mhurhangee/patent-ind-claim-en huggingface dataset:
Window or door or façade element having a frame consisting of a plurality of frame profiles which are made of plastic and are mitered at the corners of the frame and are welded to one another and furthermore have a rebate region into which a surface element , in particular an insulating glass pane, is inserted, wherein the rebate region of the frame has at least one barrier element or a circumferential arrangement of the barrier elements , wherein the barrier element is provided with one or more slots , characterized in that a) the barrier element is materially bonded to a rebate region or a block profile arrangement of the frame, which is inserted into the rebate region of the frame , b) the materially bonded connection between the rebate region and the barrier element is realized by co-extrusion or post-co-extrusion of the rebate region or of the block profile arrangement and of the barrier element , c) the slots are introduced with a cutting or milling tool, d) the slots extend from the inside to the outside onto the frame profiles, and e) the width of the slots is dimensioned such that, on the one hand, the diffusion of water vapor through the barrier element is enabled in a non-sealing manner and, on the other hand, a locking bolt is provided with respect to the adhesive layer in the rebate region of the sash frame profile . a) the barrier element is materially bonded to a rebate region or a block profile arrangement of the frame, which is inserted into the rebate region of the frame , b) the materially bonded connection between the rebate region and the barrier element is realized by co-extrusion or post-co-extrusion of the rebate region or of the block profile arrangement and of the barrier element , c) the slots are introduced with a cutting or milling tool, d) the slots extend from the inside to the outside onto the frame profiles, and e) the width of the slots is dimensioned such that, on the one hand, the diffusion of water vapor through the barrier element is enabled in a non-sealing manner and, on the other hand, a locking bolt is provided with respect to the adhesive layer in the rebate region of the sash frame profile .
An emissive display comprising: an organic light emitting diode (OLED) ; a linear polarizer ; and a reflective polarizer optically between the OLED and the linear polarizer ; and a structured optical film optically between the OLED and the reflective polarizer ; characterized in that the structured optical film comprises a transparent substrate, low index one-dimensional or two-dimensional nanostructures and a high index backfill layer forming a planar surface over the nanostructures. an organic light emitting diode (OLED) ; a linear polarizer ; and a reflective polarizer optically between the OLED and the linear polarizer ; and a structured optical film optically between the OLED and the reflective polarizer ; characterized in that the structured optical film comprises a transparent substrate, low index one-dimensional or two-dimensional nanostructures and a high index backfill layer forming a planar surface over the nanostructures.
A valve configured to be disposed in a medical barrel for permitting mixing of at least two components within the medical barrel , the valve comprising: a stopper configured to be disposed within the barrel and configured for slidable engagement with an inner surface of the barrel , the stopper being moveable under a distally directed force of a plunger between a first position and a second position, the stopper having a proximal end , a distal end , and a channel extending therebetween; and a stationary body configured to be disposed at least partially within the barrel comprising a base and a stem , the stem comprising a proximal end configured to engage the channel to form a liquid-tight seal with the channel and a port for conducting fluid through the port and the channel , wherein when the stopper is in the first position fluid flow through the channel is prevented by the liquid-tight seal between the proximal end of the stem and the channel , characterized in that the channel includes a proximal end having a first diameter, and a distal end having a second diameter, the first diameter is larger than the second diameter, and movement of the stopper from the first position to the second position brings the proximal end of the stem from the distal end of the channel having the second diameter to the proximal end of the channel having the first diameter to overcome the liquid-tight seal and forms a flow-path (L) through the channel and the port . a stopper configured to be disposed within the barrel and configured for slidable engagement with an inner surface of the barrel , the stopper being moveable under a distally directed force of a plunger between a first position and a second position, the stopper having a proximal end , a distal end , and a channel extending therebetween; and a stationary body configured to be disposed at least partially within the barrel comprising a base and a stem , the stem comprising a proximal end configured to engage the channel to form a liquid-tight seal with the channel and a port for conducting fluid through the port and the channel , wherein when the stopper is in the first position fluid flow through the channel is prevented by the liquid-tight seal between the proximal end of the stem and the channel , characterized in that the channel includes a proximal end having a first diameter, and a distal end having a second diameter, the first diameter is larger than the second diameter, and movement of the stopper from the first position to the second position brings the proximal end of the stem from the distal end of the channel having the second diameter to the proximal end of the channel having the first diameter to overcome the liquid-tight seal and forms a flow-path (L) through the channel and the port .
A method of operating Long Term Evolution User Equipment, LTE UE, to use different Mobility Management Entities, MMEs, (101 - 103), the method characterized by : the LTE UE graphically displaying a mode selection interface and receiving a user mode instruction; the LTE UE graphically displaying a user access interface and receiving a user access code; the LTE UE processing a current date, processing the user mode instruction and the user access code and selecting one of the MMEs (101-103) based on the processing; the LTE UE wirelessly transferring a Long Term Evolution, LTE, attachment request to a LTE access point and indicating the selected one of the MMEs (101 - 103) in the LTE attachment request; and the LTE UE wirelessly receiving an attachment acceptance from the selected one of the MMEs (101 - 103) through the LTE access point responsive to indicating the selected one of the MMEs (101 - 103) in the LTE attachment request. the LTE UE graphically displaying a mode selection interface and receiving a user mode instruction; the LTE UE graphically displaying a user access interface and receiving a user access code; the LTE UE processing a current date, processing the user mode instruction and the user access code and selecting one of the MMEs (101-103) based on the processing; the LTE UE wirelessly transferring a Long Term Evolution, LTE, attachment request to a LTE access point and indicating the selected one of the MMEs (101 - 103) in the LTE attachment request; and the LTE UE wirelessly receiving an attachment acceptance from the selected one of the MMEs (101 - 103) through the LTE access point responsive to indicating the selected one of the MMEs (101 - 103) in the LTE attachment request.
A pilot signal transmission method for use in a radio communication system, to transmit pilot signal sequences which at least have either the first property that the relative value between the self-correlation value when the phase difference is other than zero and the peak self-correlation value when the phase difference is zero is equal to or lower than a predetermined threshold, or the second property that the cross-correlation value between the sequences that are equal in sequence length is smaller than the cross-correlation value between the sequences that are different in sequence length, by using code division multiplexing as at least one of user multiplexing schemes, comprising the steps of: dividing a system band, which is a frequency band usable in the system into a first frequency block having a first bandwidth and a second frequency block having a second bandwidth, which is different from said first bandwidth; generating a first pilot signal of said first frequency block with a single carrier, using said pilot signal sequence having a first sequence length corresponding to said first bandwidth of said first frequency block, and a second pilot signal of said second frequency block with a single carrier, using said pilot signal sequence having a second sequence length corresponding to said second bandwidth of said second frequency block; and, transmitting said generated first pilot signal and said generated second pilot signal as the pilot signals corresponding to a user . dividing a system band, which is a frequency band usable in the system into a first frequency block having a first bandwidth and a second frequency block having a second bandwidth, which is different from said first bandwidth; generating a first pilot signal of said first frequency block with a single carrier, using said pilot signal sequence having a first sequence length corresponding to said first bandwidth of said first frequency block, and a second pilot signal of said second frequency block with a single carrier, using said pilot signal sequence having a second sequence length corresponding to said second bandwidth of said second frequency block; and, transmitting said generated first pilot signal and said generated second pilot signal as the pilot signals corresponding to a user .
A method for dead time optimization of MOSFETs (14, 14', 14") in an inverter of a motor controller of an electric motor in an electromechanical motor vehicle power steering mechanism or a steer-by-wire system of a motor vehicle, wherein the inverter comprises at least two MOSFETs (14, 14', 14"), a high side MOSFET and a low side MOSFET (14"), and wherein the motor controller controls the at least two MOSFETS (14, 14', 14") with gate driver signals with at least one or more dead times (Td1,Td2), the dead time (Td1,Td2) representing a time of the MOSFETs (14, 14', 14") for switching over from one MOSFET (14, 14', 14") to another MOSFET (14, 14', 14") connected in series, wherein the method comprises the steps of: ∘ Measuring a cross conduction between a high side MOSFET and a low side MOSFET (14") in a current measurement unit , ∘ If a cross conduction (I S ) occurs, increasing the dead time (Td1,Td2); otherwise decreasing the dead time (Td1,Td2), characterized in that the method further comprises the steps: ∘ Providing a pulse width modulation (PWM) reference signal , being a PWM gate driver signal of the MOSFETS without dead time, ∘ Detecting a cross conduction (IS) with the current measurement unit triggered by the PWM reference signal, wherein the detection takes place after a predefined time interval (T1) following a change in the PWM reference signal . ∘ Measuring a cross conduction between a high side MOSFET and a low side MOSFET (14") in a current measurement unit , ∘ If a cross conduction (I S ) occurs, increasing the dead time (Td1,Td2); otherwise decreasing the dead time (Td1,Td2), ∘ Providing a pulse width modulation (PWM) reference signal , being a PWM gate driver signal of the MOSFETS without dead time, ∘ Detecting a cross conduction (IS) with the current measurement unit triggered by the PWM reference signal, wherein the detection takes place after a predefined time interval (T1) following a change in the PWM reference signal .
A method, comprising: with a recovery module in an origin data center , subdividing tags corresponding to objects in a content delivery network , CDN, to form a plurality of batches; with the recovery module , modifying the tags in a first batch of the plurality of batches, wherein the modified tags are stored at an origin data center in the CDN ; performing a forced refresh of the objects in the first batch as part of a revalidation process associated with edge servers in the CDN ; and upon determining with the recovery module that the forced refresh of the objects in the first batch is complete , using the recovery module to select and modify the tags in a second batch of the plurality of batches to perform a forced refresh on the objects in the second batch. with a recovery module in an origin data center , subdividing tags corresponding to objects in a content delivery network , CDN, to form a plurality of batches; with the recovery module , modifying the tags in a first batch of the plurality of batches, wherein the modified tags are stored at an origin data center in the CDN ; performing a forced refresh of the objects in the first batch as part of a revalidation process associated with edge servers in the CDN ; and upon determining with the recovery module that the forced refresh of the objects in the first batch is complete , using the recovery module to select and modify the tags in a second batch of the plurality of batches to perform a forced refresh on the objects in the second batch.
A method for grant-free transmission, comprising: obtaining , by a user equipment, a user equipment identifier and a key that are allocated by a core network device and that are used for grant-free transmission; encrypting and encapsulating , by the user equipment, data by using the key and the user equipment identifier; and transmitting , by the user equipment, the encrypted and encapsulated data to an access network device on a first contention transmission unit, CTU, resource in a grant-free transmission mode. obtaining , by a user equipment, a user equipment identifier and a key that are allocated by a core network device and that are used for grant-free transmission; encrypting and encapsulating , by the user equipment, data by using the key and the user equipment identifier; and transmitting , by the user equipment, the encrypted and encapsulated data to an access network device on a first contention transmission unit, CTU, resource in a grant-free transmission mode.
A radio signal processing method, applied to a radio transformation module, characterised in that the method comprises: receiving, by the radio transformation module, a receive command sent by a router , wherein the receive command carries a radio frequency parameter, and the radio frequency parameter comprises: a receive frequency and a sampling frequency; receiving, by the radio transformation module, a radio signal corresponding to the receive frequency according to the receive frequency ; performing, by the radio transformation module, sampling processing on the radio signal according to the sampling frequency, to obtain a digital signal; and sending, by the radio transformation module, the digital signal to the router. receiving, by the radio transformation module, a receive command sent by a router , wherein the receive command carries a radio frequency parameter, and the radio frequency parameter comprises: a receive frequency and a sampling frequency; receiving, by the radio transformation module, a radio signal corresponding to the receive frequency according to the receive frequency ; performing, by the radio transformation module, sampling processing on the radio signal according to the sampling frequency, to obtain a digital signal; and sending, by the radio transformation module, the digital signal to the router.
Method for automatic preventive maintenance of a non-contact printing unit in a production line , wherein the production line comprises a plurality of production units including the non-contact printing unit ; wherein the method comprises: - initiating automatic preventive cleaning of the non-contact printing unit upon production stop in the production line not caused by the non-contact printing unit , characterized in that the method is for automatic preventive maintenance of a non-contact printing unit in a production line for absorbent articles such as diapers, sanitary napkins, panty liners, incontinence pads or similar, and in that the method further comprises: - initiating additional automatic cleaning of the non-contact printing unit after a predetermined period of time has passed since the last cleaning, wherein the relative position of a printing nozzle of the printing unit and an opposing support surface for the object to be printed is adjusted prior to performing the preventive cleaning for enabling access to the printer nozzle, wherein the relative position is adjusted by one or more of: raising the printer nozzle away from the opposing support surface ; lowering the opposing support surface away from the printer nozzle; and moving the printing nozzle sideways. - initiating automatic preventive cleaning of the non-contact printing unit upon production stop in the production line not caused by the non-contact printing unit , - initiating additional automatic cleaning of the non-contact printing unit after a predetermined period of time has passed since the last cleaning,
A table assembly movable between stowed and deployed configurations, comprising: a base portion attachable to a surface; a table portion moveable between retracted and extended positions, wherein the table portion includes upper and lower surfaces ; and an arm portion having first and second ends , the first end engaging the base portion and the second end disposed within the table portion ; wherein the table portion is slidably moveable along a longitudinal axis of the arm portion between the retracted and extended positions, and rotatable about the longitudinal axis of the arm portion between generally vertical and generally horizontal position when the table portion is in the extended position, and wherein the horizontal position comprises first and second horizontal positions, wherein the table portion is laterally moveable between the first and second generally horizontal positions, characterized in that the table portion includes a track having a channel defined therein, and the arm portion operationally engages the channel as the table portion moves from the first generally horizontal position to the second generally horizontal position, wherein the arm portion includes rollers configured to engage the channel once the table portion has moved into the first generally horizontal position, and the channel guides the rollers as the table portion moves towards the second generally horizontal position, and limits rotation between the arm portion and the table portion during engagement of the rollers and the channel . a base portion attachable to a surface; a table portion moveable between retracted and extended positions, wherein the table portion includes upper and lower surfaces ; and an arm portion having first and second ends , the first end engaging the base portion and the second end disposed within the table portion ; wherein the table portion is slidably moveable along a longitudinal axis of the arm portion between the retracted and extended positions, and rotatable about the longitudinal axis of the arm portion between generally vertical and generally horizontal position when the table portion is in the extended position, and wherein the horizontal position comprises first and second horizontal positions, wherein the table portion is laterally moveable between the first and second generally horizontal positions, characterized in that the table portion includes a track having a channel defined therein, and the arm portion operationally engages the channel as the table portion moves from the first generally horizontal position to the second generally horizontal position, wherein the arm portion includes rollers configured to engage the channel once the table portion has moved into the first generally horizontal position, and the channel guides the rollers as the table portion moves towards the second generally horizontal position, and limits rotation between the arm portion and the table portion during engagement of the rollers and the channel .
A printing system for printing a security feature comprising at least three compositions (RI), (C1) and (C2) : (RI) a reactive ink comprising a silane compound (A) comprising at least a first and a second polymerizable moiety which are different from each other and are polymerizable by different mechanisms, loaded in a first reservoir of a first printhead, (C1) a first catalyst composition comprising a substance able to react with the silane compound (A) of composition (RI) and promote the polymerization of the first polymerizable moiety, loaded in a second reservoir of said first printhead or of a second printhead, (C2) a second catalyst composition comprising a substance able to react, alone or in presence of composition (C1), with the silane compound (A) of composition (RI) and promote the polymerization of the second polymerizable moiety. (RI) a reactive ink comprising a silane compound (A) comprising at least a first and a second polymerizable moiety which are different from each other and are polymerizable by different mechanisms, loaded in a first reservoir of a first printhead, (C1) a first catalyst composition comprising a substance able to react with the silane compound (A) of composition (RI) and promote the polymerization of the first polymerizable moiety, loaded in a second reservoir of said first printhead or of a second printhead, (C2) a second catalyst composition comprising a substance able to react, alone or in presence of composition (C1), with the silane compound (A) of composition (RI) and promote the polymerization of the second polymerizable moiety.
Device for taking at least one sample of soft tissue from an organ, said device comprising: - a body , and - a needle arranged in the body and extending at least partly outside the body through a front end of the body , the needle being formed by: - a stylet , and - a cannula coaxial with said stylet ; said device comprising: - a mechanism for arming the needle , designed for sequentially moving the cannula and then the stylet from a rest position to a shooting position in which the stylet and the cannula are retracted towards a rear end of the body , and - a triggering mechanism designed to release the stylet and then the cannula and to allow their displacement from the shooting position to the rest position; wherein the cannula is coupled to a cannula slider comprising at least one retaining element for maintaining the cannula slider in its shooting position; wherein the stylet is coupled to a stylet slider comprising: - at least one retaining element for maintaining the stylet slider in its shooting position, and - an unlocking means for unlocking the cannula slider from its shooting position; characterized in that a shoulder of the stylet slider when engaged with a security element of the device prevents the unlocking means from interacting with the retaining element whereby the cannula slider is prevented from being unlocked from its shooting position, and in that the security element comprises a hook integral with the triggering mechanism. - a body , and - a needle arranged in the body and extending at least partly outside the body through a front end of the body , the needle being formed by: - a stylet , and - a cannula coaxial with said stylet ; - a stylet , and - a cannula coaxial with said stylet ; - a mechanism for arming the needle , designed for sequentially moving the cannula and then the stylet from a rest position to a shooting position in which the stylet and the cannula are retracted towards a rear end of the body , and - a triggering mechanism designed to release the stylet and then the cannula and to allow their displacement from the shooting position to the rest position; - at least one retaining element for maintaining the stylet slider in its shooting position, and - an unlocking means for unlocking the cannula slider from its shooting position;