mhurhangee/ep-ind-claims huggingface dataset:
Temporary floor used during the building of an aircraft cabin, comprising an upper work zone and a lower work zone which are delineated by the said temporary floor, the floor being made up of a plurality of slabs extending in a plane and bounded by an upper face, a lower face and an outer edge, the slabs being juxtaposed to form a continuous surface, when placed on rails (1, 2) of the cabin, the outer edge of the slabs comprising opposite sides bearing reliefs (16, 18) of complementing shapes extending in the plane of the slab, some of the reliefs being projections widening externally at the edge, and others of the reliefs being housings widening internally at the edge, and the projections are embrocated in the housings of the adjacent slabs, the floor being characterized in that the reliefs extending from the upper face to the lower face of the slabs, in that the outer edge of the slabs is undercut from the upper face to the lower face and in that the lower face of the slabs comprises a light-reflecting coating.
Detent escapement mechanism for a timepiece, comprising a locking mechanism for directly or indirectly locking an escape wheel during the travel of a balance of an oscillator mechanism during the free vibration thereof without any impulse, controlled to be unlocked by a release detent operated, via a detent spring (60, 71), by said balance, said locking mechanism comprising a pivoting stopping device (10, 70), subjected to the return torque of first elastic return means (16, 18, 72), which stopping device (10, 70) is, during the oscillating travel of said balance, or without contact with the release detent and can pivot towards a wound position under the effect of said escape wheel, when same is unlocked, counter to said first elastic return means (16, 18, 72), or immobilised in an abutted position wherein said stopping device (10, 70) is maintained wound, pending the release thereof by said release detent, only once by oscillation of said oscillator, in order to then transmit to said balance a constant torque corresponding to the winding of said elastic return means (16, 18, 72), characterised in that said first elastic return means (16, 18, 72) comprise at least one bistable strip spring integrated into said stopping device (10, 70) and arranged such that it bears tangentially in abutment on a tangential support surface of a support unit forming a part of said escapement mechanism, and frontally prestressed in a bistable state bearing on a frontal support surface of said support unit with which engages a distal end of said bistable strip spring.
A mold assembly for a piping system that is to be disposed in a concrete structure, the mold assembly comprising: an insert, the insert having identical opposing first and second insert ends (31, 32) and a cylindrical surface disposed between the first and second insert ends (31, 32), the first and second insert ends (31, 32) defining a plurality of fastener passages extending through the insert; and a cover, the cover having a cover end and a cylindrical wall extending from the cover end to a cylindrical wall edge to define an interior volume of the cylindrical wall, the cover end having a connector extending from the cover end in a direction opposite to the cylindrical wall, the connector having an outer surface configured to connect to and occlude the piping system, the mold assembly being characterized in that the cover is a unitary structure with the connector and in that the interior volume of the cylindrical wall has a plurality of supports distributed about the cylindrical wall, the plurality of supports engaging the cover end, and wherein a portion of the cover end facing the interior volume has a tool engagement surface configured to receive a tool (50, 51) inserted into the interior volume. an insert, the insert having identical opposing first and second insert ends (31, 32) and a cylindrical surface disposed between the first and second insert ends (31, 32), the first and second insert ends (31, 32) defining a plurality of fastener passages extending through the insert; and a cover, the cover having a cover end and a cylindrical wall extending from the cover end to a cylindrical wall edge to define an interior volume of the cylindrical wall, the cover end having a connector extending from the cover end in a direction opposite to the cylindrical wall, the connector having an outer surface configured to connect to and occlude the piping system, the mold assembly being characterized in that the cover is a unitary structure with the connector and in that the interior volume of the cylindrical wall has a plurality of supports distributed about the cylindrical wall, the plurality of supports engaging the cover end, and wherein a portion of the cover end facing the interior volume has a tool engagement surface configured to receive a tool (50, 51) inserted into the interior volume.
A method for feeding an antistatic compound to a polymerization reactor, the method comprising the steps of: a) dispersing, under mixing conditions, a catalyst powder and an antistatic compound in a liquid medium, so as to form a suspension of the catalyst powder and of the antistatic compound in the liquid medium; b) transferring the obtained suspension to a polymerization reactor; wherein the antistatic compound is incorporated in the catalyst suspension as a solid component. a) dispersing, under mixing conditions, a catalyst powder and an antistatic compound in a liquid medium, so as to form a suspension of the catalyst powder and of the antistatic compound in the liquid medium; b) transferring the obtained suspension to a polymerization reactor;
A method for producing a cell aggregate comprising a ciliary marginal zone-like structure, comprising a step of culturing a cell aggregate comprising a retinal tissue in which Chx10 positive cells are present in a proportion of 20% or more of the tissue in a serum-free medium containing a substance acting on the Wnt signal pathway that can enhance signal transduction mediated by Wnt for only a period before the appearance of a RPE65 gene expressing cell, followed by culturing the "cell aggregate in which RPE65 gene expressing cell does not appear" thus obtained in a serum-free medium containing a serum replacement or serum-containing medium each not containing a substance acting on the Wnt signal pathway, wherein the substance acting on the Wnt signal pathway that can enhance signal transduction mediated by Wnt is selected from a protein belonging to Wnt family, Wnt receptor, Wnt receptor agonist and GSK3β inhibitor; and wherein the cell aggregate comprising a retinal tissue in which Chx10 positive cells are present in a proportion of 20% or more of the tissue is a cell aggregate which is preparable by a method comprising the following steps to: a first step of subjecting pluripotent stem cells to suspension culture in a serum-free medium containing a substance inhibiting the Wnt signal pathway to form an aggregate of pluripotent stem cells, a second step of subjecting the aggregate formed in the first step to suspension culture in a serum-free medium containing a basement membrane preparation, and a third step of subjecting the aggregate cultured in the second step to suspension culture in a serum-containing medium. a first step of subjecting pluripotent stem cells to suspension culture in a serum-free medium containing a substance inhibiting the Wnt signal pathway to form an aggregate of pluripotent stem cells, a second step of subjecting the aggregate formed in the first step to suspension culture in a serum-free medium containing a basement membrane preparation, and a third step of subjecting the aggregate cultured in the second step to suspension culture in a serum-containing medium.
An integrated radio receiver device for receiving complex IQ modulation, ASK/AM modulation, and FSK/FM modulation signals, the radio receiver device comprising: a first stage down-conversion mixer; an AM detector connected to the output of the first stage down-conversion mixer providing demodulated ASK/AM output from received ASK/AM modulation signals; and an FM detector connected to the output of the first stage down-conversion mixer providing demodulated FSK/FM output from received FSK/FM modulation signals; characterized in that: the device further comprises an IQ down-converter connected to the output of the first stage down-conversion mixer and providing demodulated I-channel and Q-channel outputs from received complex IQ modulated signals; and wherein the output of the AM detector can be multiplexed with either the I-channel or Q-channel output into a baseband amplifier and filter. a first stage down-conversion mixer; an AM detector connected to the output of the first stage down-conversion mixer providing demodulated ASK/AM output from received ASK/AM modulation signals; and an FM detector connected to the output of the first stage down-conversion mixer providing demodulated FSK/FM output from received FSK/FM modulation signals; characterized in that: the device further comprises an IQ down-converter connected to the output of the first stage down-conversion mixer and providing demodulated I-channel and Q-channel outputs from received complex IQ modulated signals; and wherein the output of the AM detector can be multiplexed with either the I-channel or Q-channel output into a baseband amplifier and filter. the device further comprises an IQ down-converter connected to the output of the first stage down-conversion mixer and providing demodulated I-channel and Q-channel outputs from received complex IQ modulated signals; and wherein the output of the AM detector can be multiplexed with either the I-channel or Q-channel output into a baseband amplifier and filter.
An end seal member for a toner carrier of an electrophotographic image-forming device, wherein the end seal member for the electrophotographic image-forming device is formed from a sheet-like member having a pattern of bands possessing recesses and projections in linear configuration which is worked into a desired shape by a cutting operation, and has an irregular surface comprising recessed regions and projecting regions in a pattern of bands comprising a plurality of steps in more or less linear configuration which contact a contacted surface of a rotating body constituting a toner carrier, and is a sealing member in which width of a recessed region is from 0.25 mm to less than one-half of an end seal width, and, when toner conveyed by the toner carrier comes in contact with a chamfered region or a radiused region at an edge of a projecting region at an irregular surface of a sealing member, an edge at a projecting region of a sealing member having recesses and projections causes a toner scraping angle formed by an edge of a projecting region which comes in contact with toner, a toner average particle diameter, and a radius of a toner carrier to be formed so as to be greater than an angle of repose of toner, and furthermore, this irregular surface in a pattern of bands comprising a plurality of steps in linear configuration has a toner control angle which is an angle causing toner to be returned toward an interior which is in a direction of a rotational axis of a toner carrier as a result of rotation of a rotating body constituting a toner carrier, and reactive-force-providing elasticity of an elastic body arranged at a back surface of a sealing member having an irregular surface, straddled by way of an intervening elastic body provided between an installation seat for a back surface of an end seal member and a rotating body, causes an irregular surface of a sealing member which contacts a rotating body to cause a recessed region to bend and be deformed toward a rotating body so as to contact a rotating body or so as to cause a gap between a recessed region and a rotating body to be formed so as to be a gap permitting transfer of toner scraped by a rotating body and so as to be less than or equal to a gap at which leakage does not occur at an acceleration less than or equal to 40 m/s 2, as a result of which leakage of toner from an end of a toner carrier is prevented.
A glucose sensor insertion assembly for positioning an on-body patch device including sensor and sensor electronics assembly, the insertion assembly comprising: an insertion device comprising a housing, an introducer, a bias mechanism, and a cap configured to provide a closure or seal on an open end of the insertion device; and an integrated glucose sensor and sensor electronics assembly provided within the housing; wherein the introducer is configured to pierce the skin surface of a user and position the glucose sensor in fluid contact with a body fluid of the user; wherein the insertion device is configured to move the introducer and the integrated glucose sensor and sensor electronics assembly within the housing towards the skin surface of the user in a direction substantially perpendicular to the skin surface; wherein the bias mechanism is configured to retract the introducer from an insertion position to a retracted position in which the introducer is entirely retained within the housing; wherein the glucose sensor insertion assembly is configured such that when the insertion device is removed from the skin surface, the sensor electronics assembly is retained on the skin surface, while the position of the glucose sensor is maintained in fluid contact with the body fluid of the user under the skin surface; and wherein the sensor electronics assembly is configured to communicate with a reader device or receiver unit via a Bluetooth enabled communication link. an insertion device comprising a housing, an introducer, a bias mechanism, and a cap configured to provide a closure or seal on an open end of the insertion device; and an integrated glucose sensor and sensor electronics assembly provided within the housing; wherein the introducer is configured to pierce the skin surface of a user and position the glucose sensor in fluid contact with a body fluid of the user; wherein the insertion device is configured to move the introducer and the integrated glucose sensor and sensor electronics assembly within the housing towards the skin surface of the user in a direction substantially perpendicular to the skin surface; wherein the bias mechanism is configured to retract the introducer from an insertion position to a retracted position in which the introducer is entirely retained within the housing; wherein the glucose sensor insertion assembly is configured such that when the insertion device is removed from the skin surface, the sensor electronics assembly is retained on the skin surface, while the position of the glucose sensor is maintained in fluid contact with the body fluid of the user under the skin surface; and wherein the sensor electronics assembly is configured to communicate with a reader device or receiver unit via a Bluetooth enabled communication link.
Method for transmitting data between a first automation device (50, 12, 14, 18), such as a user PC or a central control device, and at least one second automation device (24, 40), such as a field device, via a CANopen bus (20, 22) using a service data object as an SDO service, wherein via an SDO client implemented in the first automation device (50, 12, 14, 18) a download or upload request is sent to an SDO server implemented in the at least one second automation device (24, 40), wherein the data are encapsulated in a CANopen frame by an application (54, 84) implemented in the first automation device (50, 12, 14, 18) or the at least one second automation device (24, 40), wherein the CANopen frame with the encapsulated data is transmitted or sent by means of an SDO service into or out of a data tunnel object (80, 86) defined in an object dictionary of the SDO server, and wherein the encapsulated data are decapsulated by the application implemented in the first or the at least one second automation device (24, 40), characterized in that the method is used to configure and/or parameterize via the CANopen bus (20, 22) the at least one second automation device (24 - 40) that includes a MODBUS server, in that the data are generated as configuration and/or parameterization data in the form of a MODBUS frame and encapsulated in said CANopen frame, and in that the CANopen frame is loaded by way of an SDO download into the data tunnel object (80, 86) of the SDO server of the at least one second automation device and decapsulated.
An operating method of a wireless Access Point device, comprising: in an idle state in the absence of data transmission, after transmitting N broadcast frame signals with full power, transmitting M broadcast frame signals with low power, wherein M is an integer greater than 0, N is an integer greater than 1 or N is an integer greater than 0, and a sum of M and N remains unchanged in a certain time span; characterized by further comprising: in a connection state in the presence of data transmission, establishing a data connection with the lowest transmission rate in all compatible transmission rates; and judging whether a current transmission rate is greater than or equal to a sum of a current actual throughput and a preset system parameter; and if the current transmission rate is smaller than the sum of the current actual throughput and the preset system parameter, increasing the transmission rate; if the current transmission rate is greater than or equal to the sum of the current actual throughput and the preset system parameter, maintaining the current transmission rate unchanged; wherein the preset system parameter is used to indicate a data traffic added on the actual throughput. in an idle state in the absence of data transmission, after transmitting N broadcast frame signals with full power, transmitting M broadcast frame signals with low power, wherein M is an integer greater than 0, N is an integer greater than 1 or N is an integer greater than 0, and a sum of M and N remains unchanged in a certain time span; characterized by further comprising: in a connection state in the presence of data transmission, establishing a data connection with the lowest transmission rate in all compatible transmission rates; and judging whether a current transmission rate is greater than or equal to a sum of a current actual throughput and a preset system parameter; and if the current transmission rate is smaller than the sum of the current actual throughput and the preset system parameter, increasing the transmission rate; if the current transmission rate is greater than or equal to the sum of the current actual throughput and the preset system parameter, maintaining the current transmission rate unchanged; wherein the preset system parameter is used to indicate a data traffic added on the actual throughput. in a connection state in the presence of data transmission, establishing a data connection with the lowest transmission rate in all compatible transmission rates; and judging whether a current transmission rate is greater than or equal to a sum of a current actual throughput and a preset system parameter; and if the current transmission rate is smaller than the sum of the current actual throughput and the preset system parameter, increasing the transmission rate; if the current transmission rate is greater than or equal to the sum of the current actual throughput and the preset system parameter, maintaining the current transmission rate unchanged; wherein the preset system parameter is used to indicate a data traffic added on the actual throughput.
A method for use in determining fluid levels within a subject, the method including, in a processing device: a) determining at least one impedance value measured for the subject; b) determining physical dimensions for at least part of at least one segment of the subject; the physical dimensions are measured for the subject; c) using the physical dimensions to determine a shape factor at least partially indicative of a shape of the at least one segment; and, d) calculating a fluid indicator indicative of the fluid levels in the segment at least in part using the at least one impedance value and the shape factor; characterised in that the physical dimensions are measured for the subject by: i) capturing at least one image of the subject; ii) determining a silhouette of the subject from the at least one image; and iii) measuring the physical dimensions from the silhouette. a) determining at least one impedance value measured for the subject; b) determining physical dimensions for at least part of at least one segment of the subject; the physical dimensions are measured for the subject; c) using the physical dimensions to determine a shape factor at least partially indicative of a shape of the at least one segment; and, d) calculating a fluid indicator indicative of the fluid levels in the segment at least in part using the at least one impedance value and the shape factor; i) capturing at least one image of the subject; ii) determining a silhouette of the subject from the at least one image; and iii) measuring the physical dimensions from the silhouette.
A hydraulic unit in the form of a hydraulic pump or a hydraulic motor, comprising a housing in which a hydraulic converter in the form of a pump stage or a motor stage is accommodated, which is coupled to a drive shaft that includes a connecting shaft piece located outside the housing for connection to a mechanical drive element, wherein a clutch is provided in the housing for coupling and decoupling the connecting shaft piece to/from the hydraulic converter, wherein the housing has a clutch chamber in which the clutch is accommodated and which is closed towards a housing outer side and sealed by means of a seal, and wherein the connecting shaft piece is arranged coaxially to the inner drive shaft piece and engages over the same in a pot-like manner, characterized in that the clutch is arranged radially on the outside above the drive shaft piece and above the connecting shaft piece.
A high or differential pressure electrolyser comprising, an electrochemical cell having a high pressure side and a low pressure side, the electrochemical cell comprising: first and second flow field plates; a membrane located between the flow field plates, the membrane having a first side on the low pressure side and a second side on the high pressure side; a first porous support between the first side of the membrane and the first flow field plate, the first porous support being relatively incompressible compared to other materials located between the plates; a first seal surrounding the first porous support, there being a gap between the first porous support and the seal at the surface of the membrane; a second seal between the second side of the membrane and the second flow field plate, wherein at least part of the second seal is located inside of the gap as seen in plan view, whereby the membrane is protected against being pushed into the gap by pressure from the high pressure side of the cell. first and second flow field plates; a membrane located between the flow field plates, the membrane having a first side on the low pressure side and a second side on the high pressure side; a first porous support between the first side of the membrane and the first flow field plate, the first porous support being relatively incompressible compared to other materials located between the plates; a first seal surrounding the first porous support, there being a gap between the first porous support and the seal at the surface of the membrane; a second seal between the second side of the membrane and the second flow field plate, wherein at least part of the second seal is located inside of the gap as seen in plan view, whereby the membrane is protected against being pushed into the gap by pressure from the high pressure side of the cell.