mhurhangee/ep-ind-claims huggingface dataset:
Chainsaw having a housing in which a drive unit for driving a saw chain is arranged, wherein a main handle and an auxiliary handle are arranged on the housing, wherein the main handle is assigned an operating element for activating the drive unit, and wherein the auxiliary handle is assigned a hand guard for activating a brake device, wherein a safety switch arrangement for activating and/or deactivating the drive unit is provided, said safety switch arrangement being assigned a first and second release element (122a, 124a), wherein the first release element is able to be activated to carry out a first release function in order to initiate activation of the safety switch arrangement, and wherein the second release element is able to be activated to carry out a second release function in order to allow activation of the drive unit via the operating element, wherein the first release element is assigned to the main handle and the second release element is assigned to the auxiliary handle and/or hand guard, and the first release element is in the form of a presence sensor, in particular of a hand lever, of a safety blocking element and/or touch element (224, 624), characterized in that the second release element is able to be activated to carry out the second release function within a first predefined time period (t1, t3), preferably within 5 seconds following initiation of the activation of the safety switch arrangement, in order to bring about releasing of the operating element to activate the drive unit.
A method of receiving an intelligent transport system, ITS, message by a V2X communication device, the method comprising: accessing a control channel, CCH; receiving a first ITS message including emergency alert system, EAS, information via the control channel, wherein the first ITS message further includes a rich media information field including information about rich media associated with the EAS information, and wherein the information about the rich media includes transmission type information indicating a transmission type for rich media data and channel information indicating an ITS channel via which the rich media data is transmitted, wherein the transmission type information includes a first transmission type and a second transmission type, wherein the first transmission type represents that the rich media data is transmitted, on the CCH, in the first ITS message, and wherein the second transmission type represents that the rich media data is transmitted, on a service channel, SCH, in a second ITS message, and the second ITS message is processed via a same communication protocol as the first ITS message; and obtaining the rich media data from (i) the first ITS message or (ii) the second ITS message based on (i) the transmission type information and (ii) the channel information. accessing a control channel, CCH; receiving a first ITS message including emergency alert system, EAS, information via the control channel, wherein the first ITS message further includes a rich media information field including information about rich media associated with the EAS information, and wherein the information about the rich media includes transmission type information indicating a transmission type for rich media data and channel information indicating an ITS channel via which the rich media data is transmitted, wherein the transmission type information includes a first transmission type and a second transmission type, wherein the first transmission type represents that the rich media data is transmitted, on the CCH, in the first ITS message, and wherein the second transmission type represents that the rich media data is transmitted, on a service channel, SCH, in a second ITS message, and the second ITS message is processed via a same communication protocol as the first ITS message; and obtaining the rich media data from (i) the first ITS message or (ii) the second ITS message based on (i) the transmission type information and (ii) the channel information.
An audio device system comprising at least a first device for transmitting and/or receiving audio over a first protocol, where the first device is configured for securely pairing with a second device, where the first device comprises a processor configured for: - generating a random passkey comprising a number of digits; characterized in that the processor is configured for: - generating an image, where the digits of the random passkey is embedded in a challenge-response test image; - transmitting the image to the second device over a second protocol; and - pairing with the second device over the first protocol, when a first criterion input in the second device and related to the random passkey is satisfied. - generating a random passkey comprising a number of digits; - generating an image, where the digits of the random passkey is embedded in a challenge-response test image; - transmitting the image to the second device over a second protocol; and - pairing with the second device over the first protocol, when a first criterion input in the second device and related to the random passkey is satisfied.
A neutral determination device characterized in that when an inhibitor switch signal indicates that a vehicle operates in a running range, a motor for outputting a force that drives the vehicle is controlled in terms of rotational speed, and when a motor torque during the rotational speed control is smaller than an estimated motor torque based on a target transmission torque capacity of a clutch that is interposed between the motor and a drive wheel and that connects and disconnects the motor and the drive wheel to and from each other, a determination is made that a control valve for supplying a hydraulic pressure chamber of the clutch with control hydraulic pressure is in a neutral state.
An implantable medical device comprising: a plurality of electrical sensors (36, 38, 46, 48, 54) for sensing electrical activity of a heart; a physiologic sensor for sensing mechanical activity of the heart; and signal processing circuitry for deriving from sensed electrical and mechanical activity a time delay measurement for each electrical sensor with respect to the physiologic sensor; and wherein the signal processing circuitry further comprising: means for determining dislodgement of one of the sensors based upon a change in at least one of the time delay measurements with respect to a time delay measurement by the same sensors associated with a previous mesurement. a plurality of electrical sensors (36, 38, 46, 48, 54) for sensing electrical activity of a heart; a physiologic sensor for sensing mechanical activity of the heart; and signal processing circuitry for deriving from sensed electrical and mechanical activity a time delay measurement for each electrical sensor with respect to the physiologic sensor; and wherein the signal processing circuitry further comprising: means for determining dislodgement of one of the sensors based upon a change in at least one of the time delay measurements with respect to a time delay measurement by the same sensors associated with a previous mesurement. means for determining dislodgement of one of the sensors based upon a change in at least one of the time delay measurements with respect to a time delay measurement by the same sensors associated with a previous mesurement.
A botulinum toxin in combination with an anticholinergic for use in a method of preventing radiation damage to the glands, wherein the radiation damage is caused by radioligands and wherein the anticholinergic is selected from the group consisting of tropicamide, atropine, scopolamine, glycopyrrolate, amitriptyline, clonidine, ipratropium bromide and trihexyphenidyl.
A connector comprising: - a connection region for connecting the connector to a complementary connector element, wherein the connection region comprises a multipart thread and at least one latching means, and wherein the at least one latching means is designed to be brought into engagement with at least one complementary latching means of the complementary connector element, wherein: the multipart thread comprises at least one threaded portion and at least one unthreaded portion, and each latching means is designed as a recess in an associated unthreaded portion of the multipart thread. - a connection region for connecting the connector to a complementary connector element, wherein the connection region comprises a multipart thread and at least one latching means, and wherein the at least one latching means is designed to be brought into engagement with at least one complementary latching means of the complementary connector element, wherein: the multipart thread comprises at least one threaded portion and at least one unthreaded portion, and each latching means is designed as a recess in an associated unthreaded portion of the multipart thread. the multipart thread comprises at least one threaded portion and at least one unthreaded portion, and each latching means is designed as a recess in an associated unthreaded portion of the multipart thread.
A work vehicle, comprising: a bonnet provided on a front portion of a travelling vehicle body; an obstacle sensor that detects an obstacle on a front side; and a sensor attaching stay configured to extend toward a front side of the bonnet and to allow the obstacle sensor to be attached thereto, wherein the sensor attaching stay comprises a bracket portion having arm portions extending in a left and right direction, and the obstacle sensor is provided on each of the left and right arm portions, wherein a weight attachment unit is provided on the front portion of the travelling vehicle body and configured such that a weight can be attached thereto in order to maintain a weight balance of the vehicle body, characterized in that the obstacle sensor is positioned in front of a rear end of the weight. a bonnet provided on a front portion of a travelling vehicle body; an obstacle sensor that detects an obstacle on a front side; and a sensor attaching stay configured to extend toward a front side of the bonnet and to allow the obstacle sensor to be attached thereto, wherein the sensor attaching stay comprises a bracket portion having arm portions extending in a left and right direction, and the obstacle sensor is provided on each of the left and right arm portions, wherein a weight attachment unit is provided on the front portion of the travelling vehicle body and configured such that a weight can be attached thereto in order to maintain a weight balance of the vehicle body, characterized in that the obstacle sensor is positioned in front of a rear end of the weight.
Method for determining the abrasion characteristics of galvannealed flat steel products, in which an adhesive strip is respectively stuck onto the flat steel products, in which the flat steel products are respectively bent in the region provided with the adhesive strip, in order to produce abrasion of the zinc coating, in which, following the bending of the flat steel products, the adhesive strip is pulled off together with dust of the zinc coating adhering to the adhesive strip, and in which, at least to some extent, the iron contents of the zinc coatings of the respective flat steel products are determined, characterized in that in each case a dimension and a representative gray value of the dust adhering to the adhesive strip is determined, the dependence of the dimensions and the representative gray values of the dust adhering to the adhesive strip on the iron content of the zinc coating is determined, a plurality of photographs of the adhesive strip are respectively produced by means of a camera both under incident light and also with transmitted light and with different illuminations, wherein in each case the plurality of photographs are superimposed to form a new illustration and wherein the determination of the dimensions and representative gray values of the dust adhering to the adhesive strip is carried out by using the illustrations and wherein the dimensions and the representative gray values of the dust adhering to the adhesive strip are determined for different limiting gray values, wherein gray values of the adhesive strip and of the dust that are lighter than the respective limiting gray value remain unconsidered and wherein the dependencies of the dimensions and the representative gray values of the dust adhering to the adhesive strip on the iron content of the zinc coating are determined for each limiting gray value and wherein it is determined how well the dimensions and the representative gray values of the dust adhering to the adhesive strip for the respective limiting gray values correlate with the determined dependencies and wherein a limiting gray value is defined for further determinations of the dimension and the representative gray values for which a good correlation of the dimensions and the representative gray values of the dust adhering to the adhesive strip with the dependence of the dimensions and the representative gray values of the dust adhering to the adhesive strip on the iron content is obtained.
A fingerprint apparatus, comprising a fingerprint image sensor and a collimator located on a side of the fingerprint image sensor, wherein a first microlens group is disposed on a side of the collimator that is away from the fingerprint image sensor, the first microlens group comprises at least one first microlens unit, the first microlens unit is disposed corresponding to a collimator hole of the collimator, and the first microlens unit is configured to converge light on the side of the collimator that is away from the fingerprint image sensor to the collimator hole of the collimator; wherein a second microlens group is further disposed between the collimator and the fingerprint image sensor, the second microlens group comprises at least one second microlens unit, the second microlens unit is disposed corresponding to the collimator hole of the collimator, and the second microlens unit is configured to converge light that passes through the collimator hole of the collimator to the fingerprint image sensor; wherein the first microlens unit is a convex lens with a light convergence function, the side of the first microlens unit facing the collimator hole being flat; wherein the second microlens unit is a convex lens with a light convergence function, the side of the second microlens unit facing the collimator hole being flat. wherein a second microlens group is further disposed between the collimator and the fingerprint image sensor, the second microlens group comprises at least one second microlens unit, the second microlens unit is disposed corresponding to the collimator hole of the collimator, and the second microlens unit is configured to converge light that passes through the collimator hole of the collimator to the fingerprint image sensor; wherein the first microlens unit is a convex lens with a light convergence function, the side of the first microlens unit facing the collimator hole being flat; wherein the second microlens unit is a convex lens with a light convergence function, the side of the second microlens unit facing the collimator hole being flat.
A method comprising: establishing a radio resource control, RRC, connection by a user equipment, UE, to a base station in a wireless network; receiving higher layer UE-specific resource-grant information for the UE during the RRC connection establishment; receiving a secondary resource grant within a DCI; and performing a data transmission, wherein the data transmission is either an initial data transmission or a retransmission, characterized in that the higher layer UE-specific resource-grant information carries a first number of repetitions for the initial data transmission; the secondary resource grant carries partial control information comprising a field to trigger a new transmission or a retransmission and a second number of repetitions for retransmission, and the data transmission is performed with a repetition number based on parameter settings in the received UE-specific resource-grant information and the received secondary resource grant, wherein the repetition number is the first number when the data transmission is the initial data transmission, and the repetition number is the second number when the data transmission is the retransmission. establishing a radio resource control, RRC, connection by a user equipment, UE, to a base station in a wireless network; receiving higher layer UE-specific resource-grant information for the UE during the RRC connection establishment; receiving a secondary resource grant within a DCI; and performing a data transmission, wherein the data transmission is either an initial data transmission or a retransmission, characterized in that the higher layer UE-specific resource-grant information carries a first number of repetitions for the initial data transmission; the secondary resource grant carries partial control information comprising a field to trigger a new transmission or a retransmission and a second number of repetitions for retransmission, and the data transmission is performed with a repetition number based on parameter settings in the received UE-specific resource-grant information and the received secondary resource grant, wherein the repetition number is the first number when the data transmission is the initial data transmission, and the repetition number is the second number when the data transmission is the retransmission.
An in vitro -method for aiding in assessing the risk of disease progression for a patient having rheumatoid arthritis, the method comprising the steps of a) measuring in a liquid sample the concentration of both C-reactive protein and interleukin-6, and of optionally one or more other marker, b) mathematically combining the values measured in step a) and c) correlating the combined value determined in step (b) to the risk of disease progression, wherein said method of mathematically combining the values in step (b) is selected from DA (i.e. Linear-, Quadratic-, Regularized Discriminant Analysis), Kernel Methods (i.e. SVM), Nonparametric Methods (i.e. k-Nearest-Neighbor Classifiers), PLS (Partial Least Squares), Tree-Based Methods (i.e. Logic Regression, CART, Random Forest Methods, Boosting Methods), or Generalized Linear Models (i.e. Logistic Regression). a) measuring in a liquid sample the concentration of both C-reactive protein and interleukin-6, and of optionally one or more other marker, b) mathematically combining the values measured in step a) and c) correlating the combined value determined in step (b) to the risk of disease progression, wherein said method of mathematically combining the values in step (b) is selected from DA (i.e. Linear-, Quadratic-, Regularized Discriminant Analysis), Kernel Methods (i.e. SVM), Nonparametric Methods (i.e. k-Nearest-Neighbor Classifiers), PLS (Partial Least Squares), Tree-Based Methods (i.e. Logic Regression, CART, Random Forest Methods, Boosting Methods), or Generalized Linear Models (i.e. Logistic Regression).
Pressure-sensitive adhesive having at least one polymer component based on a monomer mixture comprising at least the following monomers: i.a) 50 to 89.5 wt% of at least one acrylic ester and/or methacrylic ester having the following formula: CH 2 =C (R 1) (COOR 2), where R 1 = H and R 2 is a linear alkyl radical having 2 to 10 C atoms or a branched, noncyclic alkyl radical having at least 4 C atoms and/or R 1 = CH 3 and R 2 is a linear alkyl radical having 8 to 10 C atoms or a branched, noncyclic alkyl radical having at least 10 C atoms, i.b) 5 to 20 wt% of at least one N-alkyl-substituted acrylamide, i.c) 5 to 25 wt% of at least one acrylic ester and/or methacrylic ester having the following formula: CH 2 =C (R 3) (COOR 4), where R 3 = H or CH 3 and R 4 is a linear alkyl radical having at least 12 C atoms, i.d) 0.5 to 5 wt% of acrylic acid and/or methacrylic acid, the amounts figures being based in each case on the monomer mixture. i.a) 50 to 89.5 wt% of at least one acrylic ester and/or methacrylic ester having the following formula: CH 2 =C (R 1) (COOR 2), where R 1 = H and R 2 is a linear alkyl radical having 2 to 10 C atoms or a branched, noncyclic alkyl radical having at least 4 C atoms and/or R 1 = CH 3 and R 2 is a linear alkyl radical having 8 to 10 C atoms or a branched, noncyclic alkyl radical having at least 10 C atoms, R 1 = H and R 2 is a linear alkyl radical having 2 to 10 C atoms or a branched, noncyclic alkyl radical having at least 4 C atoms and/or R 1 = CH 3 and R 2 is a linear alkyl radical having 8 to 10 C atoms or a branched, noncyclic alkyl radical having at least 10 C atoms, i.b) 5 to 20 wt% of at least one N-alkyl-substituted acrylamide, i.c) 5 to 25 wt% of at least one acrylic ester and/or methacrylic ester having the following formula: CH 2 =C (R 3) (COOR 4), where R 3 = H or CH 3 and R 4 is a linear alkyl radical having at least 12 C atoms, i.d) 0.5 to 5 wt% of acrylic acid and/or methacrylic acid, the amounts figures being based in each case on the monomer mixture.
A line for processing horticultural products, comprising a tank along which the horticultural products are pushed by a fluid current, on which said horticultural products can float freely, and an apparatus for processing the horticultural products, comprising at least one alignment matrix, provided with a base platform, which can be submerged at a predefined section of said tank, and with a plurality of mutually parallel partitions, which are extended at right angles from the upper face of said platform and, when said platform is submerged in the predefined section, at least rise above the free surface of the predefined section, each pair of said adjacent partitions, which can be arranged along the movement direction of the fluid current, defining a respective channel for automatic forced alignment for the horticultural products, pushed toward the predefined section by the fluid current, characterized in that the at least one alignment matrix is a floating alignment matrix.
A sleeve assembly for coupling between a colonoscope insertion tube having length of between 1 m and 3 m, and one or more add-on tubes, the sleeve assembly comprising: an inner sleeve (11, 92) defining an elongated lumen with an open end, and having an expanded state sized to surroundingly receive at least 70% of the length of the colonoscope insertion tube arranged longitudinally within the inner sleeve; and an outer sleeve (10, 90) encircling the inner sleeve; characterized by comprising one or more add-on tubes extending longitudinally between the inner sleeve and the outer sleeve; said inner sleeve being collapsible from the expanded state to fit tightly over a received colonoscope insertion tube; wherein the inner sleeve is coupled to the outer sleeve at one or more locations along the inner sleeve so that collapsing the inner sleeve from the expanded state brings the outer sleeve radially closer to the inner sleeve, approximating the one or more add-on tubes to the inner sleeve. an inner sleeve (11, 92) defining an elongated lumen with an open end, and having an expanded state sized to surroundingly receive at least 70% of the length of the colonoscope insertion tube arranged longitudinally within the inner sleeve; and an outer sleeve (10, 90) encircling the inner sleeve; characterized by comprising one or more add-on tubes extending longitudinally between the inner sleeve and the outer sleeve; said inner sleeve being collapsible from the expanded state to fit tightly over a received colonoscope insertion tube; wherein the inner sleeve is coupled to the outer sleeve at one or more locations along the inner sleeve so that collapsing the inner sleeve from the expanded state brings the outer sleeve radially closer to the inner sleeve, approximating the one or more add-on tubes to the inner sleeve.