mhurhangee/patent-ind-claim-en huggingface dataset:
A device for sealing an opening in the wall of a blood vessel , the blood vessel having an interior wall surface , exterior wall surface, and a lumen, the device comprising: a pushing rod , the pushing rod having an opening therealong; a shaft disposed within at least a portion of the opening of the pushing rod ; a pusher , the pusher fixedly attached to the pushing rod ; a bottom cover and a top cover , a button extending through the top cover and engaging the pusher ; and a seal assembly having a first portion and a second portion, the seal assembly operatively attached at the first portion to the distal end of the shaft , the seal assembly configured to engage the interior wall surface and the exterior wall surface of the blood vessel , wherein the pushing rod operatively engages the seal assembly at the second portion and is movable relative to the shaft , the pushing rod moving from a first position to a second position in response to the button moving distally causing the first portion and the second portion of the seal assembly to move relative to one another, characterized in that the top cover has a top cover opening through which the button passes, the pusher has a foot and two arms , the arms engaging a first groove in the top cover at a proximal end of the top cover opening in a first status and a second groove in the top cover at a distal end of the opening in a second status. a pushing rod , the pushing rod having an opening therealong; a shaft disposed within at least a portion of the opening of the pushing rod ; a pusher , the pusher fixedly attached to the pushing rod ; a bottom cover and a top cover , a button extending through the top cover and engaging the pusher ; and a seal assembly having a first portion and a second portion, the seal assembly operatively attached at the first portion to the distal end of the shaft , the seal assembly configured to engage the interior wall surface and the exterior wall surface of the blood vessel , wherein the pushing rod operatively engages the seal assembly at the second portion and is movable relative to the shaft , the pushing rod moving from a first position to a second position in response to the button moving distally causing the first portion and the second portion of the seal assembly to move relative to one another, characterized in that the top cover has a top cover opening through which the button passes, the pusher has a foot and two arms , the arms engaging a first groove in the top cover at a proximal end of the top cover opening in a first status and a second groove in the top cover at a distal end of the opening in a second status.
An image forming apparatus for forming an image by arranging powders on a surface of a resin image composed of a recording medium (S) and a resin layer arranged on the recording medium (S), the apparatus comprising: a powder supply device configured to supply the powders to a surface of the resin layer of the resin image in which the resin layer is adjusted to be in a softened state; characterized by a rubbing device configured to rub, from a side of the resin layer , the resin image to which the powders have been supplied, by moving a rubbing portion of the rubbing device relative to the resin image along the surface of the resin image with a relative speed of 5 to 500 mm/s. a powder supply device configured to supply the powders to a surface of the resin layer of the resin image in which the resin layer is adjusted to be in a softened state; characterized by a rubbing device configured to rub, from a side of the resin layer , the resin image to which the powders have been supplied, by moving a rubbing portion of the rubbing device relative to the resin image along the surface of the resin image with a relative speed of 5 to 500 mm/s.
A vacuum cleaner for cleaning and maintaining floor surfaces , comprising a fan for generating a negative pressure for picking up dirt using an air stream, a separating system for purifying the received air from the dirt and a frequency converter for adjusting the power (p) of the fan, characterised in that to adjust the electrical power (p) of the fan, a negative pressure (P1, P2, P3, P4) generated by the fan is specified as a model-specific setpoint value curve (K1, K2, K3, K4) as a function of electrical power (p) and rotational speed (n) and the frequency converter adjusts a pre-defined setpoint value for the negative pressure (P1, P2, P3, P4) on the basis of electrical power (p) and rotational speed (n) stored for this purpose by means of the setpoint value curve (K1, K2, K3, K4) using the power (p) specification and by checking the resulting rotational speed (n). for adjusting the power (p) of the fan, characterised in that to adjust the electrical power (p) of the fan, a negative pressure (P1, P2, P3, P4) generated by the fan is specified as a model-specific setpoint value curve (K1, K2, K3, K4) as a function of electrical power (p) and rotational speed (n) and the frequency converter adjusts a pre-defined setpoint value for the negative pressure (P1, P2, P3, P4) on the basis of electrical power (p) and rotational speed (n) stored for this purpose by means of the setpoint value curve (K1, K2, K3, K4) using the power (p) specification and by checking the resulting rotational speed (n).
A shock absorber for an at least partially muscle-powered bicycle , wherein at least one damper device is provided which serves for damping a relative motion between a first and a second component , wherein a control device , a memory device and at least one sensor device are provided, wherein the damper device comprises at least one controllable damping valve having at least one field generating device with which a field-sensitive medium can be influenced for influencing a damping force of the damper device by generating a field intensity of the field generating device , characterized in that the control device and the sensor device are configured to periodically obtain in real time at least one parameter for relative speeds of the first and second components relative to one another for event recognition, and that the control device is configured for deriving in real time a field intensity measure to be currently set by way of the parameter from a characteristic damper curve stored in the memory device , and that the control device and the field generating device are configured to set the field intensity to be currently set in real time for setting in real time a damping force resulting from the predetermined characteristic damper curve at the parameter obtained. wherein the damper device comprises at least one controllable damping valve having at least one field generating device with which a field-sensitive medium can be influenced for influencing a damping force of the damper device by generating a field intensity of the field generating device , characterized in that the control device and the sensor device are configured to periodically obtain in real time at least one parameter for relative speeds of the first and second components relative to one another for event recognition, and that the control device is configured for deriving in real time a field intensity measure to be currently set by way of the parameter from a characteristic damper curve stored in the memory device , and that the control device and the field generating device are configured to set the field intensity to be currently set in real time for setting in real time a damping force resulting from the predetermined characteristic damper curve at the parameter obtained.
A method for producing a palatable coated dry pet food, comprising at least the step of: a) precooking starting pet food ingredients in a hydrothermal preconditioner, said preconditioner being an elongated vat containing one or two mixing and/or conveying elements consisting of rotating shafts with radial attached paddles, wherein: - steam and water are injected in said preconditioner at a steam:water ratio R1 from 30:70 to 100:0; - said ingredients have a residence time in said preconditioner strictly superior to 5 minutes and inferior to 25 minutes; thereby obtaining a precooked pet food material having a starch gelatinization rate from 70 to 97% by weight; b) extruding the thus obtained precooked pet food material in an extruder which is either single screw or twin screw extruder, wherein said material has a residence time in said extruder ranging from 5 to 60 seconds, thereby obtaining a pet food extrudate having a starch gelatinization rate from 80 to 100% by weight; c) drying said pet food extrudate resulting from step b) in a dryer, thereby obtaining a dry pet food having a moisture level from 3 to 14% by weight; and d) coating said dry pet food, thereby obtaining a palatable coated dry pet food. a) precooking starting pet food ingredients in a hydrothermal preconditioner, said preconditioner being an elongated vat containing one or two mixing and/or conveying elements consisting of rotating shafts with radial attached paddles, wherein: - steam and water are injected in said preconditioner at a steam:water ratio R1 from 30:70 to 100:0; - said ingredients have a residence time in said preconditioner strictly superior to 5 minutes and inferior to 25 minutes; thereby obtaining a precooked pet food material having a starch gelatinization rate from 70 to 97% by weight; - steam and water are injected in said preconditioner at a steam:water ratio R1 from 30:70 to 100:0; - said ingredients have a residence time in said preconditioner strictly superior to 5 minutes and inferior to 25 minutes; b) extruding the thus obtained precooked pet food material in an extruder which is either single screw or twin screw extruder, wherein said material has a residence time in said extruder ranging from 5 to 60 seconds, thereby obtaining a pet food extrudate having a starch gelatinization rate from 80 to 100% by weight; c) drying said pet food extrudate resulting from step b) in a dryer, thereby obtaining a dry pet food having a moisture level from 3 to 14% by weight; and d) coating said dry pet food, thereby obtaining a palatable coated dry pet food.
An electroluminescent display device comprising: a first substrate including an emissive area (EA); an overcoat layer disposed over the first substrate and including a plurality of protruding portions (PP) and a plurality of depressed portions (DP) in the emissive area (EA); a first electrode disposed over the overcoat layer ; a light-emitting layer disposed over the electrode portion ; a second electrode disposed over the light-emitting layer ; and a reflective pattern (RP) disposed over each of the plurality of depressed portions (DP), characterized by the first electrode including an electrode portion which corresponds to each of the plurality of protruding portions (PP) and having an opening which corresponds to each of the plurality of depressed portions (DP). a first substrate including an emissive area (EA); an overcoat layer disposed over the first substrate and including a plurality of protruding portions (PP) and a plurality of depressed portions (DP) in the emissive area (EA); a first electrode disposed over the overcoat layer ; a light-emitting layer disposed over the electrode portion ; a second electrode disposed over the light-emitting layer ; and a reflective pattern (RP) disposed over each of the plurality of depressed portions (DP), characterized by the first electrode including an electrode portion which corresponds to each of the plurality of protruding portions (PP) and having an opening which corresponds to each of the plurality of depressed portions (DP).
A surgical training device comprising: a base having an upper surface; a plurality of mounting posts connected to the base and each extending upwardly from the upper surface of the base to a distal end; each mounting post comprising a blunt tip surface at the distal end; characterized in that the device further comprises at least one simulated tissue portion mounted in tension being stretched between and connected to the posts ; and in that each mounting post includes at least one notch formed circumferentially in the outer surface perpendicular to a longitudinal axis of each post and configured to hold the simulated tissue portion in the location of the at least one notch such that the simulated tissue portion is suspended within the notches , retained in the notches along the mounting posts and prevented from moving along the length of the mounting posts . a base having an upper surface; a plurality of mounting posts connected to the base and each extending upwardly from the upper surface of the base to a distal end; each mounting post comprising a blunt tip surface at the distal end; characterized in that the device further comprises at least one simulated tissue portion mounted in tension being stretched between and connected to the posts ; and in that each mounting post includes at least one notch formed circumferentially in the outer surface perpendicular to a longitudinal axis of each post and configured to hold the simulated tissue portion in the location of the at least one notch such that the simulated tissue portion is suspended within the notches , retained in the notches along the mounting posts and prevented from moving along the length of the mounting posts .
A surface provided with a pattern of luminescent elements, wherein the aforesaid luminescent elements are incorporated at least in the top layer of the aforesaid surface, characterised in that masking elements are present at least in the aforesaid top layer, the composition and size of which masking elements being such that the visibility of the aforesaid pattern in daylight conditions is reduced in comparison with a situation in which no such masking elements are present in the top layer of the aforesaid surface in which the aforesaid luminescent elements are incorporated at least in the top layer thereof, wherein said surface is selected from the group of bicycle path, moped path, footpath and car roadway, wherein in a dark situation the aforesaid pattern of luminescent elements will be visible after being irradiated.
A transmission processing method, applicable to a station, STA, in a Wireless Local Area Network, WLAN, system, the method comprising: receiving a pre-scheduling message that is transmitted by an access point, AP, through a first channel (S201, S401, S501), wherein the pre-scheduling message informs that the STA transmits uplink target data to the AP at a pre-scheduling moment by using a pre-scheduling frequency band, wherein the pre-scheduling frequency band is 6GHz allowed by a WLAN standard; transmitting, before the pre-scheduling moment is reached, the uplink target data and indication information to the AP by using any frequency band other than the pre-scheduling frequency band, the indication information being used for indicating cancellation of the pre-scheduling transmission (S203), wherein the any frequency band other than the pre-scheduling frequency band is 2.4GHz or 5GHz allowed by the WLAN standard; transmitting the uplink target data by using the pre-scheduling frequency band in response to the pre-scheduling moment being reached, in response to a first acknowledgment message not being received from the AP; and canceling the pre-scheduling transmission in response to the first acknowledgment message being received from the AP. receiving a pre-scheduling message that is transmitted by an access point, AP, through a first channel (S201, S401, S501), wherein the pre-scheduling message informs that the STA transmits uplink target data to the AP at a pre-scheduling moment by using a pre-scheduling frequency band, wherein the pre-scheduling frequency band is 6GHz allowed by a WLAN standard; transmitting, before the pre-scheduling moment is reached, the uplink target data and indication information to the AP by using any frequency band other than the pre-scheduling frequency band, the indication information being used for indicating cancellation of the pre-scheduling transmission (S203), wherein the any frequency band other than the pre-scheduling frequency band is 2.4GHz or 5GHz allowed by the WLAN standard; transmitting the uplink target data by using the pre-scheduling frequency band in response to the pre-scheduling moment being reached, in response to a first acknowledgment message not being received from the AP; and canceling the pre-scheduling transmission in response to the first acknowledgment message being received from the AP.
A method comprising: identifying a plurality of data invalidations associated with content of an application or service; aggregating types of the identified data invalidations for a temporal count, wherein the aggregated types of identified data invalidations comprise at least one of data invalidations by a group of users, data invalidations specific to the application or service, data invalidations specific to a group of applications or services, data invalidations that result in a data loss or data invalidations that result in the application or service interruption; analyzing , for the aggregated types of identified data invalidations, an intensity that corresponds with an impact on presentation of the content through the application or service, wherein the intensity is based on at least one of a number of data invalidations per aggregated type or an amount of data loss associated with an individual data invalidation; ranking the aggregated types of identified data invalidations during the temporal count based on results of the analyzing of the intensity of the aggregated types of identified data invalidations; and remediating one or more data invalidations based on the ranking. identifying a plurality of data invalidations associated with content of an application or service; aggregating types of the identified data invalidations for a temporal count, wherein the aggregated types of identified data invalidations comprise at least one of data invalidations by a group of users, data invalidations specific to the application or service, data invalidations specific to a group of applications or services, data invalidations that result in a data loss or data invalidations that result in the application or service interruption; analyzing , for the aggregated types of identified data invalidations, an intensity that corresponds with an impact on presentation of the content through the application or service, wherein the intensity is based on at least one of a number of data invalidations per aggregated type or an amount of data loss associated with an individual data invalidation; ranking the aggregated types of identified data invalidations during the temporal count based on results of the analyzing of the intensity of the aggregated types of identified data invalidations; and remediating one or more data invalidations based on the ranking.
Lithium ion-conducting composite material, comprising at least one polymer and lithium ion-conducting particles, wherein the particles have a sphericity ψ calculated as in the description of at least 0.7 and the composite material contains at least 20% by volume of the particles at a polydispersity index PI calculated as in the description of the particle size distribution of <0.7, or the composite material contains at least 30% by volume of the particles at a polydispersity index PI of the particle size distribution in the range of 0.7 to <1.2, or the composite material contains at least 40% by volume of the particles at a polydispersity index PI of the particle size distribution of >1.2, characterized in that the polymer comprises the following compounds: - polyethylene oxide, - derivatives of polyethylene oxide, - polyvinyl butyral and the particles consist of at least one of the following lithium ion-conducting compounds: - lithium lanthanum zirconate (LLZO), - lithium aluminum titanium phosphate (LATP) the polymer comprises the following compounds: - polyethylene oxide, - derivatives of polyethylene oxide, - polyvinyl butyral - polyethylene oxide, - derivatives of polyethylene oxide, - polyvinyl butyral and the particles consist of at least one of the following lithium ion-conducting compounds: - lithium lanthanum zirconate (LLZO), - lithium aluminum titanium phosphate (LATP) - lithium lanthanum zirconate (LLZO), - lithium aluminum titanium phosphate (LATP)
A method for machining a burr of an edge of an elongate object, specifically a ski, by means of an apparatus with - a guiding face on which the elongate object is guidable along a length in a longitudinal direction , - a first burr machining element having a first burr machining face that is oriented in an obtuse angle or in alignment with the guiding face , - a second burr machining element having a second burr machining face that is oriented in an acute angle or in a right angle with the guiding face , - wherein the elongate object first meets the first burr machining face und thereafter the second burr machining face , and - wherein, upon passing the machining apparatus, the first burr machining element first shifts the burr into a first direction and then the second burr machining element shifts it into a second direction. - a guiding face on which the elongate object is guidable along a length in a longitudinal direction , - a first burr machining element having a first burr machining face that is oriented in an obtuse angle or in alignment with the guiding face , - a second burr machining element having a second burr machining face that is oriented in an acute angle or in a right angle with the guiding face , - wherein the elongate object first meets the first burr machining face und thereafter the second burr machining face , and - wherein, upon passing the machining apparatus, the first burr machining element first shifts the burr into a first direction and then the second burr machining element shifts it into a second direction.
Aircraft electrical power supply network architecture, comprising at least one compressor motor for an air conditioning plant of the aircraft and at least two electrical generators of the aircraft, characterized in that : - each compressor motor comprises at least two independent coils , - a first of said coils of each compressor motor is connected, via a first power supply line, to one of the electrical generators and a second of said coils of each compressor motor is connected via a second power supply line to an electrical generator different from the electrical generator to which the first coil is connected. - each compressor motor comprises at least two independent coils , - a first of said coils of each compressor motor is connected, via a first power supply line, to one of the electrical generators and a second of said coils of each compressor motor is connected via a second power supply line to an electrical generator different from the electrical generator to which the first coil is connected.
A device comprising: a switch ; a memory configured to store information indicating a debounce time; a switch closed determination circuit configured to determine whether the switch is depressed based on the debounce time; and an age compensation circuit configured to update the debounce time based on an age of the device , characterized in that the age of the device comprises a time since first operation of the device ; wherein the age compensation circuit is configured to update the debounce time if the time since first operation of the device is higher than a usage time threshold. a switch ; a memory configured to store information indicating a debounce time; a switch closed determination circuit configured to determine whether the switch is depressed based on the debounce time; and an age compensation circuit configured to update the debounce time based on an age of the device , characterized in that the age of the device comprises a time since first operation of the device ; wherein the age compensation circuit is configured to update the debounce time if the time since first operation of the device is higher than a usage time threshold.