mhurhangee/ep-ind-claims huggingface dataset:
A filter for compressed air, comprising: an air inlet and an air outlet; a filter housing and a singular base component enclosing one end of the filter housing, the filter housing and singular base component defining an enclosed space therein; a filter element disposed within the enclosed space of the filter housing and the singular base component; wherein the air inlet is in communication with a first side of the filter element and the air outlet is in communication with a second side of the filter element such that air flow from the air inlet to the air outlet passes through the filter element; wherein the singular base component and the filter housing are removably fastened together such that the singular base component and the filter housing may be separated from each other to permit the filter element to be removed and replaced; wherein the filter further comprises at least two of the filter housings, each of the filter housings being removably fastened to the singular base component and defining separate ones of the enclosed space; wherein at least one of the filter elements is disposed within each enclosed space; wherein the singular base component comprises a divider between the air inlet and the air outlet to prevent direct flow therebetween, first passages between the air inlet and each of the first sides of the filter elements, and second passages between the air outlet and each of the second sides of the filter elements; and wherein the air inlet, the air outlet, the divider, the first passages and the second passages are integrally molded into the singular base component. an air inlet and an air outlet; a filter housing and a singular base component enclosing one end of the filter housing, the filter housing and singular base component defining an enclosed space therein; a filter element disposed within the enclosed space of the filter housing and the singular base component; wherein the air inlet is in communication with a first side of the filter element and the air outlet is in communication with a second side of the filter element such that air flow from the air inlet to the air outlet passes through the filter element; wherein the singular base component and the filter housing are removably fastened together such that the singular base component and the filter housing may be separated from each other to permit the filter element to be removed and replaced; wherein the filter further comprises at least two of the filter housings, each of the filter housings being removably fastened to the singular base component and defining separate ones of the enclosed space; wherein at least one of the filter elements is disposed within each enclosed space; wherein the singular base component comprises a divider between the air inlet and the air outlet to prevent direct flow therebetween, first passages between the air inlet and each of the first sides of the filter elements, and second passages between the air outlet and each of the second sides of the filter elements; and wherein the air inlet, the air outlet, the divider, the first passages and the second passages are integrally molded into the singular base component.
A nonaqueous electrolytic solution for use in a nonaqueous electrolyte secondary battery including a negative electrode, a positive electrode, and a nonaqueous electrolytic solution, the negative electrode and the positive electrode being capable of storing and releasing metal ions, the nonaqueous electrolytic solution comprising an electrolyte, a nonaqueous solvent, a compound represented by general formula, and at least one compound selected from the group consisting of halogen atom-containing cyclic carbonates: wherein in general formula, R 1, R 2, and R 3 each independently represent a hydrogen atom, a cyano group, or an optionally halogen atom-substituted hydrocarbon group having 1 to 10 carbon atoms, wherein the nonaqueous electrolytic solution contains 0.001 to 70% by weight of the halogen atom-containing cyclic carbonate, provided that the nonaqueous electrolytic solution is not a nonaqueous electrolyte comprising an electrolyte and a nonaqueous solvent for dissolving the electrolyte, wherein the nonaqueous electrolyte comprises: at least one compound selected from the group consisting of cyclic sulfonic acid ester compounds, di-sulfonic acid ester compounds, nitrile compounds, and compounds represented by the following general formula; and a fluorinated cyclic carbonate having two or more fluorine atoms: wherein R 1 to R 3 each independently represent an alkyl group which has 1-12 carbon atoms and may be substituted with a fluorine atom; and n represents an integer of 0-6, wherein the nitrile compounds are at least one compound selected from the group consisting of crotononitrile, 3-methylcrotononitrile, and fumaronitrile, wherein the proportion of the fluorinated cyclic carbonate having two or more fluorine atoms in the nonaqueous electrolyte is 0.001-10% by weight.
A handle for a razor, the handle comprising: • a main body; • a pivoting head pivotally coupled with the main body about a pivot axis, the pivoting head having a substantially trapezoidal prism shape and comprising a base member and a cover member that overlies the base member in a mating relationship; and • wherein the cover member comprises a face defining at least one exterior opening and the pivoting head comprises an interior compartment comprising an electrical component, wherein the pivoting head further comprises at least one interior channel, and a pivot spring that is at least partially disposed in the interior channel, the pivot spring comprising a first coil spring and a second coil spring and a main bar portion that couples the first and second coil springs together in a spaced relationship, and wherein one of the first and second coil springs defines a longitudinal coil axis that is substantially parallel to and offset from the pivot axis a distance of about 1 mm to about 5 mm. • a main body; • a pivoting head pivotally coupled with the main body about a pivot axis, the pivoting head having a substantially trapezoidal prism shape and comprising a base member and a cover member that overlies the base member in a mating relationship; and • wherein the cover member comprises a face defining at least one exterior opening and the pivoting head comprises an interior compartment comprising an electrical component, wherein the pivoting head further comprises at least one interior channel, and a pivot spring that is at least partially disposed in the interior channel, the pivot spring comprising a first coil spring and a second coil spring and a main bar portion that couples the first and second coil springs together in a spaced relationship, and wherein one of the first and second coil springs defines a longitudinal coil axis that is substantially parallel to and offset from the pivot axis a distance of about 1 mm to about 5 mm.
A compensator arrangement comprising: - a first fixing unit, - a second fixing unit, and - a flexible intermediate member detachably arranged between the first fixing unit and the second fixing unit and including a main body, a first radial end flange and a second radial end flange, - wherein the first fixing unit comprises a first connecting member having a first connecting body and a first fixing flange having a plurality of through-holes, a first counter ring, a first clamping ring and a first clamping device for releasably clamping the first radial end flange, the first clamping device comprising bolts and elongated recesses for receiving the bolts, - wherein the second fixing unit comprises a second connecting member comprising a connecting body and a second fixing flange having a plurality of through-holes, a second counter ring, a second clamping ring and a second clamping device for releasably clamping the second radial end flange, the second clamping device comprising bolts and elongated recesses for receiving the bolts, - wherein the first end flange of the flexible intermediate member is fluid-tightly clamped between the first fixing flange of the first connecting member and the first counter-ring, - wherein the second end flange of the flexible intermediate member is fluid-tightly clamped between the second fixing flange of the second connecting member and the second counter-ring and - wherein the elongated recesses comprise ramps which are inclined towards a radial plane. - a first fixing unit, - a second fixing unit, and - a flexible intermediate member detachably arranged between the first fixing unit and the second fixing unit and including a main body, a first radial end flange and a second radial end flange, - wherein the first fixing unit comprises a first connecting member having a first connecting body and a first fixing flange having a plurality of through-holes, a first counter ring, a first clamping ring and a first clamping device for releasably clamping the first radial end flange, the first clamping device comprising bolts and elongated recesses for receiving the bolts, - wherein the second fixing unit comprises a second connecting member comprising a connecting body and a second fixing flange having a plurality of through-holes, a second counter ring, a second clamping ring and a second clamping device for releasably clamping the second radial end flange, the second clamping device comprising bolts and elongated recesses for receiving the bolts, - wherein the first end flange of the flexible intermediate member is fluid-tightly clamped between the first fixing flange of the first connecting member and the first counter-ring, - wherein the second end flange of the flexible intermediate member is fluid-tightly clamped between the second fixing flange of the second connecting member and the second counter-ring and - wherein the elongated recesses comprise ramps which are inclined towards a radial plane.
A method for determining whether a subject suffering from kidney cancer will achieve a response with an anti-PD-1, anti-PD-L1 or anti-PD-L2 antibody comprising the steps of i) quantifying the level of soluble CD27 in a biological sample obtained from the subject treated with an anti-PD-1, anti-PD-L1 or anti-PD-L2 antibody, ii) comparing the level of soluble CD27 quantified at step i) with its corresponding predetermined reference value and iii) concluding that the subject will not respond to the treatment when the level of soluble CD27 is higher than its corresponding predetermined reference value or concluding that the subject will respond to the treatment when the level of soluble CD27 is lower than its corresponding predetermined reference value.
Procedure designed to monitor the functioning of a sensor, particularly a potentiometric sensor, comprising the following steps: Repeated recording of data records with sensor-specific calibration data; Saving of recorded data records with sensor-specific calibration data; Analysis of the development of the calibration data over time using the data records saved; characterized by a further step: Determination of a time, which is weighted by a load factor, until the next calibration at least using the analyzed development of the calibration data over time. Repeated recording of data records with sensor-specific calibration data; Saving of recorded data records with sensor-specific calibration data; Analysis of the development of the calibration data over time using the data records saved; characterized by a further step: Determination of a time, which is weighted by a load factor, until the next calibration at least using the analyzed development of the calibration data over time. Determination of a time, which is weighted by a load factor, until the next calibration at least using the analyzed development of the calibration data over time.
Apparatus for applying a fluid, comprising a hollow main body having an open main body proximal end, a main body mid portion, and an open main body distal end, wherein said interior of said main body mid portion has therein an opener element, wherein said main body proximal end has a main body proximal end rim, an applicator component, and a fluid housing having a closed fluid housing proximal end and a fluid housing distal end having a fluid housing operable door, wherein the fluid housing operable door has therein a bottom portion peeled element and a top portion peeled element; wherein said main body distal end is engaged with said applicator component, wherein said fluid housing is positioned within the interior of the main body such that the fluid housing operable door is positioned in the vicinity of the opener element such that a distal movement of the fluid housing will result in an insertion of the opener element into the fluid housing operable door thereby releasing the contents of the fluid housing into interior of the main body and into the applicator component, wherein said insertion of the opener element into the fluid housing operable door involves a detachment of the bottom portion peeled element and a flexing of the top portion peeled element such that the operable door engages the opener element and remains open characterized in that said top portion peeled element is thicker than the bottom portion peeled element and further in that said fluid housing is positioned within the interior of the main body such that the fluid housing proximal end is flush or recessed relative to the main body proximal end rim for preventing accidental actuation of the fluid housing prior to use, wherein said fluid housing proximal end has thereon one or more fluid housing proximal end lips for preventing unintentional movement of the fluid housing while positioned within the main body, wherein the interior of the main body proximal end has one or more main body proximal end recesses, wherein the one or more main body proximal end recesses are configured to receive the fluid housing proximal end lips for preventing unintentional movement of the fluid housing while positioned within the main body.
A contact lens (100, 200, 300, 400) for treating an eye with myopia, the contact lens having an optic zone comprising an area having a first power, which corrects distance vision of the eye, and comprising a structural profile to effect flattening remodelling of the cornea of the eye when the contact lens is fitted to the eye; wherein the optic zone comprises an inner optic zone (220, 320, 420) and an outer optic zone (210, 310, 410) surrounding the inner optic zone, wherein said outer optic zone comprises a first outer sub-zone (340, 410a) surrounding the inner optic zone and a second outer sub-zone (350, 410b) surrounding the first outer sub-zone, wherein the inner optic zone (220, 320, 420) has an increased thickness relative to the first outer sub-zone (340, 410a), the increased thickness providing part of said structural profile to effect remodelling of the cornea and wherein the second outer sub-zone (350, 410b) has an increased thickness relative to the first outer sub-zone (340, 410a), providing another part of said structural profile to effect remodelling of the cornea, said inner optic zone having a differential power, which is positive relative to the first power, and wherein the differential power is between 0.5D and 4.0D or between 1.0D and 4.0D or between 1.5D and 4.0D, wherein said second outer sub-zone (350, 410b) is separated from the inner optic zone (220, 320, 420) by the area having the first power, the second outer subzone (350, 410b) having a differential power, which is positive relative to the first power, wherein said second outer sub-zone (350, 410b) is surrounded on its outer peripheral sides by a second area having the first power.
Control method for a power tool comprising a tool holder adapted to support a chiselling tool movably along an axis of motion and a magnetopneumatic striking mechanism having a primary drive arranged around the axis of motion and including in sequence in the direction of impact a first magnetic coil and a second magnetic coil, a striker and a plunger arranged within the magnetic coils (46, 47) along the axis of motion in sequence in the direction of impact and an air spring acting on the striker in the direction of impact, the primary drive accelerating the striker in the direction of impact during an acceleration phase, characterised in that the primary drive includes a permanently and radially magnetised annular magnet between the two magnetic coils (46, 47) in the direction of impact, that the voltage induced by the first magnetic coil is measured during a movement of the striker in the opposite direction to the direction of impact and a controller starts the acceleration phase in response to a change in the sign of the induced voltage.
A radiopharmaceutical solution comprising uncomplexed 224 Ra and complexes between a complexing agent and 212 Pb; wherein said complexing agent is selected from the group consisting acyclic chelators, cyclic chelators, cryptands, crown ethers, porphyrins or cyclic or noncyclic polyphosphonates, DOTMP, EDTMP, bisphosphonate, pamidronate conjugated to DOTA, pamidronate conjugated to TCMC, TCMC, DOTA, p-SCN-Bn-DOTA, p-SCN-Bn-TCMC, antibody-conjugated-DOTA, and antibody-conjugated-TCMC.
A hydraulic pump system, comprising: a variable displacement hydraulic pump for pumping hydraulic fluid; a fluid-operated control fluidly connected to the hydraulic pump and configured to increase or decrease pump displacement in response to a hydraulic fluid pressure of the system being communicated to the fluid-operated control; and a thermally-responsive control component made with a thermally-responsive material, the thermally-responsive control component being located in the hydraulic pump system such that the thermally-responsive material is in thermal communication with the hydraulic fluid flowing through the hydraulic pump system for effecting a change in temperature of the thermally-responsive material; wherein the thermally-responsive material is configured to have an activation temperature that is a predefined amount less than a maximum operating temperature of the hydraulic fluid flowing through the hydraulic pump system; and wherein the thermally-responsive control component is configured to cooperate with the fluid-operated control to cause a decrease in pump output pressure in response to the thermally-responsive material being heated by the hydraulic fluid to a temperature that is equal to or greater than the activation temperature of the thermally-responsive material, and wherein the hydraulic pump system can remain operational after the thermally-responsive material has reached or exceeded the activation temperature. a variable displacement hydraulic pump for pumping hydraulic fluid; a fluid-operated control fluidly connected to the hydraulic pump and configured to increase or decrease pump displacement in response to a hydraulic fluid pressure of the system being communicated to the fluid-operated control; and a thermally-responsive control component made with a thermally-responsive material, the thermally-responsive control component being located in the hydraulic pump system such that the thermally-responsive material is in thermal communication with the hydraulic fluid flowing through the hydraulic pump system for effecting a change in temperature of the thermally-responsive material; wherein the thermally-responsive material is configured to have an activation temperature that is a predefined amount less than a maximum operating temperature of the hydraulic fluid flowing through the hydraulic pump system; and wherein the thermally-responsive control component is configured to cooperate with the fluid-operated control to cause a decrease in pump output pressure in response to the thermally-responsive material being heated by the hydraulic fluid to a temperature that is equal to or greater than the activation temperature of the thermally-responsive material, and wherein the hydraulic pump system can remain operational after the thermally-responsive material has reached or exceeded the activation temperature.
A secondary-stream data transmission method for use in a conference, wherein an electronic device is communicatively connected to a peripheral device, and a virtual display apparatus and a virtual UAC device are virtualized on the electronic device, wherein the virtual UAC device is configured to establish an audio data channel between the electronic device and the peripheral device, to obtain audio data; and image data is obtained from an output interface of a graphics card of the electronic device, and when transmitting the image data to the virtual display apparatus, the image data, or the image data and the audio data are transmitted to the peripheral device, and are transmitted to the outside by the peripheral device, that is, transmitted to other devices in addition to the electronic device, the virtual display apparatus, and the virtual UAC device, wherein a graphics card filter driver, added on an initial graphics card driving program, intercepts various requests and data of the graphics card, and a virtual display application delivers a display command request by using the graphics card filter driver, and obtains display data. and image data is obtained from an output interface of a graphics card of the electronic device, and when transmitting the image data to the virtual display apparatus, the image data, or the image data and the audio data are transmitted to the peripheral device, and are transmitted to the outside by the peripheral device, that is, transmitted to other devices in addition to the electronic device, the virtual display apparatus, and the virtual UAC device, wherein a graphics card filter driver, added on an initial graphics card driving program, intercepts various requests and data of the graphics card, and a virtual display application delivers a display command request by using the graphics card filter driver, and obtains display data.
A computer-implemented or circuit-implemented process for decomposition of compound muscle action potentials (CMAP-s) into contributions of individual motor units, said process comprising the following steps: f) receiving multichannel electromyograms, i.e. EMGs captured during voluntary muscle contractions, as input signals, g) identifying firing moments of motor units from EMG input signals captured during voluntary muscle contractions, h) calculating filters of individual motor units or a common filter of several motor units, i) receiving multichannel EMGs captured during stimulated muscle contractions, as input signals, and j) applying calculated filters of individual motor units or a common filter of several motor units to input EMG signals captured during stimulated muscle contractions to decompose CMAPs into contributions of individual motor units. f) receiving multichannel electromyograms, i.e. EMGs captured during voluntary muscle contractions, as input signals, g) identifying firing moments of motor units from EMG input signals captured during voluntary muscle contractions, h) calculating filters of individual motor units or a common filter of several motor units, i) receiving multichannel EMGs captured during stimulated muscle contractions, as input signals, and j) applying calculated filters of individual motor units or a common filter of several motor units to input EMG signals captured during stimulated muscle contractions to decompose CMAPs into contributions of individual motor units.