mhurhangee/ep-ind-claims huggingface dataset:
A phacoemulsification infusion sleeve, comprising: a main body portion defined by a first open end that extends to a conical nose section that tapers down from the main body portion to an elongated tube section having a tapered tip that includes one or more fluid ports and terminates at a distal second open end, the sleeve configured to couple to a phacoemulsification device, wherein the sleeve comprises hollow interior portion therein extending between the first open end and the second open end; and wherein the sleeve includes at least one outer layer and at least one inner layer, wherein the at least one outer layer and the at least one inner layer form a unitary construction, wherein the at least one outer layer is constructed of a first material and the at least one inner layer is constructed of a second material, and wherein the second material is more rigid than the first material; characterized in that: the at least one inner layer includes at least one friction relieving mechanical element, such as bumps 80, ribs, ridges, recessed vall eys 82, causing a random disruption in the inner airface layer 62. a main body portion defined by a first open end that extends to a conical nose section that tapers down from the main body portion to an elongated tube section having a tapered tip that includes one or more fluid ports and terminates at a distal second open end, the sleeve configured to couple to a phacoemulsification device, wherein the sleeve comprises hollow interior portion therein extending between the first open end and the second open end; and wherein the sleeve includes at least one outer layer and at least one inner layer, wherein the at least one outer layer and the at least one inner layer form a unitary construction, wherein the at least one outer layer is constructed of a first material and the at least one inner layer is constructed of a second material, and wherein the second material is more rigid than the first material; characterized in that: the at least one inner layer includes at least one friction relieving mechanical element, such as bumps 80, ribs, ridges, recessed vall eys 82, causing a random disruption in the inner airface layer 62.
A method for improving uplink, UL, performance at a user equipment, UE, comprising: identifying that a random access channel, RACH, preamble is not acknowledged by a current serving cell of the UE when the UE is communicating with the current serving cell; increasing transmission power of successive RACH preambles based at least on the identifying; and determining that a RACH preamble failure problem exists at the UE based at least on identifying that successive RACH preambles are not acknowledged by a current serving cell; characterized in that the method further comprises comparing signals received on a downlink, DL, at the UE via a first path and a second path from the current serving cell of the UE, wherein the determining that a RACH preamble failure problem exists at the UE is further based at least on determining that the signals received on the downlink via the first path and the second path from the current serving cell have a difference between signal strengths within a threshold value. identifying that a random access channel, RACH, preamble is not acknowledged by a current serving cell of the UE when the UE is communicating with the current serving cell; increasing transmission power of successive RACH preambles based at least on the identifying; and determining that a RACH preamble failure problem exists at the UE based at least on identifying that successive RACH preambles are not acknowledged by a current serving cell; characterized in that the method further comprises comparing signals received on a downlink, DL, at the UE via a first path and a second path from the current serving cell of the UE, wherein the determining that a RACH preamble failure problem exists at the UE is further based at least on determining that the signals received on the downlink via the first path and the second path from the current serving cell have a difference between signal strengths within a threshold value.
A method for quantizing a foreground audio signal, wherein the foreground audio signal is generated by decomposing Higher Order Ambisonic, HOA, coefficients using single value decomposition, wherein the foreground audio signal comprises a product of a U matrix representative of left-singular vectors of a plurality of spherical harmonic coefficients and a S matrix representative of singular values of the plurality of spherical harmonic coefficients and a directional information associated with the foreground audio signal comprises a V matrix representative of right-singular vectors of the plurality of spherical harmonic coefficients, the method comprising: performing, by at least one processor, closed loop quantization of the foreground audio signal, wherein performing the closed loop quantization comprises: performing quantization of the directional information associated with the foreground audio signal; and performing quantization of the foreground audio signal based at least in part on a result of performing quantization of the directional information associated with the foreground audio signal. performing quantization of the directional information associated with the foreground audio signal; and performing quantization of the foreground audio signal based at least in part on a result of performing quantization of the directional information associated with the foreground audio signal.
A method comprising: prior to transitioning to a new state for an integrated circuit, IC, calculating a sum of expected powers for a plurality of domains in the IC by calculating an expected current for each of the plurality of domains based on an individual domain frequency in the new state and multiplying the expected current with its associated voltage for each of the plurality of domains for the new state; comparing the sum to a power limit; and if the sum is greater than the power limit, then reducing the individual domain frequency associated with at least one domain in the plurality of domains to maintain the total instantaneous power of the IC below the power limit, characterized in that reducing the individual domain frequency associated with at least one domain in the plurality of domains comprises calculating a ratio by dividing the power limit by the sum of expected powers and reducing the individual domain frequency associated with each domain in the plurality of domains by multiplying the ratio with the individual domain frequency. prior to transitioning to a new state for an integrated circuit, IC, calculating a sum of expected powers for a plurality of domains in the IC by calculating an expected current for each of the plurality of domains based on an individual domain frequency in the new state and multiplying the expected current with its associated voltage for each of the plurality of domains for the new state; comparing the sum to a power limit; and if the sum is greater than the power limit, then reducing the individual domain frequency associated with at least one domain in the plurality of domains to maintain the total instantaneous power of the IC below the power limit, characterized in that reducing the individual domain frequency associated with at least one domain in the plurality of domains comprises calculating a ratio by dividing the power limit by the sum of expected powers and reducing the individual domain frequency associated with each domain in the plurality of domains by multiplying the ratio with the individual domain frequency.
Axlebox assembly comprising at least one rolling bearing (3a, 3b) designed to be mounted on an axle, a cover designed to be fastened with the axle such as to axially maintain the at least one rolling bearing (3a, 3b) between the said cover and an abutment of the axle, and a backing ring mounted on the axle between the at least one rolling bearing (3a, 3b) and the abutment, characterized in that the backing ring comprises a deformable portion so as to substantially fit the shape of the abutment of the axle.
A text language type switching method for controlling an electronic device comprising a touchscreen, wherein the method comprises: receiving, by the touchscreen, a typing input of a user; displaying, by the touchscreen, a first text field in response to the typing input; receiving, by the touchscreen, a first input of the user; determining a to-be-switched text field of a first language type from the first text field in response to the first input; receiving a second input of the user; and switching the to-be-switched text field to a target text field of a second language type in response to the second input; wherein the first text field comprises at least two sub-text fields that are sequentially input by the user, and the determining the to-be-switched text field of the first language type from the first text field in response to the first input specifically comprises: according to a target type of the first input, determining a target sequence number corresponding to the target type and determining a sub-text field corresponding to the target sequence number that is in the at least two sub-text fields as the to-be-switched text field; wherein the target type of the first input is any one of following: a quantity of input times of the first input, a sliding distance, a sliding direction or a sliding speed corresponding to the first input. receiving, by the touchscreen, a typing input of a user; displaying, by the touchscreen, a first text field in response to the typing input; receiving, by the touchscreen, a first input of the user; determining a to-be-switched text field of a first language type from the first text field in response to the first input; receiving a second input of the user; and switching the to-be-switched text field to a target text field of a second language type in response to the second input; wherein the first text field comprises at least two sub-text fields that are sequentially input by the user, and the determining the to-be-switched text field of the first language type from the first text field in response to the first input specifically comprises: according to a target type of the first input, determining a target sequence number corresponding to the target type and determining a sub-text field corresponding to the target sequence number that is in the at least two sub-text fields as the to-be-switched text field; wherein the target type of the first input is any one of following: a quantity of input times of the first input, a sliding distance, a sliding direction or a sliding speed corresponding to the first input. according to a target type of the first input, determining a target sequence number corresponding to the target type and determining a sub-text field corresponding to the target sequence number that is in the at least two sub-text fields as the to-be-switched text field; wherein the target type of the first input is any one of following: a quantity of input times of the first input, a sliding distance, a sliding direction or a sliding speed corresponding to the first input.
A device for filling soluble containers comprising: (a) an assembly for orienting capsules; (b) an assembly for filling capsules; wherein said assembly for orienting capsules comprises at least one sheet component for orienting capsules and at least one base component for guiding the oriented capsules there through: said sheet component comprising at least one top sheet, a bottom sheet and characterised in that, the sheet component further comprises a sliding sheet adapted to move in between the top sheet and the bottom sheet from a first position to a second position; said top sheet and sliding sheet comprises plurality of slots (122,124) for accommodating the capsules loaded thereto; said bottom sheet comprises plurality of notches adapted to orient the capsules into the filling position; the slots in the sliding sheet in a first position aligns with the slots in the top sheet and the slots in sliding sheet in a second position aligns with the notches in the bottom sheet. (a) an assembly for orienting capsules; (b) an assembly for filling capsules; said sheet component comprising at least one top sheet, a bottom sheet and characterised in that, the sheet component further comprises a sliding sheet adapted to move in between the top sheet and the bottom sheet from a first position to a second position; said top sheet and sliding sheet comprises plurality of slots (122,124) for accommodating the capsules loaded thereto; said bottom sheet comprises plurality of notches adapted to orient the capsules into the filling position; the slots in the sliding sheet in a first position aligns with the slots in the top sheet and the slots in sliding sheet in a second position aligns with the notches in the bottom sheet.
Method for monitoring the formation of nitrogen dioxide at an oxidation catalytic converter arranged in an exhaust gas system of a vehicle, wherein, by means of an exhaust gas aftertreatment device, a content of nitrogen oxides in the exhaust gas is reduced by converting the nitrogen oxides and the content of the nitrogen oxides in the exhaust gas is measured, characterised in that the conversion of the nitrogen oxides by means of the exhaust gas aftertreatment device that corresponds to a first exhaust gas volume flow through the oxidation catalytic converter is measured, the exhaust gas volume flow is varied and a changing of the conversion of the nitrogen oxides by means of the exhaust gas aftertreatment device occurring with the variation of the exhaust gas volume flow is determined, wherein, based on the respective conversion of the nitrogen oxides in the different exhaust gas volume flows through the oxidation catalytic converter, the formation of nitrogen dioxide at the oxidation catalytic converter is inferred based on a predetermined relationship between the conversion of the nitrogen oxides and a proportion of nitrogen dioxide in the nitrogen oxides in the exhaust gas, wherein the exhaust gas volume flow through the oxidation catalytic converter is varied by varying a proportion of a low-pressure exhaust gas recirculation rate of a total exhaust gas recirculation rate, which is made up of a high-pressure exhaust gas recirculation rate and the low-pressure exhaust gas recirculation rate.
A multiple X-ray beam X-ray source, comprising: - an anode structure and a cathode structure; wherein the anode structure comprises a plurality of liquid metal jets providing a plurality of focal lines; wherein the cathode structure provides an electron beam structure that provides a sub e-beam to each liquid metal jet; wherein the liquid metal jets are each hit by the sub e-beam along an electron-impinging portion of the circumferential surface of the jet that is smaller than half of the circumference of the jet. - an anode structure and a cathode structure;
Dry-running piston rod packing for sealing a piston rod mounted movably in a longitudinal direction, comprising at least one chamber ring and a sealing ring, the chamber ring having a sealing chamber inside which the sealing ring is arranged, the piston rod packing having a high-pressure side and a low-pressure side, wherein the sealing chamber has a supporting surface which is oriented towards the high-pressure side and which bounds the sealing chamber towards the low-pressure side, wherein the sealing ring has an inner side and an outer side in the radial direction, and wherein the sealing ring has a first and a second end face (2a, 2b), wherein the first face is oriented towards the high pressure side and forms a pressure engagement surface, and wherein the second face is oriented towards the low pressure side and forms a bearing surface, so that a pressurized sealing ring rests with the bearing surface against the supporting surface, the sealing ring being designed as an endless sealing ring, characterized in that an actively acting lifting device comprising an actuator is designed in such a way that it lifts a sealing ring bearing against the supporting surface in the longitudinal direction towards the high-pressure side in order to form an intermediate gap between the supporting surface and the bearing surface of the sealing ring.
A positive electrode active material for a non-aqueous electrolyte secondary battery comprising primary particles of a lithium-metal complex oxide powder which is a lithium-metal complex oxide powder represented by Li z Ni 1-w M w O 2, wherein M is at least one kind or more of metal elements selected from the group consisting of Co, Al, Mg, Mn, Ti, Fe, Cu, Zn, and Ga; and w and z respectively satisfy 0≤w≤0.25, and 1.0≤z≤1.1, and secondary particles which are formed by aggregating a plurality of the primary particles, and is characterized in that; the shape of the secondary particles is spherical or spheroidal; 95% or more of the secondary particles have particle diameters of 20 μm or less; a mean particle diameter of the secondary particles is between 7 and 13 μm; a tap density of the particles is 2.2 g/cm 3 or more; in a pore distribution measurement using a nitrogen adsorption method, a mean volume of pores having a diameter of 40 nm or less in average is between 0.001 and 0.008 cm 3 /g; and a mean crushing strength of the secondary particles is between 15 and 100 MPa, and wherein for the lithium-metal complex oxide, on 3a sites where Li ions are to be arranged in a layered rock-salt structure of LiNiO 2, a site occupancy rate of metal ions other than Li ion is 2% or less.
An apparatus for promoting vascular circulation, comprising: a garment configured to at least partially surround an anatomical structure of a patient; a compression element coupled to the garment and configured to compress at least a portion of the anatomical structure when the compression element is actuated, wherein the compression element includes an inflatable chamber; and a controller configured to selectively actuate the compression element over a plurality of cycles, the controller including or forming a part of a pump configured to inflate the inflatable chamber; wherein each cycle has an actuated time during which the compression element is arranged to exert a first pressure and an unactuated time during which the compression element is arranged to exert a second pressure different than the first pressure, and the controller is configured to use one or more random values (VALUE 1) in determining the deflated time of one or more of the cycles. a garment configured to at least partially surround an anatomical structure of a patient; a compression element coupled to the garment and configured to compress at least a portion of the anatomical structure when the compression element is actuated, wherein the compression element includes an inflatable chamber; and a controller configured to selectively actuate the compression element over a plurality of cycles, the controller including or forming a part of a pump configured to inflate the inflatable chamber; wherein each cycle has an actuated time during which the compression element is arranged to exert a first pressure and an unactuated time during which the compression element is arranged to exert a second pressure different than the first pressure, and the controller is configured to use one or more random values (VALUE 1) in determining the deflated time of one or more of the cycles.
A method of whitening teeth, comprising: applying a whitening composition to at least one tooth; maintaining the whitening composition on the at least one tooth for a first time period; and after the first time period, directing a light radiation with an intensity of 41.5 mW/cm 2 to 134.7 mW/cm 2 toward the at least one tooth for a second time period, the first time period having a duration greater than 50% of a total duration of the first and second time periods; and removing the whitening composition from the at least one tooth, wherein the total duration of the first and second time periods is at least 30 minutes, and the second time period is no greater than 5 minutes and wherein no photosensitizing agent is applied to the at least one tooth, and wherein the whitening composition comprises a layer that is applied to the tooth such that the whitening composition has a peroxide density less than 1.3 mg/cm 2, and the whitening composition comprises a peroxide active having a concentration between 10% and 20% of the whitening composition. applying a whitening composition to at least one tooth; maintaining the whitening composition on the at least one tooth for a first time period; and after the first time period, directing a light radiation with an intensity of 41.5 mW/cm 2 to 134.7 mW/cm 2 toward the at least one tooth for a second time period, the first time period having a duration greater than 50% of a total duration of the first and second time periods; and removing the whitening composition from the at least one tooth, wherein the total duration of the first and second time periods is at least 30 minutes, and the second time period is no greater than 5 minutes and wherein no photosensitizing agent is applied to the at least one tooth, and wherein the whitening composition comprises a layer that is applied to the tooth such that the whitening composition has a peroxide density less than 1.3 mg/cm 2, and the whitening composition comprises a peroxide active having a concentration between 10% and 20% of the whitening composition.
A surgical stapler comprising: a first jaw including an anvil; a second jaw including a cartridge including a plurality of staples and a corresponding set of staple pushers situated in a plurality of staple pockets, the cartridge further containing a slider comprising a set of fins that sequentially contact staple pushers to eject the staples; and characterized in that the surgical stapler further comprises: a cartridge lift mechanism comprising: a cartridge lift positioned between the cartridge and the second jaw, the cartridge lift having a proximal end and a distal end, wherein longitudinal movement of the cartridge lift relative to the second jaw moves the cartridge vertically within the second jaw towards the anvil; a cartridge lift beam having a proximal end and a distal end, the distal end of the cartridge lift beam connected to the proximal end of the cartridge lift; and a cartridge lift barrel connected to the proximal end of the cartridge lift beam. a first jaw including an anvil; a second jaw including a cartridge including a plurality of staples and a corresponding set of staple pushers situated in a plurality of staple pockets, the cartridge further containing a slider comprising a set of fins that sequentially contact staple pushers to eject the staples; and characterized in that the surgical stapler further comprises: a cartridge lift mechanism comprising: a cartridge lift positioned between the cartridge and the second jaw, the cartridge lift having a proximal end and a distal end, wherein longitudinal movement of the cartridge lift relative to the second jaw moves the cartridge vertically within the second jaw towards the anvil; a cartridge lift beam having a proximal end and a distal end, the distal end of the cartridge lift beam connected to the proximal end of the cartridge lift; and a cartridge lift barrel connected to the proximal end of the cartridge lift beam. a cartridge lift positioned between the cartridge and the second jaw, the cartridge lift having a proximal end and a distal end, wherein longitudinal movement of the cartridge lift relative to the second jaw moves the cartridge vertically within the second jaw towards the anvil; a cartridge lift beam having a proximal end and a distal end, the distal end of the cartridge lift beam connected to the proximal end of the cartridge lift; and a cartridge lift barrel connected to the proximal end of the cartridge lift beam.