mhurhangee/ep-ind-claims huggingface dataset:
A compound, (3Z,5S)-5-(hydroxymethyl)-1-[(2'-methyl-1,1'-biphenyl-4-yl)carbonyl]pyrrolidin-3-one O-methyloxime, represented by formula for use in a method of treating a human female subject undergoing embryo transfer therapy, wherein the concentration of progesterone in a sample isolated from the subject has been determined, the method comprising: a. comparing the concentration of progesterone to a progesterone reference level; and b. administering a therapeutically effective amount of the compound to the subject if the concentration of progesterone in the sample isolated from the subject is below the progesterone reference level; wherein one or more human embryos are transferred to the uterus of the subject, and wherein the progesterone reference level is from 1.0 ng/ml to 2.0 ng/ml. a. comparing the concentration of progesterone to a progesterone reference level; and b. administering a therapeutically effective amount of the compound to the subject if the concentration of progesterone in the sample isolated from the subject is below the progesterone reference level;
A computing system for off-chain notification of updates from a private blockchain, the system comprising: a processor configured to execute a bootstrap smart contract on the private blockchain to create, via chaincode, a link between a non-participant system and a data field stored on a private blockchain, where the data field comprises participant data of a participant entity that has access to the private blockchain and the non-participant system is of a non-participant entity that does not have access to the private blockchain, detect a change in a value of the participant data based on a read operation from the data field stored on the private blockchain, and generate a notification of the changed value of the participant data; a network interface configured to transmit the notification to the non-participant system based on the link between the non-participant system and the data field; wherein the processor is further configured to generate a message that comprises the changed value of the participant data store; and storing the generated message within a data block of a different blockchain. a processor configured to execute a bootstrap smart contract on the private blockchain to create, via chaincode, a link between a non-participant system and a data field stored on a private blockchain, where the data field comprises participant data of a participant entity that has access to the private blockchain and the non-participant system is of a non-participant entity that does not have access to the private blockchain, detect a change in a value of the participant data based on a read operation from the data field stored on the private blockchain, and generate a notification of the changed value of the participant data; a network interface configured to transmit the notification to the non-participant system based on the link between the non-participant system and the data field; wherein the processor is further configured to generate a message that comprises the changed value of the participant data store; and storing the generated message within a data block of a different blockchain.
Measuring sensor, comprising: - at least one PCB sensing component and at least one measuring component; - a cavity in which at least the PCB sensing component and the measuring component are located, the cavity receiving a potting material, in particular a resin, that covers the sensing component and leaves the measuring component at least partially uncovered; and - a reservoir for deposition of the potting material and that communicates with the cavity so as to allow, after the potting material has been deposited in the reservoir, the potting material to flow into the cavity, the deposition reservoir having a volume chosen so as to allow all the potting material to be received during the deposition of the material, the reservoir being at least partially emptied at the end of the flow of the potting material into the cavity. - at least one PCB sensing component and at least one measuring component; - a cavity in which at least the PCB sensing component and the measuring component are located, the cavity receiving a potting material, in particular a resin, that covers the sensing component and leaves the measuring component at least partially uncovered; and - a reservoir for deposition of the potting material and that communicates with the cavity so as to allow, after the potting material has been deposited in the reservoir, the potting material to flow into the cavity, the deposition reservoir having a volume chosen so as to allow all the potting material to be received during the deposition of the material, the reservoir being at least partially emptied at the end of the flow of the potting material into the cavity.
A computer-implemented method, comprising: broadcasting a device identifier of a portable recording device via a low-energy transceiver of the portable recording device; receiving a device identifier acknowledgment from a computing device via the low-energy transceiver following the computing device determining that no high-energy communication connection exists between the computing device and the portable recording device; sending authentication data that includes an officer identifier of a law enforcement officer using the portable recording device and a unit identifier of the portable recording device via the low-energy transceiver to the computing device in response to receipt of the device identifier acknowledgement; receiving high-energy connection information from the computing device following the computing device determining that the officer identifier is associated with the unit identifier in an assignment table, the high-energy connection information including an access point identifier, a security encryption scheme type, and an access point password that controls connection access to a high-energy transceiver of the computing device; forming a high-energy communication connection with the high-energy transceiver of the computing device via a high-energy transceiver of the portable recording device based on the high-energy connection information; and sending one or more data files to the computing device via the high-energy communication connection, the one or more data files including a data asset that is captured by the portable recording device or metadata for the data asset. broadcasting a device identifier of a portable recording device via a low-energy transceiver of the portable recording device; receiving a device identifier acknowledgment from a computing device via the low-energy transceiver following the computing device determining that no high-energy communication connection exists between the computing device and the portable recording device; sending authentication data that includes an officer identifier of a law enforcement officer using the portable recording device and a unit identifier of the portable recording device via the low-energy transceiver to the computing device in response to receipt of the device identifier acknowledgement; receiving high-energy connection information from the computing device following the computing device determining that the officer identifier is associated with the unit identifier in an assignment table, the high-energy connection information including an access point identifier, a security encryption scheme type, and an access point password that controls connection access to a high-energy transceiver of the computing device; forming a high-energy communication connection with the high-energy transceiver of the computing device via a high-energy transceiver of the portable recording device based on the high-energy connection information; and sending one or more data files to the computing device via the high-energy communication connection, the one or more data files including a data asset that is captured by the portable recording device or metadata for the data asset.
A method of a remote unit comprising: generating a first Medium Access Control, MAC, Packet Data Unit, PDU for transmission on a first uplink, UL, configured grant, CG, associated with a first Hybrid Automatic Repeat Request, HARQ, process, the first UL CG being for a first UL bandwidth part, BWP; deprioritizing the first UL CG and not performing a transmission of the first MAC PDU in response to detecting a higher priority UL transmission overlapping with the first UL CG; switching an active UL BWP from the first UL BWP to a second UL BWP after deprioritizing the first UL CG; receiving a second UL CG associated with the first HARQ process on the second UL BWP; and preventing the first HARQ process from triggering a transmission of the first MAC PDU on the second UL CG in response to determining that the first UL CG associated with the first HARQ process was on a different UL BWP than the second UL BWP. generating a first Medium Access Control, MAC, Packet Data Unit, PDU for transmission on a first uplink, UL, configured grant, CG, associated with a first Hybrid Automatic Repeat Request, HARQ, process, the first UL CG being for a first UL bandwidth part, BWP; deprioritizing the first UL CG and not performing a transmission of the first MAC PDU in response to detecting a higher priority UL transmission overlapping with the first UL CG; switching an active UL BWP from the first UL BWP to a second UL BWP after deprioritizing the first UL CG; receiving a second UL CG associated with the first HARQ process on the second UL BWP; and preventing the first HARQ process from triggering a transmission of the first MAC PDU on the second UL CG in response to determining that the first UL CG associated with the first HARQ process was on a different UL BWP than the second UL BWP.
Roller tool for a machine tool for the linear forming of a metal sheet, having - a housing, - a tool head for reversibly interacting with a ram of the machine tool which is mounted so as to be rotatable relative to the housing about a tool longitudinal axis, having -- an impact face for transmitting a contact pressure force that is oriented so as to be parallel to the tool longitudinal axis from the ram to the tool head and -- a rotary engagement for transmitting a rotating movement about the tool longitudinal axis from the ram to the tool head, - a roller installation for interacting with the metal sheet, having -- at least one roller body that is capable of being rotatably driven by way of the tool head; characterized in that - a safety clutch for limiting a maximum torque transmittable between the tool head and the at least one roller body, and - the rotary engagement is configured as a form-fit profile for transmitting the rotating movement in a form-fitting manner from the ram to the roller tool. - a housing, - a tool head for reversibly interacting with a ram of the machine tool which is mounted so as to be rotatable relative to the housing about a tool longitudinal axis, having -- an impact face for transmitting a contact pressure force that is oriented so as to be parallel to the tool longitudinal axis from the ram to the tool head and -- a rotary engagement for transmitting a rotating movement about the tool longitudinal axis from the ram to the tool head, -- an impact face for transmitting a contact pressure force that is oriented so as to be parallel to the tool longitudinal axis from the ram to the tool head and -- a rotary engagement for transmitting a rotating movement about the tool longitudinal axis from the ram to the tool head, - a roller installation for interacting with the metal sheet, having -- at least one roller body that is capable of being rotatably driven by way of the tool head; characterized in that -- at least one roller body that is capable of being rotatably driven by way of the tool head; - a safety clutch for limiting a maximum torque transmittable between the tool head and the at least one roller body, and - the rotary engagement is configured as a form-fit profile for transmitting the rotating movement in a form-fitting manner from the ram to the roller tool.
A redox flow battery in which a positive electrode electrolyte and a negative electrode electrolyte are supplied to a battery cell including a positive electrode, a negative electrode, and a membrane interposed between the electrodes, to charge and discharge the battery, said positive electrode electrolyte containing a manganese ion, said negative electrode electrolyte containing at least one type of metal ion selected from a titanium ion, a vanadium ion, a chromium ion, a zinc ion, and a tin ion, said positive electrode electrolyte further containing a titanium ion as a precipitation suppression means for suppressing precipitation of MnO 2, and a concentration of the titanium ion in said positive electrode electrolyte being not less than 50% of a molar concentration of the manganese ion in said positive electrode electrolyte
A resin composition comprising: a polyethylene wax which satisfies requirements (i) to (v) below: (i) a weight average molecular weight (Mw) of 400 to 1,500 as measured by GPC, (ii) a molecular weight distribution (Mw/Mn) of 1.2 to 2.5 as measured by GPC, (iii) a penetration index of 5 dmm or less as measured in accordance with JIS K 2207 at 25°C, and (iv) a melting point (Tm) of 50 to 110°C as measured by differential scanning calorimetry, (v) a fraction of a heat of fusion (ΔH -50) derived from a peak at 50°C or lower, relative to total heat of fusion (ΔH all) derived from all peaks, being 1.0% to 5.0% as measured by differential scanning calorimetry; and at least one resin selected from the group consisting of a thermoplastic resin and a thermosetting resin, wherein a mass ratio of to ( /) is 0.1/99.9 to 50/50. a polyethylene wax which satisfies requirements (i) to (v) below: (i) a weight average molecular weight (Mw) of 400 to 1,500 as measured by GPC, (ii) a molecular weight distribution (Mw/Mn) of 1.2 to 2.5 as measured by GPC, (iii) a penetration index of 5 dmm or less as measured in accordance with JIS K 2207 at 25°C, and (iv) a melting point (Tm) of 50 to 110°C as measured by differential scanning calorimetry, (v) a fraction of a heat of fusion (ΔH -50) derived from a peak at 50°C or lower, relative to total heat of fusion (ΔH all) derived from all peaks, being 1.0% to 5.0% as measured by differential scanning calorimetry; and (i) a weight average molecular weight (Mw) of 400 to 1,500 as measured by GPC, (ii) a molecular weight distribution (Mw/Mn) of 1.2 to 2.5 as measured by GPC, (iii) a penetration index of 5 dmm or less as measured in accordance with JIS K 2207 at 25°C, and (iv) a melting point (Tm) of 50 to 110°C as measured by differential scanning calorimetry, (v) a fraction of a heat of fusion (ΔH -50) derived from a peak at 50°C or lower, relative to total heat of fusion (ΔH all) derived from all peaks, being 1.0% to 5.0% as measured by differential scanning calorimetry; and at least one resin selected from the group consisting of a thermoplastic resin and a thermosetting resin, wherein a mass ratio of to ( /) is 0.1/99.9 to 50/50.
Operating method for a sewing machine for sewing workpieces (12, 13) along a seam, wherein by means of the sewing machine at least one sewing parameter can be preselected, comprising the following steps: - dividing the seam into a number of parameter seam sections (19, 20, 23, 21, 22), - assigning sewing parameter values to the respective parameter seam sections (19, 20, 23, 21, 22), - sewing the workpieces (12, 13), starting from a seam starting point, along a sequence of operating seam sections (a1/a2, b1/b2, c1/c2, d1/d2,...) of the seam, - wherein the sequence of operating seam sections produces a seam division which is independent of the division into the parameter seam sections, - at the start of the sewing process sewing the workpieces (12, 13) with a preselected start sewing parameter value, - automatically converting the sewing parameter value on changing between two consecutive operating seam sections (a1/a2, b1/b2, c1/c2, d1/d2,...), as long as this change is performed in a parameter seam section (19, 20, 23, 21, 22) to which a sewing parameter value is assigned which differs from the currently set sewing parameter value. - dividing the seam into a number of parameter seam sections (19, 20, 23, 21, 22), - assigning sewing parameter values to the respective parameter seam sections (19, 20, 23, 21, 22), - sewing the workpieces (12, 13), starting from a seam starting point, along a sequence of operating seam sections (a1/a2, b1/b2, c1/c2, d1/d2,...) of the seam, - wherein the sequence of operating seam sections produces a seam division which is independent of the division into the parameter seam sections, - at the start of the sewing process sewing the workpieces (12, 13) with a preselected start sewing parameter value, - automatically converting the sewing parameter value on changing between two consecutive operating seam sections (a1/a2, b1/b2, c1/c2, d1/d2,...), as long as this change is performed in a parameter seam section (19, 20, 23, 21, 22) to which a sewing parameter value is assigned which differs from the currently set sewing parameter value.
A modular power tool comprising: a motor housing including: an electric motor; a drive member connected to the electric motor, the drive member being connected to a drive coupler; an extension pole including an input shaft having a first end connector and a second end connector, wherein the first end connector is configured to mate with the drive coupler; and an attachment component having an attachment connector and a working implement, wherein the attachment component is configured to mate with either of the drive coupler or the second end connector, characterised in that the modular power tool further comprises: a locking ring having a plurality of locking pins, the locking ring being rotatably mounted to the motor housing; the extension pole having a connection member having a plurality of detents that are configured for releasable engagement with the plurality of locking pins in the first end connector and an extension pole locking ring having a plurality of locking pins in the second end connector; and an attachment component connection member having a plurality of detents that are configured for releasable engagement with the plurality of locking pins of either the locking ring and the extension pole locking ring. a motor housing including: an electric motor; a drive member connected to the electric motor, the drive member being connected to a drive coupler; an electric motor; a drive member connected to the electric motor, the drive member being connected to a drive coupler; an extension pole including an input shaft having a first end connector and a second end connector, wherein the first end connector is configured to mate with the drive coupler; and an attachment component having an attachment connector and a working implement, wherein the attachment component is configured to mate with either of the drive coupler or the second end connector, characterised in that the modular power tool further comprises: a locking ring having a plurality of locking pins, the locking ring being rotatably mounted to the motor housing; the extension pole having a connection member having a plurality of detents that are configured for releasable engagement with the plurality of locking pins in the first end connector and an extension pole locking ring having a plurality of locking pins in the second end connector; and an attachment component connection member having a plurality of detents that are configured for releasable engagement with the plurality of locking pins of either the locking ring and the extension pole locking ring. a locking ring having a plurality of locking pins, the locking ring being rotatably mounted to the motor housing; the extension pole having a connection member having a plurality of detents that are configured for releasable engagement with the plurality of locking pins in the first end connector and an extension pole locking ring having a plurality of locking pins in the second end connector; and an attachment component connection member having a plurality of detents that are configured for releasable engagement with the plurality of locking pins of either the locking ring and the extension pole locking ring.
Apparatus for producing strips of bone fibre comprising a vice for securing a section of rigid bone with which said apparatus is used, said vice defining a containment area and having a compression axis (A-A), an arm for reciprocal linear movement along a movement axis (C-C) between a rearward position and a forward position, a first drive mechanism for moving said arm along said movement axis (C-C) in a reciprocal manner, and a cutting head comprising a first row of cutting teeth, which cutting head is mounted to a first end of said arm with said first row of cutting teeth coincident with said containment area characterised in that a longitudinal axis (B-B) of said bone is configured to be substantially aligned in use with said compression axis (A-A), in which said movement axis (C-C) is parallel with said compression axis (A-A) and spaced therefrom in a lateral plane, and in which said first row of cutting teeth dissect said lateral plane.
An integrated circuit, comprising a first subsystem including core logic coupled to a first subsystem core logic power rail and embedded memories coupled to a first subsystem memory power rail; a processor subsystem including core logic coupled to a processor core logic power rail and embedded memories coupled to a processor memory power rail; and means for controlling whether a voltage of the first subsystem core logic power rail and a voltage for the first subsystem memory power rail both equal retention values or nominal values responsive to whether the first subsystem is to transition into a sleep mode or into a nominal mode of operation, wherein the means for controlling further includes a means for timing a duration of a sleep period as determined by the first subsystem, the means for controlling being configured to command for a transition of the voltages on the first subsystem core logic power rail and the first subsystem memory power rail from the retention values to their nominal values upon expiration of the sleep period duration independently of whether the processor subsystem is in a sleep mode or in a nominal mode of operation.
An RNA complex, capable of mediating RNA interference, comprising a core double-stranded region of between 15 and 40 base pairs, said core double stranded region comprising an antisense strand and a discontinuous passenger strand that is hybridised to the antisense strand, wherein the discontinuity in the passenger strand is a nick, or a gap of 1 or 2 nucleotides, and wherein the RNA complex comprises LNA nucleotide analogues which increase the melting temperature of the core double stranded region, and; wherein the discontinuous passenger strand comprises a first and a second RNA-molecule, which together form the discontinuous passenger strand.