mhurhangee/ep-ind-claims huggingface dataset:
A passive, self-reconfigurable antenna device comprising: at least one antenna element, comprising a first antenna and a second antenna, configured to receive a modulated or an unmodulated wireless signal; a power harvester configured to obtain power from the modulated or unmodulated wireless signal; and a first switch coupled to the power harvester and powered by the obtained power from the power harvester, the first switch being configured to operate automatically when receiving the obtained power without requiring the receipt of control information, wherein the first switch connects the first antenna and the second antenna when turned on in a first mode and disconnects the first antenna from the second antenna when turned off in a second mode, and the at least one antenna element radiates resonantly in the first mode and does not radiate effectively in the second mode; wherein the first switch automatically operates according to a predetermined pattern when receiving the obtained power to modulate the at least one antenna element. at least one antenna element, comprising a first antenna and a second antenna, configured to receive a modulated or an unmodulated wireless signal; a power harvester configured to obtain power from the modulated or unmodulated wireless signal; and a first switch coupled to the power harvester and powered by the obtained power from the power harvester, the first switch being configured to operate automatically when receiving the obtained power without requiring the receipt of control information, wherein the first switch connects the first antenna and the second antenna when turned on in a first mode and disconnects the first antenna from the second antenna when turned off in a second mode, and the at least one antenna element radiates resonantly in the first mode and does not radiate effectively in the second mode; wherein the first switch automatically operates according to a predetermined pattern when receiving the obtained power to modulate the at least one antenna element.
A process for resolution of a mixture of -and -enantiomers of 1-aminoindan, said process comprising a step of fractional crystallizing one diastereomeric acid addition salt of 1-aminoindan from a solution containing a pair of diastereomeric acid addition salts of 1-aminoindan to form a diastereomeric enriched solid and diastereomeric enriched solute, wherein the salt-forming acid is an optically pure chiral dicarboxylic acid selected from a group consisting of L(+)-aspartic acid, L(-)-malic acid and (2 R,3 R)-tartaric acid, and wherein the solvent for obtaining said solution is methanol.
A split type air conditioning unit, comprising: a first component comprising one or more compression means wherein at least one compression means is a thermal compression means, and a condensation means; and one or more second component(s) separate from said first component each provided in a dedicated housing and comprising an evaporation means; each evaporation means being connected to the condensation means through one or more suction line(s) and one or more liquid line(s); said one or more suction line(s) providing discharged refrigerant fluid from each said evaporation means through said one or more compression means to said condensation means; said one or more liquid line(s) conveying refrigerant fluid to each said evaporation means from said condensation means; said thermal compression means is an adsorption unit. a first component comprising one or more compression means wherein at least one compression means is a thermal compression means, and a condensation means; and one or more second component(s) separate from said first component each provided in a dedicated housing and comprising an evaporation means; each evaporation means being connected to the condensation means through one or more suction line(s) and one or more liquid line(s); said one or more suction line(s) providing discharged refrigerant fluid from each said evaporation means through said one or more compression means to said condensation means; said one or more liquid line(s) conveying refrigerant fluid to each said evaporation means from said condensation means; said thermal compression means is an adsorption unit.
A composite comprising: I. a thermoelectric material in the form of particles, wherein the particles have a diameter of 50 nm to 250 μm, II. an electrically conductive polymer, III. fibres, wherein the thermoelectric material comprises a metal sulphosalt, wherein the metal sulphosalt comprises a compound comprising a metal, a semimetal and sulphur, wherein the fibres are at least partially coated with the electrically conductive polymer, wherein the fibres act as a scaffold for the electrically conductive polymer to form a continuous electrically conductive network, wherein the thermoelectric material is present in an amount of 5 to 70 wt% of the composite. I. a thermoelectric material in the form of particles, wherein the particles have a diameter of 50 nm to 250 μm, II. an electrically conductive polymer, III. fibres,
A locking device for locking tools in a press brake, comprising a first jaw and a second jaw, movable towards and away from each other, and at least one safety hook interposed between said first and said second jaw provided with a retaining tooth adapted to be inserted into a groove defined in the shank of a tool, wherein on an inner side of said second jaw facing the first jaw there are obtained a plurality of thrust surfaces adapted to cooperate with, while resting slidingly against, corresponding rest surfaces obtained on an outer side of the safety hook, characterised by said thrust surfaces and said rest surfaces lying substantially parallel along corresponding thrust planes sloping in the opposite direction to the first jaw by an angle (α) of between 30° and 60° with respect to a vertical plane, said thrust planes being parallel to and staggered from one another along a substantially vertical direction.
A staple cartridge assembly for use with a surgical instrument end effector, comprising: (a) a staple cartridge configured for receipt within a first jaw of the surgical instrument end effector, the staple cartridge including: (i) a cartridge body, (ii) a lower tray, the cartridge body and the lower tray being configured to couple together, and (iii) a plurality of staples; and (b) a retention cap configured to fasten to a proximal end of the cartridge body and to engage the lower tray, the retention cap being further configured to fix the position of the lower tray relative to the cartridge body, wherein the lower tray includes a tab configured for engagement with the retention cap, characterized in that: the retention cap includes a tab receiver, the tab receiver being configured to receive the tab of the lower tray to trap the tab between the retention cap and the cartridge body, and a distal end of the retention cap is proximally positioned relative to the plurality of staples. (a) a staple cartridge configured for receipt within a first jaw of the surgical instrument end effector, the staple cartridge including: (i) a cartridge body, (ii) a lower tray, the cartridge body and the lower tray being configured to couple together, and (iii) a plurality of staples; and (i) a cartridge body, (ii) a lower tray, the cartridge body and the lower tray being configured to couple together, and (iii) a plurality of staples; and (b) a retention cap configured to fasten to a proximal end of the cartridge body and to engage the lower tray, the retention cap being further configured to fix the position of the lower tray relative to the cartridge body, wherein the lower tray includes a tab configured for engagement with the retention cap, the retention cap includes a tab receiver, the tab receiver being configured to receive the tab of the lower tray to trap the tab between the retention cap and the cartridge body, and a distal end of the retention cap is proximally positioned relative to the plurality of staples.
Stripping pliers a) comprising two hand levers (3, 7) having a closing stroke comprising aa) a cutting stroke part wherein at least one stripping blade (25, 26) is moved by a closing movement in a direction transvers to a longitudinal axis of an accommodation for a cable which is to be stripped into a closed position, ab) a stripping stroke part during which the at least one stripping blade (25, 26) is moved in the closed position in a direction parallel to the longitudinal axis of the accommodation for the cable which is to be stripped, b) comprising a severing device comprising at least one severing blade (80, 81) for severing a cable, the stripping pliers comprising a protecting device by which it is possible to close the severing device in outer direction, characterised in that c) the protecting device is coupled by a coupling device to one of the hand levers and via the coupling device an actuation of the hand lever in its closing direction automatically transfers the protecting device into its closed position. a) comprising two hand levers (3, 7) having a closing stroke comprising aa) a cutting stroke part wherein at least one stripping blade (25, 26) is moved by a closing movement in a direction transvers to a longitudinal axis of an accommodation for a cable which is to be stripped into a closed position, ab) a stripping stroke part during which the at least one stripping blade (25, 26) is moved in the closed position in a direction parallel to the longitudinal axis of the accommodation for the cable which is to be stripped, aa) a cutting stroke part wherein at least one stripping blade (25, 26) is moved by a closing movement in a direction transvers to a longitudinal axis of an accommodation for a cable which is to be stripped into a closed position, ab) a stripping stroke part during which the at least one stripping blade (25, 26) is moved in the closed position in a direction parallel to the longitudinal axis of the accommodation for the cable which is to be stripped, b) comprising a severing device comprising at least one severing blade (80, 81) for severing a cable, the stripping pliers comprising a protecting device by which it is possible to close the severing device in outer direction, characterised in that c) the protecting device is coupled by a coupling device to one of the hand levers and via the coupling device an actuation of the hand lever in its closing direction automatically transfers the protecting device into its closed position.
Device for determining the assembly quality of threaded tubular components, comprising: - a chassis comprising a cylindrical internal space having an axis and arranged to be mounted on a portion of an external surface of a threaded tubular component; - at least one measurement member between the chassis and the internal space comprising a contact layer comprising a plurality of temperature sensors that are arranged to measure variables representative of temperatures at a plurality of points E(i,j) of the external surface of the end of the tubular component; - a first set of acquisition electronics that is connected to the plurality of sensors and is able to process part at least of the signals generated by the sensors. - a chassis comprising a cylindrical internal space having an axis and arranged to be mounted on a portion of an external surface of a threaded tubular component; - at least one measurement member between the chassis and the internal space comprising a contact layer comprising a plurality of temperature sensors that are arranged to measure variables representative of temperatures at a plurality of points E(i,j) of the external surface of the end of the tubular component; - a first set of acquisition electronics that is connected to the plurality of sensors and is able to process part at least of the signals generated by the sensors.
Process to provide soy base (5, 11) from soybeans comprising the following steps: a. Providing an aqueous slurry comprising ground soybeans; b. Separating the slurry provided at step 'a' into a first fraction rich in insoluble soybean parts and a liquid second fraction poor in insoluble soybean parts, using a suitable separation means; c. Adjusting the water content of the first fraction to provide from 1 to 20 wt. % of total solids; d. Subjecting the first fraction, with from 1 to 20 wt. % of total solids to ultrasonic treatment, wherein the ultrasonic treatment is applied at a frequency of from 16 to 100 kHz, with an average energy input of at least 5 Joules per milliliter of said first fraction; e. Separating the ultrasonic treated first fraction into a third fraction rich in insoluble soybean parts and a liquid fourth fraction poor in insoluble soybean parts, using a suitable separation means; wherein the soy base is provided as the liquid second and liquid fourth fraction. a. Providing an aqueous slurry comprising ground soybeans; b. Separating the slurry provided at step 'a' into a first fraction rich in insoluble soybean parts and a liquid second fraction poor in insoluble soybean parts, using a suitable separation means; c. Adjusting the water content of the first fraction to provide from 1 to 20 wt. % of total solids; d. Subjecting the first fraction, with from 1 to 20 wt. % of total solids to ultrasonic treatment, wherein the ultrasonic treatment is applied at a frequency of from 16 to 100 kHz, with an average energy input of at least 5 Joules per milliliter of said first fraction; e. Separating the ultrasonic treated first fraction into a third fraction rich in insoluble soybean parts and a liquid fourth fraction poor in insoluble soybean parts, using a suitable separation means;
A computer-implemented method for efficiently processing sets of shapes, the method comprising: receiving, by one or more processors, a description of a set of shapes, the description including an indication of geometry for each of the shapes and an indication of positioning of the shapes relative to each other; generating, by the one or more processors, a connected graph containing each shape in the set of shapes, the generating comprising determining a shortest path that traverses each shape in the set of shapes exactly once; for each pair of shapes adjacent to each other in the connected graph, generating a respective convex hull enclosing the pair of shapes, by the one or more processors; generating, by the one or more processors, a representative shape for the set of shapes, the representative shape enclosing each of the generated convex hulls. receiving, by one or more processors, a description of a set of shapes, the description including an indication of geometry for each of the shapes and an indication of positioning of the shapes relative to each other; generating, by the one or more processors, a connected graph containing each shape in the set of shapes, the generating comprising determining a shortest path that traverses each shape in the set of shapes exactly once; for each pair of shapes adjacent to each other in the connected graph, generating a respective convex hull enclosing the pair of shapes, by the one or more processors; generating, by the one or more processors, a representative shape for the set of shapes, the representative shape enclosing each of the generated convex hulls.
A method of carrying out hydrochloric acid oxidation leaching of a precious metal contained in decopperized anode slime, comprising: adding a hydrochloric acid and an oxidant to a slurry of the decopperized anode slime; and agitating and circulating the slurry at the same time, wherein, in the circulating, the slurry is extracted from a lower portion of a tank and supplied again into an upper portion of the tank, wherein the slurry is circulated in a case where an oxidation-reduction potential of the slurry is 650 mV to 950 mV. adding a hydrochloric acid and an oxidant to a slurry of the decopperized anode slime; and agitating and circulating the slurry at the same time, wherein, in the circulating, the slurry is extracted from a lower portion of a tank and supplied again into an upper portion of the tank, wherein the slurry is circulated in a case where an oxidation-reduction potential of the slurry is 650 mV to 950 mV.
A device adapted to determine an analyte concentration of a fluid sample using a test sensor, the device comprising: a display adapted to display information to a user; a body portion including at least one opening formed therein, the at least one opening being of sufficient size to receive the test sensor; a detector proximate to the at least one opening, the detector being adapted to detect whether the at least one opening includes a test sensor; a memory adapted to store a plurality of stored analyte concentrations; at least one user-interface mechanism positioned on the body portion, the at least one user-interface mechanism including at least one of a button, a scroll wheel, or a touch screen, the user-interface mechanism configured to allow the user to interact with the device to display information regarding a testing procedure and at least one of the plurality of stored analyte concentrations on the display; and a processor, characterized in that the processor includes a processing feature configured to prevent the stored analyte concentrations from being displayed on the display during the testing procedure by deactivating the at least one user-interface mechanism and displaying only analyte concentration information associated with a current analyte concentration during the testing procedure, wherein the processing feature is a selectively activated processing feature, wherein the processing feature is configured to be activated when the at least one opening includes a test sensor. a display adapted to display information to a user; a body portion including at least one opening formed therein, the at least one opening being of sufficient size to receive the test sensor; a detector proximate to the at least one opening, the detector being adapted to detect whether the at least one opening includes a test sensor; a memory adapted to store a plurality of stored analyte concentrations; at least one user-interface mechanism positioned on the body portion, the at least one user-interface mechanism including at least one of a button, a scroll wheel, or a touch screen, the user-interface mechanism configured to allow the user to interact with the device to display information regarding a testing procedure and at least one of the plurality of stored analyte concentrations on the display; and a processor, characterized in that the processor includes a processing feature configured to prevent the stored analyte concentrations from being displayed on the display during the testing procedure by deactivating the at least one user-interface mechanism and displaying only analyte concentration information associated with a current analyte concentration during the testing procedure, wherein the processing feature is a selectively activated processing feature, wherein the processing feature is configured to be activated when the at least one opening includes a test sensor.
A reduced pressure treatment system comprising: a reduced pressure source fluidly connected to a tissue site; a first sensing device in communication with the reduced pressure source to measure a source pressure at the reduced pressure source; a second sensing device for monitoring a tissue site pressure approximate the tissue site to determine if the tissue site pressure reaches a desired tissue site pressure; and a processing unit in communication with the first sensing device and configured to determine a differential pressure between the source pressure and the desired tissue site pressure, the processing unit further being in communication with the reduced pressure source and regulating the source pressure applied by the reduced pressure source such that the differential pressure does not exceed (a) a first maximum differential pressure if a blockage is present between the reduced pressure source and the tissue site and (b) a second maximum differential pressure if no blockage is present between the reduced pressure source and the tissue site, wherein the second maximum differential pressure is greater than the first maximum differential pressure, wherein the processing unit is further configured to check for the presence of the blockage by changing the source pressure and monitoring for a change in the tissue site pressure, and determine that the blockage is present when no directionally corresponding change in the tissue site pressure occurs by changing the source pressure. a reduced pressure source fluidly connected to a tissue site; a first sensing device in communication with the reduced pressure source to measure a source pressure at the reduced pressure source; a second sensing device for monitoring a tissue site pressure approximate the tissue site to determine if the tissue site pressure reaches a desired tissue site pressure; and a processing unit in communication with the first sensing device and configured to determine a differential pressure between the source pressure and the desired tissue site pressure, the processing unit further being in communication with the reduced pressure source and regulating the source pressure applied by the reduced pressure source such that the differential pressure does not exceed (a) a first maximum differential pressure if a blockage is present between the reduced pressure source and the tissue site and (b) a second maximum differential pressure if no blockage is present between the reduced pressure source and the tissue site, wherein the second maximum differential pressure is greater than the first maximum differential pressure, wherein the processing unit is further configured to check for the presence of the blockage by changing the source pressure and monitoring for a change in the tissue site pressure, and determine that the blockage is present when no directionally corresponding change in the tissue site pressure occurs by changing the source pressure.
A lead-acid battery comprising an alternating series of positive and negative electrodes and an electrolyte in contact with the electrodes, characterized in that: at least one pair of positive and negative electrodes or electrode regions store energy capacitively and one of said electrodes or regions comprises capacitor electrode material, at least one pair of lead dioxide positive and lead negative battery electrodes or electrode regions store energy electrochemically, and the electrolyte is sulfuric acid, and the positive electrodes are directly connected by a first conductor and the negative electrodes are directly connected by a second conductor. at least one pair of positive and negative electrodes or electrode regions store energy capacitively and one of said electrodes or regions comprises capacitor electrode material, at least one pair of lead dioxide positive and lead negative battery electrodes or electrode regions store energy electrochemically, and the electrolyte is sulfuric acid, and the positive electrodes are directly connected by a first conductor and the negative electrodes are directly connected by a second conductor.