mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for accessing a thoracic duct of a patient's body that includes an outlet adjacent a confluence of an internal jugular vein and subclavian vein of the patient's body, the apparatus configured to engage a vessel wall surrounding the outlet without entering the outlet, the apparatus comprising: a tubular member comprising a proximal end , a distal end sized for introduction into a patient's vasculature, and an aspiration lumen extending between the proximal and distal ends; and an expandable sealing member provided on the distal end , said expandable sealing member expandable from a delivery condition sized for introduction into a patient's vasculature to a deployed condition in which the sealing member defines a concave contact surface shaped for engaging the vessel wall surrounding the outlet of the thoracic duct, the sealing member comprising an aspiration port in the contact surface communicating with the aspiration lumen for removing fluid from the thoracic duct through the aspiration port into the aspiration lumen, wherein the sealing member comprises a membrane including the concave contact surface and the aspiration port and a frame supporting the membrane, the frame movable between a collapsed configuration and an expanded configuration for moving the membrane between the delivery and deployed conditions, and wherein the frame comprises a first arm coupled to a first end of the membrane and a second arm coupled to a second end of the membrane, the arms defining a generally "V" shape in the expanded configuration. a tubular member comprising a proximal end , a distal end sized for introduction into a patient's vasculature, and an aspiration lumen extending between the proximal and distal ends; and an expandable sealing member provided on the distal end , said expandable sealing member expandable from a delivery condition sized for introduction into a patient's vasculature to a deployed condition in which the sealing member defines a concave contact surface shaped for engaging the vessel wall surrounding the outlet of the thoracic duct, the sealing member comprising an aspiration port in the contact surface communicating with the aspiration lumen for removing fluid from the thoracic duct through the aspiration port into the aspiration lumen, wherein the sealing member comprises a membrane including the concave contact surface and the aspiration port and a frame supporting the membrane, the frame movable between a collapsed configuration and an expanded configuration for moving the membrane between the delivery and deployed conditions, and wherein the frame comprises a first arm coupled to a first end of the membrane and a second arm coupled to a second end of the membrane, the arms defining a generally "V" shape in the expanded configuration.
An endoscope comprising: an insertion unit including an imaging unit ; and an operation unit configured to bend a part of the insertion unit , wherein at least a part of the insertion unit includes a tube formed of a resin, the tube including a plurality of channels formed of the resin included in the tube , wherein the insertion unit includes a distal tip including the imaging unit , a bending section that is bent by the operation unit , and a flexible section disposed between the bending section and the operation unit , at least a part of the bending section and a part of the flexible section include the tube , the resin excluding the channels has a porosity of 0% or more and 80% or less, wherein some of the channels each comprise a rigid member inserted through the respective channels ; and an angle wire inserted through the rigid member and connected to a bending mechanism of the bending section , wherein the operation unit is configured to operate the angle wire, characterized in that the insertion unit includes a tube shaped breaking section that is breakable when the imaging unit is removed from the insertion unit , the tube shaped breaking section is arranged to cover a joint between the imaging unit and the insertion unit . an insertion unit including an imaging unit ; and an operation unit configured to bend a part of the insertion unit , wherein at least a part of the insertion unit includes a tube formed of a resin, the tube including a plurality of channels formed of the resin included in the tube , wherein the insertion unit includes a distal tip including the imaging unit , a bending section that is bent by the operation unit , and a flexible section disposed between the bending section and the operation unit , at least a part of the bending section and a part of the flexible section include the tube , the resin excluding the channels has a porosity of 0% or more and 80% or less, wherein some of the channels each comprise a rigid member inserted through the respective channels ; and an angle wire inserted through the rigid member and connected to a bending mechanism of the bending section , wherein the operation unit is configured to operate the angle wire, characterized in that the insertion unit includes a tube shaped breaking section that is breakable when the imaging unit is removed from the insertion unit , the tube shaped breaking section is arranged to cover a joint between the imaging unit and the insertion unit .
Actuator for a compressor element , with the actuator comprising an electrical motor with a motor casing which defines a motor chamber in which a motor rotor is positioned rotatably in relation to a motor stator with the help of one or more motor bearings , whereby the motor stator is built of laminations around which windings are applied and whereby the motor rotor is built of a shaft with laminations , whereby the actuator is also equipped with a cooling circuit for a coolant , whereby the coolant is water, whereby the motor bearings are water-lubricated, characterized in that the shaft on the motor rotor is made from stainless steel, that the aforementioned windings are embedded in an epoxy resin , that a composite sleeve is applied around each of the laminations on the motor rotor and on the motor stator , and that the motor casing is provided with a sleeve which forms the motor chamber and a flange that seals the sleeve , whereby the flange is provided with a space into which live wires enter, whereby a seal to stop water from infiltrating the space is provided between the aforementioned flange and the windings which are embedded in epoxy resin .
A stopping device (9; 209) for a vehicle hinge , the vehicle hinge comprising a shaft , a first knuckle and a second knuckle , the knuckles pivoting relative to one another about the shaft , the stopping device (9; 209) comprising: • a main body (65; 265) free of metal material, by means of which the stopping device (9; 209) can be mounted on the vehicle hinge , while being attached in rotation relative to the first knuckle , about the shaft ; and • a stop member (73; 273), which, when the stopping device (9; 209) is mounted on the vehicle hinge , is configured to: ▪ allow the pivoting of the knuckles relative to one another, when the knuckles are oriented relative to one another in an angular release sector (S0), and ▪ oppose the pivoting of the knuckles relative to one another, by mechanical cooperation of the stop member (73; 273) with a pin carried by the second knuckle , when the knuckles are oriented relative to one another in a first orientation (P1; P2), outside the angular release sector (S0); characterized in that : • the stopping device comprises a metal frame (66; 266), which is secured to the main body (65; 265); and • the metal frame (66; 266) comprises a stop blade (103; 303), belonging to the stop member (73; 273), by means of which the stop member (73; 273) mechanically cooperates with the pin to oppose the pivoting of the knuckles , when the knuckles are oriented in the first orientation (P1; P2). • a main body (65; 265) free of metal material, by means of which the stopping device (9; 209) can be mounted on the vehicle hinge , while being attached in rotation relative to the first knuckle , about the shaft ; and • a stop member (73; 273), which, when the stopping device (9; 209) is mounted on the vehicle hinge , is configured to: ▪ allow the pivoting of the knuckles relative to one another, when the knuckles are oriented relative to one another in an angular release sector (S0), and ▪ oppose the pivoting of the knuckles relative to one another, by mechanical cooperation of the stop member (73; 273) with a pin carried by the second knuckle , when the knuckles are oriented relative to one another in a first orientation (P1; P2), outside the angular release sector (S0); ▪ allow the pivoting of the knuckles relative to one another, when the knuckles are oriented relative to one another in an angular release sector (S0), and ▪ oppose the pivoting of the knuckles relative to one another, by mechanical cooperation of the stop member (73; 273) with a pin carried by the second knuckle , when the knuckles are oriented relative to one another in a first orientation (P1; P2), outside the angular release sector (S0); • the stopping device comprises a metal frame (66; 266), which is secured to the main body (65; 265); and • the metal frame (66; 266) comprises a stop blade (103; 303), belonging to the stop member (73; 273), by means of which the stop member (73; 273) mechanically cooperates with the pin to oppose the pivoting of the knuckles , when the knuckles are oriented in the first orientation (P1; P2).
Electronic device equipped with an antenna, said antenna comprising: a radiator and a capacitor; a clip connected to the radiator, in which a part of the clip comprises at least a first conductor of the capacitor, wherein the electronic device further comprises a feeding part connected to a first portion of the radiator, and a ground connected to the capacitor, wherein the radiator comprises at least a part of a metallic housing of the electronic device, wherein the capacitor further comprises a second conductor arranged parallel with the part of the clip, and a dielectric between the first conductor and the second conductor, wherein a part of the metallic housing comprises at least the second conductor of the capacitor, wherein the dielectric includes an adhesive that affixes positions of the first conductor and the second conductor in parallel with each other. a radiator and a capacitor; a clip connected to the radiator, in which a part of the clip comprises at least a first conductor of the capacitor, wherein the electronic device further comprises a feeding part connected to a first portion of the radiator, and a ground connected to the capacitor, wherein the radiator comprises at least a part of a metallic housing of the electronic device, wherein the capacitor further comprises a second conductor arranged parallel with the part of the clip, and a dielectric between the first conductor and the second conductor, wherein a part of the metallic housing comprises at least the second conductor of the capacitor, wherein the dielectric includes an adhesive that affixes positions of the first conductor and the second conductor in parallel with each other.
An aircraft having a door system ; the aircraft including a door module and a floor structure ; the door system being adapted to control an opening of the door module that separates compartments of the aircraft , the door module comprising a door panel that performs a rotational movement above the floor structure of the aircraft during the opening of the door module , comprising a deceleration mechanism that is attached to a lower region of the door panel ; the deceleration mechanism comprises: . a bolt , characterized in that the door system further comprises: . a bolt moving mechanism that is attached to the bolt , . a latch mechanism that is removably connected to the bolt moving mechanism and adapted to block the bolt moving mechanism in a normal mode and to release the bolt moving mechanism in a deceleration mode, . an activation mechanism that is attached to the latch mechanism and adapted to switch the latch mechanism from the normal mode to the deceleration mode when a predetermined air pressure difference threshold between the compartments of the aircraft is exceeded, and . a brake element that is rigidly attached to the bolt , wherein the bolt moving mechanism , upon release, presses the bolt against the brake element such that the brake element pushes against the floor structure , thereby decelerating the rotational movement of the door panel . . a bolt , characterized in that the door system further comprises: . a bolt moving mechanism that is attached to the bolt , . a latch mechanism that is removably connected to the bolt moving mechanism and adapted to block the bolt moving mechanism in a normal mode and to release the bolt moving mechanism in a deceleration mode, . an activation mechanism that is attached to the latch mechanism and adapted to switch the latch mechanism from the normal mode to the deceleration mode when a predetermined air pressure difference threshold between the compartments of the aircraft is exceeded, and . a brake element that is rigidly attached to the bolt , wherein the bolt moving mechanism , upon release, presses the bolt against the brake element such that the brake element pushes against the floor structure , thereby decelerating the rotational movement of the door panel . . a bolt moving mechanism that is attached to the bolt , . a latch mechanism that is removably connected to the bolt moving mechanism and adapted to block the bolt moving mechanism in a normal mode and to release the bolt moving mechanism in a deceleration mode, . an activation mechanism that is attached to the latch mechanism and adapted to switch the latch mechanism from the normal mode to the deceleration mode when a predetermined air pressure difference threshold between the compartments of the aircraft is exceeded, and . a brake element that is rigidly attached to the bolt , wherein the bolt moving mechanism , upon release, presses the bolt against the brake element such that the brake element pushes against the floor structure , thereby decelerating the rotational movement of the door panel .
Tap outlet nozzle for a tap of a dispensing system (1; 101), which serves to tap a volume flow consisting of a beverage precursor and a gas, namely CO 2 , N 2 , or compressed air, having a preferably cylindrical through-flow pipe section and an outlet pipe section adjoining it on the outlet side, wherein a mixing arrangement is accommodated between the inlet side of the through-flow pipe section and the outlet pipe section , which mixing arrangement is suitable for being flowed through by the mixture of the beverage precursor and gas bubbles contained therein, and for comminuting the gas bubbles in the process, characterized in that the outlet pipe section tapers.
A small-formfactor pluggable module for enabling interconnection to a host device , said module being characterized in comprising: a small-formfactor pluggable module connector arranged to connect to a host device connector ; the small-formfactor pluggable module connector being arranged to connect the host device connector in a first switching mode characterized in comprising a TxFault, a TxDisable, a RateSelect and a LOS signal, and in a second switching mode characterized in comprising at least a 1PPS signal, wherein a time-of-day, ToD, signal further is arranged to be transmitted over the small-formfactor pluggable module connector via inter-integrated circuit, I2C, signals when said set of signals carried over the small-formfactor pluggable module connector comprises the at least one 1PPS signal. a small-formfactor pluggable module connector arranged to connect to a host device connector ; the small-formfactor pluggable module connector being arranged to connect the host device connector in a first switching mode characterized in comprising a TxFault, a TxDisable, a RateSelect and a LOS signal, and in a second switching mode characterized in comprising at least a 1PPS signal, wherein a time-of-day, ToD, signal further is arranged to be transmitted over the small-formfactor pluggable module connector via inter-integrated circuit, I2C, signals when said set of signals carried over the small-formfactor pluggable module connector comprises the at least one 1PPS signal.
A junction box for holding an electrical cable connector; the junction box defining an inlet for cables and a retaining mechanism comprising multiple retaining elements and a retaining surface , the multiple retaining elements and retaining surface arranged for retaining there between the cables extending through the inlet ; the retaining mechanism further comprising a retaining element holder to hold the multiple divided retaining elements in a stacked arrangement to hold multiple stacked cables extending through the inlet ; wherein the retaining element holder includes a recess for holding said retaining elements stacked within the recess ; characterised in that the junction box comprises a detent arrangement arranged to hold at least one of the retaining elements at separate discrete positions in the recess to vary the separation of the at least one retaining elements from the retaining surface so as to hold stacked cables of different gauges. the retaining element holder includes a recess for holding said retaining elements stacked within the recess ; characterised in that the junction box comprises a detent arrangement arranged to hold at least one of the retaining elements at separate discrete positions in the recess to vary the separation of the at least one retaining elements from the retaining surface so as to hold stacked cables of different gauges.
Method for producing a ceiling element , comprising the following steps: - arranging two ceiling supports on a floor , - connecting a first end region of a ceiling formwork frame to the two ceiling supports in such a way that the ceiling formwork frame is arranged in an intermediate position that is inclined downward from the first end region toward a second end region , - connecting a permanent ceiling panel to the ceiling formwork frame arranged in the intermediate position, - pivoting up the second end region of the ceiling formwork frame together with the permanent ceiling panel , - supporting the second end region of the pivoted-up ceiling formwork frame using at least one further ceiling support and - casting the ceiling element together with the permanent ceiling panel on the ceiling formwork frame . - arranging two ceiling supports on a floor , - connecting a first end region of a ceiling formwork frame to the two ceiling supports in such a way that the ceiling formwork frame is arranged in an intermediate position that is inclined downward from the first end region toward a second end region , - connecting a permanent ceiling panel to the ceiling formwork frame arranged in the intermediate position, - pivoting up the second end region of the ceiling formwork frame together with the permanent ceiling panel , - supporting the second end region of the pivoted-up ceiling formwork frame using at least one further ceiling support and - casting the ceiling element together with the permanent ceiling panel on the ceiling formwork frame .
Packaging, in particular for foodstuffs, comprising a tray made of cardboard or paperboard and a lid which is applied to the tray in the closed state of the packaging, said lid engaging over the outside of an upper edge of the tray , wherein inwardly protruding lugs are provided for securing the lid on the tray , said lugs being arranged on wall portions of at least two opposite side walls of the lid and engaging in openings formed in wall portions of at least two opposite side walls of the tray , and wherein at least said side walls of the lid have, in each case in the region above the at least one lug , a sloping portion which extends in an inclined manner relative to the vertical direction and by virtue of which the expanse of the lid increases from the top downwards, characterized in that at least the side walls of the tray that have the openings have, in each case in the region above the wall portion that has the at least one opening , a freely upwardly projecting flap which is connected via a bending line to the wall portion located therebelow that has the at least one opening , wherein, in the applied state of the lid , the flaps of the side walls bear against the sloping portions of the lid .
A system comprising: a panel comprising a plurality of openings, each of the openings comprising a respective panel contact , wherein the system is configured to selectively couple each panel contact to an RFID reader; a plurality of optical adapters configured to be inserted into the openings of the panel , wherein each optical adapter comprises: a body in which at least one connector can be inserted; at least one radio frequency identifier, RFID, antenna ; at least one adapter contact that is electrically connected to the RFID antenna; and a visual indicator that is electrically connected to the at least one adapter contact ; wherein at least one clip , which is formed out of metal, is configured to electrically connect the adapter contact to the panel contact and to mechanically hold the optical adapter in the panel when the optical adapter is inserted into one of the openings of the panel ; wherein the RFID antenna of each connector is configured to be positioned near an RFID tag attached to the connector when the connector is inserted into the body of the optical adapter; and wherein the system is configured to selectively couple the RFID reader to each of the panel contacts . a panel comprising a plurality of openings, each of the openings comprising a respective panel contact , wherein the system is configured to selectively couple each panel contact to an RFID reader; a plurality of optical adapters configured to be inserted into the openings of the panel , wherein each optical adapter comprises: a body in which at least one connector can be inserted; at least one radio frequency identifier, RFID, antenna ; at least one adapter contact that is electrically connected to the RFID antenna; and a visual indicator that is electrically connected to the at least one adapter contact ; a body in which at least one connector can be inserted; at least one radio frequency identifier, RFID, antenna ; at least one adapter contact that is electrically connected to the RFID antenna; and a visual indicator that is electrically connected to the at least one adapter contact ; wherein at least one clip , which is formed out of metal, is configured to electrically connect the adapter contact to the panel contact and to mechanically hold the optical adapter in the panel when the optical adapter is inserted into one of the openings of the panel ; wherein the RFID antenna of each connector is configured to be positioned near an RFID tag attached to the connector when the connector is inserted into the body of the optical adapter; and wherein the system is configured to selectively couple the RFID reader to each of the panel contacts .