mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a connector (10, 60) comprising: forming an outer connection element or inner connection element having fingers (22, 92), deforming the fingers (22, 92) to an angle to a longitudinal axis; characterised by the step of heat treating the connection element (20, 90) whilst the fingers (22, 92) are restrained at the angle to the longitudinal axis, wherein the heat treatment of the restrained fingers (22, 92) is such that the fingers (22, 92) are permanently deformed to extend at the angle to the longitudinal axis. forming an outer connection element or inner connection element having fingers (22, 92), deforming the fingers (22, 92) to an angle to a longitudinal axis; characterised by the step of heat treating the connection element (20, 90) whilst the fingers (22, 92) are restrained at the angle to the longitudinal axis, wherein the heat treatment of the restrained fingers (22, 92) is such that the fingers (22, 92) are permanently deformed to extend at the angle to the longitudinal axis.
A compound of formula II wherein M is CH 2 or NH; R 1 is H or hydroxy; R 2 is H, CH 3, -CH 2 CH 3, -CH 2 CH 2 CH 3, -CH 2 CH 2 CH 2 CH 3, -CH(CH 3) 2, -CH 2 CH(CH 3) 2, - CH(CH 3)CH 2 CH 3, -CH 2 OH, -CH 2 OCH 3, -CH CH 3, -CH 2 SCH 3, or-CH 2 CH 2 SCH 3; or a pharmaceutically acceptable salt thereof, for use in the prophylaxis and/or treatment of non-alcoholic steatohepatitis (NASH). M is CH 2 or NH; R 1 is H or hydroxy; R 2 is H, CH 3, -CH 2 CH 3, -CH 2 CH 2 CH 3, -CH 2 CH 2 CH 2 CH 3, -CH(CH 3) 2, -CH 2 CH(CH 3) 2, - CH(CH 3)CH 2 CH 3, -CH 2 OH, -CH 2 OCH 3, -CH CH 3, -CH 2 SCH 3, or-CH 2 CH 2 SCH 3; - CH(CH 3)CH 2 CH 3, -CH 2 OH, -CH 2 OCH 3, -CH CH 3, -CH 2 SCH 3, or-CH 2 CH 2 SCH 3;
System for preparing a beverage, having a portion capsule which contains a beverage raw material, and a brewing device which comprises a brewing chamber for receiving the portion capsule and for extracting the beverage from the portion capsule by means of an extraction liquid, wherein the portion capsule has an identification code and wherein the brewing device has an identification code detector for identifying the identification code of the portion capsule, characterized in that a portion capsule which has been introduced into the brewing device through an introduction chute is held on the closure element by means of holding elements when the closure element is situated in the loading position, wherein the identification code detector is disposed in the holding elements, wherein the closure element has the holding elements.
An apparatus comprising: a substrate having a planar top surface; a sequence of crystalline semiconductor layers being located on the planar surface and having a two-dimensional quantum well therein; a first set of electrodes (44A,44B) being located over the sequence, bordering opposite sides of a lateral region thereof, and being controllable to vary a width of a non-depleted portion of the quantum well along the top surface; a second set of electrodes (42A,42B,42C,42D) being located over the sequence, bordering first and second channels (48,50) between the lateral region and first and second adjacent lateral areas (R,L) of the sequence, and being controllable to vary widths of non-depleted segments of the quantum well; and characterized in that the electrodes are located such that each straight line connecting the first and second lateral areas via the channels either passes between one of the electrodes and the substrate or is misaligned to an effective [1 1 0] lattice direction of the sequence. a substrate having a planar top surface; a sequence of crystalline semiconductor layers being located on the planar surface and having a two-dimensional quantum well therein; a first set of electrodes (44A,44B) being located over the sequence, bordering opposite sides of a lateral region thereof, and being controllable to vary a width of a non-depleted portion of the quantum well along the top surface; a second set of electrodes (42A,42B,42C,42D) being located over the sequence, bordering first and second channels (48,50) between the lateral region and first and second adjacent lateral areas (R,L) of the sequence, and being controllable to vary widths of non-depleted segments of the quantum well; and the electrodes are located such that each straight line connecting the first and second lateral areas via the channels either passes between one of the electrodes and the substrate or is misaligned to an effective [1 1 0] lattice direction of the sequence.
A method for recording, in a log, information associated with events for conducting an antivirus scan of a file, wherein the method comprises: opening a file in a virtual machine, wherein the opening of the file comprises execution of a guest process having a first thread in a virtual processor of the virtual machine; identifying, during execution of the first thread, a first event that involves alteration of at least one guest physical memory page and recording the identified first event in the log; determining the at least one altered guest physical memory page based on analysis of the log; identifying a transfer of control to the least one altered guest physical memory page; detecting that a second thread is executing code from the altered guest physical memory page, wherein the second thread was launched from a process different from the process that altered the memory page; recording in the log information indicating the first event occurring during execution of the first thread in the altered guest physical memory page, and context data of the virtual processor on which the first thread is being executed; and responsive to detecting a second event, refraining from recording the second event when the second event does not involve alteration of at least one guest physical memory page during execution of the first thread. opening a file in a virtual machine, wherein the opening of the file comprises execution of a guest process having a first thread in a virtual processor of the virtual machine; identifying, during execution of the first thread, a first event that involves alteration of at least one guest physical memory page and recording the identified first event in the log; determining the at least one altered guest physical memory page based on analysis of the log; identifying a transfer of control to the least one altered guest physical memory page; detecting that a second thread is executing code from the altered guest physical memory page, wherein the second thread was launched from a process different from the process that altered the memory page; recording in the log information indicating the first event occurring during execution of the first thread in the altered guest physical memory page, and context data of the virtual processor on which the first thread is being executed; and responsive to detecting a second event, refraining from recording the second event when the second event does not involve alteration of at least one guest physical memory page during execution of the first thread.
A drive rod fitting for a window casement pivotable against a frame of a window, a French door or the like, having a plurality of longitudinally displaceably guided driving rod sections (8-11, 108-111), having in each case a plurality of closures controlled by the drive rod sections (8-11, 108-111) and having a plurality of drives (12-15, 112-115) for driving the drive rod sections (8-11, 108-111), characterized in that the drive rod sections (8-11, 108-111) are mechanically decoupled from one another, so that no mechanical connection exists between the drive rod sections, that at least one of the drives (13-15, 112-115) has an electromechanical actuator and that the electromechanical actuator is connected to a control device.
A phase contrast microscope, comprising: an illumination light emission unit that emits illumination light for phase difference measurement to a container in which a liquid and an observation target are contained; an imaging unit that images the observation target irradiated with the illumination light; an adjustment optical system that adjusts refraction of the illumination light due to a liquid surface shape of the liquid in the container; a liquid surface shape estimation unit that estimates the liquid surface shape of the liquid in the container based on a brightness distribution of a phase difference image of the observation target captured by the imaging unit; an adjustment information acquisition unit that acquires adjustment information for adjusting optical characteristics of the adjustment optical system based on the liquid surface shape estimated by the liquid surface shape estimation unit; and an adjustment optical system control unit that adjusts the optical characteristics of the adjustment optical system based on the adjustment information acquired by the adjustment information acquisition unit, characterized in that the liquid surface shape estimation unit estimates the liquid surface shape of the liquid in the container by calculating a correlation between the brightness distribution of the phase difference image acquired by performing the geometric optical simulation using a liquid surface shape set in advance and the brightness distribution of the phase difference image captured by the imaging unit. an illumination light emission unit that emits illumination light for phase difference measurement to a container in which a liquid and an observation target are contained; an imaging unit that images the observation target irradiated with the illumination light; an adjustment optical system that adjusts refraction of the illumination light due to a liquid surface shape of the liquid in the container; a liquid surface shape estimation unit that estimates the liquid surface shape of the liquid in the container based on a brightness distribution of a phase difference image of the observation target captured by the imaging unit; an adjustment information acquisition unit that acquires adjustment information for adjusting optical characteristics of the adjustment optical system based on the liquid surface shape estimated by the liquid surface shape estimation unit; and an adjustment optical system control unit that adjusts the optical characteristics of the adjustment optical system based on the adjustment information acquired by the adjustment information acquisition unit, characterized in that the liquid surface shape estimation unit estimates the liquid surface shape of the liquid in the container by calculating a correlation between the brightness distribution of the phase difference image acquired by performing the geometric optical simulation using a liquid surface shape set in advance and the brightness distribution of the phase difference image captured by the imaging unit.
A chewing gum composition, comprising: a gum base, a bulk sweetener, and about 2 to about 15 wt% fat based on the total weight of the chewing gum composition; wherein the fat in the chewing gum composition comprises i) beta prime fat polymorph and/or beta fat polymorph and ii) alpha fat polymorph, with a ratio of beta prime fat polymorph and/or beta fat polymorph to alpha fat polymorph that is predominantly beta prime fat polymorph and/or beta fat polymorphs, wherein the fat comprises about 50 to about 100% beta prime fat polymorph and/or beta fat polymorph and the remainder alpha fat polymorph. a gum base, a bulk sweetener, and about 2 to about 15 wt% fat based on the total weight of the chewing gum composition; wherein the fat in the chewing gum composition comprises i) beta prime fat polymorph and/or beta fat polymorph and ii) alpha fat polymorph, with a ratio of beta prime fat polymorph and/or beta fat polymorph to alpha fat polymorph that is predominantly beta prime fat polymorph and/or beta fat polymorphs, wherein the fat comprises about 50 to about 100% beta prime fat polymorph and/or beta fat polymorph and the remainder alpha fat polymorph.
An assay apparatus for performing an assay related to a specimen received from the outside thereof based on a reaction between the specimen and a reagent by using a reaction container that holds the reagent, the apparatus comprising: a detection means that detects a state in which an assay has ended before completion; and characterized in that the apparatus further comprises: a mark providing means (32, 36) that provides a predetermined mark on the reaction container when the state in which the assay has ended before completion is detected by the detection means, wherein the mark providing means (32, 36) makes a hole, as the mark, in the surface of the reaction container, and wherein a means that is used to break a protective sheet protecting the reagent is used also as the mark providing means (32, 36). a detection means that detects a state in which an assay has ended before completion; and characterized in that the apparatus further comprises: a mark providing means (32, 36) that provides a predetermined mark on the reaction container when the state in which the assay has ended before completion is detected by the detection means, wherein the mark providing means (32, 36) makes a hole, as the mark, in the surface of the reaction container, and wherein a means that is used to break a protective sheet protecting the reagent is used also as the mark providing means (32, 36). a mark providing means (32, 36) that provides a predetermined mark on the reaction container when the state in which the assay has ended before completion is detected by the detection means, wherein the mark providing means (32, 36) makes a hole, as the mark, in the surface of the reaction container, and wherein a means that is used to break a protective sheet protecting the reagent is used also as the mark providing means (32, 36).
Use of one or more ALS inhibitor herbicide(s) for controlling unwanted vegetation in Beta vulgaris growing areas in which the Beta vulgaris plants comprise mutations in the ALS gene encoding an ALS polypeptide containing an amino acid that is different from tryptophan at position 569 and an amino acid that is different from proline at position 188.
A method for determining transmit power, comprising: determining an Enhanced Dedicated Channel Dedicated Physical Data Channel, E-DPDCH, gain factor in compressed mode according to the number of E-DPDCHs required for an initial transmission of data; and determining transmit power of an E-DPDCH according to the E-DPDCH gain factor in the compressed mode; characterized by, when a current frame is a non-compressed frame, the step of determining the E-DPDCH gain factor in the compressed mode according to the number of the E-DPDCHs required for the initial transmission of data comprises: β ed, R, i = L e, ref, 1 L e, I, i ⋅ L e, ref, 2 L e, ref, 1 β ed, ref, 2 2 − β ed, ref, 1 2 K e, ref, 2 − K e, ref, 1 K e, i − K e, ref, 1 + β ed, ref, 1 2 15 N slots, I ⋅ 10 Δ harq 20, wherein β ed,R,i denotes the E-DPDCH gain factor, L e,I,i denotes the number of E-DPDCHs required for the initial transmission of the data, β ed,ref,1 and β ed,ref,2 denote the E-DPDCH gain factors of a first and a second reference Enhanced Dedicated Channel Transport Format Combinations, E-TFCs, respectively; L e,ref,1 and L e,ref,2 denote the number of E-DPDCHs used for the first and second reference E-TFCs respectively; K e,ref,1 and K e,ref,2 denote the transport block sizes of the first and second reference E-TFCs respectively; K e,i denotes the transport block size of the i:th E-TFC; Δ harq is an offset of a Hybrid Automatic Repeat Request, HARQ; and N slots,I is the number of non Discontinuous Transmission, DTX, slots in a frame used for the initial transmission of data. determining an Enhanced Dedicated Channel Dedicated Physical Data Channel, E-DPDCH, gain factor in compressed mode according to the number of E-DPDCHs required for an initial transmission of data; and determining transmit power of an E-DPDCH according to the E-DPDCH gain factor in the compressed mode; characterized by, when a current frame is a non-compressed frame, the step of determining the E-DPDCH gain factor in the compressed mode according to the number of the E-DPDCHs required for the initial transmission of data comprises: β ed, R, i = L e, ref, 1 L e, I, i ⋅ L e, ref, 2 L e, ref, 1 β ed, ref, 2 2 − β ed, ref, 1 2 K e, ref, 2 − K e, ref, 1 K e, i − K e, ref, 1 + β ed, ref, 1 2 15 N slots, I ⋅ 10 Δ harq 20, wherein β ed,R,i denotes the E-DPDCH gain factor, L e,I,i denotes the number of E-DPDCHs required for the initial transmission of the data, β ed,ref,1 and β ed,ref,2 denote the E-DPDCH gain factors of a first and a second reference Enhanced Dedicated Channel Transport Format Combinations, E-TFCs, respectively; L e,ref,1 and L e,ref,2 denote the number of E-DPDCHs used for the first and second reference E-TFCs respectively; K e,ref,1 and K e,ref,2 denote the transport block sizes of the first and second reference E-TFCs respectively; K e,i denotes the transport block size of the i:th E-TFC; Δ harq is an offset of a Hybrid Automatic Repeat Request, HARQ; and N slots,I is the number of non Discontinuous Transmission, DTX, slots in a frame used for the initial transmission of data.
Lock cylinder key with a key bow and a key shaft running in an axial direction from the key bow, whereby the key shaft has a stabiliser in its half axially facing away from the key bow, which has a higher firmness than the material of the key shaft, distinguished by the fact that the lock cylinder key is made from metal with low nickel content or a metal alloy with low nickel content, in particular a non-rusting chromium steel.
An electronic device (1,51) for outputting one or more light settings and an association between said one or more light settings and at least one image, said electronic device (1,51) comprising: at least one input interface (3,53); at least one output interface (4,54); and at least one processor (5,55) configured to: - use said at least one input interface to obtain at least one image captured with a camera, said at least one image capturing one or more light effects (91,92), - identify one or more lighting devices (25,26) which render said one or more light effects, - use said at least one input interface (3,53) to receive one or more input signals comprising one or more current light settings of said identified one or more lighting devices (25,26), and - use said at least one output interface (4,54) to output said one or more current light settings and an association between said one or more current light settings and said at least one image, characterised in that said at least one processor (5,55) is configured to output said one or more current light settings as metadata of said at least one image and/or said at least one processor is configured to output said at least one image as metadata of said one or more current light settings. at least one input interface (3,53); at least one output interface (4,54); and at least one processor (5,55) configured to: - use said at least one input interface to obtain at least one image captured with a camera, said at least one image capturing one or more light effects (91,92), - identify one or more lighting devices (25,26) which render said one or more light effects, - use said at least one input interface (3,53) to receive one or more input signals comprising one or more current light settings of said identified one or more lighting devices (25,26), and - use said at least one output interface (4,54) to output said one or more current light settings and an association between said one or more current light settings and said at least one image, - use said at least one input interface to obtain at least one image captured with a camera, said at least one image capturing one or more light effects (91,92), - identify one or more lighting devices (25,26) which render said one or more light effects, - use said at least one input interface (3,53) to receive one or more input signals comprising one or more current light settings of said identified one or more lighting devices (25,26), and - use said at least one output interface (4,54) to output said one or more current light settings and an association between said one or more current light settings and said at least one image, characterised in that said at least one processor (5,55) is configured to output said one or more current light settings as metadata of said at least one image and/or said at least one processor is configured to output said at least one image as metadata of said one or more current light settings.
A ball nut assembly for a rack of a vehicle steering gear comprising: a ball nut having first and second recesses (144, 146); a ball return tube having first and second tube portions (152, 352, 552, 154, 354, 554); and a tube retention clip (138, 738, 938) having first and second retention tabs, wherein the first tab is engaged in the first recess, the second tab is engaged in the second recess, and the ball return tube is secured between the ball nut and the tube retention clip (138, 738, 938), characterized by a snap fit (156, 158, 160) between the first and second tube portions (152, 352, 552, 154, 354, 554). a ball nut having first and second recesses (144, 146); a ball return tube having first and second tube portions (152, 352, 552, 154, 354, 554); and a tube retention clip (138, 738, 938) having first and second retention tabs, wherein the first tab is engaged in the first recess, the second tab is engaged in the second recess, and the ball return tube is secured between the ball nut and the tube retention clip (138, 738, 938), characterized by a snap fit (156, 158, 160) between the first and second tube portions (152, 352, 552, 154, 354, 554).
The method of improvement of mechanical properties of products made of metals, including product nitriding in a gas atmosphere containing nitrogen and-or its compounds in the presence of a catalyst, differing in that the product and the catalyst are simultaneously exposed to hot isostatic pressing with observation of conditions of the barometric and temperature impact that provides achievement of dislocations density in the product's volume, wherein the hot isostatic pressing is implemented at the barometric pressure from 100 to 300 MPa and temperature limits from 1500 to 2500°C, and in which elements of group 1 of the Periodic system are used as the catalyst such that conditions for transition of a part of the product substance into the positron state of the Dirac matter are satisfied.
Composition comprising an sn-2 monoacylglycerol derivative, wherein the sn-1 and sn-3 positions are blocked by protective groups, wherein the acyl group is a fatty acid having anti-inflammatory properties, and wherein the protective group is vanillin, bridging the hydroxyl groups in the sn-1 and sn-3 position.