mhurhangee/patent-ind-claim-en huggingface dataset:
A motor-driven compressor with multiple compression sections, the motor-driven compressor comprising: - at least one housing ; - at least two drive shafts , the at least two drive shafts being rotatably supported in the housing by at least two bearings ; - a flexible coupling device connecting the drive shafts; - an electric motor mounted on a first compression shaft of said at least two drive shafts; and - at least two compression sections , wherein: a first compression section of said at least two compression sections is cantilevered at a free end of the first compression shaft of said at least two drive shafts, and a second compression section is mounted between two bearings on the second compression shaft of said at least two drive shafts. - at least one housing ; - at least two drive shafts , the at least two drive shafts being rotatably supported in the housing by at least two bearings ; - a flexible coupling device connecting the drive shafts; - an electric motor mounted on a first compression shaft of said at least two drive shafts; and - at least two compression sections , wherein: a first compression section of said at least two compression sections is cantilevered at a free end of the first compression shaft of said at least two drive shafts, and a second compression section is mounted between two bearings on the second compression shaft of said at least two drive shafts.
A system comprising: a gyroscope coupled to a rotatable vessel , the gyroscope for providing a first signal corresponding to a rate of rotation of the rotatable vessel ; a periodicity sensor coupled to the rotatable vessel, the periodicity sensor for providing a second signal corresponding to a period of rotation of the rotatable vessel; a processor ; and memory coupled to the processor , the memory comprising executable instructions that when executed by the processor cause the processor to effectuate operation comprising: receiving the first signal; receiving the second signal; determining calibration information based on the received first signal and the received second signal; and adjusting the rate of rotation based on the calibration information. a gyroscope coupled to a rotatable vessel , the gyroscope for providing a first signal corresponding to a rate of rotation of the rotatable vessel ; a periodicity sensor coupled to the rotatable vessel, the periodicity sensor for providing a second signal corresponding to a period of rotation of the rotatable vessel; a processor ; and memory coupled to the processor , the memory comprising executable instructions that when executed by the processor cause the processor to effectuate operation comprising: receiving the first signal; receiving the second signal; determining calibration information based on the received first signal and the received second signal; and adjusting the rate of rotation based on the calibration information. receiving the first signal; receiving the second signal; determining calibration information based on the received first signal and the received second signal; and adjusting the rate of rotation based on the calibration information.
A battery , comprising: one or more battery cells , wherein each battery cell comprises a plurality of battery cell segments (114a, 114b ... 114m, 114n) internal to the battery cell, a segmented anode sheet acting as an anode, a segmented cathode sheet acting as a cathode, a negative electrode and a positive electrode , wherein each battery cell segment (114a, 114b ... 114m, 114n) comprises: an anode segment being a segment of the segmented anode sheet ; a cathode segment being a segment of the segmented cathode sheet ; one or more insulators configured to both electrically and chemically insulate each battery cell segment from adjacent battery cell segments of the plurality of battery cell segments (114a, 114b ... 114m, 114n); and one or more current limiters (122m, 122n, 144m, and 144n) each electrically connected to the negative electrode and the anode segment or to the positive electrode and the cathode segment, wherein the one or more current limiters are configured to electrically isolate the battery cell segment from the negative or positive electrode the one or more limiters are electrically connected to when a short circuit occurs within the battery cell segment. an anode segment being a segment of the segmented anode sheet ; a cathode segment being a segment of the segmented cathode sheet ; one or more insulators configured to both electrically and chemically insulate each battery cell segment from adjacent battery cell segments of the plurality of battery cell segments (114a, 114b ... 114m, 114n); and one or more current limiters (122m, 122n, 144m, and 144n) each electrically connected to the negative electrode and the anode segment or to the positive electrode and the cathode segment, wherein the one or more current limiters are configured to electrically isolate the battery cell segment from the negative or positive electrode the one or more limiters are electrically connected to when a short circuit occurs within the battery cell segment.
Profiled component of a fibre composite material for a vehicle, wherein the profiled component is in the form of a leaf spring, which comprises a main body that is produced by a pultrusion process and has a curved shape in the longitudinal direction (x) and a constant cross-sectional geometry in the vertical direction (z) and transverse direction (y), characterized in that the main body has a varying cross-sectional shape in the vertical direction (z) and in the transverse direction (y) on which at least one functional element is disposed in penetration-free fashion by means of an integral bond and/or form fitting connection, wherein the at least one functional element is disposed on the main body so as to bear against one of its side surfaces that is formed by the cross-sectional shape.
An X-ray sensor having an active detector region comprising a plurality of detector diodes arranged on a surface region of the X-ray sensor said X-ray sensor further comprising a junction termination surrounding said surface area comprising said plurality of detector diodes , said junction termination comprising a guard ring arranged closest to the end of said surface region , a field stop arranged outside said guard ring and a number N of field limiting rings, FLRs arranged between said guard ring and said field stop characterised in that each of the FLRs is positioned so that the distance Δ 1 between the guan ring and the first FLR closest to the guard ring and the distances Δ n between adjacent FLRs n and n-1 (n ≧ 2) fulfil the following constraints: - the distances Δ(n) lie within an effective area on the Δ - n diagram, said effective area being bounded by the lines α = (10 +1,3 × (n-1)) μm and β= (5+1,05 × (n-1)) μm, and - the distance between successive FLRs is either constant or increases with increasing n where n denotes the index position of the FLRs , wherein1 ≤ n ≤ N, where N is the total number of FLRs. - the distances Δ(n) lie within an effective area on the Δ - n diagram, said effective area being bounded by the lines α = (10 +1,3 × (n-1)) μm and β= (5+1,05 × (n-1)) μm, and - the distance between successive FLRs is either constant or increases with increasing n where n denotes the index position of the FLRs , wherein1 ≤ n ≤ N, where N is the total number of FLRs.
A modular photovoltaic solar inverter comprising: - a plurality of power modules that convert a direct current, DC, to an alternating current, AC, - a DC bus that connects all inputs of the plurality of power modules to a photovoltaic field through a connection/disconnection device, wherein each power module in turn comprises two power cells and a filtering module configured to adapt the electrical characteristics of the AC, - an AC bus that connects an output of each power module to the electrical network, characterised in that : - the filtering module is an LLC filter comprising a first inductance for each power cell of the two power cells wherein a first terminal of each first inductance is connected to an output terminal of a respective power cell of the plurality of power cells, wherein the LLC filter further comprises a second inductance and a capacitor and a second terminal of each first inductance is connected to a first terminal of the second inductor, a second terminal of the second inductor is connected to a first terminal of the capacitor and a second terminal of the second capacitor is connected to ground. - a plurality of power modules that convert a direct current, DC, to an alternating current, AC, - a DC bus that connects all inputs of the plurality of power modules to a photovoltaic field through a connection/disconnection device, wherein each power module in turn comprises two power cells and a filtering module configured to adapt the electrical characteristics of the AC, - an AC bus that connects an output of each power module to the electrical network, - the filtering module is an LLC filter comprising a first inductance for each power cell of the two power cells wherein a first terminal of each first inductance is connected to an output terminal of a respective power cell of the plurality of power cells, wherein the LLC filter further comprises a second inductance and a capacitor and a second terminal of each first inductance is connected to a first terminal of the second inductor, a second terminal of the second inductor is connected to a first terminal of the capacitor and a second terminal of the second capacitor is connected to ground.
An indexing method comprising: streaming data through a reconfigurable logic device , wherein the reconfigurable logic device has firmware deployed thereon; the firmware generating metadata for the streaming data; and the firmware generating a plurality of indexes for the streaming data based on the generated metadata; and wherein the metadata generating step further comprises performing a regular expression pattern matching operation on the streaming data that is keyed by a plurality of pre-defined patterns (912, 914, ...), wherein each pre-defined pattern corresponds to a different one of the generated indexes. streaming data through a reconfigurable logic device , wherein the reconfigurable logic device has firmware deployed thereon; the firmware generating metadata for the streaming data; and the firmware generating a plurality of indexes for the streaming data based on the generated metadata; and wherein the metadata generating step further comprises performing a regular expression pattern matching operation on the streaming data that is keyed by a plurality of pre-defined patterns (912, 914, ...), wherein each pre-defined pattern corresponds to a different one of the generated indexes.
An anti-SNAP25 antibody wherein the antibody binds preferentially to BoNT/A cleaved SNAP25, wherein the antibody does not bind to full length SNAP25, and is characterized in that the antibody is a recombinant human antibody and comprises a light chain sequence of SEQ ID NO: 5 and a heavy chain sequence of SEQ ID NO:7.
An implantable medical device comprising: sensing circuitry configured to sense, via a plurality of electrodes, a plurality of bioelectrical signals of a brain of a patient; and processing circuitry configured to: determine, for each bioelectrical signal of the plurality of bioelectrical signals sensed at a respective electrode of the plurality of electrodes, a probabilistic entropy value of the bioelectrical signal; compare each of the respective probabilistic entropy values of the bioelectrical signal to respective entropy threshold values; select, based on the comparisons, a subset of electrodes of the plurality of electrodes; and control, based on the bioelectrical signals of the plurality of bioelectrical signals sensed via respective electrodes of the subset of electrodes and excluding the bioelectrical signals of the plurality of bioelectrical signals sensed via respective electrodes not in the subset of electrodes, delivery of electrical stimulation therapy to the patient. sensing circuitry configured to sense, via a plurality of electrodes, a plurality of bioelectrical signals of a brain of a patient; and processing circuitry configured to: determine, for each bioelectrical signal of the plurality of bioelectrical signals sensed at a respective electrode of the plurality of electrodes, a probabilistic entropy value of the bioelectrical signal; compare each of the respective probabilistic entropy values of the bioelectrical signal to respective entropy threshold values; select, based on the comparisons, a subset of electrodes of the plurality of electrodes; and control, based on the bioelectrical signals of the plurality of bioelectrical signals sensed via respective electrodes of the subset of electrodes and excluding the bioelectrical signals of the plurality of bioelectrical signals sensed via respective electrodes not in the subset of electrodes, delivery of electrical stimulation therapy to the patient. determine, for each bioelectrical signal of the plurality of bioelectrical signals sensed at a respective electrode of the plurality of electrodes, a probabilistic entropy value of the bioelectrical signal; compare each of the respective probabilistic entropy values of the bioelectrical signal to respective entropy threshold values; select, based on the comparisons, a subset of electrodes of the plurality of electrodes; and control, based on the bioelectrical signals of the plurality of bioelectrical signals sensed via respective electrodes of the subset of electrodes and excluding the bioelectrical signals of the plurality of bioelectrical signals sensed via respective electrodes not in the subset of electrodes, delivery of electrical stimulation therapy to the patient.
Method for controlling a motor vehicle having a drivetrain , wherein the method comprises the following steps: - detecting a selection of a predetermined driving cycle , wherein the driving cycle comprises a first phase of predetermined, constant acceleration, a second phase of predetermined, constant speed, a third phase of deceleration and a fourth phase of standstill; - controlling the drivetrain independently of the driver during the first phase in order to adhere to the predetermined acceleration; - controlling the drivetrain independently of the driver during the second phase in order to adhere to the predetermined speed; and - detecting driver-controlled deceleration of the motor vehicle . - detecting a selection of a predetermined driving cycle , wherein the driving cycle comprises a first phase of predetermined, constant acceleration, a second phase of predetermined, constant speed, a third phase of deceleration and a fourth phase of standstill; - controlling the drivetrain independently of the driver during the first phase in order to adhere to the predetermined acceleration; - controlling the drivetrain independently of the driver during the second phase in order to adhere to the predetermined speed; and - detecting driver-controlled deceleration of the motor vehicle .
A sanitizing head comprising: a housing that retains an ultraviolet UV lamp , wherein UV light emitted from the UV lamp exits through a front end of the housing , said housing including a shroud that defines a front opening ; a bumper secured to an exposed perimeter edge of the shroud ; and multiple range light sources secured to the housing and arranged in one or more pairs , the range light sources in each pair of the one or more pairs oriented relative to each other to emit respective light beams that converge at a predetermined distance in front of the UV lamp , wherein the bumper is transparent to transmit the emitted light beams from the range light sources ; wherein the range light sources are spaced apart along the exposed perimeter edge of the shroud at the front opening . a housing that retains an ultraviolet UV lamp , wherein UV light emitted from the UV lamp exits through a front end of the housing , said housing including a shroud that defines a front opening ; a bumper secured to an exposed perimeter edge of the shroud ; and multiple range light sources secured to the housing and arranged in one or more pairs , the range light sources in each pair of the one or more pairs oriented relative to each other to emit respective light beams that converge at a predetermined distance in front of the UV lamp , wherein the bumper is transparent to transmit the emitted light beams from the range light sources ; wherein the range light sources are spaced apart along the exposed perimeter edge of the shroud at the front opening .
Cutting head for cutting a film wrapping from palletised stacks of products , having a cutting element (15, 15*) for cutting through the film, wherein the cutting element is disposed between at least two opposing contact elements and is set back with respect to the film contact plane formed by the opposing contact elements in order to form a cutting recess , and having a vacuum unit to suck the region of the film wrapping to be cut locally into the cutting recess for interaction with the cutting element.
A suction tube for a condensing device in a drafting unit of a spinning machine, having a longitudinal axis and a length (A), and an interior space connected to a suction opening and a suction connection , and having a mounting segment , - wherein the suction tube comprises a cross section disposed perpendicular to the longitudinal axis and is implemented having a flat and/or curved guide surface and - that the suction opening is disposed in the guide surface of the suction tube characterized in that - the length (A) of the suction tube is 20 mm to 50 mm, and - that the suction tube is having a width extent (B) extending from the guide surface in the form of a polygon or a circle or an oval or a triangle or a kidney shape, - wherein the curvature of the guide surface is less than 0.04 1/mm and - an extent (C) of the guide surface perpendicular to the longitudinal axis is 5 mm to 15 mm. - wherein the suction tube comprises a cross section disposed perpendicular to the longitudinal axis and is implemented having a flat and/or curved guide surface and - that the suction opening is disposed in the guide surface of the suction tube characterized in that - the length (A) of the suction tube is 20 mm to 50 mm, and - that the suction tube is having a width extent (B) extending from the guide surface in the form of a polygon or a circle or an oval or a triangle or a kidney shape, - wherein the curvature of the guide surface is less than 0.04 1/mm and - an extent (C) of the guide surface perpendicular to the longitudinal axis is 5 mm to 15 mm.
A medical waste fluid collection system comprising: a lid provided with a first port and a second different port; and a connector configured to connect with the ports, the connector comprising: a main body extending along a primary axis and defining a lumen, the lumen extending between a lower mouth at a lower portion of the main body and an upper mouth at an upper portion of the main body ; a first mating portion; and a second mating portion; wherein the first mating portion and the first port are configured to engage each other such that the lower mouth of the connector extends a predetermined distance into an interior of the medical waste fluid collection system when the connector is connected with the first port; and the second mating portion and the second port are configured to engage each other such that the lower mouth of the connector extends the same predetermined distance into the interior of the medical waste fluid collection system when the connector is connected with the second port, the second port being larger than the first port. a lid provided with a first port and a second different port; and a connector configured to connect with the ports, the connector comprising: a main body extending along a primary axis and defining a lumen, the lumen extending between a lower mouth at a lower portion of the main body and an upper mouth at an upper portion of the main body ; a first mating portion; and a second mating portion; a main body extending along a primary axis and defining a lumen, the lumen extending between a lower mouth at a lower portion of the main body and an upper mouth at an upper portion of the main body ; a first mating portion; and a second mating portion; wherein the first mating portion and the first port are configured to engage each other such that the lower mouth of the connector extends a predetermined distance into an interior of the medical waste fluid collection system when the connector is connected with the first port; and the second mating portion and the second port are configured to engage each other such that the lower mouth of the connector extends the same predetermined distance into the interior of the medical waste fluid collection system when the connector is connected with the second port, the second port being larger than the first port.
A microfluidic device for storing a reagent, comprising: a single unit, comprising: a first portion of the microfluidic device comprising a reagent storage compartment configured to hold a reagent; a second portion of the microfludic device comprising a reaction chamber configured to receive the reagent via one or more flow paths extending between the reagent storage compartment and the reaction chamber , and to support the reagent during a reaction process to form a product; and means to selectively isolate the reagent storage compartment from the reaction chamber which is a valve disposed across said one or more flow paths and configured to isolate the reagent storage compartment from the reaction chamber when the valve is in a closed state and which comprises a sealing mechanism positioned over the valve proximate to a first surface of the device and configured to engage a second surface of the device to hold the valve in the closed state wherein the sealing mechanism is configured to enable the valve to be in an open state only when at least a portion of the sealing mechanism is broken. a single unit, comprising: a first portion of the microfluidic device comprising a reagent storage compartment configured to hold a reagent; a second portion of the microfludic device comprising a reaction chamber configured to receive the reagent via one or more flow paths extending between the reagent storage compartment and the reaction chamber , and to support the reagent during a reaction process to form a product; and means to selectively isolate the reagent storage compartment from the reaction chamber which is a valve disposed across said one or more flow paths and configured to isolate the reagent storage compartment from the reaction chamber when the valve is in a closed state and which comprises a sealing mechanism positioned over the valve proximate to a first surface of the device and configured to engage a second surface of the device to hold the valve in the closed state wherein the sealing mechanism is configured to enable the valve to be in an open state only when at least a portion of the sealing mechanism is broken. a first portion of the microfluidic device comprising a reagent storage compartment configured to hold a reagent; a second portion of the microfludic device comprising a reaction chamber configured to receive the reagent via one or more flow paths extending between the reagent storage compartment and the reaction chamber , and to support the reagent during a reaction process to form a product; and means to selectively isolate the reagent storage compartment from the reaction chamber which is a valve disposed across said one or more flow paths and configured to isolate the reagent storage compartment from the reaction chamber when the valve is in a closed state and which comprises a sealing mechanism positioned over the valve proximate to a first surface of the device and configured to engage a second surface of the device to hold the valve in the closed state wherein the sealing mechanism is configured to enable the valve to be in an open state only when at least a portion of the sealing mechanism is broken.