mhurhangee/patent-ind-claim-en huggingface dataset:
A gas turbine engine comprising a blade outer air seal assembly said assembly comprising: a body which defines a first cavity separated from a second cavity by a circumferential rib , an impingement plate which encloses said first cavity and said second cavity , said impingement plate comprising a plurality of impingement holes formed therethrough, said impingement holes opening into both said first cavity and said second cavity ; characterized in that : said circumferential rib includes more than one passage which provide communication between said first cavity and said second cavity , wherein said more than one passage remove approximately 3.5% of the material of said rib . a body which defines a first cavity separated from a second cavity by a circumferential rib , an impingement plate which encloses said first cavity and said second cavity , said impingement plate comprising a plurality of impingement holes formed therethrough, said impingement holes opening into both said first cavity and said second cavity ; characterized in that : said circumferential rib includes more than one passage which provide communication between said first cavity and said second cavity , wherein said more than one passage remove approximately 3.5% of the material of said rib .
Method for cleaning air charged with harmful gases and/or aerosols and/or solid particle dust, in particular inlet air coming from agricultural or work machines, in particular with spraying or atomizing devices for pesticides or fertilizers, comprising the steps a. Supply of the unpurified air to a cabin air filter element; b. Optional separation of dusts from solid particles by means of a prefilter area ; c. Separation of harmful gases using an adsorption filter layer of the cabin air filter element, the adsorption filter layer comprising activated carbon, wherein the adsorption filter layer features a layer structure of 4 to 20 fixed beds, the fixed beds each comprising a carrier layer on which a bed layer of activated carbon particles is fixed; d. Separation of aerosols by means of a fine filter area of the cabin air filter element, the fine filter area being designed for the separation of aerosols. a. Supply of the unpurified air to a cabin air filter element; b. Optional separation of dusts from solid particles by means of a prefilter area ; c. Separation of harmful gases using an adsorption filter layer of the cabin air filter element, the adsorption filter layer comprising activated carbon, wherein the adsorption filter layer features a layer structure of 4 to 20 fixed beds, the fixed beds each comprising a carrier layer on which a bed layer of activated carbon particles is fixed; d. Separation of aerosols by means of a fine filter area of the cabin air filter element, the fine filter area being designed for the separation of aerosols.
A method comprising: using an accelerated blood component separation technique comprising centrifugation on a blood sample for a first period of time at a first speed to separate formed blood components from plasma; determining a sedimentation rate of the formed blood component based on at least the following: a time-related compaction curve and a hematocrit correction factor based on the hematocrit of the sample, wherein the time-related compaction curve for at least one formed blood component in said blood sample is determined after accelerated blood component separation has begun, said compaction curve having an initial approximately linear portion and a non-linear portion after the linear portion; wherein an uncorrected sedimentation rate of the formed blood component is determined using image capture of the blood sample at two different times during the first period of time to determine the plasma/formed component interface location at those two different times; characterized in that the hematocrit is determined using centrifugation on the blood sample for a second period of time at a second speed faster than the first speed, and in that the hematocrit correction factor is determined without using data from a non-linear portion of the compaction curve. centrifugation on a blood sample for a first period of time at a first speed to separate formed blood components from plasma; determining a sedimentation rate of the formed blood component based on at least the following: a time-related compaction curve and a hematocrit correction factor based on the hematocrit of the sample, wherein the time-related compaction curve for at least one formed blood component in said blood sample is determined after accelerated blood component separation has begun, said compaction curve having an initial approximately linear portion and a non-linear portion after the linear portion; wherein an uncorrected sedimentation rate of the formed blood component is determined using image capture of the blood sample at two different times during the first period of time to determine the plasma/formed component interface location at those two different times; characterized in that the hematocrit is determined using centrifugation on the blood sample for a second period of time at a second speed faster than the first speed, and in that the hematocrit correction factor is determined without using data from a non-linear portion of the compaction curve.
A programmable display connectable to a controller that controls equipment, the programmable display comprising: a memory device configured to store a plurality of screens displayable by the programmable display ; a detection part configured to detect a predetermined event occurred in the equipment; characterized in that the programmable display further comprises a learning part configured to learn a plurality of first probabilities that each corresponds to a respective one of the plurality of screens to be displayed when the predetermined event has occurred, wherein each first probability is calculated by monitoring which screen is displayed by the programmable display when the predetermined event is detected, and wherein the learning part is configured to execute an incrementing process only with respect to a screen displayed for a predetermined period of time or longer to generate a counting result and to learn the first probabilities based on the respective counting results; a specification part , configured to specify one or more screens among the plurality of screens having a high probability of being displayed by the programmable display based on the learned first probability when the predetermined event is detected; and a display control part configured to execute a preparation process for preparing one or more specified screens to be displayed on the programmable display based on the fact that the specification part has specified that the one or more screens have a high probability of being displayed. a memory device configured to store a plurality of screens displayable by the programmable display ; a detection part configured to detect a predetermined event occurred in the equipment; characterized in that the programmable display further comprises a learning part configured to learn a plurality of first probabilities that each corresponds to a respective one of the plurality of screens to be displayed when the predetermined event has occurred, wherein each first probability is calculated by monitoring which screen is displayed by the programmable display when the predetermined event is detected, and wherein the learning part is configured to execute an incrementing process only with respect to a screen displayed for a predetermined period of time or longer to generate a counting result and to learn the first probabilities based on the respective counting results; a specification part , configured to specify one or more screens among the plurality of screens having a high probability of being displayed by the programmable display based on the learned first probability when the predetermined event is detected; and a display control part configured to execute a preparation process for preparing one or more specified screens to be displayed on the programmable display based on the fact that the specification part has specified that the one or more screens have a high probability of being displayed.
A transport device with multiple carriages comprising a support structure and comprising a support frame , in which a) at least two of the carriages are formed as a support carriage , which support the support frame by means of the support structure , and which are connected to each other at least via the support structure ; b) at least one of the carriages is formed as a tractor , by means of which the transport device can be driven, characterized in that c) the at least one tractor and the support structure are connected to each other by means of a pendulum device , wherein d) the support structure comprises a spreader beam , and the pendulum device is arranged between the spreader beam and the at least one tractor in such a way that energy, which is supplied to the tractor during a push, can be converted into a lifting of the spreader beam . a) at least two of the carriages are formed as a support carriage , which support the support frame by means of the support structure , and which are connected to each other at least via the support structure ; b) at least one of the carriages is formed as a tractor , by means of which the transport device can be driven, c) the at least one tractor and the support structure are connected to each other by means of a pendulum device , wherein d) the support structure comprises a spreader beam , and the pendulum device is arranged between the spreader beam and the at least one tractor in such a way that energy, which is supplied to the tractor during a push, can be converted into a lifting of the spreader beam .
A computer system comprising: one or more processors configured to execute instructions to cause the computer system to perform operations; and a non-transitory computer accessible storage medium coupled to the one or more processors and configured to store a plurality of instructions forming a secure execution environment controller configured to control a secure execution environment including a first code sequence, wherein the secure execution environment is configured to execute the first code sequence on input data provided from a separate computer system over a trusted channel to generate output data , and wherein the secure execution environment controller is configured to cause the computer system to digitally sign the output data , and wherein the secure execution environment controller is configured to generate a response packet that includes the digitally signed data and a hash of the input data, a hash of the first code sequence, environment data, and a time, and wherein the secure execution environment controller is configured to cause the computer system to digitally sign the response packet to attest to the execution on the input data in the first code sequence which is unaltered from its installation in the computer system to produce the output data in a specific secure execution environment at a specific time. one or more processors configured to execute instructions to cause the computer system to perform operations; and a non-transitory computer accessible storage medium coupled to the one or more processors and configured to store a plurality of instructions forming a secure execution environment controller configured to control a secure execution environment including a first code sequence, wherein the secure execution environment is configured to execute the first code sequence on input data provided from a separate computer system over a trusted channel to generate output data , and wherein the secure execution environment controller is configured to cause the computer system to digitally sign the output data , and wherein the secure execution environment controller is configured to generate a response packet that includes the digitally signed data and a hash of the input data, a hash of the first code sequence, environment data, and a time, and wherein the secure execution environment controller is configured to cause the computer system to digitally sign the response packet to attest to the execution on the input data in the first code sequence which is unaltered from its installation in the computer system to produce the output data in a specific secure execution environment at a specific time.
A kitchen apparatus for cooking foods comprising a base unit , a cooking utensil releasable disposed on the base unit , a control panel with a display , disposed on the base unit and a controlling unit with save data memory , and the control panel is provided with at least one a fingerprint sensor for controlling access to run the kitchen apparatus for cooking foods , and for access to data stored in the save data memory , as users fingerprints patterns, characterized in that the control panel is provided with two fingerprint sensors , and the controlling unit analyzing whether a first fingerprint sensor is touched or a second fingerprint sensor is touched, or both are touched, for more than at least one second, and to compare scanned fingerprints with stored in the save data memory fingerprint patterns, for providing the access to run the kitchen apparatus for cooking foods .
Arrangement for manoeuvring a floating vessel with reduced need for or without the need for rudder deflection, the vessel towing a load, such as a trawl , comprising at least two tow lines coupled to a respective winch on board said vessel , and at least two blocks at the aft end of the vessel , over which a respective tow line extends, at least one of the blocks being moveable transverse to the longitudinal axis of the vessel and/or longitudinally of the vessel ; the position of the moveable block(s) defining a point of attack for a tension force from the tow line , wherein the arrangement further comprises a manoeuvring unit , the manoeuvring unit being adapted to receive input from a navigation system, and said manoeuvring unit being coupled to an actuator moving said block(s) transverse of the longitudinal axis of the vessel and/or longitudinally of the vessel , in order to change the moment of force of the tension force (W) about a rotational centre of the vessel , and that the manoeuvring unit is equipped with a calculation unit, which detects the tension force of the tow line(s) and calculates the moment of force from the tension force on the vessel , whereby the manoeuvring unit is adapted to use a change in said moment of force to manoeuvre the vessel , that the manoeuvring unit is coupled to at least one of said winches , and being adapted to reel out or in tow line to reduce or increase tension in the tow line coupled to said winch , and that the manoeuvring unit further is coupled to a rudder on the vessel , so that the manoeuvring unit , if required, initiates a rudder deflection to achieve a desired course for the vessel .
An apparatus for manufacturing panels made of expanded plastic material which comprises at least one perimetric confinement frame intended to be clamped between a pair of pressing surfaces of a press in order to delimit laterally at least one expansion cavity for an expanding mixture, wherein at least one portion of said perimetric frame defines internally, along its extension, at least one air passage channel that is connected to at least one air intake port , which is defined in the surface of said perimetric frame that is directed toward the inside of said expansion cavity , and to at least one connection port , which is defined in the surface of said perimetric frame that is directed toward the outside of said expansion cavity and adapted to be connected to at least one air suction device .
An OLED backboard comprising: a transparent substrate ; at least two functional layers disposed on the upper surface of the transparent substrate and stacked on each other; at least two via holes formed in predefined areas of the at least two functional layers and extending through at least the upper one of the at least two functional layers; and at least two alignment modules located in the at least two via holes respectively, wherein each of the at least two alignment modules comprises at least three first alignment structures arranged in a predefined trace, and a virtual alignment point (B4, D) is allowed to be determined based on the relative position among all the first alignment structures in each of the alignment modules, and each of the alignment modules is suitable to reflect an incident light from the lower surface of the transparent substrate . a transparent substrate ; at least two functional layers disposed on the upper surface of the transparent substrate and stacked on each other; at least two via holes formed in predefined areas of the at least two functional layers and extending through at least the upper one of the at least two functional layers; and at least two alignment modules located in the at least two via holes respectively, wherein each of the at least two alignment modules comprises at least three first alignment structures arranged in a predefined trace, and a virtual alignment point (B4, D) is allowed to be determined based on the relative position among all the first alignment structures in each of the alignment modules, and each of the alignment modules is suitable to reflect an incident light from the lower surface of the transparent substrate .
An antibody which binds to claudin 6 (CLDN6) and induces inhibition of tumor growth in vivo upon binding of CLDN6, said antibody produced by or obtained from a clone deposited under the accession no. DSM ACC3059 (GT512muMAB 36A), DSM ACC3058 (GT512muMAB 27A), or DSM ACC3057 (GT512muMAB 5F2D2).
Process for identifying by mass spectrometry imaging (MSI) a molecule of interest in a sample of interest selected from a biological tissue and a biological liquid, wherein: i) A spatial arrangement of a plurality of ions in the sample of interest from MSI data of said ions in said sample is analyzed for determining morphometric features defining geometrical shapes and mathematical dimensions associated with these geometrical shapes and/or texture features defining an arrangement of geometrical shapes with each other associated with said ions in said sample; ii) Morphometric and/or texture features associated with the plurality of ions in said sample of interest are compared with morphometric and/or texture data associated with a plurality of ions in a reference sample; iii) At least one characteristic ion of the sample is identified, which presents different morphometric and/or texture features compared to the ones it has in the reference sample; iv) The molecule corresponding to said ion identified in step iii) is identified. i) A spatial arrangement of a plurality of ions in the sample of interest from MSI data of said ions in said sample is analyzed for determining morphometric features defining geometrical shapes and mathematical dimensions associated with these geometrical shapes and/or texture features defining an arrangement of geometrical shapes with each other associated with said ions in said sample; ii) Morphometric and/or texture features associated with the plurality of ions in said sample of interest are compared with morphometric and/or texture data associated with a plurality of ions in a reference sample; iii) At least one characteristic ion of the sample is identified, which presents different morphometric and/or texture features compared to the ones it has in the reference sample; iv) The molecule corresponding to said ion identified in step iii) is identified.
A transition for a rail vehicle for arrangement between two vehicle parts that are movable with one another, having a gangway bellows comprising a plurality of folds and having a cover element for covering a region of the gangway bellows , wherein the cover element has cover folds that are adapted to the folds of the gangway bellows and are brought into superposition therewith, characterized in that the cover element is fastened to the gangway bellows in a manner removable without tools, in that a) the fastening between the cover element and the gangway bellows comprises clip connection elements and/or press fastenings ; or in that b) the cover element has laminary portions on its lower side that continue from the cover folds and that are fastened to the gangway bellows in a manner removable without tools in that the gangway bellows has bellows frames arranged between the folds , with metal retaining plates projecting toward the inside of the transition and having an undercut contour at which the laminary portions are hooked being arranged at the bellows frame . a) the fastening between the cover element and the gangway bellows comprises clip connection elements and/or press fastenings ; or in that b) the cover element has laminary portions on its lower side that continue from the cover folds and that are fastened to the gangway bellows in a manner removable without tools in that the gangway bellows has bellows frames arranged between the folds , with metal retaining plates projecting toward the inside of the transition and having an undercut contour at which the laminary portions are hooked being arranged at the bellows frame .
A method for a User Equipment, UE, operating in a wireless communication system, the method comprising: receiving (S1101) information for an uplink, UL, resource configuration from a network, based on the UE being configured with at least one serving cell operating in an unlicensed band, wherein the information includes an allocation information related to a UL resource and a parameter information related to a detection of a Listen-Before-Talk, LBT, failure regarding the UL resource; performing (S1103) an LBT operation for a UL transmission by using the UL resource, wherein the UE counts (S1107) a number of failures of the LBT operation based on the UE being not allowed to use the UL resource for the UL transmission during a period; and stopping (S1109) using the UL resource based on the number of failures of the LBT operation reaching a maximum number of LBT failures, wherein the parameter information includes the maximum number of LBT failures. receiving (S1101) information for an uplink, UL, resource configuration from a network, based on the UE being configured with at least one serving cell operating in an unlicensed band, wherein the information includes an allocation information related to a UL resource and a parameter information related to a detection of a Listen-Before-Talk, LBT, failure regarding the UL resource; performing (S1103) an LBT operation for a UL transmission by using the UL resource, wherein the UE counts (S1107) a number of failures of the LBT operation based on the UE being not allowed to use the UL resource for the UL transmission during a period; and stopping (S1109) using the UL resource based on the number of failures of the LBT operation reaching a maximum number of LBT failures, wherein the parameter information includes the maximum number of LBT failures.