mhurhangee/ep-ind-claims huggingface dataset:
An electrostatic ink composition comprising: a carrier liquid; a first resin; and a fluorescent pigment comprising a fluorescent dye and a second resin matrix, wherein the second resin is selected from the group consisting of polyamide resins, polyolefin resins, polystyrenes, acrylonitrile-butadiene-styrene resins, polycarbonates, polyethylene terephthalates, polyamide resins, polyurethanes, epoxy resins, silicone resins, polyester resins, acrylonitrile polymers, polyesteramides or combinations thereof; wherein the first resin comprises a polymer having acid side groups; and wherein the polymer having acid side groups has a melt flow rate of greater than about 200g/10 minutes; or wherein the electrostatic ink composition further comprises a tackifier dissolved in the carrier liquid. a carrier liquid; a first resin; and a fluorescent pigment comprising a fluorescent dye and a second resin matrix, wherein the second resin is selected from the group consisting of polyamide resins, polyolefin resins, polystyrenes, acrylonitrile-butadiene-styrene resins, polycarbonates, polyethylene terephthalates, polyamide resins, polyurethanes, epoxy resins, silicone resins, polyester resins, acrylonitrile polymers, polyesteramides or combinations thereof; wherein the first resin comprises a polymer having acid side groups; and wherein the polymer having acid side groups has a melt flow rate of greater than about 200g/10 minutes; or wherein the electrostatic ink composition further comprises a tackifier dissolved in the carrier liquid.
A power inverter system, comprising: a DC power source; a DC to AC inverter configured to convert DC voltage from the DC power source to AC voltage; a DC link coupling the DC power source and the inverter, the DC link having a DC link voltage; an inverter pre-charger configured to pre-charge the inverter until the DC link voltage reaches a first DC link voltage, prior to connecting the power inverter system to an AC power grid and the DC power source, wherein the first DC link voltage is less than a predetermined DC power source open voltage; and a phased lock loop configured to synchronize the pre-charged inverter to the AC power grid prior to connecting the power inverter system to the AC power grid, wherein the pre-charged inverter is further configured to decrease the DC link voltage to a second DC link voltage, prior to connecting the power inverter system to the DC power source and subsequent to connecting the power inverter system to the AC power grid, wherein the second DC link voltage is a minimum voltage level required to control AC grid currents generated via the inverter, and wherein the inverter is further configured to operate in a maximum power point tracking control mode subsequent to a first voltage transient caused by connecting the DC power source to the power inverter system. a DC power source; a DC to AC inverter configured to convert DC voltage from the DC power source to AC voltage; a DC link coupling the DC power source and the inverter, the DC link having a DC link voltage; an inverter pre-charger configured to pre-charge the inverter until the DC link voltage reaches a first DC link voltage, prior to connecting the power inverter system to an AC power grid and the DC power source, wherein the first DC link voltage is less than a predetermined DC power source open voltage; and a phased lock loop configured to synchronize the pre-charged inverter to the AC power grid prior to connecting the power inverter system to the AC power grid, wherein the pre-charged inverter is further configured to decrease the DC link voltage to a second DC link voltage, prior to connecting the power inverter system to the DC power source and subsequent to connecting the power inverter system to the AC power grid, wherein the second DC link voltage is a minimum voltage level required to control AC grid currents generated via the inverter, and wherein the inverter is further configured to operate in a maximum power point tracking control mode subsequent to a first voltage transient caused by connecting the DC power source to the power inverter system.
A method performed by a mobile device, comprising: selecting, from a plurality of wireless access points, one or more wireless access points for monitoring a geofence, including: determining a plurality of geographic regions corresponding to the geofence; determining a tentative location of the mobile device relative to the geofence, including monitoring the selected one or more wireless access points using a wireless processor; and upon determining the tentative location of the mobile device relative to the geofence by the wireless processor, determining whether the mobile device is inside of the geofence using an application processor of the mobile device, characterised in that: the step of selecting the one or more wireless access points further includes selecting the one or more wireless access points based on a maximum total number of wireless access points to be selected and an access point allowance for each of the geographic regions, the access point allowance indicating a maximum number of wireless access points to be selected for the geographic region. selecting, from a plurality of wireless access points, one or more wireless access points for monitoring a geofence, including: determining a plurality of geographic regions corresponding to the geofence; determining a tentative location of the mobile device relative to the geofence, including monitoring the selected one or more wireless access points using a wireless processor; and determining a plurality of geographic regions corresponding to the geofence; determining a tentative location of the mobile device relative to the geofence, including monitoring the selected one or more wireless access points using a wireless processor; and upon determining the tentative location of the mobile device relative to the geofence by the wireless processor, determining whether the mobile device is inside of the geofence using an application processor of the mobile device, characterised in that: the step of selecting the one or more wireless access points further includes selecting the one or more wireless access points based on a maximum total number of wireless access points to be selected and an access point allowance for each of the geographic regions, the access point allowance indicating a maximum number of wireless access points to be selected for the geographic region. the step of selecting the one or more wireless access points further includes selecting the one or more wireless access points based on a maximum total number of wireless access points to be selected and an access point allowance for each of the geographic regions, the access point allowance indicating a maximum number of wireless access points to be selected for the geographic region.
Implantable stimulation device comprising stimulation means and data communication means, said stimulation means comprising or is connectable to at least two electrodes that are configured to allow delivery of stimulation pulses, said stimulation means further comprising a DC-blocking capacitor that is connected in series with a high voltage source (50, 52) and one of the electrodes; characterized in that said stimulation means comprises the high-voltage source (50, 52) that is connected to the electrodes via at least one stimulation-pulse-switch (58; 58.1, 58.2, 58.3, 58.4) that controls delivery of a pacing pulse, said stimulation means further comprises an autoshort switch that is arranged and configured to allow discharging the DC-blocking capacitor via the electrodes when the autoshort switch is closed; and said data communication means comprises data transmission control means that are connected to the autoshort switch and/or the stimulation-pulse-switch (58; 58.1, 58.2, 58.3, 58.4) and that are configured to alternatingly open and close the autoshort switch or the stimulation-pulse-switch (58; 58.1, 58.2, 58.3, 58.4), respectively, during an autoshort period following the delivery of a stimulation pulse or during a stimulation pulse period, respectively, to modulate an autoshort pulse or a stimulation pulse peak amplitude for the purpose of data communication, respectively. said stimulation means comprises the high-voltage source (50, 52) that is connected to the electrodes via at least one stimulation-pulse-switch (58; 58.1, 58.2, 58.3, 58.4) that controls delivery of a pacing pulse, said stimulation means further comprises an autoshort switch that is arranged and configured to allow discharging the DC-blocking capacitor via the electrodes when the autoshort switch is closed; and said data communication means comprises data transmission control means that are connected to the autoshort switch and/or the stimulation-pulse-switch (58; 58.1, 58.2, 58.3, 58.4) and that are configured to alternatingly open and close the autoshort switch or the stimulation-pulse-switch (58; 58.1, 58.2, 58.3, 58.4), respectively, during an autoshort period following the delivery of a stimulation pulse or during a stimulation pulse period, respectively, to modulate an autoshort pulse or a stimulation pulse peak amplitude for the purpose of data communication, respectively.
A corner reflector including a radio wave reflection film having three reflection faces that are mutually orthogonal, and an unfolding device which unfolds the radio wave reflection film three-dimensionally, which is to be ejected from a flying object to float in the air, comprising: a canopy that unfolds concurrently with unfolding of the radio wave reflection film; wherein the unfolding device comprises a hollow balloon that expands while unfolding, said hollow balloon is an annular hollow balloon having flexibility and airtightness, and when gas is supplied therein, the hollow balloon expands with pressure of the gas to be an annular shape, the canopy in the unfolding state has a hemispherical shape along an outer wall of the hollow balloon and is connected to the outer wall of said hollow balloon so as to partially overlie the radio wave reflection film, the corner reflector further includes a gas supplying device that injects gas into the hollow balloon, wherein the gas supplying device is connected to the hollow balloon near an intersection of a perpendicular line extending in a falling direction from a barycenter of the hollow balloon and the canopy with a surface of the hollow balloon, and the gas supplying device functions as a weight to stabilize falling posture of the corner reflector after the hollow balloon expands. a canopy that unfolds concurrently with unfolding of the radio wave reflection film; wherein the unfolding device comprises a hollow balloon that expands while unfolding, said hollow balloon is an annular hollow balloon having flexibility and airtightness, and when gas is supplied therein, the hollow balloon expands with pressure of the gas to be an annular shape, the canopy in the unfolding state has a hemispherical shape along an outer wall of the hollow balloon and is connected to the outer wall of said hollow balloon so as to partially overlie the radio wave reflection film, the corner reflector further includes a gas supplying device that injects gas into the hollow balloon, wherein the gas supplying device is connected to the hollow balloon near an intersection of a perpendicular line extending in a falling direction from a barycenter of the hollow balloon and the canopy with a surface of the hollow balloon, and the gas supplying device functions as a weight to stabilize falling posture of the corner reflector after the hollow balloon expands.
System for the video recording of events with one or more cameras (2, 3) which transmit the recordings to a digital recording device with a video storage functionality, a trigger being provided; wherein either the trigger stores the instants of time when it is actuated, or the trigger is connected to the recording device and transmits control signals to the recording device at the instants of time when it is actuated; characterized in that the recording device is provided with a program logic which stores the data stream - from each instant of time at which the trigger is actuated a selectable period of time into the past until a starting marker and from the starting marker until the end of a period of time limited by a stop marker in the future - independently and separately from the recording to a memory resulting in a clip (15, 15', 15") being formed, several clips following each other being stored and available.
Planetary gearing, comprising an internal gear holder and an internal gear for receiving at least one planet gear, wherein the internal gear holder can be connected at a face side to a housing component, and a plurality of cutouts for receiving fastening means (40, 42) is formed at a face side of the internal gear holder, characterized in that, in at least one of the cutouts, there is received a hollow element in which a screw is received as a fastening means (40, 42), wherein the hollow element establishes a form fit between the internal gear holder and the housing component, and the at least one cutout with the hollow element received therein and with the screw is arranged in a region of a torque support, the at least one cutout being formed in the internal gear holder and/or in the housing component as a bore with a first and a second bore diameter (34, 36).
Electromagnetic actuator, comprising: - an electromagnet comprising a coil which surrounds a pole core, - a magnet armature which can be moved in the direction of the pole core by means of the electromagnet, wherein - the magnet armature has a support face facing toward the pole core, and - the pole core has a correspondingly facing counterpart face, wherein the support face and/or the counterpart support face have/has a layer which prevents direct contact between the support face and the counterpart support face and which effects damping of the approach movement, wherein the layer has webs and free spaces between in each case two adjacent webs, characterized in that the free spaces form a first chamber and a second chamber, with a narrow duct connection between the two chambers (3b, 3c). - an electromagnet comprising a coil which surrounds a pole core, - a magnet armature which can be moved in the direction of the pole core by means of the electromagnet, wherein - the magnet armature has a support face facing toward the pole core, and - the pole core has a correspondingly facing counterpart face,
An apparatus for testing the water hammer strength, the apparatus comprising: a fixing stage; a cushion member placed on the fixing stage; holding means that is placed on the cushion member and configured to hold a bottle filled with content and sealed with a cap at a position above the center of gravity thereof so as to suspend the bottle in the air; and a weight configured to be dropped onto the cap to apply an impact to the bottle, wherein push-down means for forcibly pushing the holding means downward is provided, characterized in that the cushion member is configured to be compressed and deformed by the push-down means; a non-slip sheet is disposed between the fixing stage and the cushion member and between the cushion member and the holding means; the fixing stage and/or the holding means has a recess in a surface in contact with the cushion member; the non-slip sheet is provided in the recess; and the cushion member is embedded in the recess by 0.2 mm to 0.8 mm. a fixing stage; a cushion member placed on the fixing stage; holding means that is placed on the cushion member and configured to hold a bottle filled with content and sealed with a cap at a position above the center of gravity thereof so as to suspend the bottle in the air; and a weight configured to be dropped onto the cap to apply an impact to the bottle, wherein push-down means for forcibly pushing the holding means downward is provided, characterized in that the cushion member is configured to be compressed and deformed by the push-down means; a non-slip sheet is disposed between the fixing stage and the cushion member and between the cushion member and the holding means; the fixing stage and/or the holding means has a recess in a surface in contact with the cushion member; the non-slip sheet is provided in the recess; and the cushion member is embedded in the recess by 0.2 mm to 0.8 mm.
A flowline jumper (100, 100', 100") for providing fluid communication between first and second spaced apart subsea structures (20, 22), the flowline jumper comprising: a length of conduit having a predetermined size and shape; first and second connectors (112, 114) deployed on opposing ends of the conduit, the first and second connectors configured to couple with corresponding connectors on the subsea structures; at least one electronic sensor deployed on the conduit, the sensor configured to measure at least one of a vibration and a load in the conduit; characterized by a vibration suppression device deployed about the flowline jumper. a length of conduit having a predetermined size and shape; first and second connectors (112, 114) deployed on opposing ends of the conduit, the first and second connectors configured to couple with corresponding connectors on the subsea structures; at least one electronic sensor deployed on the conduit, the sensor configured to measure at least one of a vibration and a load in the conduit; characterized by a vibration suppression device deployed about the flowline jumper.
Tube guidance element which is configured to attach and guide a tube (50;50') on the housing of a medical device for extracorporeal blood treatment wherein the tube guidance element has a base body, which is attachable to the housing via a first base body side, and characterized in that two clamping jaws (20; 21) each having an outward bulge (23; 24) are mounted on a second side of the base body, preferably facing away from the first base body side, in such a way that the outward bulges (23; 24) are facing each other and that a clamping gap is formed between the outward bulges (23; 24), into which a tube (50; 50') can be clamped, and that the base body has a guide channel on a third base body side into which a tube (50; 50') can be inserted, wherein the edge between the third base body side and at least one further side of the base body has a rounded shape.
A method for managing video streaming on a computer network, the method comprising: reviewing a traffic flow to determine whether the traffic flow is a video streaming traffic flow; if the traffic flow is a video streaming traffic flow, determine at least one video characteristic associated with the video streaming traffic flow; determining a state of the video streaming traffic flow; determining a priority of the video streaming traffic flow based on the at least one characteristic and the state of the video streaming traffic flow; determining the application type of the video streaming traffic flow as one of the at least one video characteristic; determining a ratio of bandwidth consumption for the application type associated with the video streaming application; and allocating bandwidth to the video streaming traffic flow based on the priority and the ratio of bandwidth consumption for the application type, and if the traffic flow is not a video streaming traffic flow, allowing the traffic flow to continue with the traffic flow's current priority. reviewing a traffic flow to determine whether the traffic flow is a video streaming traffic flow; if the traffic flow is a video streaming traffic flow, determine at least one video characteristic associated with the video streaming traffic flow; determining a state of the video streaming traffic flow; determining a priority of the video streaming traffic flow based on the at least one characteristic and the state of the video streaming traffic flow; determining the application type of the video streaming traffic flow as one of the at least one video characteristic; determining a ratio of bandwidth consumption for the application type associated with the video streaming application; and allocating bandwidth to the video streaming traffic flow based on the priority and the ratio of bandwidth consumption for the application type, and if the traffic flow is not a video streaming traffic flow, allowing the traffic flow to continue with the traffic flow's current priority. determining a state of the video streaming traffic flow; determining a priority of the video streaming traffic flow based on the at least one characteristic and the state of the video streaming traffic flow; determining the application type of the video streaming traffic flow as one of the at least one video characteristic; determining a ratio of bandwidth consumption for the application type associated with the video streaming application; and allocating bandwidth to the video streaming traffic flow based on the priority and the ratio of bandwidth consumption for the application type, and if the traffic flow is not a video streaming traffic flow, allowing the traffic flow to continue with the traffic flow's current priority.
A method for manufacturing a tray for applying medication to at least certain of a patient's teeth and to gums proximate said teeth comprising the steps of: (a) making a female impression of the patient's teeth and adjacent gums supporting said teeth from a suitable hardenable material; (b) making a male model of the patient's teeth and surrounding gums from said female impression, said male model being formed of a suitable hardenable material; (c) at the intersection of the gums and at least certain of the teeth of said male model, removing an amount of said hardenable material from said male model proximate the juncture of each of said teeth and the gum surrounding said teeth thereby to form at least one trough; (d) forming a tray of moldable resilient material molded over said male model having at least one recess representative of said teeth with a bead of said resilient material formed in said trough forming a seal; (e) applying a medication and a propulsion agent into said recess of said tray; wherein the length of a lingual extension of the tray beyond the seal is adjusted according to the stage of periodontal disease suffered by the patient such that the propulsion agent applies less force to a patient with more advanced periodontal disease, wherein the periodontal disease is classified by the periodontal bleading index, wherein for patients with class IV periodontal disease the lingual extension is 0-1 mm, for patients with class III periodontal disease the lingual extension is 1-2 mm, for patients with class II periodontal disease the lingual extension is 2-3 mm and for patients with class I periodontal disease the lingual extension is 3 mm or more. (a) making a female impression of the patient's teeth and adjacent gums supporting said teeth from a suitable hardenable material; (b) making a male model of the patient's teeth and surrounding gums from said female impression, said male model being formed of a suitable hardenable material; (c) at the intersection of the gums and at least certain of the teeth of said male model, removing an amount of said hardenable material from said male model proximate the juncture of each of said teeth and the gum surrounding said teeth thereby to form at least one trough; (d) forming a tray of moldable resilient material molded over said male model having at least one recess representative of said teeth with a bead of said resilient material formed in said trough forming a seal; (e) applying a medication and a propulsion agent into said recess of said tray;