite the other extension such that the pair of jaws is operative to hold and crush the crimp there between, each jaw having a length sufficiently long to reach a bone through a small incision, wherein the extensions extend perpendicularly from the tip of the respective jaw, and characterized in that the assembly kit further comprises an intermediate part having a front end, a rear end, and a same cross-sectional size and shape as the crimp,
A process for preparing a branched organopolysiloxane through a reaction of alkoxysilane with a linear organopolysiloxane containing at least one hydroxyl or hydrolysable group bonded to silicon, characterized in that the alkoxysilane comprises one or both of a tetraalkoxysilane and a trialkoxysilane of the formula R'Si 3, where R represents an alkyl group having 1 to 4 carbon atoms and R' represents a monovalent hydrocarbon or a substituted hydrocarbon group having 1 to 18 carbon atoms and that the reaction is carried out in the presence of a phosphazene catalyst and an inert liquid diluent, wherein the diluent has no groups reactive with the alkoxysilane or the linear organopolysiloxane and is a solvent for the linear organopolysiloxane, the diluent is a hydrocarbon oil comprising 5 to 25 carbon atoms per molecule, wherein the amount of the diluent used in the process is 5 to 70% of the combined amount of the linear organopolysiloxane, the alkoxysilane and the diluent; and wherein the phosphazene catalyst is a perchlorooligophosphazenium salt of the formula [Cl 3 P-(N=PCl 2) n Cl] + Z -, where n has an average value in the range of 1 to 10 and Z represents an anion of the formula MX v+1 in which M is an element having an electronegativity on Pauling's scale of from 1.0 to 2.0 and valency v and X is a halogen atom.
Jet regulator (1, 10) having a jet regulator housing which can be mounted on a sanitary water outlet, in which jet regulator housing there is provided a jet splitter which has throughflow holes which divide up the water flowing through the jet regulator housing into individual jets, and having insert parts (5, 6, 7, 8) arranged on the outflow side of the jet splitter, which (5, 6, 7, 8) each have a grid or mesh structure composed of webs (12, 13) which intersect one another, which webs (12, 13) between them border throughflow openings, wherein the clear hole cross section of the throughflow holes provided in the jet splitter is greater than the clear opening cross section of the throughflow openings of at least one of the insert parts (5, 6, 7, 8), characterized in that the webs (12, 13) are arranged so as to intersect at intersection nodes, and in that the clear hole cross section of the throughflow holes is more than 50% greater than the clear opening cross section of the throughflow openings.
Device for entangling a plurality of individual threads (6.1, 6.2, 6.3) of a composite thread in a melt-spinning process for the production of crimped yarns, having a plurality of entanglement nozzles (10.2, 10.3, 10.4) which are collectively held on a support (10.1), characterized in that the entanglement nozzles (10.2, 10.3, 10.4) on the support (10.1) are assigned at least one thread guide (10.5) in such a manner that the threads (6.1, 6.2, 6.3) are guidable optionally in the entanglement nozzles (10.2, 10.3, 10.4) and/or in the thread guide (10.5).
A method of installing an elevator drive machine in a hoistway, comprising: removably connecting a drive machine assembly to a counterweight; lifting the counterweight along a set of counterweight guide rails to a top of the hoistway; mounting the drive machine assembly to each of the counterweight guide rails; and disconnecting the drive machine assembly from the counterweight; characterised in that: the drive machine assembly includes an elevator drive machine and a bedplate. removably connecting a drive machine assembly to a counterweight; lifting the counterweight along a set of counterweight guide rails to a top of the hoistway; mounting the drive machine assembly to each of the counterweight guide rails; and disconnecting the drive machine assembly from the counterweight; the drive machine assembly includes an elevator drive machine and a bedplate.