mhurhangee/ep-ind-claims huggingface dataset:
A surgical tool having a cutter for rotary oscillation and linear reciprocation, said surgical tool including: a handle; a motor associated with said handle; a transmission operably coupled to said motor, said motor being operable for selectively driving said transmission; a cutter shaft having a cutting tool on a distal end thereof, said cutter shaft being mounted for simultaneous oscillating rotation and linear reciprocation, said cutter shaft being coupled to the transmission for effecting movement of said cutter shaft; and wherein said transmission having a first driver coupled to said motor and operable to effect rotary oscillation of the cutter shaft, said transmission having a second driver coupled to said first driver operationally downstream thereof, said second driver being coupled to said cutter shaft and being operable to effect linear reciprocation of said cutter shaft and transmit said rotary oscillating rotation driving from said first driver to said cutter shaft, and characterized in that said second driver includes a helical bearing associated with said cutter shaft and operable to effect reciprocating movement of said cutter shaft in response to rotary oscillation of said cutter shaft effected by said first driver. a handle; a motor associated with said handle; a transmission operably coupled to said motor, said motor being operable for selectively driving said transmission; a cutter shaft having a cutting tool on a distal end thereof, said cutter shaft being mounted for simultaneous oscillating rotation and linear reciprocation, said cutter shaft being coupled to the transmission for effecting movement of said cutter shaft; and wherein said transmission having a first driver coupled to said motor and operable to effect rotary oscillation of the cutter shaft, said transmission having a second driver coupled to said first driver operationally downstream thereof, said second driver being coupled to said cutter shaft and being operable to effect linear reciprocation of said cutter shaft and transmit said rotary oscillating rotation driving from said first driver to said cutter shaft, and
A monitoring system installed in a railway vehicle, having a server, a monitor, a plurality of cameras (20∼27) disposed on a vehicle constituting the railway vehicle at positions that ensure capturing videos of areas around entrance doors of the vehicle, and a layer switch (44∼47) connected with one another via a network, wherein the server is adapted to receive operation information, the operation information received by the server from a host server contains entrance door information identifying a door opening side of the vehicle, characterised in that the monitor is adapted to acquire trimming frame information which is information having been set for each of the cameras (20∼27) to derive a trimmed video by trimming the video captured by the camera, and the monitor holds information on the correlation between videos of cameras selected in accordance with the entrance door information and sections into which a video to be displayed on the monitor is divided and which are each for a trimmed video derived from the video captured by the respective camera based on the trimming frame information, so that the trimmed videos of the cameras in association with the door opening side are displayed in said sections (60-0 ∼ 60-7) on the monitor.
A catheter device comprising an elongate body having a proximal portion and a distal portion, the proximal portion of the elongate body having an inflow lumen and an outflow lumen, said catheter device further comprising: an atraumatic distal tip member on a distal end of the distal portion of the elongate body; a through lumen comprising a tube which extends to a distal opening in the atraumatic distal tip member; spaced-apart transverse openings formed at a plurality of locations along the distal portion of the elongate body, said transverse openings being configured to avoid and not obliterate the tube which comprises the through lumen; a heat exchange tube having a first end connected to the inflow lumen and a second end connected to the outflow lumen, said heat exchange tube being positioned through respective ones of the transverse openings in alternate transverse directions, such that the tube forms a series of tubing loops that protrude from the distal portion; wherein the distal portion of the elongate body is insertable into the vasculature of a patient such that the patient's blood flows over and in heat exchange proximity with the heat exchange tubing loops while a heated or cooled heat exchange fluid is circulated through the heat exchange tube, thereby resulting in heat exchange between the heat exchange fluid and the patient's flowing blood. an atraumatic distal tip member on a distal end of the distal portion of the elongate body; a through lumen comprising a tube which extends to a distal opening in the atraumatic distal tip member; spaced-apart transverse openings formed at a plurality of locations along the distal portion of the elongate body, said transverse openings being configured to avoid and not obliterate the tube which comprises the through lumen; a heat exchange tube having a first end connected to the inflow lumen and a second end connected to the outflow lumen, said heat exchange tube being positioned through respective ones of the transverse openings in alternate transverse directions, such that the tube forms a series of tubing loops that protrude from the distal portion; wherein the distal portion of the elongate body is insertable into the vasculature of a patient such that the patient's blood flows over and in heat exchange proximity with the heat exchange tubing loops while a heated or cooled heat exchange fluid is circulated through the heat exchange tube, thereby resulting in heat exchange between the heat exchange fluid and the patient's flowing blood.
A method for controlling an elevator system, comprising: obtaining images of the inside of an elevator car; detecting passengers in the images; creating graphic passenger models of the detected passengers from the images; and characterized by: determining the number of passengers who may additionally board the elevator car using the passenger models; wherein determining the number of passengers who may additionally board the elevator car comprises: placing the passenger models in an image area representing elevator car space so that the passenger models do not overlap; adding standard models representing a standard-sized passenger in the image area until there is no more space for an additional standard model; and setting the number of standard models included in the image area as the number of passengers who may additionally board the elevator car. obtaining images of the inside of an elevator car; detecting passengers in the images; creating graphic passenger models of the detected passengers from the images; and characterized by: determining the number of passengers who may additionally board the elevator car using the passenger models; wherein determining the number of passengers who may additionally board the elevator car comprises: determining the number of passengers who may additionally board the elevator car using the passenger models; wherein determining the number of passengers who may additionally board the elevator car comprises: placing the passenger models in an image area representing elevator car space so that the passenger models do not overlap; adding standard models representing a standard-sized passenger in the image area until there is no more space for an additional standard model; and setting the number of standard models included in the image area as the number of passengers who may additionally board the elevator car.
A system comprising: a substrate support configured to hold a substrate, wherein the substrate support has a main body and a plurality of burls projecting from a main body surface of the main body, each burl having a terminal end surface configured to contact a surface of a substrate thereby to hold the substrate; a conductive or semi-conductive element (100, 200, 300, 400) contacting the substrate support and covering at least part of the substrate support; and a charging device configured to apply a positive potential to the conductive or semi-conductive element with respect to the part of the substrate support that is covered by the conductive or semi-conductive element, and wherein the positive potential is applied to the conductive or semi-conductive element with respect to the terminal end surfaces of the plurality of burls of the substrate support, characterized in that the charging device is configured to apply the positive potential only during loading and unloading of the substrate on the substrate support. a substrate support configured to hold a substrate, wherein the substrate support has a main body and a plurality of burls projecting from a main body surface of the main body, each burl having a terminal end surface configured to contact a surface of a substrate thereby to hold the substrate; a conductive or semi-conductive element (100, 200, 300, 400) contacting the substrate support and covering at least part of the substrate support; and a charging device configured to apply a positive potential to the conductive or semi-conductive element with respect to the part of the substrate support that is covered by the conductive or semi-conductive element, and wherein the positive potential is applied to the conductive or semi-conductive element with respect to the terminal end surfaces of the plurality of burls of the substrate support, characterized in that the charging device is configured to apply the positive potential only during loading and unloading of the substrate on the substrate support.
Disc brake, in particular sliding-calliper disc brake, at least having a positionally fixed adapter which has two pairs of adapter horns (7 R, 8 R; 7 Z, 8z) by means of which a reaction-side brake pad and an application-side brake pad are held, a brake calliper which is represented by tension struts (25, 26) and by a brake calliper rear section, and an application mechanism, wherein the spacing between the adapter horns (7 R, 8 R) which accommodate the reaction-side brake pad is greater than the spacing between the adapter horns (7z, 8z) which accommodate the application-side brake pad, characterised in that a volume of the reaction-side brake pad is greater than a volume of the application-side brake pad.
Inductive displacement sensor, comprising a coil system with a planar primary coil for generating a magnetic field and at least two overlapping planar secondary coils (6, 7) which are arranged within the primary coil for sensing a position of a target which can be moved along the secondary coils (6, 7), the secondary coils (6, 7) being configured with in each case one crossover, characterized in that the first secondary coil has a crossover which is configured transversely with respect to the movement direction of the target, whereas the second secondary coil has a crossover which runs parallel to the movement direction of the target, and the target is of tapered configuration in its axial extent.
Method comprising the following steps: - set-up of a first communication session with the set-up of a first stream via a first communication channel between a first terminal and a second terminal; - set-up of a second communication session for the transmission of a service stream, with the opening of a second communication channel between the second terminal and the first terminal, by means of which an set-up request for a communication stream between the first terminal and a third terminal via a third communication channel is sent from the second terminal to the first terminal, the service stream being independent of the first stream; - set-up of a third communication session with the set-up, in accordance with said request, of a communication stream, referred to as the second stream, between the first terminal and the third terminal, this set-up step being intended to be carried out when it has been verified, according to the respective capacities of the first and third terminals, that set-up of such a communication stream is possible between the first terminal and the third terminal, the second stream being independent of the first stream and set up via a different network or from a different type from the network used for setting up the first stream; - an interruption step for the first stream. - set-up of a first communication session with the set-up of a first stream via a first communication channel between a first terminal and a second terminal; - set-up of a second communication session for the transmission of a service stream, with the opening of a second communication channel between the second terminal and the first terminal, by means of which an set-up request for a communication stream between the first terminal and a third terminal via a third communication channel is sent from the second terminal to the first terminal, the service stream being independent of the first stream; - set-up of a third communication session with the set-up, in accordance with said request, of a communication stream, referred to as the second stream, between the first terminal and the third terminal, this set-up step being intended to be carried out when it has been verified, according to the respective capacities of the first and third terminals, that set-up of such a communication stream is possible between the first terminal and the third terminal, the second stream being independent of the first stream and set up via a different network or from a different type from the network used for setting up the first stream; - an interruption step for the first stream.
A method of wireless communication performed by a first device, comprising: transmitting a beam switch message "BSM" to a second device via a first beam set, the BSM including a command to switch from communication via the first beam set to communication via a second beam set at a switch time and a second command to switch from communication via the second beam set to communication via a third beam set at a second switch time, the BSM further includes information of a beam identifier for the second beam set; receiving a response message from the second device via the first beam set, the response message indicating that the second device received the BSM; sending, to the second device, a communication via the second beam set after the switch time if the response message is received; and sending, to the second device, a second communication via the third beam set after the second switch time if the response message is received, wherein the first device is a base station "BS", and the second device is a user equipment "UE". transmitting a beam switch message "BSM" to a second device via a first beam set, the BSM including a command to switch from communication via the first beam set to communication via a second beam set at a switch time and a second command to switch from communication via the second beam set to communication via a third beam set at a second switch time, the BSM further includes information of a beam identifier for the second beam set; receiving a response message from the second device via the first beam set, the response message indicating that the second device received the BSM; sending, to the second device, a communication via the second beam set after the switch time if the response message is received; and sending, to the second device, a second communication via the third beam set after the second switch time if the response message is received, wherein the first device is a base station "BS", and the second device is a user equipment "UE".
Baking oven door with a front plate, wherein a touch-sensitive control device is integrated into the front panel, wherein the control device comprises a control bar with a metal user interface, which is arranged for the front-side actuation of the control device, wherein a display field is embodied in the front panel next to the control bar and the control bar is arranged above a viewing window embodied in the front panel to enable a cooking compartment of a baking oven which can be closed by the baking oven door to be viewed, characterised in that the user interface of the control bar is arranged flush with the adjacent front-side surface of the front panel and the upper edge of the front panel, wherein the display field is arranged below the user interface and above a handle of the baking oven door.
A method for feedback detection by an electronic device, comprising: receiving a first microphone signal by a first microphone, wherein a feedback loop comprises the first microphone) and a speaker; receiving a second microphone signal by a second microphone that is outside of the feedback loop, wherein a first signal based on the first microphone signal and a second signal based on the second microphone signal exhibit a higher correlation in presence of feedback and exhibit a lower correlation in absence of feedback; determining a correlation based on the first microphone signal and the second microphone signal; and determining whether feedback is occurring based on the correlation. receiving a first microphone signal by a first microphone, wherein a feedback loop comprises the first microphone) and a speaker; receiving a second microphone signal by a second microphone that is outside of the feedback loop, wherein a first signal based on the first microphone signal and a second signal based on the second microphone signal exhibit a higher correlation in presence of feedback and exhibit a lower correlation in absence of feedback; determining a correlation based on the first microphone signal and the second microphone signal; and determining whether feedback is occurring based on the correlation.
A lifting and lowering tool system comprising: a lifting and lowering tool comprising: a foot configured to be supported on a surface; a bar extending from the foot; a movable assembly comprising: a housing; a movable platform shaped to support a load thereon; a lifting actuator configured to incrementally move the movable assembly along the bar away from the foot; a lowering actuator configured to incrementally move the movable assembly along the bar towards the foot; and a release actuator configured to disengage the movable assembly from the bar to allow free movement of the movable assembly along the bar; and a support extension configured to support a load thereon and further configured to couple to the moveable platform such that movement of the movable assembly along the bar raises or lowers the support extension. a lifting and lowering tool comprising: a foot configured to be supported on a surface; a bar extending from the foot; a movable assembly comprising: a housing; a movable platform shaped to support a load thereon; a lifting actuator configured to incrementally move the movable assembly along the bar away from the foot; a lowering actuator configured to incrementally move the movable assembly along the bar towards the foot; and a release actuator configured to disengage the movable assembly from the bar to allow free movement of the movable assembly along the bar; and a foot configured to be supported on a surface; a bar extending from the foot; a movable assembly comprising: a housing; a movable platform shaped to support a load thereon; a lifting actuator configured to incrementally move the movable assembly along the bar away from the foot; a lowering actuator configured to incrementally move the movable assembly along the bar towards the foot; and a release actuator configured to disengage the movable assembly from the bar to allow free movement of the movable assembly along the bar; and a housing; a movable platform shaped to support a load thereon; a lifting actuator configured to incrementally move the movable assembly along the bar away from the foot; a lowering actuator configured to incrementally move the movable assembly along the bar towards the foot; and a release actuator configured to disengage the movable assembly from the bar to allow free movement of the movable assembly along the bar; and a support extension configured to support a load thereon and further configured to couple to the moveable platform such that movement of the movable assembly along the bar raises or lowers the support extension.
A method of applying an initial profile to a modem pair connection system, the modem pair connection system comprising a first modem, a corresponding second modem and a metallic wire connection, wherein the first and second modems are operable to establish a data connection between themselves over the metallic wire connection characterized in that the metallic wire connection is a new connection to be used for the first time in its current form for supporting the data connection between the first and second modems, the method comprising: receiving new-order information associated with a new order placed by a customer for a new broadband data connection to be supplied over the modem pair connection system; evaluating a set of risk factors for the new order based on the received new-order information; comparing the set of evaluated risk factors for the new order with corresponding risk factors for established modem pair connection systems, using a database storing information about a plurality of established modem pair connection systems which information includes values for the corresponding risk factors of each of the plurality of established modem pair connection systems, or information permitting the evaluation of such values, and information about a profile applied to each of the plurality of established modem pair connection systems; determining an initial profile to apply to the modem pair connection system based on the comparison of risk factors; and applying the determined initial profile to the modem pair connection system. receiving new-order information associated with a new order placed by a customer for a new broadband data connection to be supplied over the modem pair connection system; evaluating a set of risk factors for the new order based on the received new-order information; comparing the set of evaluated risk factors for the new order with corresponding risk factors for established modem pair connection systems, using a database storing information about a plurality of established modem pair connection systems which information includes values for the corresponding risk factors of each of the plurality of established modem pair connection systems, or information permitting the evaluation of such values, and information about a profile applied to each of the plurality of established modem pair connection systems; determining an initial profile to apply to the modem pair connection system based on the comparison of risk factors; and applying the determined initial profile to the modem pair connection system.
A drug evaluation method using a cell-based assay system to obtain a movement pattern defined by directional movement ability of individual cells constituting a cell population as an index, wherein the cells are neurons derived from induced pluripotent stem cells.