mhurhangee/ep-ind-claims huggingface dataset:
A method for laser welding a disposable test-unit comprising a) providing in a stacked manner a base element, a cover element and optionally an intermediate element, wherein one of said elements is an absorbing element configured to absorb radiation of a laser beam and at least one other of said elements is a transparent element which is permeable for the laser radiation, b) directing a laser beam in a weld area through the at least one transparent element and against the absorbing element, c) fusing together the transparent and the absorbing element to form a test-unit configured to receive body-fluid, d) providing one of said elements (14,16,22) in step a) with a coating (20;26) that covers the weld area at least in part and absorbs and/or scatters the laser radiation at least in part, characterized in that said coating (20;26) is in the form of a chemistry layer which is adapted to react with an analyte in the body fluid when conducting a test. a) providing in a stacked manner a base element, a cover element and optionally an intermediate element, wherein one of said elements is an absorbing element configured to absorb radiation of a laser beam and at least one other of said elements is a transparent element which is permeable for the laser radiation, b) directing a laser beam in a weld area through the at least one transparent element and against the absorbing element, c) fusing together the transparent and the absorbing element to form a test-unit configured to receive body-fluid, d) providing one of said elements (14,16,22) in step a) with a coating (20;26) that covers the weld area at least in part and absorbs and/or scatters the laser radiation at least in part,
A chimeric gene comprising a coding sequence operably-linked to a plant expressible promoter which latter is a heterologous regulatory element to the coding sequence,, characterized in that the coding sequence comprises a nucleic acid sequence which encodes an HPPD protein comprising the amino acid sequence of SEQ ID No. 4 from amino acid position 2 to amino acid position 368 or an HPPD protein with at least 80% sequence identity to the amino acid sequence of SEQ ID No. 4 from amino acid position 2 to amino acid position 368, showing the properties of catalysing the conversion of para-hydroxyphenylpyruvate to homogentisate, and being less sensitive to an HPPD inhibitor herbicide than the host plant endogenous HPPD..
A method for securing a program sequence against illegal manipulations upon calling sub-programs, wherein, before or during the program execution, a called sub-program executes a check of the data transmitted directly or indirectly by the calling program, characterized in that - the calling program forms a first checksum (step 2) over the parameters to be transferred, - this first checksum is stored in a memory area provided for this purpose, - the called sub-program forms a second checksum (step 5) over the received parameters before its execution, checking said checksum for consistency with the first checksum (step 6), and - if the first and the second checksum are inconsistent, the program is aborted (step 7) or an error message is output. - the calling program forms a first checksum (step 2) over the parameters to be transferred, - this first checksum is stored in a memory area provided for this purpose, - the called sub-program forms a second checksum (step 5) over the received parameters before its execution, checking said checksum for consistency with the first checksum (step 6), and - if the first and the second checksum are inconsistent, the program is aborted (step 7) or an error message is output.
A radial magnetic structure assembly configured to mount an upper axial magnetic sheet and a lower axial magnetic sheet respectively on an upper axial side surface and a lower axial side surface of each of a plurality of tile-shaped magnets, characterized in that, the radial magnetic structure assembly comprises: a magnetic central column, and a lower ring member and an upper ring member sleeved on the magnetic central column; wherein the magnetic central column comprises a large-diameter section and a small-diameter section connected in sequence, and the radial magnetic structure assembly further comprises a limit step provided at a joint of the large-diameter section and the small-diameter section, and the plurality of tile-shaped magnets are annularly and uniformly arranged on the limit step; the lower ring member is configured to be sleeved on the tile-shaped magnet in a direction from the large-diameter section towards the small-diameter section to limit a radial displacement of each tile-shaped magnet, the upper ring member is configured to: be sleeved on the tile-shaped magnet in a direction from the small-diameter section towards the large-diameter section to press the upper axial magnetic sheet against the upper axial side surface of each tile-shaped magnet to secure each tile-shaped magnet with the upper axial magnetic sheet, and to press the lower axial magnetic sheet against the lower axial side surface of each tile-shaped magnet; wherein the lower ring member and the upper ring member are made of non-metallic materials; one end of the lower ring member is provided with a sealing plate, and one end of the large-diameter section abuts against an inner side of the sealing plate. be sleeved on the tile-shaped magnet in a direction from the small-diameter section towards the large-diameter section to press the upper axial magnetic sheet against the upper axial side surface of each tile-shaped magnet to secure each tile-shaped magnet with the upper axial magnetic sheet, and to press the lower axial magnetic sheet against the lower axial side surface of each tile-shaped magnet; wherein the lower ring member and the upper ring member are made of non-metallic materials; one end of the lower ring member is provided with a sealing plate, and one end of the large-diameter section abuts against an inner side of the sealing plate.
A truck, comprising a frame, forklifts connected with the frame, driven wheels mounted on the forklifts, a battery unit, an operating handle, a hydraulic pump station system, a top cover permanently connected with the frame and a driving wheel unit intended for driving the truck to move, characterized in that the hydraulic pump station system comprises a driving mechanism and a pump body with a case, the top of the pump body is permanently connected with the top cover and the bottom is connected with the driving wheel unit, a handle mounting portion is provided on the pump case and connected with the operating handle, the pump body is capable of propping up the top cover driven by the driving mechanism and capable of lowering it without any power under the control of the operating handle, and the driving mechanism is located on the side of the handle mounting portion opposite to the pump body and away from the forklifts.
A method for learning traffic events (212, 213, 214, 215), said traffic events (212, 213, 214, 215) being transmitted to a data network using vehicle-to-X communication, wherein the traffic events (212, 213, 214, 215) comprise position data and time data assigned to the traffic events (212, 213, 214, 215), and wherein the traffic events (212, 213, 214, 215) are stored electronically in the data network, characterised in that an individual storage duration is determined for each traffic event (212, 213, 214, 215), wherein the individual storage duration is selected so that it is adapted to the respective traffic event, and the traffic event (212, 213, 214, 215) is deleted from the data network after the storage duration expires.
Control method for a household water heating unit (1; 30) comprising a first heat exchanger connectable to a thermal power source, a second heat exchanger connectable to a household hot water system, a thermal accumulator connected by means of a fluidic circuit (5', 5") to said first and second heat exchangers (20, 4), a plurality of temperature sensors (S1', S2', S3') for measuring the vertical thermal gradient in said thermal accumulator, a valve arranged on said fluidic circuit (5', 5") and having an outlet connected to a secondary branch of said first exchanger and two inputs connected respectively to a lower zone and to an intermediate zone of said thermal accumulator, and a pump arranged downstream of said valve, said control method comprising the steps of: - controlling the vertical thermal gradient in said thermal accumulator by means of said temperature sensors (S1', S2', S3'); and - either switching said valve into a first mode to connect said lower zone with an upper zone of said thermal accumulator by means of a branch of said circuit (5', 5") passing through said first heat exchanger and - maintaining said thermal power source active and controlling said pump until the gradient detected by means of said temperature sensors (S1', S2', S3') returns to zero and the fluid in said thermal accumulator converges towards a first predetermined temperature; - or switching said valve into a second mode and switching off said thermal power source to send to said first exchanger fluid having a second predetermined temperature lower than said first predetermined temperature; - controlling the vertical thermal gradient in said thermal accumulator by means of said temperature sensors (S1', S2', S3'); and - either switching said valve into a first mode to connect said lower zone with an upper zone of said thermal accumulator by means of a branch of said circuit (5', 5") passing through said first heat exchanger and - maintaining said thermal power source active and controlling said pump until the gradient detected by means of said temperature sensors (S1', S2', S3') returns to zero and the fluid in said thermal accumulator converges towards a first predetermined temperature; - or switching said valve into a second mode and switching off said thermal power source to send to said first exchanger fluid having a second predetermined temperature lower than said first predetermined temperature;
A method, comprising: immobilizing a target material at each of two opposed sequencing surfaces of a flow cell, wherein the immobilizing involves: introducing a first fluid, including a first portion of the target material therein, into the flow cell, whereby at least some of the target material becomes immobilized by capture sites on one of the two opposed sequencing surfaces; removing the first fluid and any non-immobilized target material from the flow cell; and introducing a second fluid, including a second portion of the target material therein, into the flow cell, whereby at least some of the target material becomes immobilized by capture sites on an other of the two opposed sequencing surfaces, wherein one of: the first fluid has a density less than a density of the target material and the second fluid has a density greater than the density of the target material; or the second fluid has the density less than the density of the target material and the first fluid has the density greater than the density of the target material. introducing a first fluid, including a first portion of the target material therein, into the flow cell, whereby at least some of the target material becomes immobilized by capture sites on one of the two opposed sequencing surfaces; removing the first fluid and any non-immobilized target material from the flow cell; and introducing a second fluid, including a second portion of the target material therein, into the flow cell, whereby at least some of the target material becomes immobilized by capture sites on an other of the two opposed sequencing surfaces, wherein one of: the first fluid has a density less than a density of the target material and the second fluid has a density greater than the density of the target material; or the second fluid has the density less than the density of the target material and the first fluid has the density greater than the density of the target material. the first fluid has a density less than a density of the target material and the second fluid has a density greater than the density of the target material; or the second fluid has the density less than the density of the target material and the first fluid has the density greater than the density of the target material.
A liquid nutritional composition for use in a diagnostic method for screening a mammal for a glucose-intolerant condition, wherein the glucose-intolerant condition is selected from the group of pre-diabetic conditions and diabetic conditions, the composition comprising, based on the total dry weight of the nutritional composition, 10 to 30 weight % protein, 10 to 30 weight% fat, 40 to 80 weight% digestible carbohydrate and 1 to 8 weight% dietary fibre, wherein the digestible carbohydrate comprises at least 90 weight% of glucose units, based on total digestible carbohydrate mass.
A resource selection method, comprising: obtaining, by a terminal, a transmit probability of a discovery signal, wherein the transmit probability is a probability that the terminal starts to transmit the discovery signal on a predetermined discovery frame by using a discovery resource pool; generating, by the terminal, an indication signal corresponding to the transmit probability, wherein the indication signal is used to indicate whether the terminal starts to transmit the discovery signal on the predetermined discovery frame by using the discovery resource pool; and if the indication signal is a transmit indication signal which indicates that the terminal should transmit, starting to transmit, by the terminal, the discovery signal on the predetermined discovery frame by using the discovery resource pool; characterized in that the method further comprises: if the terminal does not transmit the discovery signal within a predetermined time by using the discovery resource pool, receiving, by the terminal, a final indication signal sent by the base station; and if the final indication signal is a transmit indication signal, starting to transmit, by the terminal, the discovery signal on the predetermined discovery frame by using the discovery resource pool; or if the final indication signal is a transmit cancel signal, cancelling, by the terminal, transmit of the discovery signal performed by using the discovery resource pool. obtaining, by a terminal, a transmit probability of a discovery signal, wherein the transmit probability is a probability that the terminal starts to transmit the discovery signal on a predetermined discovery frame by using a discovery resource pool; generating, by the terminal, an indication signal corresponding to the transmit probability, wherein the indication signal is used to indicate whether the terminal starts to transmit the discovery signal on the predetermined discovery frame by using the discovery resource pool; and if the indication signal is a transmit indication signal which indicates that the terminal should transmit, starting to transmit, by the terminal, the discovery signal on the predetermined discovery frame by using the discovery resource pool; characterized in that the method further comprises: if the terminal does not transmit the discovery signal within a predetermined time by using the discovery resource pool, receiving, by the terminal, a final indication signal sent by the base station; and if the final indication signal is a transmit indication signal, starting to transmit, by the terminal, the discovery signal on the predetermined discovery frame by using the discovery resource pool; or if the final indication signal is a transmit cancel signal, cancelling, by the terminal, transmit of the discovery signal performed by using the discovery resource pool.
A molluscicidal composition, comprising: a molluscicidal metal compound; a molluscicidal activity promoting additive comprising a calcium-containing salt of ethylene diamine disuccinic acid or calcium ions and ethylenediamine disuccinic moieties, wherein the activity promoting additive has at least 0.5 mole of calcium per mole of ethylenediamine disuccinic moieties; and a carrier material edible to molluscs. a molluscicidal metal compound; a molluscicidal activity promoting additive comprising a calcium-containing salt of ethylene diamine disuccinic acid or calcium ions and ethylenediamine disuccinic moieties, wherein the activity promoting additive has at least 0.5 mole of calcium per mole of ethylenediamine disuccinic moieties; and a carrier material edible to molluscs.
An antagonist of Leucine-rich alpha-2-glycoprotein 1 for use in the treatment of a cancer that is not dependent on vasculoproliferation for growth or that is non-responsive to treatment with an anti-angiogenic or anti-vasculoproliferative agent, the antagonist comprising an antibody that binds to Lrg1, a double-stranded RNA that targets Lrg1 RNA, an anti-sense RNA that targets Lrg1 RNA, an aptamer that binds to Lrg1, or a peptide or peptidomimetic that competes with full-length Lrg1 and hence blocks Lrg1 function.
A method for registering a remote control unit into a remote control receiving unit connected via a harness to a device installed in a vehicle body, the method comprising: a step of connecting a registration-dedicated harness between the harness and the remote control receiving unit and making the remote control receiving unit transition to a registration mode; and a step of making an identification code be generated from the remote control unit and making the identification code be received by the remote control receiving unit in the registration mode to register the identification code, received by the remote control receiving unit, into a registration memory. a step of connecting a registration-dedicated harness between the harness and the remote control receiving unit and making the remote control receiving unit transition to a registration mode; and a step of making an identification code be generated from the remote control unit and making the identification code be received by the remote control receiving unit in the registration mode to register the identification code, received by the remote control receiving unit, into a registration memory.
A method of wireless communication at a base station, comprising: receiving data to transmit to a user equipment, UE; aggregating the data according to configured control channel configuration parameters of the UE; determining that a link quality or a traffic load for the UE has changed; and reconfiguring control channel configuration parameters of the UE based on at least one of the link quality and the traffic load, wherein the aggregated data for the traffic load is scheduled at a traffic rate based on the link quality and the reconfigured control channel configuration parameters of the UE, wherein reconfiguring the control channel configuration parameters comprises increasing a search space period and decreasing a number of consecutive slots for each monitoring occasion, compared to currently configured control channel configuration parameters in response to determining an increase in the link quality or a decrease in the traffic load and transmitting control information to the UE according to the control channel configuration parameters. receiving data to transmit to a user equipment, UE; aggregating the data according to configured control channel configuration parameters of the UE; determining that a link quality or a traffic load for the UE has changed; and reconfiguring control channel configuration parameters of the UE based on at least one of the link quality and the traffic load, wherein the aggregated data for the traffic load is scheduled at a traffic rate based on the link quality and the reconfigured control channel configuration parameters of the UE, wherein reconfiguring the control channel configuration parameters comprises increasing a search space period and decreasing a number of consecutive slots for each monitoring occasion, compared to currently configured control channel configuration parameters in response to determining an increase in the link quality or a decrease in the traffic load and transmitting control information to the UE according to the control channel configuration parameters.
A cleaning composition comprising a metal containing bleach catalyst and carboxymethylcellulose, wherein the cleaning composition comprises besides the bleach catalyst and the CMC 0,1 - 90 wt.-% builder, 0,1 - 10 wt.-% nonionic surfactant, preferably low-foaming non-ionic surfactant, 1 - 40 wt.-% of sodium percarbonate and/or sodium perborate, and 0,1 - 20 wt.-% polymer based on the entire cleaning composition.
A computer-implemented method for achieving a 360 degree continuous panning capability for a pan-tilt camera comprising a maneuverable part configured to pan in a pan plane, and a mechanical pan stop arranged to limit the movement of the maneuverable part to a pan range which is at least 180 degrees but less than 360 degrees, the maneuverable part further being configured to tilt so as to be directed towards points on a hemi-sphere having the pan plane as its base surface, the method comprising: panning in a first pan direction in response to a user input, wherein the panning in the first pan direction is limited by the mechanical pan stop, identifying whether the mechanical pan stop has been physically encountered or will be physically encountered during the current panning movement, and if so inverting the maneuverable part of the camera by tilting the maneuverable part passing a normal of said pan plane to a pan position angled 180 degrees apart from the pan position of the maneuverable part prior to the inverting, panning 180 degrees in a direction opposite to the first pan direction, and continue panning in the first pan direction. panning in a first pan direction in response to a user input, wherein the panning in the first pan direction is limited by the mechanical pan stop, identifying whether the mechanical pan stop has been physically encountered or will be physically encountered during the current panning movement, and if so inverting the maneuverable part of the camera by tilting the maneuverable part passing a normal of said pan plane to a pan position angled 180 degrees apart from the pan position of the maneuverable part prior to the inverting, panning 180 degrees in a direction opposite to the first pan direction, and continue panning in the first pan direction.