mhurhangee/patent-ind-claim-en huggingface dataset:
Drawing compass (1; 1') comprising two mutually articulated branches , characterized in that the compass also comprises: - a connection head (8; 8'), and - a gripping cap (9; 9') having a cavity cooperating with the connection head (8; 8'), the gripping cap being able to take: - a blocked position in which the gripping cap (9; 9') is fixed relative to the connection head (8; 8'), and - a ball-joint-linked position in which the gripping cap (9; 9') is mobile in ball-joint link fashion relative to the connection head (8; 8'). - a connection head (8; 8'), and - a gripping cap (9; 9') having a cavity cooperating with the connection head (8; 8'), the gripping cap being able to take: - a blocked position in which the gripping cap (9; 9') is fixed relative to the connection head (8; 8'), and - a ball-joint-linked position in which the gripping cap (9; 9') is mobile in ball-joint link fashion relative to the connection head (8; 8'). - a blocked position in which the gripping cap (9; 9') is fixed relative to the connection head (8; 8'), and - a ball-joint-linked position in which the gripping cap (9; 9') is mobile in ball-joint link fashion relative to the connection head (8; 8').
A running gear frame for a rail vehicle, comprising - a frame body defining a longitudinal direction, a transverse direction and a height direction; - said frame body comprising two longitudinal beams and a transverse beam unit providing a structural connection between said longitudinal beams in said transverse direction, such that a substantially H-shaped configuration is formed, - said transverse beam unit comprises at least one transverse beam (109.1); - each longitudinal beam having a free end section (108.1) forming a primary suspension interface for a primary suspension device (105.1) connected to an associated wheel unit ; - each longitudinal beam having a pivot interface section associated to said free end section (108.1) and forming a pivot interface for a pivot arm connected to said associated wheel unit ; - each longitudinal beam having an angled section (108.3) associated to said free end section (108.1); - said angled section (108.3) being arranged such that said free end section (108.1) forms a pillar section at least mainly extending in said height direction; - said pivot interface section being associated to said angled section (108.3); - said pivot interface section is integrated into to said angled section (108.3), - said frame body is formed as a monolithically cast component made of a grey cast iron material, characterized in that - said at least one transverse beam (109.1), in a sectional plane parallel to said longitudinal direction and said height direction, defines a substantially C-shaped cross section. - a frame body defining a longitudinal direction, a transverse direction and a height direction; - said frame body comprising two longitudinal beams and a transverse beam unit providing a structural connection between said longitudinal beams in said transverse direction, such that a substantially H-shaped configuration is formed, - said transverse beam unit comprises at least one transverse beam (109.1); - each longitudinal beam having a free end section (108.1) forming a primary suspension interface for a primary suspension device (105.1) connected to an associated wheel unit ; - each longitudinal beam having a pivot interface section associated to said free end section (108.1) and forming a pivot interface for a pivot arm connected to said associated wheel unit ; - each longitudinal beam having an angled section (108.3) associated to said free end section (108.1); - said angled section (108.3) being arranged such that said free end section (108.1) forms a pillar section at least mainly extending in said height direction; - said pivot interface section being associated to said angled section (108.3); - said pivot interface section is integrated into to said angled section (108.3), - said frame body is formed as a monolithically cast component made of a grey cast iron material, - said at least one transverse beam (109.1), in a sectional plane parallel to said longitudinal direction and said height direction, defines a substantially C-shaped cross section.
A method for accessing a building, the method comprising: receiving a touch of a user at a touchable surface ; with a three dimensional motion sensor , generating a micro-motions signal in response to the touch of the user; with an neuro-mechanical fingerprint, NFP, authentication controller , generating an NFP in response to the micro-motions signal; evaluating the NFP against a stored NFP user calibration to determine a match percentage; and in response to the match percentage being greater than or equal to a predetermined match percentage, authorizing access to the building. receiving a touch of a user at a touchable surface ; with a three dimensional motion sensor , generating a micro-motions signal in response to the touch of the user; with an neuro-mechanical fingerprint, NFP, authentication controller , generating an NFP in response to the micro-motions signal; evaluating the NFP against a stored NFP user calibration to determine a match percentage; and in response to the match percentage being greater than or equal to a predetermined match percentage, authorizing access to the building.
A device for the removal of urea from a fluid having urea to produce a cleansed fluid, the device comprising: a combination electrodialysis and urea oxidation cell including: a first set of electrodes for separation of the fluid into an acid stream and a basic stream, wherein the first set of electrodes includes an anode and a cathode; one or more second set of electrodes positioned to contact the basic stream with an electrocatalytic surface for decomposition of the urea via electrooxidation; and at least one power source to provide the first and second sets of electrodes with an electrical charge to activate the electrodes. a first set of electrodes for separation of the fluid into an acid stream and a basic stream, wherein the first set of electrodes includes an anode and a cathode; one or more second set of electrodes positioned to contact the basic stream with an electrocatalytic surface for decomposition of the urea via electrooxidation; and at least one power source to provide the first and second sets of electrodes with an electrical charge to activate the electrodes.
Solar energy condenser system comprising one or more solar energy collectors where each collector in turn comprises • a collection module formed by a hermetic and watertight enclosure, containing inside the elements of an optical system consisting of a liquid lens with a cylindrical surface and of an absorption system consisting of an absorption chamber through whose interior absorber tubes run, • a sturdy, load-bearing structure on which the collection module is mounted and which is equipped with dual-axis solar tracking systems, wherein - the absorption chamber has an absorption window with an inverted pyramidal trunk shape, where the absorption chamber has an external perimeter insulation , while inside it is lined with material or a reflective metallic sheet , - the absorption window is equipped with a glass plate of pyrex or quartz type , to prevent dirt from entering into the interior of the absorption chamber , - means are placed inside the absorption chamber for diverting solar energy towards the absorber tubes and avoid thermal emittance from elements housed within the absorption chamber . • a collection module formed by a hermetic and watertight enclosure, containing inside the elements of an optical system consisting of a liquid lens with a cylindrical surface and of an absorption system consisting of an absorption chamber through whose interior absorber tubes run, • a sturdy, load-bearing structure on which the collection module is mounted and which is equipped with dual-axis solar tracking systems, wherein - the absorption chamber has an absorption window with an inverted pyramidal trunk shape, where the absorption chamber has an external perimeter insulation , while inside it is lined with material or a reflective metallic sheet , - the absorption window is equipped with a glass plate of pyrex or quartz type , to prevent dirt from entering into the interior of the absorption chamber , - means are placed inside the absorption chamber for diverting solar energy towards the absorber tubes and avoid thermal emittance from elements housed within the absorption chamber . - the absorption chamber has an absorption window with an inverted pyramidal trunk shape, where the absorption chamber has an external perimeter insulation , while inside it is lined with material or a reflective metallic sheet , - the absorption window is equipped with a glass plate of pyrex or quartz type , to prevent dirt from entering into the interior of the absorption chamber , - means are placed inside the absorption chamber for diverting solar energy towards the absorber tubes and avoid thermal emittance from elements housed within the absorption chamber .
An anti-shock device for protecting a flexibly guided mechanical watch oscillator from shock, the anti-shock device comprising: a viscoelastic member and a rigid stop , each configured to cooperate with a portion of the oscillator; wherein the viscoelastic element is configured to deform when the oscillator is subjected to an acceleration of between 50 G and 500 G NIHS (NIHS Standard 91-30, April 2003) during an impact; wherein said portion engages the rigid stop when the portion is accelerated beyond at least 500 G NIHS (NIHS Standard 91-20, March 2003); and wherein there is no contact between said portion of the oscillator and the shock absorber for an acceleration of less than 50 G NIHS. a viscoelastic member and a rigid stop , each configured to cooperate with a portion of the oscillator; wherein the viscoelastic element is configured to deform when the oscillator is subjected to an acceleration of between 50 G and 500 G NIHS (NIHS Standard 91-30, April 2003) during an impact; wherein said portion engages the rigid stop when the portion is accelerated beyond at least 500 G NIHS (NIHS Standard 91-20, March 2003); and wherein there is no contact between said portion of the oscillator and the shock absorber for an acceleration of less than 50 G NIHS.
Device for processing at least one workpiece, which has a processing unit having a frame with an upper frame part and a lower frame part , which can be moved relative to one another, wherein on the upper frame part an upper module part and on the lower frame part a lower module part of a processing module of the processing unit are arranged, wherein the processing device comprises at least one further processing unit (10b-10d), wherein the processing device comprises an upper base frame and a lower base frame , wherein said at least two processing units (10a-10d) are arranged between the upper base frame and the lower base frame of the processing device , wherein the upper and/or the lower base frame of the processing device can be moved relative to one another, wherein at least one base frame extends over the said at least two processing units (10a-10d), wherein the processing device comprises at least one centering device (20; 20', 20"), via which one processing unit (10a-10d) can be aligned in relation to at least one adjacent processing unit (10b-10d), and wherein the centering device (20; 20', 20") comprises a first centering element , which is provided on an upper frame part and/or on a lower frame part of one processing unit , and a complementary centering element , which is provided on the upper frame part and/or on the lower frame part of the adjacent processing unit , characterized in that the processing device comprises at least one centering adapter (50a-50d), by which the upper frame part and the lower frame part of the frame of said at least one processing unit (10a-10d) can be aligned in relation to each other.
A communication device for pipes of an air conditioner, the device comprising: a refrigerant pipe for connecting an outdoor unit and an indoor unit to each other; a core assembly comprising a core made of a magnetic material and a core holder , the core assembly coupled to the refrigerant pipe in a surrounding manner; and a signal line that is configured to transfer electric signals transmitted and received through the refrigerant pipe to controllers controlling the outdoor unit and the indoor unit , respectively, the signal line is inserted between the outer circumferential surface of the refrigerant pipe and an inner circumferential surface of the core assembly facing the outer circumferential surface of the refrigerant pipe , and the signal line is configured to be electrically connected to the controllers , characterized in that the signal line is arranged within and outside a pipe insertion recesses (111a, 112a, 121a and 122a) of the core and the core holder in a shape of surrounding the core assembly at least once from the outer circumferential surface to the inner circumferential surface of the core assembly . a refrigerant pipe for connecting an outdoor unit and an indoor unit to each other; a core assembly comprising a core made of a magnetic material and a core holder , the core assembly coupled to the refrigerant pipe in a surrounding manner; and a signal line that is configured to transfer electric signals transmitted and received through the refrigerant pipe to controllers controlling the outdoor unit and the indoor unit , respectively, the signal line is inserted between the outer circumferential surface of the refrigerant pipe and an inner circumferential surface of the core assembly facing the outer circumferential surface of the refrigerant pipe , and the signal line is configured to be electrically connected to the controllers , characterized in that the signal line is arranged within and outside a pipe insertion recesses (111a, 112a, 121a and 122a) of the core and the core holder in a shape of surrounding the core assembly at least once from the outer circumferential surface to the inner circumferential surface of the core assembly .
A computer-implemented method for zoned namespace, ZNS, storage using multiple zones, comprising: storing, in a first zone cache , one or more logical blocks corresponding to a data chunk; writing, for each logical block in the data chunk, a cache element of a cache entry that points to the logical block in the first zone cache , wherein the cache entry includes multiple cache elements corresponding to the multiple logical blocks of the data chunk; writing, for the cache entry , a table entry in a mapping table that points to the cache entry ; and when a storage policy is triggered for the cache entry : writing the multiple logical blocks, pointed to by each cache element of the cache entry , as contiguous logical blocks in an isolation block for the data chunk in a second zone stream ; and updating the table entry to point to the isolation block in the second zone stream . storing, in a first zone cache , one or more logical blocks corresponding to a data chunk; writing, for each logical block in the data chunk, a cache element of a cache entry that points to the logical block in the first zone cache , wherein the cache entry includes multiple cache elements corresponding to the multiple logical blocks of the data chunk; writing, for the cache entry , a table entry in a mapping table that points to the cache entry ; and when a storage policy is triggered for the cache entry : writing the multiple logical blocks, pointed to by each cache element of the cache entry , as contiguous logical blocks in an isolation block for the data chunk in a second zone stream ; and updating the table entry to point to the isolation block in the second zone stream . writing the multiple logical blocks, pointed to by each cache element of the cache entry , as contiguous logical blocks in an isolation block for the data chunk in a second zone stream ; and updating the table entry to point to the isolation block in the second zone stream .
A clutch device comprising a first sub-clutch comprising a first outer plate carrier , which can be coupled or is coupled to the rotor of an electric machine , having at least two first outer plates and a first inner plate carrier having at least one first inner plate engaging between the two first outer plates , as well as at least one second sub-clutch comprising a plurality of second outer plates which are provided on the first outer plate carrier or a second outer plate carrier which can be coupled or is coupled to the rotor , and a second inner plate carrier having second inner plates engaging between the second outer plates , wherein the first and the second clutch device are arranged within the rotor , characterized in that the rotor is rotatably mounted at least on an axial side via a carrier on a housing of an actuation device used to actuate at least one clutch device .
A purified bacteriophage having a genome which comprises at least 99% sequence identity to the nucleotide sequence of SEQ ID NO:3, and having antibacterial activity against one or more strains of Pseudomonas aeruginosa.
Method for treating a membrane filtration assembly clogged by particles retained in and/or on the pores of a membrane, said method comprising identifying the nature of clogging present in said membrane filtration assembly and cleaning said membrane filtration assembly, said method having at least one inlet and at least one fluid outlet, said method comprising a first step a) of providing and circulating a first enzymatic solution comprising at least one protease in said membrane filtration assembly for a first predetermined period of time, said first step a) being followed by a first measurement, carried out at said at least one inlet and/or at said at least one fluid outlet of said membrane filtration assembly, of at least one first value of a parameter enabling the fluid circulating in said membrane filtration assembly to be characterised, this at least one first measured value of a parameter being compared with a measured value of the same parameter prior to step a), said method being characterised in that the identification of the nature of clogging present in said membrane filtration assembly comprises said first step, a second step b) of providing and circulating a second enzymatic solution comprising at least one enzyme aside from a protease in said membrane filtration assembly for a second predetermined period of time, said second step b) being followed by a second measurement, carried out at said at least one inlet and/or at said at least one fluid outlet of said membrane filtration assembly, of at least one second value of a parameter enabling the fluid circulating in said membrane filtration assembly to be characterised, this at least one second measured value of a parameter being compared with a measured value of the same parameter prior to step b), said steps a) and b) being implemented in any order and determining what types of particles are present in the membranes and are the cause of the clogging of the latter and determining an appropriate enzymatic formulation targeting the particles clogging the membranes to be injected for said cleaning of said membrane filtration assembly.
A glazing comprising at least two glazed panels, which form a cavity between them, and at least one stack of resonators positioned in the cavity, wherein the at least one stack of resonators comprises at least two resonators of different length, said resonators of the at least one stack having a longitudinal axis and being stacked along a stacking axis perpendicular to their longitudinal axis characterized in that the at least one stack of resonators is formed by means of a stack of tubes stacked along a stacking axis perpendicular to their longitudinal axis, each tube comprising a transverse partition inside said tube defining two closed-open resonators on either side of the transverse partition .
A computer-implemented method comprising: computing a first rate of change in blood glucose concentration as observed from blood glucose reference samples obtained from a body ; computing a second rate of change in said blood glucose concentration as observed at a blood glucose sensor ; expressing a relative comparison of said first rate of change and said second rate of change as an angle in a polar plot ; and generating signals to present said polar plot in a visual medium. computing a first rate of change in blood glucose concentration as observed from blood glucose reference samples obtained from a body ; computing a second rate of change in said blood glucose concentration as observed at a blood glucose sensor ; expressing a relative comparison of said first rate of change and said second rate of change as an angle in a polar plot ; and generating signals to present said polar plot in a visual medium.
An apparatus for charging electric vehicles and having a function for controlled load shedding, which has a connection to a power supply grid , at least one charging connection for at least one electric vehicle , a central processing unit and a receiver device , wherein the central processing unit is configured to optionally reduce the charging current of an electric vehicle connected to the at least one charging connection within a predetermined period of time, characterized in that the apparatus further comprises: a relay element which is configured to process a control signal from the receiver device and to forward it to the central processing unit , in order to signal to the processing unit that the charging current for the electric vehicles connected to the corresponding charging connections is to be reduced, wherein the receiver device is designed as a ripple control receiver and configured to receive a low-frequency ripple control signal from a ripple control transmitter in a power supply grid , and wherein the processing unit is configured to reduce the charging current at each charging connection to zero in an ordered manner within a predetermined period of time. wherein the central processing unit is configured to optionally reduce the charging current of an electric vehicle connected to the at least one charging connection within a predetermined period of time, characterized in that the apparatus further comprises: a relay element which is configured to process a control signal from the receiver device and to forward it to the central processing unit , in order to signal to the processing unit that the charging current for the electric vehicles connected to the corresponding charging connections is to be reduced, wherein the receiver device is designed as a ripple control receiver and configured to receive a low-frequency ripple control signal from a ripple control transmitter in a power supply grid , and wherein the processing unit is configured to reduce the charging current at each charging connection to zero in an ordered manner within a predetermined period of time. a relay element which is configured to process a control signal from the receiver device and to forward it to the central processing unit , in order to signal to the processing unit that the charging current for the electric vehicles connected to the corresponding charging connections is to be reduced, wherein the receiver device is designed as a ripple control receiver and configured to receive a low-frequency ripple control signal from a ripple control transmitter in a power supply grid , and wherein the processing unit is configured to reduce the charging current at each charging connection to zero in an ordered manner within a predetermined period of time.