mhurhangee/patent-ind-claim-en huggingface dataset:
A combined ablation and ultrasound imaging probe for insertion within a body, the probe comprising: a housing having a proximal section and a distal tip section ; an ablation electrode located at the distal tip section; a first ultrasonic imaging sensor located on the distal tip section, the first ultrasonic imaging sensor configured to transmit acoustic waves in a first direction distal to the distal tip section; and a plurality of three or more second ultrasonic imaging sensors located on the distal tip section proximal to the first ultrasonic imaging sensor, and radially disposed about a circumference of the distal tip section , each of the second ultrasonic imaging sensors configured to transmit an acoustic wave in a second direction different from the first direction, wherein a plurality of acoustically transparent windows or apertures within the ablation electrode facilitate the transmission of ultrasonic waves from the plurality of first and second ultrasonic imaging sensors into surrounding anatomy. a housing having a proximal section and a distal tip section ; an ablation electrode located at the distal tip section; a first ultrasonic imaging sensor located on the distal tip section, the first ultrasonic imaging sensor configured to transmit acoustic waves in a first direction distal to the distal tip section; and a plurality of three or more second ultrasonic imaging sensors located on the distal tip section proximal to the first ultrasonic imaging sensor, and radially disposed about a circumference of the distal tip section , each of the second ultrasonic imaging sensors configured to transmit an acoustic wave in a second direction different from the first direction, wherein a plurality of acoustically transparent windows or apertures within the ablation electrode facilitate the transmission of ultrasonic waves from the plurality of first and second ultrasonic imaging sensors into surrounding anatomy.
A vehicle body side structure comprising: a rocker formed in a closed cross-sectional shape by joining an outer panel disposed outward in a vehicle width direction and extending in a front-rear direction of a vehicle body, and an inner panel disposed inward in the vehicle width direction and extending in the front-rear direction of the vehicle body; and a pillar having a lower end portion joined to the rocker , wherein the outer panel includes a first region (E1) overlapping with the lower end portion of the pillar in a side view as viewed from the vehicle width direction, and a second region (E2) adjacent to the first region (E1) on a front side of the vehicle body and on a rear side of the vehicle body, the inner panel includes a third region (E3) including a part facing the first region (E1) in the vehicle width direction, and a fourth region (E4) adjacent to the third region (E3) on the front side of the vehicle body and on the rear side of the vehicle body, the second region (E2) is set to be a first-strength region having a higher strength than a strength of the first region (E1), and the third region (E3) is set to be a second-strength region having a higher strength than a strength of the fourth region (E4), and the second region (E2) and the third region (E3) are connected to each other. a rocker formed in a closed cross-sectional shape by joining an outer panel disposed outward in a vehicle width direction and extending in a front-rear direction of a vehicle body, and an inner panel disposed inward in the vehicle width direction and extending in the front-rear direction of the vehicle body; and a pillar having a lower end portion joined to the rocker , wherein the outer panel includes a first region (E1) overlapping with the lower end portion of the pillar in a side view as viewed from the vehicle width direction, and a second region (E2) adjacent to the first region (E1) on a front side of the vehicle body and on a rear side of the vehicle body, the inner panel includes a third region (E3) including a part facing the first region (E1) in the vehicle width direction, and a fourth region (E4) adjacent to the third region (E3) on the front side of the vehicle body and on the rear side of the vehicle body, the second region (E2) is set to be a first-strength region having a higher strength than a strength of the first region (E1), and the third region (E3) is set to be a second-strength region having a higher strength than a strength of the fourth region (E4), and the second region (E2) and the third region (E3) are connected to each other.
An axle assembly comprising: an axle housing ; an axle shaft that is rotatable about an axis ; and a first clutch (40, 40', 40"); characterised in that a countershaft is disposed in the axle housing and is rotatable about the axis ; the axle shaft is disposed in the countershaft ; the first clutch (40, 40', 40") controls rotation of the countershaft with respect to the axle shaft ; and a second clutch (42, 42', 42") controls rotation of the countershaft with respect to the axle housing . an axle housing ; an axle shaft that is rotatable about an axis ; and a first clutch (40, 40', 40"); characterised in that a countershaft is disposed in the axle housing and is rotatable about the axis ; the axle shaft is disposed in the countershaft ; the first clutch (40, 40', 40") controls rotation of the countershaft with respect to the axle shaft ; and a second clutch (42, 42', 42") controls rotation of the countershaft with respect to the axle housing .
A service level adjustment method, wherein the method comprises: obtaining , by a first network device, at least one piece of queue status information of a queue bound to a target service level of the first network device; and when any one of the at least one piece of queue status information exceeds a first threshold upper limit corresponding to the any queue status information, adjusting , by the first network device, a parameter of the target service level based on a maximum delay associated with the target service level, wherein the parameter of the target service level comprises a queue resource parameter and a data flow constraint parameter, and the data flow constraint parameter comprises a threshold of a burst amount of the data flow entering the queue, and a threshold of an average rate of the data flow. obtaining , by a first network device, at least one piece of queue status information of a queue bound to a target service level of the first network device; and when any one of the at least one piece of queue status information exceeds a first threshold upper limit corresponding to the any queue status information, adjusting , by the first network device, a parameter of the target service level based on a maximum delay associated with the target service level, wherein the parameter of the target service level comprises a queue resource parameter and a data flow constraint parameter, and the data flow constraint parameter comprises a threshold of a burst amount of the data flow entering the queue, and a threshold of an average rate of the data flow.
A method for a wireless device comprising: transmitting, by the wireless device , a capability message indicating that the wireless device supports a first number of channel state information, CSI, processes per bandwidth part of a cell; receiving, based on the wireless device supporting the first number of CSI processes per bandwidth part, CSI configuration parameters indicating a second number of CSI processes for a first bandwidth part; and transmitting CSI reports for the second number of CSI processes. transmitting, by the wireless device , a capability message indicating that the wireless device supports a first number of channel state information, CSI, processes per bandwidth part of a cell; receiving, based on the wireless device supporting the first number of CSI processes per bandwidth part, CSI configuration parameters indicating a second number of CSI processes for a first bandwidth part; and transmitting CSI reports for the second number of CSI processes.
A crash cushion comprising a row of posts arranged in front of an obstacle, for absorbing kinetic energy of an oncoming vehicle by deformation of the posts subjected to bending, characterized in that each post is divided into an upper section and a lower section , the upper section being straight, broken or curved, so that when the post is projected into a vertical plane (Vp) passing through a longitudinal axis of the cushion (La), an angle (α) between the upper section and the lower section is between 5° and 175°, a height (h) of the lower section is between 300 mm and 1200 mm, and a length of the upper section is between 100 mm and 1000 mm and a distance (L) between adjacent posts within the row is between 300 mm and 2000 mm, wherein the posts are arranged within the row with their upper section inclined away from the obstacle.
Injection nozzle for an injection molding device comprising an actuator interconnected via a drive train to at least one closure element arranged movable in a nozzle head in a first direction (x), the drive train comprising a. a cam mechanism with a wedge and at least one side plate , the wedge and the side plate together being arranged moveable in a second direction (z), wherein b. per closure element the wedge comprises at least one first drive surface which interacts with a second drive surface arranged at the closure element at least during closing of the closure element ; c. the at least one side plate comprises a third drive surface which interacts with a fourth drive surface arranged at the closure element at least during opening of the closure element , d. wherein the at least one side plate is attached to the wedge as a separate element. a. a cam mechanism with a wedge and at least one side plate , the wedge and the side plate together being arranged moveable in a second direction (z), wherein b. per closure element the wedge comprises at least one first drive surface which interacts with a second drive surface arranged at the closure element at least during closing of the closure element ; c. the at least one side plate comprises a third drive surface which interacts with a fourth drive surface arranged at the closure element at least during opening of the closure element , d. wherein the at least one side plate is attached to the wedge as a separate element.
A surgical access device , comprising: a seal assembly including a cannula housing , an inner seal housing , and a seal cooperating with the inner seal housing, the cannula housing defining a central longitudinal axis and having a longitudinal passage for receiving at least one surgical object therethrough; and a bellows configured to engage at least a portion of the inner seal housing cooperating with the seal, the bellows dimensioned and adapted to establish a biasing relationship with the seal, said bellows being confined within an annular space between the cannula housing and inner seal housing , wherein the bellows extends to a proximal wall of the cannula housing in parallel to the central longitudinal axis defined by the cannula housing; wherein the seal is adapted for lateral movement relative to the central longitudinal axis of the cannula housing and the bellows is configured to be attached to the proximal wall of the cannula housing, wherein the proximal wall comprises an outer wall defined within a proximal end of the annular space , and a portion of the outer wall is configured to receive and secure a first end of the bellows as opposed to a side wall of the cannula housing. a seal assembly including a cannula housing , an inner seal housing , and a seal cooperating with the inner seal housing, the cannula housing defining a central longitudinal axis and having a longitudinal passage for receiving at least one surgical object therethrough; and a bellows configured to engage at least a portion of the inner seal housing cooperating with the seal, the bellows dimensioned and adapted to establish a biasing relationship with the seal, said bellows being confined within an annular space between the cannula housing and inner seal housing , wherein the bellows extends to a proximal wall of the cannula housing in parallel to the central longitudinal axis defined by the cannula housing; wherein the seal is adapted for lateral movement relative to the central longitudinal axis of the cannula housing and the bellows is configured to be attached to the proximal wall of the cannula housing, wherein the proximal wall comprises an outer wall defined within a proximal end of the annular space , and a portion of the outer wall is configured to receive and secure a first end of the bellows as opposed to a side wall of the cannula housing.
Holding device for a casing , with two holding parts which each comprise an attachment portion that is configured so as to be attached to an attachment surface by means of an attachment means , wherein each holding part has a holding portion extending in a longitudinal direction (L), with at least two fixing parts which can be fixed to the casing , and each of which can be brought into engagement with the holding portion of an assigned holding part in order to create a connection, and which, when the connection is created, allows a relative movement in the longitudinal direction (L) between the fixing part and the holding part , with a connecting part which is configured for releasable connection to the two holding parts and which, when the connection is created, is arranged at a distance from the holding portions in the longitudinal direction (L), and with a locking part which can be fixed to the casing, characterised in that the locking part can be brought into engagement with a locking portion on one of the two holding parts such that the relative movement in the longitudinal direction (L) between the fixing part and the holding part is limited or suppressed, that the connecting part comprises two connecting elements which can be displaced on each other or into each other, whereby the dimension of the connecting part can be changed, that the connecting part has at least one securing portion which, when the connection of the connecting part to the two holding parts is created, limits or suppresses a movement of an assigned locking part in the longitudinal direction (L), and that the two holding parts are designed as separate holding parts and are configured to be attached to the attachment surface with an arbitrary spacing.
A target assembly for an isotope production system, the target assembly comprising: a target body having a production chamber and a beam passage , the production chamber being positioned to receive a particle beam directed through the beam passage , the production chamber configured to hold a target material; first and second grid sections of the target body disposed in the beam passage , each of the first and second grid sections having front and back sides , the back side of the first grid section and the front side of the second grid section abutting each other with an interface therebetween, the back side of the second grid section facing the production chamber ; and a front foil positioned between the first and second grid sections at the interface , each of the first and second grid sections having interior walls that define grid channels through the first and second grid sections , respectively, the particle beam configured to pass through the grid channels toward the production chamber , the interior walls of the first and second grid sections engaging opposite sides of the front foil . a target body having a production chamber and a beam passage , the production chamber being positioned to receive a particle beam directed through the beam passage , the production chamber configured to hold a target material; first and second grid sections of the target body disposed in the beam passage , each of the first and second grid sections having front and back sides , the back side of the first grid section and the front side of the second grid section abutting each other with an interface therebetween, the back side of the second grid section facing the production chamber ; and a front foil positioned between the first and second grid sections at the interface , each of the first and second grid sections having interior walls that define grid channels through the first and second grid sections , respectively, the particle beam configured to pass through the grid channels toward the production chamber , the interior walls of the first and second grid sections engaging opposite sides of the front foil .
Method for at least a second user to access at least one service provided by a first user , characterized in that said method comprises: • a step of generating, by means of a first device for managing invitations belonging to the first user, at least one invitation comprising a level of access defined by said first user in order to allow said at least a second user to access said at least one service; • a step of transmitting, by means of said first device for managing invitations, one said invitation to a second device for managing invitations belonging to a second user; • a step of delivering, by means of the second device for managing invitations, said invitation to a privilege server ; • a step of verifying, by means of the one privilege server, the content of said at least one invitation, and delivering, to said second device for managing invitations, at least one access authorization token for accessing said at least one service, according to said level of access; • a step of requesting access to said at least one service by means of said second device for managing invitations, using said access authorization token. • a step of generating, by means of a first device for managing invitations belonging to the first user, at least one invitation comprising a level of access defined by said first user in order to allow said at least a second user to access said at least one service; • a step of transmitting, by means of said first device for managing invitations, one said invitation to a second device for managing invitations belonging to a second user; • a step of delivering, by means of the second device for managing invitations, said invitation to a privilege server ; • a step of verifying, by means of the one privilege server, the content of said at least one invitation, and delivering, to said second device for managing invitations, at least one access authorization token for accessing said at least one service, according to said level of access; • a step of requesting access to said at least one service by means of said second device for managing invitations, using said access authorization token.
A security document comprising: an electrical circuit embedded in a document substrate, wherein the electrical circuit comprises an electroactive polymer power generator; an optical display elements, comprising an electroluminescent display element and a nanohole array element disposed as a layer of the electroluminescent display element, the nanohole array element operable to produce a visible optical effect, the nanohole array element comprising two sets of nanoholes which are each arranged in a distinct pattern, comprising: a first set of nanoholes arranged in a periodic grid pattern, said first set of nanoholes having at least one dimension smaller than 400 nm; and a second set of nanoholes arranged in a non-periodic pattern to create an image, said second set of nanoholes having at least one dimension smaller than 400 nm, wherein said nanohole array element of said optical display element comprises at least one of a metal film nanohole array and an electrically conductive film nanohole array, wherein said electroluminescent display element is adapted to illuminate to provide a visible optical display pattern when powered by the electroactive polymer power generator; and wherein said nanohole array element is adapted to be readable by illumination with an external light source to produce a distinct light pattern. an electrical circuit embedded in a document substrate, wherein the electrical circuit comprises an electroactive polymer power generator; an optical display elements, comprising an electroluminescent display element and a nanohole array element disposed as a layer of the electroluminescent display element, the nanohole array element operable to produce a visible optical effect, the nanohole array element comprising two sets of nanoholes which are each arranged in a distinct pattern, comprising: a first set of nanoholes arranged in a periodic grid pattern, said first set of nanoholes having at least one dimension smaller than 400 nm; and a second set of nanoholes arranged in a non-periodic pattern to create an image, said second set of nanoholes having at least one dimension smaller than 400 nm, a first set of nanoholes arranged in a periodic grid pattern, said first set of nanoholes having at least one dimension smaller than 400 nm; and a second set of nanoholes arranged in a non-periodic pattern to create an image, said second set of nanoholes having at least one dimension smaller than 400 nm, wherein said nanohole array element of said optical display element comprises at least one of a metal film nanohole array and an electrically conductive film nanohole array, wherein said electroluminescent display element is adapted to illuminate to provide a visible optical display pattern when powered by the electroactive polymer power generator; and wherein said nanohole array element is adapted to be readable by illumination with an external light source to produce a distinct light pattern.
Rotor blade for a wind turbine , wherein - the rotor blade comprises serrations along at least a portion of the trailing edge section of the rotor blade , - the serrations comprise a first tooth and at least a second tooth , wherein the first tooth is spaced apart from the second tooth , - the area between the first tooth and the second tooth is at least partially filled with a plurality of comb elements comprising a first comb element and at least a second comb element , wherein the comb elements are arranged substantially parallel to each other and in substantially chordwise direction of the rotor blade , such that generation of noise in the trailing edge section of the rotor blade is reduced, characterized in that the rotor blade further comprises a plurality of ridges comprising a first ridge and at least a second ridge for manipulating an airflow which is flowing along the ridges , wherein the first ridge comprises - a trailing edge facing a trailing edge of the rotor blade , and - a leading edge facing away from the trailing edge of the rotor blade , and wherein the the trailing edge of the first ridge extends onto the first tooth of the serrations . - the rotor blade comprises serrations along at least a portion of the trailing edge section of the rotor blade , - the serrations comprise a first tooth and at least a second tooth , wherein the first tooth is spaced apart from the second tooth , - the area between the first tooth and the second tooth is at least partially filled with a plurality of comb elements comprising a first comb element and at least a second comb element , wherein the comb elements are arranged substantially parallel to each other and in substantially chordwise direction of the rotor blade , such that generation of noise in the trailing edge section of the rotor blade is reduced, - a trailing edge facing a trailing edge of the rotor blade , and - a leading edge facing away from the trailing edge of the rotor blade , and wherein the the trailing edge of the first ridge extends onto the first tooth of the serrations .