mhurhangee/ep-ind-claims huggingface dataset:
A method for passing by one or more servers images of a series of images from a broadcaster computer to a first viewer computer, the method comprising: receiving a request from the first viewer computer to initiate one or more server connections between the broadcaster computer and the first viewer computer via a Webcam server, the connections for passing images of the series of images and an instant message; said broadcaster computer alerting a broadcasting user of the broadcaster computer that a peer-to-peer connectivity option is available if images are to be passed to a single viewer computer; establishing a peer-to-peer connection between the broadcaster computer and the first viewer computer in response to a selection provided by the broadcasting user that indicates that a peer-to-peer connection should be used, for passing images of the series of images; facilitating communication of images of the series of images over the peer-to-peer connection instead of the server connections, thereby conserving bandwidth of the servers; passing a first image of the series of images from the broadcaster computer to the first viewer computer; detecting an indication from the first viewer computer as to whether the first image has been received; and passing a second image of the series of images if the first image has been received. receiving a request from the first viewer computer to initiate one or more server connections between the broadcaster computer and the first viewer computer via a Webcam server, the connections for passing images of the series of images and an instant message; said broadcaster computer alerting a broadcasting user of the broadcaster computer that a peer-to-peer connectivity option is available if images are to be passed to a single viewer computer; establishing a peer-to-peer connection between the broadcaster computer and the first viewer computer in response to a selection provided by the broadcasting user that indicates that a peer-to-peer connection should be used, for passing images of the series of images; facilitating communication of images of the series of images over the peer-to-peer connection instead of the server connections, thereby conserving bandwidth of the servers; passing a first image of the series of images from the broadcaster computer to the first viewer computer; detecting an indication from the first viewer computer as to whether the first image has been received; and passing a second image of the series of images if the first image has been received.
A housing cleaning device for cleaning a housing of a screw machine, having - a support unit displaceable relative to the housing, and - at least one housing cleaning unit attached to the support unit for cleaning an inner wall of the housing,wherein the at least one housing cleaning unit is reversibly insertable into the housing, characterized in that the support unit has a coupling portion for the connection with a shaft drive of the screw machine. - a support unit displaceable relative to the housing, and - at least one housing cleaning unit attached to the support unit for cleaning an inner wall of the housing,wherein the at least one housing cleaning unit is reversibly insertable into the housing,
Exoskeleton comprising: a plurality of exoskeleton elements (12, 12a, 12b); a compressor; a compressed air storage container; a first pneumatic actuator; a second pneumatic actuator; a compressed air intermediate storage tank network (40, 46) having at least two compressed air intermediate storage tanks (40, 46); and a controller; wherein the compressor is connected to the compressed air storage container and is configured to fill the compressed air storage container with compressed air; the controller is configured to monitor the pressure in the pneumatic actuators and the compressed air intermediate storage tanks (40, 46); and, when a first support force provided by the first pneumatic actuator is to be reduced, to determine whether the first pneumatic actuator is to be vented to the environment or to the compressed air intermediate storage tank network (40, 46); and, when a second support force provided by the second pneumatic actuator is to be increased, to determine whether compressed air is to be supplied to the second pneumatic actuator from the compressed air storage container and/or from the compressed air intermediate storage tank network (40, 46). a plurality of exoskeleton elements (12, 12a, 12b); a compressor; a compressed air storage container; a first pneumatic actuator; a second pneumatic actuator; a compressed air intermediate storage tank network (40, 46) having at least two compressed air intermediate storage tanks (40, 46); and a controller; wherein the compressor is connected to the compressed air storage container and is configured to fill the compressed air storage container with compressed air; the controller is configured to monitor the pressure in the pneumatic actuators and the compressed air intermediate storage tanks (40, 46); and, when a first support force provided by the first pneumatic actuator is to be reduced, to determine whether the first pneumatic actuator is to be vented to the environment or to the compressed air intermediate storage tank network (40, 46); and, when a second support force provided by the second pneumatic actuator is to be increased, to determine whether compressed air is to be supplied to the second pneumatic actuator from the compressed air storage container and/or from the compressed air intermediate storage tank network (40, 46). when a first support force provided by the first pneumatic actuator is to be reduced, to determine whether the first pneumatic actuator is to be vented to the environment or to the compressed air intermediate storage tank network (40, 46); and, when a second support force provided by the second pneumatic actuator is to be increased, to determine whether compressed air is to be supplied to the second pneumatic actuator from the compressed air storage container and/or from the compressed air intermediate storage tank network (40, 46).
A method of forming a material having an at least partially recrystallized layer, comprising: casting a material into a cast having a predetermined shape to form an article having a surface; removing the cast from the mold, cleaning the removed cast by shot-blasting, heat treating the removed cast at a suitable temperature to precipitate a second phase of the material before cold working the surface of the cast to a desired depth, cold working the surface of the heat treated cast to a desired depth, and heat treating the cold worked cast to a suitable temperature to complete uniform recrystallization of the surface of the cast to a smaller grain size than the non-recrystallized portion, wherein the depth of the recrystallized layer is 0.127 mm (0.005 inches) to 0.635 mm (0.025 inches). casting a material into a cast having a predetermined shape to form an article having a surface; removing the cast from the mold, cleaning the removed cast by shot-blasting, heat treating the removed cast at a suitable temperature to precipitate a second phase of the material before cold working the surface of the cast to a desired depth, cold working the surface of the heat treated cast to a desired depth, and heat treating the cold worked cast to a suitable temperature to complete uniform recrystallization of the surface of the cast to a smaller grain size than the non-recrystallized portion, wherein the depth of the recrystallized layer is 0.127 mm (0.005 inches) to 0.635 mm (0.025 inches).
An information processing device comprising: a first actuator emulator that simulates a behavior of a first drive apparatus that drives a first control target; a second actuator emulator that simulates a behavior of a second drive apparatus that drives a second control target; a storage device that stores a first control program written in a cyclic execution type programming language that includes an instruction group with respect to the first actuator emulator and a second control program written in a sequential execution type programming language that includes an instruction group with respect to the second actuator emulator; characterized by the information processing device further comprises: a timer that generates a virtual time for using as a measure of a first control period; a first controller emulator that repeatedly executes the instruction group included in the first control program in each predetermined first control period; and a second controller emulator that sequentially executes the instructions in the instruction group included in the second control program in a predetermined execution order in accordance with the virtual time, whereby the first controller emulator and the second controller emulator are configured to execute the instruction group of the first control program and the instruction group of the second control program in synchronized control periods. a first actuator emulator that simulates a behavior of a first drive apparatus that drives a first control target; a second actuator emulator that simulates a behavior of a second drive apparatus that drives a second control target; a storage device that stores a first control program written in a cyclic execution type programming language that includes an instruction group with respect to the first actuator emulator and a second control program written in a sequential execution type programming language that includes an instruction group with respect to the second actuator emulator; a timer that generates a virtual time for using as a measure of a first control period; a first controller emulator that repeatedly executes the instruction group included in the first control program in each predetermined first control period; and a second controller emulator that sequentially executes the instructions in the instruction group included in the second control program in a predetermined execution order in accordance with the virtual time, whereby the first controller emulator and the second controller emulator are configured to execute the instruction group of the first control program and the instruction group of the second control program in synchronized control periods.
A method for mapping control channels, comprising: for the same aggregation level, according to the respective length of the scheduling indication signaling called also signaling length of at least two control channels corresponding to a component carrier, determining a corresponding UE, User Equipment specific search space for the at least two control channels when they have the same signaling length, wherein the at least two control channels that have the same signaling length use the same UE specific search space; mapping the at least two control channels that have the same signaling length to the determined corresponding UE specific search space; for the same aggregation level, according to the respective length of the scheduling indication signaling called also signaling length of at least two other control channels corresponding to a component carrier, determining corresponding UE specific search spaces for the at least two other control channels that have different signaling lengths respectively, wherein the at least two other control channels when they have different signaling lengths use the different UE specific search spaces in at least one time transmission unit; and mapping the at least two other control channels that have different signaling lengths to the determined corresponding UE specific search spaces respectively. for the same aggregation level, according to the respective length of the scheduling indication signaling called also signaling length of at least two control channels corresponding to a component carrier, determining a corresponding UE, User Equipment specific search space for the at least two control channels when they have the same signaling length, wherein the at least two control channels that have the same signaling length use the same UE specific search space; mapping the at least two control channels that have the same signaling length to the determined corresponding UE specific search space; for the same aggregation level, according to the respective length of the scheduling indication signaling called also signaling length of at least two other control channels corresponding to a component carrier, determining corresponding UE specific search spaces for the at least two other control channels that have different signaling lengths respectively, wherein the at least two other control channels when they have different signaling lengths use the different UE specific search spaces in at least one time transmission unit; and mapping the at least two other control channels that have different signaling lengths to the determined corresponding UE specific search spaces respectively.
A method of a first device to perform sidelink transmission, comprising: the first device is configured with a sidelink resource pool comprising a frequency region of sidelink data transmission and multiple frequency regions of sidelink feedback transmission, wherein the multiple frequency regions of sidelink feedback transmission in one Transmission Time Interval, in the following also referred to as TTI, are separately associated with the one frequency region of sidelink data transmission in multiple TTIs, and wherein the multiple frequency regions of sidelink feedback transmission in the one TTI are non-overlapped with each other in frequency domain and fully overlapped in time domain; the first device receives a first sidelink data transmission from a second device within the frequency region of sidelink data transmission in a first TTI; the first device generates a first feedback information associated with the first sidelink data transmission; the first device determines or derives a first sidelink feedback resource within a first frequency region of sidelink feedback transmission among the multiple frequency regions of sidelink feedback transmission, wherein the first frequency region of sidelink feedback transmission is determined or derived based on association with the first TTI; and the first device performs a first sidelink feedback transmission for delivering the first feedback information to the second device on the first sidelink feedback resource. the first device is configured with a sidelink resource pool comprising a frequency region of sidelink data transmission and multiple frequency regions of sidelink feedback transmission, wherein the multiple frequency regions of sidelink feedback transmission in one Transmission Time Interval, in the following also referred to as TTI, are separately associated with the one frequency region of sidelink data transmission in multiple TTIs, and wherein the multiple frequency regions of sidelink feedback transmission in the one TTI are non-overlapped with each other in frequency domain and fully overlapped in time domain; the first device receives a first sidelink data transmission from a second device within the frequency region of sidelink data transmission in a first TTI; the first device generates a first feedback information associated with the first sidelink data transmission; the first device determines or derives a first sidelink feedback resource within a first frequency region of sidelink feedback transmission among the multiple frequency regions of sidelink feedback transmission, wherein the first frequency region of sidelink feedback transmission is determined or derived based on association with the first TTI; and the first device performs a first sidelink feedback transmission for delivering the first feedback information to the second device on the first sidelink feedback resource.
Drive link for a sawchain, wherein the drive link has two openings for joint elements, a drive appendage and a drive link apex, wherein the drive link is planar and extends in a drive link plane, wherein the drive link has an opening plane, which contains the centre axes of the openings and extends perpendicularly to the drive link plane, wherein the drive link has a transverse plane, which extends perpendicularly to the opening plane and centrally between the centre axes of the two openings, wherein the drive link has a longitudinal axis, which extends in the drive link plane and intersects the centre axes of the openings, wherein the drive link apex is asymmetric with respect to the transverse plane, wherein the drive link has a top, which faces away from the opening plane and extends at least partially at the drive link apex, wherein a functional surface and a contact surface spaced apart from the functional surface are provided on the top of the drive link, and wherein the functional surface is formed on the drive link apex and comprises a section of the top in which the top is at a maximum spacing (a) from the opening plane, characterized in that the functional surface of the top of the drive link is point-symmetric to a symmetry point with respect to the contact surface in the viewing direction toward the drive link plane. wherein a functional surface and a contact surface spaced apart from the functional surface are provided on the top of the drive link, and wherein the functional surface is formed on the drive link apex and comprises a section of the top in which the top is at a maximum spacing (a) from the opening plane, characterized in that the functional surface of the top of the drive link is point-symmetric to a symmetry point with respect to the contact surface in the viewing direction toward the drive link plane.
A pharmaceutical composition for preventing or treating an allergic disease comprising, as an active ingredient, baicalein represented by Formula 1: and a pharmaceutically acceptable carrier, further comprising one or more of the compounds represented by Formulae 5 and 6: a pharmaceutically acceptable carrier, further comprising one or more of the compounds represented by Formulae 5 and 6:
An icon control method for a mobile terminal, the method comprising: detecting a selection event in relation to displayed icons; determining, when a selection event is detected, a number of icons mapped to a zone where the selection event is detected; characterized by changing, when the number of icons mapped to the zone is greater than one and the icons mapped to the zone are superimposed over each other, an order of the multiple icons mapped to the zone for successive icon display according to a duration of time during which contact is maintained, i.e. a contact maintenance time, after the selection event. detecting a selection event in relation to displayed icons; determining, when a selection event is detected, a number of icons mapped to a zone where the selection event is detected; characterized by changing, when the number of icons mapped to the zone is greater than one and the icons mapped to the zone are superimposed over each other, an order of the multiple icons mapped to the zone for successive icon display according to a duration of time during which contact is maintained, i.e. a contact maintenance time, after the selection event.
A system comprising: a frontside redistribution layer; a backside redistribution layer; a mold disposed between the frontside redistribution layer and the backside redistribution layer; a chip disposed on the frontside redistribution layer, wherein the chip is disposed at least partially within the mold; a reflector is a metalized layer on a backside of the chip, wherein the backside of the chip is opposite the frontside redistribution layer; and an antenna disposed on the backside redistribution layer, wherein the antenna is electrically connected with the chip through the frontside redistribution layer, wherein the antenna is at least partially aligned with the reflector at a distance from the backside of the chip. a frontside redistribution layer; a backside redistribution layer; a mold disposed between the frontside redistribution layer and the backside redistribution layer; a chip disposed on the frontside redistribution layer, wherein the chip is disposed at least partially within the mold; a reflector is a metalized layer on a backside of the chip, wherein the backside of the chip is opposite the frontside redistribution layer; and an antenna disposed on the backside redistribution layer, wherein the antenna is electrically connected with the chip through the frontside redistribution layer, wherein the antenna is at least partially aligned with the reflector at a distance from the backside of the chip.
A packer ring for mounting in a packer and performing work on soil, the packer ring comprising: a central hub for receiving an axle therethrough; a ring portion; and a connecting portion (111, 112, 113) connecting the central hub to the ring portion; wherein the ring portion comprises first and second notches configured to engage the soil in use, characterised in that the ring portion comprises a vertical central plane, and the first notch protrudes outwardly from the vertical central plane only on a first side of the ring portion and the second notch protrudes outwardly from the vertical central plane only on a second side of the ring portion; wherein the first and second notches and the connecting portion (111, 112, 113) are integrally formed from a single piece of material. a central hub for receiving an axle therethrough; a ring portion; and a connecting portion (111, 112, 113) connecting the central hub to the ring portion; wherein the ring portion comprises first and second notches configured to engage the soil in use, characterised in that the ring portion comprises a vertical central plane, and the first notch protrudes outwardly from the vertical central plane only on a first side of the ring portion and the second notch protrudes outwardly from the vertical central plane only on a second side of the ring portion; wherein the first and second notches and the connecting portion (111, 112, 113) are integrally formed from a single piece of material.
A field device for process instrumentation, in particular a measuring transducer, comprising an analogue output (10, 11), to which a two-wire line (8, 9) can be connected for transmitting an analogue output signal, a control unit, by means of which a digital value corresponding to the analogue output signal can be output, a digital/analogue converter arranged downstream of the computing unit for converting the digital value into an analogue target value of the output signal, a comparison facility for forming a control deviation from the target value and an actual value of the analogue output signal measured at the output, a controller for generating an actuating signal for controlling a control deviation and an actuating element for adjusting the analogue output signal as a function of the actuating signal, characterized in that a device is present for monitoring whether the actuating signal remains within a predeterminable value range and for generating an indicator signal if the value range is abandoned.