mhurhangee/patent-ind-claim-en huggingface dataset:
A visualisation system for annotating a source message , comprising - a source module , provided with a first interface for displaying said source message , said source module comprising a moveable position indicator for indicating a position in said source message; - an annotation module , provided with a second interface for recording and displaying a first annotation of said source message , wherein said source message is annotated in sign language; - a time display module , provided with a third interface for indicating a time lapse ; wherein said source message is a text message and wherein said source message is linked to said time lapse , thereby providing portions of said source message with respective durations defined by a starting position and an ending position in said time lapse ; wherein said annotation is in the form of video images; wherein the visualisation system further comprises a controller for controlling the pace of annotation by decreasing an average pace of said moveable position indicator; and wherein the pace of annotating said source message is dynamically controllable by the user of the system; wherein said source message is divided in a plurality of basic units and wherein said time lapse is divided in a plurality of basic time intervals, wherein each basic unit is linked to a corresponding basic time interval, thereby providing each position in said source text with a corresponding position in said time lapse , wherein said basic unit is a text character, and wherein the system is configured to have said moveable position indicator , upon activation, proceed at a pace of 60 ms per text character. - a source module , provided with a first interface for displaying said source message , said source module comprising a moveable position indicator for indicating a position in said source message; - an annotation module , provided with a second interface for recording and displaying a first annotation of said source message , wherein said source message is annotated in sign language; - a time display module , provided with a third interface for indicating a time lapse ;
Heating composition in the form of an electrically conductive coating for an electrically conductive heating body, comprising an elastomer as a base substance and embedded therein a homogeneous mixture of a carbon fibre having an average fibre length of 70-180 μm measured by optical microscopy, wherein average fibre length is to be understood as meaning that about 50% of the fibres have this length, and an average fibre diameter or 4 to 15 μm and dispersed floccular graphite particles having an average diameter d 50 of 1 to 10 μm measured by laser diffraction according to ISO 13320 with a laser granulometer, wherein the heating composition comprises: 5-30% by weight of elastomer, preferably 5-20% by weight, 8-25% by weight of carbon fibres, preferably 10-20% by weight, 50-85% by weight of graphite particles, preferably 60-85% by weight, in each case based on the total weight of the dried heating composition. 5-30% by weight of elastomer, preferably 5-20% by weight, 8-25% by weight of carbon fibres, preferably 10-20% by weight, 50-85% by weight of graphite particles, preferably 60-85% by weight, in each case based on the total weight of the dried heating composition.
An apparatus for a user equipment, comprising: means for receiving , by the user equipment from a network, broadcast system information, wherein the broadcast system information comprises multiple entries, wherein each entry comprises a frequency band indicator and a corresponding network-signalling value, and wherein the same frequency band indicator is used for more than one of the multiple entries such that the same frequency band is indicated multiple times, wherein each network signaling value corresponds to a different requirement in emissions and/or an additional maximum power reduction, and wherein at least one of the corresponding network-signaling values corresponds to a frequency band without a previously defined network-signaling value; and wherein the apparatus further comprises means for transmitting to the network an indication that the user equipment supports at least one of the network-signaling values corresponding to the frequency band without a previously defined network-signaling value. means for receiving , by the user equipment from a network, broadcast system information, wherein the broadcast system information comprises multiple entries, wherein each entry comprises a frequency band indicator and a corresponding network-signalling value, and wherein the same frequency band indicator is used for more than one of the multiple entries such that the same frequency band is indicated multiple times, wherein each network signaling value corresponds to a different requirement in emissions and/or an additional maximum power reduction, and wherein at least one of the corresponding network-signaling values corresponds to a frequency band without a previously defined network-signaling value; and wherein the apparatus further comprises means for transmitting to the network an indication that the user equipment supports at least one of the network-signaling values corresponding to the frequency band without a previously defined network-signaling value.
A method for wireless communication, comprising: receiving a semi-persistent assignment for an acknowledgement, ACK, resource for a user equipment, UE, and for transmissions of data on the downlink, DL, with a scheduling message, the semi-persistent assignment being valid for multiple transmissions of data and wherein the scheduling message is also used to send scheduling information for a single transmission of data with dynamic scheduling which is re-used to carry the ACK resource assignment for semi-persistent scheduling; determining that the scheduling message is for semi-persistent scheduling; obtaining an assignment of the ACK resource from the semi-persistent assignment, the ACK resource being assigned to the UE for the multiple transmissions of data; receiving a transmission of data sent in accordance with the semi-persistent assignment; determining ACK information for the transmission of data; and sending the ACK information with the ACK resource. receiving a semi-persistent assignment for an acknowledgement, ACK, resource for a user equipment, UE, and for transmissions of data on the downlink, DL, with a scheduling message, the semi-persistent assignment being valid for multiple transmissions of data and wherein the scheduling message is also used to send scheduling information for a single transmission of data with dynamic scheduling which is re-used to carry the ACK resource assignment for semi-persistent scheduling; determining that the scheduling message is for semi-persistent scheduling; obtaining an assignment of the ACK resource from the semi-persistent assignment, the ACK resource being assigned to the UE for the multiple transmissions of data; receiving a transmission of data sent in accordance with the semi-persistent assignment; determining ACK information for the transmission of data; and sending the ACK information with the ACK resource.
A learning method for learning respective parameters of respective CNNs (1-ST CNN, 2-ND CNN,...K-TH CNN,..., M-TH CNN) for respective regions with respective location information, to thereby allow an autonomous driving module of a subject vehicle to perform an autonomous driving in each of regions by selecting the respective CNN for generating estimated autonomous driving source information from an image corresponding to a region where the subject vehicle is located, which driving source information comprises at least one of segmentation results and object detection results, comprising steps of: (a) a learning device , if one or more K-th training images corresponding to at least one K-th region are acquired, instructing (S01) at least one K-th convolutional layer of a K-th CNN included therein to apply at least one K-th convolution operation to the K-th training images, to thereby generate one or more K-th feature maps; (b) the learning device instructing (S02) at least one K-th output layer of the K-th CNN to apply at least one K-th output operation to the K-th feature maps, to thereby generate one or more pieces of K-th estimated autonomous driving source information for the autonomous driving module; (c) the learning device instructing (S03) at least one K-th loss layer of the K-th CNN to generate at least one K-th loss by using the K-th estimated autonomous driving source information and its corresponding K-th Ground-Truth(GT) autonomous driving source information, and then to perform backpropagation by using the K-th loss, to thereby learn at least part of K-th parameters of the K-th CNN; and (d) the learning device storing (S04) the K-th parameters of the K-th CNN in a database after tagging K-th location information of the K-th region to the K-th CNN , wherein the K-th CNN is one of a first CNN to an M-th CNN, and wherein M is an integer larger than 1, and K is an integer from 1 to M. (a) a learning device , if one or more K-th training images corresponding to at least one K-th region are acquired, instructing (S01) at least one K-th convolutional layer of a K-th CNN included therein to apply at least one K-th convolution operation to the K-th training images, to thereby generate one or more K-th feature maps; (b) the learning device instructing (S02) at least one K-th output layer of the K-th CNN to apply at least one K-th output operation to the K-th feature maps, to thereby generate one or more pieces of K-th estimated autonomous driving source information for the autonomous driving module; (c) the learning device instructing (S03) at least one K-th loss layer of the K-th CNN to generate at least one K-th loss by using the K-th estimated autonomous driving source information and its corresponding K-th Ground-Truth(GT) autonomous driving source information, and then to perform backpropagation by using the K-th loss, to thereby learn at least part of K-th parameters of the K-th CNN; and (d) the learning device storing (S04) the K-th parameters of the K-th CNN in a database after tagging K-th location information of the K-th region to the K-th CNN ,
A system for visualizing a process of focusing, comprising at least one image data source and one image data sink , wherein digitalized image data are associated to at least two different layers , wherein, for the at least two different layers , image data are present in at least two different resolutions each, wherein the at least two different layers show a common scene at different conditions of taking a picture, wherein the image data source is configured to transfer image data to the image data sink , the image data source is configured to transfer from the image data source to the image data sink the image data of only one presettable reference layer in the at least two different resolutions with an increasing resolution, wherein the image data sink is configured to receive image data from the image data source and process same relative to visualization, wherein the image data source is configured to transfer to the image data sink image data of the reference layer in the at least two different resolutions in a prioritized manner relative to the image data from layers different from the reference layer , wherein the image data source is configured to transfer to the image data sink , only in a reload case where the image data source has transferred the image data of the reference layer to the image data sink at a presettable reference resolution, the image data from a presettable number of layers different from the reference layer only in a presettable reload resolution, and wherein the reference resolution is the respective maximum resolution present for the layers in the image data, characterized in that the image data sink is configured to allow selecting from which layer image data are to be visualized, and the image data sink is configured to set the layer selected for visualization as the reference layer.
An anti-tumor agent for use in curing cancer in a human, the anti-tumor agent comprising: a liposome containing an inner water phase; and an aqueous solution dispersing the liposome, which constitutes an outer water phase, wherein the liposome encompasses gemcitabine or a salt thereof, a lipid constituting the liposome contains at least hydrogenated soybean phosphatidylcholine, 1,2-distearoyl-3-phosphatidylethanolamine-polyethylene glycol, and cholesterol, the gemcitabine or the salt thereof encompassed in the liposome is administered at a dose rate of 40 mg/m 2 body surface area to 60 mg/m 2 body surface area in terms of gemcitabine per administration, and the anti-tumor agent is repeatedly administered a plurality of times of single administration at every three weeks to four weeks. a liposome containing an inner water phase; and an aqueous solution dispersing the liposome, which constitutes an outer water phase, wherein the liposome encompasses gemcitabine or a salt thereof, a lipid constituting the liposome contains at least hydrogenated soybean phosphatidylcholine, 1,2-distearoyl-3-phosphatidylethanolamine-polyethylene glycol, and cholesterol, the gemcitabine or the salt thereof encompassed in the liposome is administered at a dose rate of 40 mg/m 2 body surface area to 60 mg/m 2 body surface area in terms of gemcitabine per administration, and the anti-tumor agent is repeatedly administered a plurality of times of single administration at every three weeks to four weeks.
An information processing device comprising: a recognition information acquirer to acquire, from an electric apparatus that performs operational control using sensor information, recognition information that is information obtained as a result of recognition of the sensor information by the electric apparatus and comprises position information on a target of recognition and position information on a person, the sensor information being sensed and output by a sensor ; a danger determiner to determine that the person included in the recognition information is in a danger state in a case in which a relationship between the position of the target of recognition and the position of the person satisfies a determination condition, the target of recognition and the person being included in the recognition information acquired by the recognition information acquirer ; a signal generator to, upon the danger determiner determining that the person included in the recognition information is in the danger state, determine whether at least one informing apparatus exists which is presently effective for communication and generate an informing signal that causes operation of an informing function of the at least one informing apparatus determined to exist and be presently effective that informs that the person included in the recognition information is in the danger state; and a signal transmitter to transmit to the at least one informing apparatus the informing signal generated by the signal generator . a recognition information acquirer to acquire, from an electric apparatus that performs operational control using sensor information, recognition information that is information obtained as a result of recognition of the sensor information by the electric apparatus and comprises position information on a target of recognition and position information on a person, the sensor information being sensed and output by a sensor ; a danger determiner to determine that the person included in the recognition information is in a danger state in a case in which a relationship between the position of the target of recognition and the position of the person satisfies a determination condition, the target of recognition and the person being included in the recognition information acquired by the recognition information acquirer ; a signal generator to, upon the danger determiner determining that the person included in the recognition information is in the danger state, determine whether at least one informing apparatus exists which is presently effective for communication and generate an informing signal that causes operation of an informing function of the at least one informing apparatus determined to exist and be presently effective that informs that the person included in the recognition information is in the danger state; and a signal transmitter to transmit to the at least one informing apparatus the informing signal generated by the signal generator .
A modified influenza type B hemagglutinin (HA) comprising a deleted proteolytic loop between subunits HA1 and HA2, the deleted proteolytic loop comprising a monobasic cleavage site, wherein the modified influenza type B HA is derived from an unmodified B HA comprising 90% to 100% sequence identity to a sequence defined by SEQ ID NO: 30, 54 or 64, and wherein the monobasic cleavage site comprises amino acid sequence KER.
Siphon arrangement comprising a housing with an inlet connection piece , an outlet connection piece as well as a siphon seat arranged between the inlet connection piece and the outlet connection piece , and a siphon element arranged in the siphon seat with a siphon portion as well as an inlet directed towards the inlet connection piece and an outlet leading towards the outlet connection piece , wherein water is guidable from the inlet connection piece via the inlet into the siphon portion and from the outlet to the outlet connection piece , wherein the siphon element is mounted in a movable, especially pivotable manner in the housing from a use position into a maintenance position, and is removable, especially extractable out of the housing, from the maintenance position, wherein the siphon element is formed such that during the movement of the siphon element , the water lying in the siphon portion at least partially moves towards the outlet connection piece , and wherein the siphon element is formed such that potential residual water in the siphon portion cannot flow out of the siphon portion during the movement or during the removal of the siphon element , respectively, wherein the siphon receptacle comprises a cylindrical bearing wall for the bearing of the siphon element , wherein the bearing wall , when viewed from the inlet connection piece , is penetrated by the inlet connection piece , characterized in that the bearing wall , when viewed towards the outlet connection piece , is penetrated by the outlet connection piece , and that at least one seal extends entirely around the inlet , wherein said seal cooperates with said bearing wall and extends entirely around the opening point of the inlet connection piece .
A wearable device for transmitting a vibration to a body of a user, the wearable device comprising: a strap configured to be wound on the body surface of the user wearing the wearable device; and an output unit comprising a vibrator located at an inside surface of the strap to generate a vibration based on an audio signal to be output by the wearable device , a vibrator cover arranged to contact a surface of the vibrator facing the body and transmit the vibration generated by the vibrator to the body, characterized in that a vibrator support is arranged to contact an opposite surface located opposite to the surface of the vibrator facing the body, the vibrator support being configured to minimize an amount of a sound vibration leaking to the outside of the wearable device ; wherein an area of a surface of the vibrator support contacting the vibrator is smaller than an area of a surface of the vibrator support opposite to the surface of the vibrator support contacting the vibrator . a strap configured to be wound on the body surface of the user wearing the wearable device; and an output unit comprising a vibrator located at an inside surface of the strap to generate a vibration based on an audio signal to be output by the wearable device , a vibrator cover arranged to contact a surface of the vibrator facing the body and transmit the vibration generated by the vibrator to the body, characterized in that a vibrator support is arranged to contact an opposite surface located opposite to the surface of the vibrator facing the body, the vibrator support being configured to minimize an amount of a sound vibration leaking to the outside of the wearable device ; wherein an area of a surface of the vibrator support contacting the vibrator is smaller than an area of a surface of the vibrator support opposite to the surface of the vibrator support contacting the vibrator .
Water barrier comprising a trough-shaped foundation body having mutually spaced side walls , the foundation body being connected to a flap via a bearing , which flap can, due to the buoyancy of the water, be pivoted from an initial state, in which the flap extends between the side walls , into a blocking state, in which a top end extends over the foundation body , and the bearing being designed as a ridge extending between the side walls , the bearing being spaced from a bottom end of the flap such that a two-armed lever is formed, the lever arm of which that is associated with the bottom end being shorter than the lever arm that is associated with the top end , characterized in that a ridge head of the ridge is rounded, the ridge head being mounted in a groove of the flap that has a radius and the groove being in contact with the ridge head .
Active bearing for controlled vibration transmission comprising: a) an interface for attachment to a load to be supported of which the static and dynamic load input acts on the bearing via the interface , b) at least one support element which is in operative connection with the interface and a support unit and supports at least the static load input to the load via a first force path, c) at least one linear actuator which bears directly or indirectly on the support unit , d) a gearbox unit which is in operative connection with the at least one linear actuator for transmission of an actuating path change originating from the linear actuator , e) at least one decoupling unit , which serves to decouple the static load and to transmit the dynamic load input, and via which the gearbox unit is direct or indirectly in operative connection with the interface , wherein the at least one linear actuator , the gearbox unit and the at least one decoupling unit are arranged in series with respect to each other and form a second force path for the dynamic load input, wherein at least one elastically deformable element is introduced along the second force path, along the serial arrangement consisting of the at least one linear actuator , the gearbox unit and the at least one decoupling unit , that the support element and the one elastically deformable element are constructed and disposed as units that are distinct and spatially separate from one another, characterized in that the gearbox unit is embodied as a mechanical path transmission mechanism having at least one lever mechanism, and the components of the active bearing that are included along both force paths are surrounded by a compressible medium. a) an interface for attachment to a load to be supported of which the static and dynamic load input acts on the bearing via the interface , b) at least one support element which is in operative connection with the interface and a support unit and supports at least the static load input to the load via a first force path, c) at least one linear actuator which bears directly or indirectly on the support unit , d) a gearbox unit which is in operative connection with the at least one linear actuator for transmission of an actuating path change originating from the linear actuator , e) at least one decoupling unit , which serves to decouple the static load and to transmit the dynamic load input, and via which the gearbox unit is direct or indirectly in operative connection with the interface ,