mhurhangee/ep-ind-claims huggingface dataset:
Antibody Mat3 or antigen-binding fragments thereof, which antagonizes prolactin receptor-mediated signaling, whereby the antibody or antigen-binding fragments thereof comprises a. a variable heavy region with an amino acid sequence according to SEQ ID NO: 1, and b. a variable light region with an amino acid sequence according to SEQ ID NO: 2. a. a variable heavy region with an amino acid sequence according to SEQ ID NO: 1, and b. a variable light region with an amino acid sequence according to SEQ ID NO: 2.
A method, comprising: receiving one or more signals associated with an analyte level from an analyte monitoring device, said device being in a present operational state; and determining if the received one or more signals deviates from a predetermined signal characteristic; based on said determining and on the present operational state, retrieving, from a storage unit, a new potential operational state associated with the analyte monitoring device; retrieving, from a storage unit, a prior signal associated with a prior analyte level and comparing the prior signal associated with the prior analyte level to the received one or more signals presenting, at a user interface unit, output data associated with the new potential operational state of the analyte monitoring device the output data being at least in part based on the one or more of the received signals and on the prior signal; receiving user input data based on the presented output data; and modifying, by a data processor, the operational state associated with the analyte monitoring device based on the received user input data. receiving one or more signals associated with an analyte level from an analyte monitoring device, said device being in a present operational state; and determining if the received one or more signals deviates from a predetermined signal characteristic; based on said determining and on the present operational state, retrieving, from a storage unit, a new potential operational state associated with the analyte monitoring device; retrieving, from a storage unit, a prior signal associated with a prior analyte level and comparing the prior signal associated with the prior analyte level to the received one or more signals presenting, at a user interface unit, output data associated with the new potential operational state of the analyte monitoring device the output data being at least in part based on the one or more of the received signals and on the prior signal; receiving user input data based on the presented output data; and modifying, by a data processor, the operational state associated with the analyte monitoring device based on the received user input data.
An interchangeable lens attachable to a camera body, the interchangeable lens comprising an image pickup optical system configured to form an optical image of an object, and a controller, characterized in that: in a case that the camera body is configured to transmit, to the interchangeable lens, a signal for starting an initialization of an optical element, the controller is configured to start initializing the optical element included in the image pickup optical system so as to move the optical element to a predetermined position when a signal for starting the initialization is received from the camera body, and in a case that the camera body is not configured to transmit, to the interchangeable lens, the signal for starting the initialization, the controller is configured to start initializing the optical element after the controller receives identification information from the camera body and a period elapses for which the camera body consumes more than a predetermined amount of power. in a case that the camera body is configured to transmit, to the interchangeable lens, a signal for starting an initialization of an optical element, the controller is configured to start initializing the optical element included in the image pickup optical system so as to move the optical element to a predetermined position when a signal for starting the initialization is received from the camera body, and in a case that the camera body is not configured to transmit, to the interchangeable lens, the signal for starting the initialization, the controller is configured to start initializing the optical element after the controller receives identification information from the camera body and a period elapses for which the camera body consumes more than a predetermined amount of power.
A braking device for a height-adjustable furniture column, whereby the braking device comprises: - a piston arranged within a cylinder, - a piston rod, - a first fluid channel (3.1), which fluidically connects a piston upper side and a piston lower side, and - a second fluid channel (8.1, 3. 1, 8.1'), which fluidically connects the piston upper side and the piston lower side with the first fluid channel (3.1), wherein the piston rod is connected to the piston, characterized in that the second fluid channel (8.1, 3.1, 8.1') is formed by at least one spring element (8, 8'), which is arranged on the piston and which has at least one opening (8.1, 8.1') in a region of the first fluid channel (3.1), which opening is smaller in diameter than the diameter of the first fluid channel (3.1). - a piston arranged within a cylinder, - a piston rod, - a first fluid channel (3.1), which fluidically connects a piston upper side and a piston lower side, and - a second fluid channel (8.1, 3. 1, 8.1'), which fluidically connects the piston upper side and the piston lower side with the first fluid channel (3.1),
A method of upgrading a network, the method comprising: obtaining a starting topology and a target topology; obtaining a set of data related to performance requirements for the network; calculating, iteratively, a finite sequence from the target topology to the starting topology, wherein each element of the finite sequence comprises an inversely processed intermediate topology to arrive at the starting topology, and a first element of the finite sequence is the target topology and a last element of the finite sequence is the starting topology, and each element of the finite sequence meets the set of data related to performance requirements for the network specified by the set of data; determining a usable capacity for each intermediate topology, and displaying or outputting information associated with the calculated finite sequence. obtaining a starting topology and a target topology; obtaining a set of data related to performance requirements for the network; calculating, iteratively, a finite sequence from the target topology to the starting topology, wherein each element of the finite sequence comprises an inversely processed intermediate topology to arrive at the starting topology, and a first element of the finite sequence is the target topology and a last element of the finite sequence is the starting topology, and each element of the finite sequence meets the set of data related to performance requirements for the network specified by the set of data; determining a usable capacity for each intermediate topology, and displaying or outputting information associated with the calculated finite sequence.
A lubricating oil viscosity modifier comprising a copolymer of ethylene and a C 4 or higher α-olefin being 1-octene and/or 4-methyl-1-pentene, the copolymer having more than 70 mole % and not more than 90 mole % of structural units derived from ethylene, and an intrinsic viscosity [η], as determined according to the method indicated in the passage of the specification titled "(Intrinsic viscosity [t |] (dl/g))", of 0.3 to 1.0 dl/g.
An optical apparatus comprising: a detector for detecting information used for focus control in each of a plurality of detection areas set in an image-pickup area; a selecting member suitable for operator selection of an auto-focus area from the plurality of the detection areas; and a controller for changing the auto-focus area in response to an operation of the selecting member and for performing the focus control based on the information detected in the selected auto-focus area; wherein the controller is adapted to determine the in-focus position of a detection area based on the information detected therein, and to determine selectable areas among the plurality of the detection areas; and the selecting member is adapted to allow selection of the auto-focus area only among the selectable areas determined by the controller; characterized in that the controller is adapted to determine whether or not the in-focus position of each detection area is within a first predetermined range, and to determine, as the selectable areas, the detection areas of which the in-focus position is within the first predetermined range. a detector for detecting information used for focus control in each of a plurality of detection areas set in an image-pickup area; a selecting member suitable for operator selection of an auto-focus area from the plurality of the detection areas; and a controller for changing the auto-focus area in response to an operation of the selecting member and for performing the focus control based on the information detected in the selected auto-focus area; wherein the controller is adapted to determine the in-focus position of a detection area based on the information detected therein, and to determine selectable areas among the plurality of the detection areas; and the selecting member is adapted to allow selection of the auto-focus area only among the selectable areas determined by the controller; characterized in that the controller is adapted to determine whether or not the in-focus position of each detection area is within a first predetermined range, and to determine, as the selectable areas, the detection areas of which the in-focus position is within the first predetermined range.
A system for detecting a charged analyte, comprising: a fluidic chamber comprising electrically opposing portions with a membrane between the electrically opposing portions, the membrane comprising a pore suitable for flow of (i) an electrolyte between the electrically opposing portions of the fluidic chamber, and (ii) at least one charged analyte tethered in proximity to the pore into the pore; a first circuit configured to apply an electric field capable of passing the electrolyte through the pore and pulling the at least one charged analyte into the pore, wherein the electric field has a strength of at least 10 5 Volts per meter (V/m); and a second circuit configured to measure a signal indicative of a charge or change in charge of the at least one charged analyte upon the at least one charged analyte being pulled into the pore. a fluidic chamber comprising electrically opposing portions with a membrane between the electrically opposing portions, the membrane comprising a pore suitable for flow of (i) an electrolyte between the electrically opposing portions of the fluidic chamber, and (ii) at least one charged analyte tethered in proximity to the pore into the pore; a first circuit configured to apply an electric field capable of passing the electrolyte through the pore and pulling the at least one charged analyte into the pore, wherein the electric field has a strength of at least 10 5 Volts per meter (V/m); and a second circuit configured to measure a signal indicative of a charge or change in charge of the at least one charged analyte upon the at least one charged analyte being pulled into the pore.
A heat transfer label suitable for labeling performance fabrics with minimal transfer marking, comprising: a. a support portion having a label carrier and a non-marking release layer; and b. a transfer portion, said transfer portion being positioned over said support portion release layer for transfer of the transfer portion from the support portion to a performance fabric under conditions of heat and pressure for a given dwell time, said transfer portion comprising: i. a hot melt adhesive layer having a first surface and a second surface, the first surface being exposed to permit its direct contact with a performance fabric to be labeled, and ii. an ink design, said ink design is in contact and in conformity with the second surface of the hot melt adhesive layer, said ink design exhibits recoverable stretch properties; characterized in that c. said hot melt adhesive layer securely adheres the heat transfer label to performance fabrics at a bonder application temperature of below about 140°C, bonder application pressure of below about 1 Bar and for a bonder application dwell time of less than 15 seconds, while minimizing or substantially eliminating transfer marks on the performance fabrics. a. a support portion having a label carrier and a non-marking release layer; and b. a transfer portion, said transfer portion being positioned over said support portion release layer for transfer of the transfer portion from the support portion to a performance fabric under conditions of heat and pressure for a given dwell time, said transfer portion comprising: i. a hot melt adhesive layer having a first surface and a second surface, the first surface being exposed to permit its direct contact with a performance fabric to be labeled, and ii. an ink design, said ink design is in contact and in conformity with the second surface of the hot melt adhesive layer, said ink design exhibits recoverable stretch properties; characterized in that i. a hot melt adhesive layer having a first surface and a second surface, the first surface being exposed to permit its direct contact with a performance fabric to be labeled, and ii. an ink design, said ink design is in contact and in conformity with the second surface of the hot melt adhesive layer, said ink design exhibits recoverable stretch properties; characterized in that c. said hot melt adhesive layer securely adheres the heat transfer label to performance fabrics at a bonder application temperature of below about 140°C, bonder application pressure of below about 1 Bar and for a bonder application dwell time of less than 15 seconds, while minimizing or substantially eliminating transfer marks on the performance fabrics.
A MEMS resonator comprising a beam-shaped movable element having a length, the movable element comprising a first part having a first Young's modulus and a first temperature coefficient of the first Young's modulus, and the movable element further comprising a second part forming a layer at the surface of the first part and having a second Young's modulus and a second temperature coefficient of the second Young's modulus, a sign of the second temperature coefficient being opposite to a sign of the first temperature coefficient, at least, at operating conditions of the MEMS resonator, and a cross-sectional area of the first part and the cross-sectional area of the second part being such that the absolute temperature coefficient of the Young's modulus of the first part multiplied by the cross-sectional area of the first part does not deviate more than 20% from the absolute temperature coefficient of the Young's modulus of the second part multiplied by the cross-sectional area of the second part, the cross-sectional areas being measured at a cross-section perpendicular to the length of the movable element.
A method for providing one or more content services to a virtual content repository, said method comprising: integrating a plurality of repositories into the virtual content repository; maintaining a logical hierarchical namespace that encompasses the plurality of repositories, wherein said logical hierarchical namespace comprises a plurality of nodes, wherein a node can be a hierarchy node representing hierarchy information and serving as a container for other nodes in the namespace, a content node representing content information or a schema node representing schema information indicating a predetermined data type; providing a versioning capability and a lifecycle capability to the virtual content repository, the lifecycle capability providing for transitioning a content node through a set of states according to a lifecycle definition, and the versioning capability providing for maintaining a version history for the virtual content repository to track state changes to the content node, wherein the version history can be rolled back to restore a previous state of the content node; wherein the repository stores content information in one or more of the content nodes and schema information in one or more of the schema nodes; and wherein the content and schema information is accessible through the logical hierarchical namespace via an API which presents a unified view of the plurality of repositories. integrating a plurality of repositories into the virtual content repository; maintaining a logical hierarchical namespace that encompasses the plurality of repositories, wherein said logical hierarchical namespace comprises a plurality of nodes, wherein a node can be a hierarchy node representing hierarchy information and serving as a container for other nodes in the namespace, a content node representing content information or a schema node representing schema information indicating a predetermined data type; providing a versioning capability and a lifecycle capability to the virtual content repository, the lifecycle capability providing for transitioning a content node through a set of states according to a lifecycle definition, and the versioning capability providing for maintaining a version history for the virtual content repository to track state changes to the content node, wherein the version history can be rolled back to restore a previous state of the content node; wherein the repository stores content information in one or more of the content nodes and schema information in one or more of the schema nodes; and wherein the content and schema information is accessible through the logical hierarchical namespace via an API which presents a unified view of the plurality of repositories.
Rain sensor, comprising: - a camera arrangeable behind a window pane, wherein the camera is focused onto a far range that lies in front of the window pane, - a light source for generating at least one light beam directed towards the window pane, and - a straylight covering means arranged between the light source and the window pane, wherein the light source directs the at least one light beam through the straylight covering means towards the window pane such that at least one reflected light beam impinges on the camera, characterized in that the straylight covering means comprises at least one blind hole which has a funnel-like shape with a light introduction opening facing the light source and a light exiting opening at an opposite end facing to the window pane, wherein at least one of the light exiting opening and the light introduction opening is closed with a light emitting surface. - a camera arrangeable behind a window pane, wherein the camera is focused onto a far range that lies in front of the window pane, - a light source for generating at least one light beam directed towards the window pane, and - a straylight covering means arranged between the light source and the window pane, wherein the light source directs the at least one light beam through the straylight covering means towards the window pane such that at least one reflected light beam impinges on the camera,
An apparatus comprising: a breathing mask; a positive airway pressure device; a displacement component configured to inflate and expand and deflate and collapse, causing the head of a user to move when worn around the head of the user; a tube connecting at least one air inflator to the displacement component, wherein the displacement component is configured to inflate and expand, and deflate and collapse; at least one sensor for detecting a trigger event; at least one release valve configured to deflate the displacement component; a flexible hose connecting the breathing mask to the positive airway pressure device; a control unit in communication with the air inflator to actuate the air inflator on and off and the control unit further in communication with the release valve to close the release valve during the inflation of the displacement component and open the release valve during the deflation of the displacement component, and the control unit is configured to be in communication with the positive airway pressure device; a processing unit in communication with the control unit, wherein the processing unit is configured to detect the trigger event and transmit control commands to the control unit to trigger actuation of at least one of the air inflator or the positive airway pressure device. a breathing mask; a positive airway pressure device; a displacement component configured to inflate and expand and deflate and collapse, causing the head of a user to move when worn around the head of the user; a tube connecting at least one air inflator to the displacement component, wherein the displacement component is configured to inflate and expand, and deflate and collapse; at least one sensor for detecting a trigger event; at least one release valve configured to deflate the displacement component; a flexible hose connecting the breathing mask to the positive airway pressure device; a control unit in communication with the air inflator to actuate the air inflator on and off and the control unit further in communication with the release valve to close the release valve during the inflation of the displacement component and open the release valve during the deflation of the displacement component, and the control unit is configured to be in communication with the positive airway pressure device; a processing unit in communication with the control unit, wherein the processing unit is configured to detect the trigger event and transmit control commands to the control unit to trigger actuation of at least one of the air inflator or the positive airway pressure device.
A network icon display method, implemented by a terminal, comprising: registering with a first cell, wherein the first cell is a long term evolution, LTE, cell; displaying a 4G network icon if a new radio secondary cell group, NR SCG, is not established after registering with the first cell; displaying a 5G network icon instead of the 4G network icon if a NR SCG is established after registering with the first cell, wherein the 5G network icon continues to be displayed after the NR SCG is deleted when the terminal camps on the first cell. registering with a first cell, wherein the first cell is a long term evolution, LTE, cell; displaying a 4G network icon if a new radio secondary cell group, NR SCG, is not established after registering with the first cell; displaying a 5G network icon instead of the 4G network icon if a NR SCG is established after registering with the first cell, wherein the 5G network icon continues to be displayed after the NR SCG is deleted when the terminal camps on the first cell.