mhurhangee/ep-ind-claims huggingface dataset:
A domestic home cooking appliance that uses steam to heat a food item, the appliance comprising: - a cooking chamber configured to receive the food item; - a steam generator configured to generate the steam to heat the food item; - a heating element (72, 74) configured to generate heat to heat the food item; - an exhaust outlet that fluidly connects the cooking chamber to a first external environment outside of the cooking chamber; and - an active inlet that fluidly connects the cooking chamber to a second external environment outside of the cooking chamber, the active inlet having a blocking member that prevents a fluid from the second external environment from entering the cooking chamber though the active inlet, - an actuator that moves the blocking member between a closed position in which the blocking member prevents the fluid from entering the cooking chamber through the active inlet, and an open position in which the blocking member allows the fluid to enter the cooking chamber through the active inlet, - a controller that sends instructions to the actuator to move the actuator between the closed position and the open position; and characterized in that the appliance comprises - a spring provided to maintain the blocking member in a default position when the actuator is not activated, - wherein the blocking member is positioned in the cooking chamber and, in its closed position, blocks an opening in a wall of the cooking chamber from the cooking chamber. - a cooking chamber configured to receive the food item; - a steam generator configured to generate the steam to heat the food item; - a heating element (72, 74) configured to generate heat to heat the food item; - an exhaust outlet that fluidly connects the cooking chamber to a first external environment outside of the cooking chamber; and - an active inlet that fluidly connects the cooking chamber to a second external environment outside of the cooking chamber, the active inlet having a blocking member that prevents a fluid from the second external environment from entering the cooking chamber though the active inlet, - an actuator that moves the blocking member between a closed position in which the blocking member prevents the fluid from entering the cooking chamber through the active inlet, and an open position in which the blocking member allows the fluid to enter the cooking chamber through the active inlet, - a controller that sends instructions to the actuator to move the actuator between the closed position and the open position; and characterized in that the appliance comprises - a spring provided to maintain the blocking member in a default position when the actuator is not activated, - wherein the blocking member is positioned in the cooking chamber and, in its closed position, blocks an opening in a wall of the cooking chamber from the cooking chamber.
A method of optically assessing a wind power installation or a part thereof, in particular a rotor blade, including the steps: - orienting a camera on to a region to be assessed, - recording a photograph of the region to be assessed with the camera, - detecting the position of the photographed region with a position detecting device having an angle detection device, wherein at least one orientation angle of the camera and/or the telescopic optical system in relation to a reference orientation is detected, and - associating the ascertained position with the photographed region, - detecting at least one dimension in a longitudinal direction of the part to be assessed from a first reference point to a second reference point of the part, - recording at least one first reference angle which specifies the orientation angle relative to the first reference point, - recording at least one second reference angle which specifies the orientation angle relative to the second reference point, - recording a current orientation angle which specifies the orientation angle relative to the currently assessed region, and - ascertaining the current position of the currently assessed region, at least in relation to the longitudinal direction of the part, from the current orientation angle, the reference angles and optionally the dimension in the longitudinal direction. - orienting a camera on to a region to be assessed, - recording a photograph of the region to be assessed with the camera, - detecting the position of the photographed region with a position detecting device having an angle detection device, wherein at least one orientation angle of the camera and/or the telescopic optical system in relation to a reference orientation is detected, and - associating the ascertained position with the photographed region, - detecting at least one dimension in a longitudinal direction of the part to be assessed from a first reference point to a second reference point of the part, - recording at least one first reference angle which specifies the orientation angle relative to the first reference point, - recording at least one second reference angle which specifies the orientation angle relative to the second reference point, - recording a current orientation angle which specifies the orientation angle relative to the currently assessed region, and - ascertaining the current position of the currently assessed region, at least in relation to the longitudinal direction of the part, from the current orientation angle, the reference angles and optionally the dimension in the longitudinal direction.
A Huber needle assembly, comprising: a body comprising a first end and a second end; a needle extending from the first end of the body; a skin plate; and a safety tube substantially disposed around at least a portion of the needle, the safety tube comprises a first end attached to the skin plate and a second end that is disposed within the body, and the safety tube is adapted to irretractably extend over the needle and characterized in that the second end of the safety tube includes a bevel and a top part of a cavity of the body includes a capture portion, the capture portion being configured to capture the bevel upon extraction of the needle to prevent the safety tube from retracting into the body. a body comprising a first end and a second end; a needle extending from the first end of the body; a skin plate; and a safety tube substantially disposed around at least a portion of the needle, the safety tube comprises a first end attached to the skin plate and a second end that is disposed within the body, and the safety tube is adapted to irretractably extend over the needle and characterized in that the second end of the safety tube includes a bevel and a top part of a cavity of the body includes a capture portion, the capture portion being configured to capture the bevel upon extraction of the needle to prevent the safety tube from retracting into the body.
An electronic aerosol provision system comprising: an airflow sensor operable to measure an airflow parameter; a profile recall unit operable to recall one or more inhalation airflow profiles, describing the velocity and/or amount of air inhaled through the electronic aerosol provision system over the course of a puff by the user; a comparison processing unit operable to compare a measured airflow parameter with at least a first inhalation airflow profile while providing aerosol to a user; and a feedback unit (52, 54, 56) operable to provide feedback to the user responsive to the difference between a compared measured airflow parameter and inhalation airflow profile. an airflow sensor operable to measure an airflow parameter; a profile recall unit operable to recall one or more inhalation airflow profiles, describing the velocity and/or amount of air inhaled through the electronic aerosol provision system over the course of a puff by the user; a comparison processing unit operable to compare a measured airflow parameter with at least a first inhalation airflow profile while providing aerosol to a user; and a feedback unit (52, 54, 56) operable to provide feedback to the user responsive to the difference between a compared measured airflow parameter and inhalation airflow profile.
A method for classifying liquid handling procedures, the method comprising: receiving measurement data encoding a measurement curve (28, 30, 32) of measurements over time during a liquid handling procedure; inputting the measurement data into a neural network; inputting liquid handling data into the neural network, wherein the liquid handling data encode a configuration and/or setting of a laboratory automation system performing the liquid handling procedure; calculating at least one quality value (74, 86) for the liquid handling procedure with the neural network, wherein the quality value classifies the liquid handling procedure as correct or erroneous; the method being characterised in that the neural network comprises at least one measurement data branch composed of at least one layer and a liquid handling data branch composed of at least one layer; wherein the measurement data is input into an input layer of the measurement data branch and the liquid handling data is input into an input layer of the liquid handling data branch. receiving measurement data encoding a measurement curve (28, 30, 32) of measurements over time during a liquid handling procedure; inputting the measurement data into a neural network; inputting liquid handling data into the neural network, wherein the liquid handling data encode a configuration and/or setting of a laboratory automation system performing the liquid handling procedure; calculating at least one quality value (74, 86) for the liquid handling procedure with the neural network, wherein the quality value classifies the liquid handling procedure as correct or erroneous; the method being characterised in that the neural network comprises at least one measurement data branch composed of at least one layer and a liquid handling data branch composed of at least one layer; wherein the measurement data is input into an input layer of the measurement data branch and the liquid handling data is input into an input layer of the liquid handling data branch.
A process for producing a 3C library, the process comprising the steps: (a) treating chromatin in a population of eukaryotic cells by a process comprising: (i) cross-linking the chromatin within the cells in a population of eukaryotic cells; (ii) permeabilising or removing the cell membranes of the eukaryotic cells; and (iii) fragmenting the cross-linked chromatin to produce nucleic acid fragments; wherein the chromatin is fragmented to produce mono-nucleosomes of 180-200bp with the inter-nucleosomal linkers attached; (b) ligating the mono-nucleosomes of 180-200bp with the inter-nucleosomal linkers attached to produce ligated nucleic acid fragments; and (c) de-crosslinking the ligated nucleic acid fragments. (a) treating chromatin in a population of eukaryotic cells by a process comprising: (i) cross-linking the chromatin within the cells in a population of eukaryotic cells; (ii) permeabilising or removing the cell membranes of the eukaryotic cells; and (iii) fragmenting the cross-linked chromatin to produce nucleic acid fragments; wherein the chromatin is fragmented to produce mono-nucleosomes of 180-200bp with the inter-nucleosomal linkers attached; (i) cross-linking the chromatin within the cells in a population of eukaryotic cells; (ii) permeabilising or removing the cell membranes of the eukaryotic cells; and (iii) fragmenting the cross-linked chromatin to produce nucleic acid fragments; wherein the chromatin is fragmented to produce mono-nucleosomes of 180-200bp with the inter-nucleosomal linkers attached; (b) ligating the mono-nucleosomes of 180-200bp with the inter-nucleosomal linkers attached to produce ligated nucleic acid fragments; and (c) de-crosslinking the ligated nucleic acid fragments.
A punch apparatus comprising: a body; a drive unit disposed in the body and having a drive shaft that is displaced in an axial direction; a rod disposed at a predetermined angle of inclination with respect to a displacement direction of the drive shaft, the rod being disposed displaceably with respect to the body; and a driving force transmission mechanism by which a driving force output by the drive unit is transmitted to the rod, wherein the driving force transmission mechanism comprises a power boosting mechanism having an inclined portion, which is inclined with respect to the displacement direction of the drive shaft, and the rod is pushed by the inclined portion under a driving action of the drive shaft, whereby the rod is displaced in the axial direction while boosting the driving force, wherein the inclined portion is constituted from a cam groove, which is formed in a block body connected to the drive shaft, and through which a roller connected to the rod is inserted, the cam groove having a first groove portion, which is inclined at an angle of inclination with respect to the displacement direction, and a second groove portion connected to the first groove portion and which is inclined at an angle of inclination greater than that of the first groove portion, wherein a stopper is disposed in the body on an axis of the rod at a position on an opposite side from the direction in which the rod is pushed, and wherein the stopper is a support roller. a body; a drive unit disposed in the body and having a drive shaft that is displaced in an axial direction; a rod disposed at a predetermined angle of inclination with respect to a displacement direction of the drive shaft, the rod being disposed displaceably with respect to the body; and a driving force transmission mechanism by which a driving force output by the drive unit is transmitted to the rod, wherein the driving force transmission mechanism comprises a power boosting mechanism having an inclined portion, which is inclined with respect to the displacement direction of the drive shaft, and the rod is pushed by the inclined portion under a driving action of the drive shaft, whereby the rod is displaced in the axial direction while boosting the driving force, wherein the inclined portion is constituted from a cam groove, which is formed in a block body connected to the drive shaft, and through which a roller connected to the rod is inserted, the cam groove having a first groove portion, which is inclined at an angle of inclination with respect to the displacement direction, and a second groove portion connected to the first groove portion and which is inclined at an angle of inclination greater than that of the first groove portion, wherein a stopper is disposed in the body on an axis of the rod at a position on an opposite side from the direction in which the rod is pushed, and wherein the stopper is a support roller.
A method for processing biometric data, the method comprising: obtaining, by a processing device, authentication biometric data of an authenticating user; encoding, by the processing device, the authentication biometric data using an authentication random projection transform to produce transformed authentication biometric data, wherein the authentication random projection transform comprises a measurement function sufficiently incoherent to a basis in which the authentication biometric data is sparse and meeting Slepian-Wolf conditions without being reversible, and wherein knowledge of the authentication random projection transform and the transformed authentication biometric data is insufficient to reconstruct the authentication biometric data; providing, by the processing device, the authentication random projection transform and the transformed authentication biometric data to an authenticator; and receiving, by the processing device from the authenticator, an authentication decision concerning the authenticating user, wherein the authentication decision is based in part on the authentication random projection transform and the transformed authentication biometric data. obtaining, by a processing device, authentication biometric data of an authenticating user; encoding, by the processing device, the authentication biometric data using an authentication random projection transform to produce transformed authentication biometric data, wherein the authentication random projection transform comprises a measurement function sufficiently incoherent to a basis in which the authentication biometric data is sparse and meeting Slepian-Wolf conditions without being reversible, and wherein knowledge of the authentication random projection transform and the transformed authentication biometric data is insufficient to reconstruct the authentication biometric data; providing, by the processing device, the authentication random projection transform and the transformed authentication biometric data to an authenticator; and receiving, by the processing device from the authenticator, an authentication decision concerning the authenticating user, wherein the authentication decision is based in part on the authentication random projection transform and the transformed authentication biometric data.
Protective ring for the stand ring of a gas bottle, wherein the stand ring has a stand area and a circumferential outer wall which is connected to the gas bottle via fastening elements, with • a ground area, the inside of which is intended to receive the stand area of the stand ring of the gas bottle, • an edge running around the inside of the ground area • a wall running around the outside of the ground area, which is intended to be placed against the outer wall of the stand ring of a gas bottle • a plurality of locking elements, wherein the locking elements are elastic latching arms which are flanked on both sides by incisions in the protective ring, wherein the latching arms are arranged on the circumferential wall of the protective ring, characterized in that the latching arms are intended to engage over the outer wall of the stand ring and to secure the protective ring to the stand ring of the gas bottle, wherein the latching arms have inwardly pointing arms which are intended to snap into the openings or gaps present between the fastening elements of the stand ring. • a ground area, the inside of which is intended to receive the stand area of the stand ring of the gas bottle, • an edge running around the inside of the ground area • a wall running around the outside of the ground area, which is intended to be placed against the outer wall of the stand ring of a gas bottle • a plurality of locking elements, wherein the locking elements are elastic latching arms which are flanked on both sides by incisions in the protective ring, wherein the latching arms are arranged on the circumferential wall of the protective ring,
Barrel weapon comprising a base plate, a ball bearing introduced in the base plate and a weapon barrel having a ball at the end, the ball being rotatably mounted in the ball bearing, it being possible for the ball to be clamped in the ball bearing, and at least one means being provided which can release the clamping of the ball in the ball bearing, characterized in that the means is at least one handle (19, 20) by means of which a pressure plate can be acted upon via at least one line (21, 22).
A process for determining how responsive an individual is to anti-PD-1 or anti-PD-L1 therapy comprising determining whether at least 10 chromosome interactions are present or absent in the individual, wherein the said at least 10 chromosome interactions correspond to any 10 of the chromosome interactions represented by any probe shown in Table 1, and wherein the presence or absence of at least the chromosome interaction ORF712_9_120888366_120893320_120913546_120919710_RR corresponding to probe sequence AGTGCTGGGTTCCACACCTCTCAGCTCTTCGACCTCCAGGTCCCCCGCCACTTCCACGGC is determined. wherein the said at least 10 chromosome interactions correspond to any 10 of the chromosome interactions represented by any probe shown in Table 1, and wherein the presence or absence of at least the chromosome interaction ORF712_9_120888366_120893320_120913546_120919710_RR corresponding to probe sequence AGTGCTGGGTTCCACACCTCTCAGCTCTTCGACCTCCAGGTCCCCCGCCACTTCCACGGC is determined.
A method of protecting a networked organizational data storage facility accessible from a network environment, comprising the steps of: analyzing traffic to and from the data storage facility, wherein the traffic comprises one or more messages to and from the data storage facility, wherein the analyzing comprises analyzing whether location and structure of said one or more messages are valid; mapping the network environment by gathering raw information from each of a plurality of entities that are capable of accessing the data storage facility via the network environment, using a plurality of environmental analysis adapters; profiling the network environment, using a network environment profiler; and filtering the network traffic from the entities to the data storage facility. analyzing traffic to and from the data storage facility, wherein the traffic comprises one or more messages to and from the data storage facility, wherein the analyzing comprises analyzing whether location and structure of said one or more messages are valid; mapping the network environment by gathering raw information from each of a plurality of entities that are capable of accessing the data storage facility via the network environment, using a plurality of environmental analysis adapters; profiling the network environment, using a network environment profiler; and filtering the network traffic from the entities to the data storage facility.
An assessment generation system (10, 700) configured to assess a fitness level of a subject, wherein the assessment generation system (10, 700) comprises one or more processing circuits configured to: measure an average heart rate of the subject with a heart rate sensor worn by the subject over a period of time; measure an average cadence of the subject with a cadence sensor worn by the subject over the period of time, according to a motion signal of the cadence sensor; calculate a ratio of the average heart rate to the average cadence with at least one of the processing circuits operatively coupled to the heart rate sensor and the cadence sensor; determine at least one of a power output by the cadence sensor and an average power output by the cadence sensor over a predetermined time, according to the motion signal of the cadence sensor; and normalize the ratio of the average heart rate to the average cadence using the power or the average power. measure an average heart rate of the subject with a heart rate sensor worn by the subject over a period of time; measure an average cadence of the subject with a cadence sensor worn by the subject over the period of time, according to a motion signal of the cadence sensor; calculate a ratio of the average heart rate to the average cadence with at least one of the processing circuits operatively coupled to the heart rate sensor and the cadence sensor; determine at least one of a power output by the cadence sensor and an average power output by the cadence sensor over a predetermined time, according to the motion signal of the cadence sensor; and normalize the ratio of the average heart rate to the average cadence using the power or the average power.