mhurhangee/patent-ind-claim-en huggingface dataset:
A peripheral digital storage device, having an interface allowing a connection to a self-service machine, for performing maintenance operation to the self-service machine, comprising: A storage device providing a storage area, wherein the storage area is divided into set of partitions (8a-8d) which are interpretable by the self-service machine as independent storage areas for file operation when connected to the self-service machine; a control unit which is configured to control the access to the partitions by refusing or granting the self-service machine an access to the partition, depending on identity information receivable from the self-service machine for providing access to individual partitions for each assigned self-service machine connectable to the interface; wherein the set of partitions comprises read/ write partitions allowing individual read/write file operations on the partitions by the self-service machine being exclusively assigned to the partition hereby avoiding a data exchange between the different self-service machines. A storage device providing a storage area, wherein the storage area is divided into set of partitions (8a-8d) which are interpretable by the self-service machine as independent storage areas for file operation when connected to the self-service machine; a control unit which is configured to control the access to the partitions by refusing or granting the self-service machine an access to the partition, depending on identity information receivable from the self-service machine for providing access to individual partitions for each assigned self-service machine connectable to the interface; wherein the set of partitions comprises read/ write partitions allowing individual read/write file operations on the partitions by the self-service machine being exclusively assigned to the partition hereby avoiding a data exchange between the different self-service machines.
A method comprising: initiating, at a controller , communication with a wireless sensor disposed on a movable part internal to a machine by receiving a wireless signal from the wireless sensor , the wireless signal indicative of a frequency of vibration of the internal movable part ; obtaining, at the controller , an acceptable threshold range of vibrations for the internal movable part from one or more data sources of the controller ; determining, at the controller , whether the frequency of vibration is within the acceptable threshold range of vibrations for the internal movable part ; and initiating, at the controller , preventative actions when the frequency is not within the acceptable threshold range, characterized in that : demanding, at the controller , faster transmissions from the wireless sensor , if the controller determines a trend of past readings is approaching the limits of the acceptable threshold range.. initiating, at a controller , communication with a wireless sensor disposed on a movable part internal to a machine by receiving a wireless signal from the wireless sensor , the wireless signal indicative of a frequency of vibration of the internal movable part ; obtaining, at the controller , an acceptable threshold range of vibrations for the internal movable part from one or more data sources of the controller ; determining, at the controller , whether the frequency of vibration is within the acceptable threshold range of vibrations for the internal movable part ; and initiating, at the controller , preventative actions when the frequency is not within the acceptable threshold range, characterized in that : demanding, at the controller , faster transmissions from the wireless sensor , if the controller determines a trend of past readings is approaching the limits of the acceptable threshold range..
A network handover processing method, comprising: receiving , by a target evolution NodeB, T-eNB, identity information sent from a user equipment, UE, the identity information sent from the UE is allocated by a source evolution NodeB, S-eNB, and comprises a combination of Cell Radio Network Temporary Identifier, C-RNTI and source cell identity; and sending , by the T-eNB, parameters to the UE if identity information, matching the received identity information sent from the UE, is available in the T-eNB, wherein the parameters are allocated to the UE by the T-eNB; wherein, the identity information available in the T-eNB is sent by the S-eNB to the T-eNB, and the identity information sent by the S-eNB is allocated by the S-eNB, and comprises a combination of C-RNTI and source cell identity. receiving , by a target evolution NodeB, T-eNB, identity information sent from a user equipment, UE, the identity information sent from the UE is allocated by a source evolution NodeB, S-eNB, and comprises a combination of Cell Radio Network Temporary Identifier, C-RNTI and source cell identity; and sending , by the T-eNB, parameters to the UE if identity information, matching the received identity information sent from the UE, is available in the T-eNB, wherein the parameters are allocated to the UE by the T-eNB; wherein, the identity information available in the T-eNB is sent by the S-eNB to the T-eNB, and the identity information sent by the S-eNB is allocated by the S-eNB, and comprises a combination of C-RNTI and source cell identity.
A downhole straddle system for sealing off a damaged zone in a well tubular metal structure in a well having a top , comprising: - a straddle assembly having a first end , a second end closest to the top, an inner face , a first hydraulic expandable annular barrier and a second hydraulic expandable annular barrier , - a downhole tool assembly having a hydraulic operated deployment tool for releasable connection of the downhole tool assembly to the second end of the straddle assembly, the downhole tool assembly further comprising a first sealing unit arranged above the first hydraulic expandable annular barrier and the second hydraulic expandable annular barrier and configured to seal against the inner face of the straddle assembly, and - a closing unit configured to close the first end of the straddle assembly, characterised in that the downhole tool assembly further comprises a sealing device arranged above the deployment tool and the first sealing unit, the sealing device having an annular sealing element having a first outer diameter (OD1) in a first condition and a second outer diameter (OD2) being larger than the first outer diameter in a second condition for sealing against an inner face of the well tubular metal structure, the sealing device comprising a fluid channel to fluidly connect an inside of the straddle assembly with the well tubular metal structure above the sealing device, the fluid channel extending from an outer face of the sealing device to the inside of the straddle assembly. - a straddle assembly having a first end , a second end closest to the top, an inner face , a first hydraulic expandable annular barrier and a second hydraulic expandable annular barrier , - a downhole tool assembly having a hydraulic operated deployment tool for releasable connection of the downhole tool assembly to the second end of the straddle assembly, the downhole tool assembly further comprising a first sealing unit arranged above the first hydraulic expandable annular barrier and the second hydraulic expandable annular barrier and configured to seal against the inner face of the straddle assembly, and - a closing unit configured to close the first end of the straddle assembly,
Method for producing a metallic strip, wherein the strip is rolled out from a slab in a rolling train by means of a number of roll stands , wherein the slab to be rolled is composed of individual part slabs , wherein the combining of the individual part slabs takes place in a slab connecting device in which a section of the part slab lying at the front in rolling direction (R) as well as the section of the part slab lying at the rear in rolling direction (R) are separated off and the two part slabs are joined together at the separation point , wherein after the separation and before the joining together of the two part slabs a measurement of at least one of the two part slabs at the separation point is carried out, characterised in that the data obtained from the measurement is fed to controller which generates control data for the rolling process from the measurement data and delivers the control data to the rolling train .
A luminaire mounting kit comprising: a luminaire having a mounting section comprising a recessed section carrying a first gear wheel portion , the recessed section being flanked by at least one protruding section carrying a second gear wheel portion ; and a mounting body for engaging with the mounting section, the mounting body comprising: a protruding end portion carrying a first further gear wheel portion for engaging with the first gear wheel portion; and at least one recessed side portion flanking said end portion and carrying a second further gear wheel portion arranged to simultaneously engage with the second gear wheel portion when the first further gear wheel portion engages with the first gear wheel portion; wherein the first gear wheel portion is concavely shaped and the first further gear wheel portion is convexly shaped; and wherein each second gear wheel portion is convexly shaped and each second further gear wheel portion is concavely shaped. a luminaire having a mounting section comprising a recessed section carrying a first gear wheel portion , the recessed section being flanked by at least one protruding section carrying a second gear wheel portion ; and a mounting body for engaging with the mounting section, the mounting body comprising: a protruding end portion carrying a first further gear wheel portion for engaging with the first gear wheel portion; and at least one recessed side portion flanking said end portion and carrying a second further gear wheel portion arranged to simultaneously engage with the second gear wheel portion when the first further gear wheel portion engages with the first gear wheel portion; wherein the first gear wheel portion is concavely shaped and the first further gear wheel portion is convexly shaped; and wherein each second gear wheel portion is convexly shaped and each second further gear wheel portion is concavely shaped. a protruding end portion carrying a first further gear wheel portion for engaging with the first gear wheel portion; and at least one recessed side portion flanking said end portion and carrying a second further gear wheel portion arranged to simultaneously engage with the second gear wheel portion when the first further gear wheel portion engages with the first gear wheel portion; wherein the first gear wheel portion is concavely shaped and the first further gear wheel portion is convexly shaped; and wherein each second gear wheel portion is convexly shaped and each second further gear wheel portion is concavely shaped.
A hold-open device for holding open a door leaf in a hold-open position (II) between an open position (III) and a close position (I), wherein, by means of a slide element of the hold-open device , which length-displaceably engages in a guide rail of the hold-open device , the door leaf is movably guidable between the open position (III) and the close position (I), including: an electromagnet with an armature , which can be brought into mechanical operative connection with the slide element for retaining the door leaf , for stopping the door leaf in the hold-open position (II) between the open position (III) and the close position (I), wherein, in an operating condition of the electromagnet , the slide element is arrestable in the guide rail , and in an idle condition of the electromagnet , the slide element is freely movable in the guide rail , wherein the electromagnet includes a flat basic body (M), which can be disposed in an upper functional space of the guide rail , so that, in the operating condition of the electromagnet , the slide element , in a lower guide space of the guide rail , is movable past the hold-open device , for transferring the door leaf from the hold-open position (II) to the open position (III), wherein the electromagnet is formed as a clamping magnet. an electromagnet with an armature , which can be brought into mechanical operative connection with the slide element for retaining the door leaf , for stopping the door leaf in the hold-open position (II) between the open position (III) and the close position (I), wherein, in an operating condition of the electromagnet , the slide element is arrestable in the guide rail , and in an idle condition of the electromagnet , the slide element is freely movable in the guide rail , wherein the electromagnet includes a flat basic body (M), which can be disposed in an upper functional space of the guide rail , so that, in the operating condition of the electromagnet , the slide element , in a lower guide space of the guide rail , is movable past the hold-open device , for transferring the door leaf from the hold-open position (II) to the open position (III), wherein the electromagnet is formed as a clamping magnet.
A composition comprising: a fluorinated thermosetting plastic comprising repeating divalent monomeric units derived from TFE, HFP and VDF and further comprising 0.1 to 1% by weight iodine endgroups, as determined by X-ray fluorescence, wherein the fluorinated thermosetting plastic is semi-crystalline and has an MFI greater than 5 g/10 min at 265°C and 5 kg and a storage modulus of at least 0.001 MPa and at most 2.5 MPa at 100°C as measured at a strain of 1% and a frequency of 1 Hz in accordance with ASTM 6204-07; and a curing agent. a fluorinated thermosetting plastic comprising repeating divalent monomeric units derived from TFE, HFP and VDF and further comprising 0.1 to 1% by weight iodine endgroups, as determined by X-ray fluorescence, wherein the fluorinated thermosetting plastic is semi-crystalline and has an MFI greater than 5 g/10 min at 265°C and 5 kg and a storage modulus of at least 0.001 MPa and at most 2.5 MPa at 100°C as measured at a strain of 1% and a frequency of 1 Hz in accordance with ASTM 6204-07; and a curing agent.
Rodent bait containing two or more compounds selected from the group consisting of the classes thrombin inhibitors, thrombin receptor antagonists, factor Xa inhibitors, antagonists of the ADP receptor P2Y12, and antagonists of the GPIIb/IIIa receptor, wherein the thrombin inhibitor is at least one compound selected from the group consisting of melagatran, ximelagatran, dabigatran, dabigatran etexilate, and argatroban, wherein the thrombin receptor antagonist is at least one compound selected from the group consisting of atopaxar, and vorapaxar, wherein the inhibitor of Factor Xa is at least one compound selected from the group consisting of rivaroxaban, apixaban, edoxaban, betrixaban, darexaban, and otamixaban, wherein the antagonist of the ADP receptor P2Y12 is at least one compound selected from the group consisting of ticlopidine, clopidogrel, prasugrel, and ticagrelor, wherein the antagonist of the GPIIb/IIIa receptor is at least one compound selected from the group consisting of eristicophin, cotiarin, crotatroxin, cerastin, durissin, horridin, ruberin, lachesin, basilicin, lutosin, molossin, oreganin, viridin, tergeminin, barbourin, eptifibatid, orbofiban, roxifiban, sibrafiban, and tirofiban. wherein the thrombin inhibitor is at least one compound selected from the group consisting of melagatran, ximelagatran, dabigatran, dabigatran etexilate, and argatroban, wherein the thrombin receptor antagonist is at least one compound selected from the group consisting of atopaxar, and vorapaxar, wherein the inhibitor of Factor Xa is at least one compound selected from the group consisting of rivaroxaban, apixaban, edoxaban, betrixaban, darexaban, and otamixaban, wherein the antagonist of the ADP receptor P2Y12 is at least one compound selected from the group consisting of ticlopidine, clopidogrel, prasugrel, and ticagrelor, wherein the antagonist of the GPIIb/IIIa receptor is at least one compound selected from the group consisting of eristicophin, cotiarin, crotatroxin, cerastin, durissin, horridin, ruberin, lachesin, basilicin, lutosin, molossin, oreganin, viridin, tergeminin, barbourin, eptifibatid, orbofiban, roxifiban, sibrafiban, and tirofiban.
A Nondispersive Infrared (NDIR) gas sensor comprising: a support in the form of a printed circuit board assembly (PCBA); an optical detector on the support ; and an optical bench assembly mounted to the PCBA arranged over the optical detector, the optical bench assembly having: a base portion enclosing the optical detector on the PCBA; a middle portion with at least one opening and a central space whereby gas enters through the at least one opening; and a top portion an optical source arranged at the top portion of the optical bench assembly, wherein optical radiation is directed from the optical source through the central space to the optical detector; a window arranged in the optical bench assembly and positioned over the optical detector; and a heating element operably connected to the window, wherein the central space is defined between the optical source and the window and wherein the window is between the optical detector and the central space, and wherein the window is sized to fit over and fully cover the optical detector. a support in the form of a printed circuit board assembly (PCBA); an optical detector on the support ; and an optical bench assembly mounted to the PCBA arranged over the optical detector, the optical bench assembly having: a base portion enclosing the optical detector on the PCBA; a middle portion with at least one opening and a central space whereby gas enters through the at least one opening; and a top portion an optical source arranged at the top portion of the optical bench assembly, wherein optical radiation is directed from the optical source through the central space to the optical detector; a window arranged in the optical bench assembly and positioned over the optical detector; and a heating element operably connected to the window, wherein the central space is defined between the optical source and the window and wherein the window is between the optical detector and the central space, and wherein the window is sized to fit over and fully cover the optical detector. a base portion enclosing the optical detector on the PCBA; a middle portion with at least one opening and a central space whereby gas enters through the at least one opening; and a top portion an optical source arranged at the top portion of the optical bench assembly, wherein optical radiation is directed from the optical source through the central space to the optical detector; a window arranged in the optical bench assembly and positioned over the optical detector; and a heating element operably connected to the window, wherein the central space is defined between the optical source and the window and wherein the window is between the optical detector and the central space, and wherein the window is sized to fit over and fully cover the optical detector.
An anti-CD25 antibody or antigen-binding fragment thereof, comprising: a) aCD25-a-674-HCDR3 amino acid sequence (SEQ ID NO: 4) as variable heavy chain complementarity determining region 3; b) aCD25-a-674-HCDR1 amino acid sequence (SEQ ID NO: 2) as variable heavy chain complementarity determining region 1; c) aCD25-a-674-HCDR2 amino acid sequence (SEQ ID NO: 3) as variable heavy chain complementarity determining region 2; d) aCD25-a-674-LCDR1 amino acid sequence (SEQ ID NO: 6) as variable light chain complementarity determining region 1; e) aCD25-a-674-LCDR2 amino acid sequence (SEQ ID NO: 7) as variable light chain complementarity determining region 2; and f) aCD25-a-674-LCDR3 amino acid sequence (SEQ ID NO: 8) as variable light chain complementarity determining region 3. a) aCD25-a-674-HCDR3 amino acid sequence (SEQ ID NO: 4) as variable heavy chain complementarity determining region 3; b) aCD25-a-674-HCDR1 amino acid sequence (SEQ ID NO: 2) as variable heavy chain complementarity determining region 1; c) aCD25-a-674-HCDR2 amino acid sequence (SEQ ID NO: 3) as variable heavy chain complementarity determining region 2; d) aCD25-a-674-LCDR1 amino acid sequence (SEQ ID NO: 6) as variable light chain complementarity determining region 1; e) aCD25-a-674-LCDR2 amino acid sequence (SEQ ID NO: 7) as variable light chain complementarity determining region 2; and f) aCD25-a-674-LCDR3 amino acid sequence (SEQ ID NO: 8) as variable light chain complementarity determining region 3.
A magnesium alloy with high thermal conductivity, wherein based on the total mass of the magnesium alloy with high thermal conductivity, the magnesium alloy with high thermal conductivity comprises: 2.0-4.0 wt% of Al, 0.1-0.3 wt% of Mn, 1.0-2.0 wt% of La, 2.0-4.0 wt% of Ce, 0.1-1.0 wt% of Nd, 0.5-2.0 wt% of Zn, 0.1-0.5 wt% of Ca, less than 0.1 wt% of Sr, less than 0.1 wt% of Cu, and residue magnesium.
A Printed Circuit Board (PCB) mounting structure, comprising: a chassis on which a plurality of board resting portions are disposed; a PCB resting on the plurality of board resting portions ; a mounting portion disposed on at least one board resting portion of the plurality of board resting portions ; and a mounting member fixed on the PCB , and removably coupled with the mounting portion by a sliding movement of the PCB , characterised in that the mounting member comprises a coupling portion configured to be removably coupled with the mounting portion , and wherein the mounting portion comprises an insertion hole into which the coupling portion is inserted with the coupling portion of the mounting member accommodated inside the mounting portion . a chassis on which a plurality of board resting portions are disposed; a PCB resting on the plurality of board resting portions ; a mounting portion disposed on at least one board resting portion of the plurality of board resting portions ; and a mounting member fixed on the PCB , and removably coupled with the mounting portion by a sliding movement of the PCB , characterised in that the mounting member comprises a coupling portion configured to be removably coupled with the mounting portion , and wherein the mounting portion comprises an insertion hole into which the coupling portion is inserted with the coupling portion of the mounting member accommodated inside the mounting portion .
A method of preparing an overlay on a substrate, the overlay comprising titanium carbide, the method comprising: (a) obtaining a composition comprising TiC particles and non-TiC particles; and (b) applying the composition to a substrate by plasma transferred arc welding or spray/fuse deposition to form an overlay; wherein the TiC particles sizes are 44-250 micrometers (-60+325 mesh size); wherein the TiC particles comprise 50-100% by weight rounded particles, and 0-50% by weight angular particles, based on weight of TiC; and wherein the TiC comprises 5-70 wt% of the composition, based on weight of TiC and non-TiC particles; wherein the non-TiC particles comprise an alloy and/or a non-metal. (a) obtaining a composition comprising TiC particles and non-TiC particles; and (b) applying the composition to a substrate by plasma transferred arc welding or spray/fuse deposition to form an overlay;