mhurhangee/ep-ind-claims huggingface dataset:
A catheter assembly (100, 100a) comprising: a catheter shaft having proximal and distal end portions (104, 106); an introducer tip associated with the proximal end portion of the catheter shaft; and an introducer cap assembly (110, 110a) removably connected to the introducer tip and defining a groove along at least a portion of an outer perimeter of the introducer cap assembly (110, 110a), wherein the groove is configured to receive at least a portion of the catheter shaft for wrapping the catheter shaft around the outer perimeter of the introducer cap assembly (110, 110a). a catheter shaft having proximal and distal end portions (104, 106); an introducer tip associated with the proximal end portion of the catheter shaft; and an introducer cap assembly (110, 110a) removably connected to the introducer tip and defining a groove along at least a portion of an outer perimeter of the introducer cap assembly (110, 110a), wherein the groove is configured to receive at least a portion of the catheter shaft for wrapping the catheter shaft around the outer perimeter of the introducer cap assembly (110, 110a).
A method of transmitting data in a wireless communication network, comprising: receiving precoding information comprising a channel direction indicator or a precoding matrix indicator and sent by a first user equipment (120a - 120d) to a cell (110a, 110b) serving the first user equipment (120a - 120d); receiving spatial feedback information sent by a second user equipment (120a - 120d) to the cell (110a, 110b), the second user equipment (120a - 120d) not being served by the cell (110a, 110b) but by a second cell; determining whether to schedule the first user equipment (120a - 120d) based on the precoding information from the first user equipment (120a - 120d) and the spatial feedback information from the second user equipment (120a - 120d); and if a decision is made to schedule the first UE, performing the following steps: selecting a precoding matrix, based on the precoding information from the first user equipment (120a - 120d) and the spatial feedback information from the second user equipment (120a - 120d), for steering the data transmission toward the first user equipment (120a - 120d) and away from the second user equipment (120a - 120d); and sending a data transmission by the cell (110a, 110b) using the selected precoding matrix. receiving precoding information comprising a channel direction indicator or a precoding matrix indicator and sent by a first user equipment (120a - 120d) to a cell (110a, 110b) serving the first user equipment (120a - 120d); receiving spatial feedback information sent by a second user equipment (120a - 120d) to the cell (110a, 110b), the second user equipment (120a - 120d) not being served by the cell (110a, 110b) but by a second cell; determining whether to schedule the first user equipment (120a - 120d) based on the precoding information from the first user equipment (120a - 120d) and the spatial feedback information from the second user equipment (120a - 120d); and if a decision is made to schedule the first UE, performing the following steps: selecting a precoding matrix, based on the precoding information from the first user equipment (120a - 120d) and the spatial feedback information from the second user equipment (120a - 120d), for steering the data transmission toward the first user equipment (120a - 120d) and away from the second user equipment (120a - 120d); and sending a data transmission by the cell (110a, 110b) using the selected precoding matrix. selecting a precoding matrix, based on the precoding information from the first user equipment (120a - 120d) and the spatial feedback information from the second user equipment (120a - 120d), for steering the data transmission toward the first user equipment (120a - 120d) and away from the second user equipment (120a - 120d); and sending a data transmission by the cell (110a, 110b) using the selected precoding matrix.
A nozzle cap comprising: a base and a retention member extending from the base; wherein the retention member has an inner surface, a first rim, and a second rim, the inner surface and first and second rims (129, 130) defining a lumen, the lumen extending from the first rim to the second rim, and wherein the nozzle cap further comprises a protuberance extending into the lumen; wherein the base further comprises a probe tool adapted for insertion into a bore of a dispense nozzle, wherein the probe tool comprises at least one abrading means. a base and a retention member extending from the base; wherein the retention member has an inner surface, a first rim, and a second rim, the inner surface and first and second rims (129, 130) defining a lumen, the lumen extending from the first rim to the second rim, and wherein the nozzle cap further comprises a protuberance extending into the lumen; wherein the base further comprises a probe tool adapted for insertion into a bore of a dispense nozzle, wherein the probe tool comprises at least one abrading means.
A system for stimulating a stimulation region within a patient comprising: an electrode (102, 302) adapted to be provided near the stimulation region; a waveform generation circuit (108, 308) connected to said electrode (102, 302) for providing a stimulation waveform to the electrode (102, 302); a control device (107, 307) for controlling said waveform generation circuit (108, 308); and a device (103, 104) for connecting to said control device (107, 307) for controlling an operation of said waveform generation circuit (108, 308); wherein said control device (107, 307) is adapted for directing said waveform generation circuit (108, 308) for generating a charge canceling waveform to the stimulation region within the patient subsequent to providing said stimulation waveform to the stimulation region, such that said charge canceling waveform substantially cancels an electrical charge induced to the stimulation region by said stimulation waveform, characterized in that said stimulation waveform is composed of two or more stimulation phases; said charge canceling waveform is composed of one charge canceling phase, and said charge canceling waveform includes a portion having a shape arbitrarily different from the shape of said stimulation waveform and other than a square wave and other than a decaying exponential, wherein no substantial residual induced electrical charge remains in the stimulation region subsequent to said charge canceling waveform. an electrode (102, 302) adapted to be provided near the stimulation region; a waveform generation circuit (108, 308) connected to said electrode (102, 302) for providing a stimulation waveform to the electrode (102, 302); a control device (107, 307) for controlling said waveform generation circuit (108, 308); and a device (103, 104) for connecting to said control device (107, 307) for controlling an operation of said waveform generation circuit (108, 308); wherein said control device (107, 307) is adapted for directing said waveform generation circuit (108, 308) for generating a charge canceling waveform to the stimulation region within the patient subsequent to providing said stimulation waveform to the stimulation region, such that said charge canceling waveform substantially cancels an electrical charge induced to the stimulation region by said stimulation waveform,
A cell information transmission method performed by a base station in a wireless communication system, the cell information transmission method comprising: transmitting, to a terminal, a first message including a system information block, the system information block including a neighbor cell list having at least one cell identifier, ID, and at least one index corresponding to each of the at least one cell ID; selecting at least one cell ID from the neighbor cell list based on a predetermined rule; and transmitting, to the terminal, a second message including the at least one index corresponding to the selected at least one cell ID via a physical downlink control channel, PDCCH. transmitting, to a terminal, a first message including a system information block, the system information block including a neighbor cell list having at least one cell identifier, ID, and at least one index corresponding to each of the at least one cell ID; selecting at least one cell ID from the neighbor cell list based on a predetermined rule; and transmitting, to the terminal, a second message including the at least one index corresponding to the selected at least one cell ID via a physical downlink control channel, PDCCH.
A wiper arm comprising an arm head and a head cover attachable to the arm head, said head cover including a side wall covering a side section of said arm head, said wiper arm including engagement means (19 and 27) provided between said arm head and the side wall of said head cover for engagement in a direction along the side wall of said head cover when said head cover is attached to said arm head, characterized in that said engagement means (19 and 27) is provided with an engaging protrusion and a protruding engagement section, said engaging protrusion being disposed on one of said arm head and the side wall of said head cover and extending in a direction along the side wall of said head cover, and said protruding engagement section being disposed on the other of said arm head and the side wall of said head cover and capable of being engaged with said engaging protrusion.
Core for a coil in particular of a switching device, the core comprising an armature abutment section for abutting an armature in a closed condition, an armature bearing section for mounting the armature to the core and a coil section for receiving a coil, the coil section extending along a longitudinal axis from the armature abutment section to the armature bearing section, wherein the coil section and at least one of the armature abutment section and the armature bearing section extend along separate planes being offset from one another perpendicular to the longitudinal axis, characterised in that the coil section comprises a step formed as an inclined part being inclined to the longitudinal axis, and connecting a part of the coil section being arranged parallel to the longitudinal axis and the armature abutment section or the armature bearing section, respectively.
A construction panel for a furniture wall of a furniture body, comprising a plate-shaped core, which comprises a first end face and also further end faces (412, 413, 414) and wherein a recess is arranged in the core, which extends at least along a portion of the first end face of the construction panel and is used to accommodate a fitting in the recess, which guides a movable furniture part and which comprises a housing outer wall, the construction panel comprising at least one machinable portion (412', 413', 414'), which is located outside the recess, in the region of at least one of the further end faces (412, 413, 414), characterized in that the fitting comprises a lever mechanism, wherein the lever mechanism guides the movable furniture part and is located in the region of the recess in the closed state of the movable furniture part.
A method of a wireless communication device connectable to a subscriber identity module and adapted to communicate with a wireless communication network using one of a first radio access technology and a second radio access technology, the method comprising: determining if the subscriber identity module supports the second radio access technology; determining (220, 270) if the wireless communication network supports emergency call using the second radio access technology; if the subscriber identity module does not support the second radio access technology, performing neighboring cell measurements for the second radio access technology only if the wireless communication network supports emergency call using the second radio access technology. determining if the subscriber identity module supports the second radio access technology; determining (220, 270) if the wireless communication network supports emergency call using the second radio access technology; if the subscriber identity module does not support the second radio access technology, performing neighboring cell measurements for the second radio access technology only if the wireless communication network supports emergency call using the second radio access technology.
Vehicle seat with at least one body-side seat attachment which locks the vehicle seat in the normal position thereof to a body in a crash-secure manner and unlocks the vehicle seat for removal into a removal position in relation to the body, and which, while maintaining the body-side locking, permits folding of the vehicle seat into a folded position and/or, in the event of previous folding of a backrest onto a seat part, into a rolled-over position, in which position/positions the body-mounted seat attachment absorbs a torque and supports the vehicle seat in relation to the body, comprising a seat foot on which a rotatable seat-mounting element is arranged which, for folding about a folding axis of the vehicle seat from the locked normal position into the folded position and/or into the rolled-over position, while maintaining the body-side locking of the vehicle seat, is connected to a seat part of the vehicle seat, wherein the seat foot has two mountings (130A, 130B) which lie one behind the other in the folding direction and, in the normal position locked on the body side and while maintaining the body-side locking in the folded position and in the rolled-over position, engage in a body-mounted mounting part, and the mountings (130A, 130B) are locked in a crash-secure manner to, and held without play on, the mounting part by a first securing element arranged on the seat foot, and the seat foot has a second securing element which is connected to the seat foot and to the rotatable seat-mounting element, which securing element, during the folding of the vehicle seat about the folding axis from the normal position thereof locked on the body side, while maintaining the body-side locking, into the folded position and/or into the rolled-over position, is carried along by the seat-mounting element, which folds about the folding axis, and therefore, after the folding and with torque being introduced into the seat foot, the seat-mounting element is locked releasably to the second securing element and, with the torque being absorbed in the seat foot, is held in a securing position in a manner secure against torque, characterized in that, in the normal position locked on the body side, the seat-mounting element is supported on the first securing element, and therefore unlocking of the seat foot via the first securing element is impossible, and wherein, by means of the folding of the seat-mounting element, the body-side unlocking of the seat foot via the first securing element is possible at the same time.
A turning air mattress, comprising at least one turning air cell, characterized in that the turning air cell comprising: a left air chamber and a right air chamber; an upper portion defined by an upper side of the left air chamber and an upper side of the right air chamber; and a lower portion defined by a lower side of the left air chamber and a lower side of the right air chamber, located on a side opposite to the upper portion, a width of the lower portion being smaller than a width of the upper portion; wherein, the left air chamber and the right air chamber of the turning air cell are configured to be inflated and deflated correspondingly to achieve the effect of body turning. a left air chamber and a right air chamber; an upper portion defined by an upper side of the left air chamber and an upper side of the right air chamber; and a lower portion defined by a lower side of the left air chamber and a lower side of the right air chamber, located on a side opposite to the upper portion, a width of the lower portion being smaller than a width of the upper portion; wherein, the left air chamber and the right air chamber of the turning air cell are configured to be inflated and deflated correspondingly to achieve the effect of body turning.
A front or rear end of a vehicle body, wherein the front or rear end has at least one structural component (8, 9, 14) made of high-grade steel which has been produced in a sheet-metal forming process, wherein the high-grade steel after the forming has at least partially a martensitic structure, characterised in that the front or rear end (2 or 4) is of mixed construction, and in that an earthing bolt which consists of a material which is of at least as high a grade as the material of the structural component (8, 9, 14) is attached to the structural component (8, 9, 14).
Air separation plant which is designed to obtain an argon-containing product by low-temperature separation of compressed cooled feed air, wherein the air separation plant has a high-pressure column, a low-pressure column constructed in a multi-piece manner having a foot section and a top section arranged spatially separate therefrom, and also a crude argon column constructed in a multi-piece manner having a foot section and a top section arranged spatially separate therefrom, wherein, in the high-pressure column, at least one oxygen-enriched stream (d) is obtainable from at least a part of the feed air, in the low-pressure column at least one argon-enriched stream (m) is obtainable from at least a part of the oxygen-enriched stream (d), and in the crude argon column, at least one argon-rich stream (n) is obtainable from at least a part of the argon-enriched stream (m), characterized in that the air separation plant has a shared pump, by means of which at least one liquid stream (n) from a lower region of the top section of the low-pressure column, and from a lower region of the foot section of the crude argon column is transferrable into an upper region of the foot section of the low-pressure column.
A pharmaceutical hormone softgel capsule comprising an outer soft capsule shell and an inner hormone formulation, characterized in that: - the outer soft capsule shell comprises gelatin, and - the inner hormone formulation comprises micronized progesterone in combination with grapeseed oil. - the outer soft capsule shell comprises gelatin, and - the inner hormone formulation comprises micronized progesterone in combination with grapeseed oil.
A vehicle unlocking authentication method, comprising: receiving (201, 301, 403) an authentication request sent by a terminal device, wherein the authentication request comprises a device fingerprint of the terminal device and a first authentication code; and searching (202, 302, 405) for a pre-stored service key corresponding to the device fingerprint, and calculating a second authentication code based on the device fingerprint and the service key; the method being characterized by further comprising: performing an XOR operation on a first random number and the service key to obtain an XOR value, when it is detected that the first authentication code is the same as the second authentication code, sending a first response including the XOR value to the terminal device, wherein the terminal device calculates a third authentication code according to the first response and feeds back a second response including the third authentication code; calculating a fourth authentication code according to the device fingerprint, the service key, and the first random number, when the second response is received; and confirming that an unlocking authentication for the vehicle by the terminal device is completed, when it is detected that the third authentication code is the same as the fourth authentication code. receiving (201, 301, 403) an authentication request sent by a terminal device, wherein the authentication request comprises a device fingerprint of the terminal device and a first authentication code; and searching (202, 302, 405) for a pre-stored service key corresponding to the device fingerprint, and calculating a second authentication code based on the device fingerprint and the service key; the method being characterized by further comprising: performing an XOR operation on a first random number and the service key to obtain an XOR value, when it is detected that the first authentication code is the same as the second authentication code, sending a first response including the XOR value to the terminal device, wherein the terminal device calculates a third authentication code according to the first response and feeds back a second response including the third authentication code; calculating a fourth authentication code according to the device fingerprint, the service key, and the first random number, when the second response is received; and confirming that an unlocking authentication for the vehicle by the terminal device is completed, when it is detected that the third authentication code is the same as the fourth authentication code.
A method comprising: storing memory pages in a memory; monitoring accesses requests issued by one or more processor cores to access the memory pages stored in the memory; tracking, via a page index bitmap, accesses made by the one or more processor cores to the memory pages stored in the memory; storing the tracked accesses in the page index bitmap; tracking, via a page index bitmap cache, recent accesses made by the one or more processor cores to the memory pages stored in the memory; and subsequently storing the tracked recent accesses into the page index bitmap; wherein the tracked recent accesses are stored into the page index bitmap only when a memory bandwidth usage of the memory is lower than a bandwidth usage threshold; identifying infrequently-accessed memory pages based on the tracked accesses, removing the infrequently-accessed memory pages from the memory; and storing the infrequently-accessed memory pages in a secondary storage. storing memory pages in a memory; monitoring accesses requests issued by one or more processor cores to access the memory pages stored in the memory; tracking, via a page index bitmap, accesses made by the one or more processor cores to the memory pages stored in the memory; storing the tracked accesses in the page index bitmap; tracking, via a page index bitmap cache, recent accesses made by the one or more processor cores to the memory pages stored in the memory; and subsequently storing the tracked recent accesses into the page index bitmap; wherein the tracked recent accesses are stored into the page index bitmap only when a memory bandwidth usage of the memory is lower than a bandwidth usage threshold; subsequently storing the tracked recent accesses into the page index bitmap; wherein the tracked recent accesses are stored into the page index bitmap only when a memory bandwidth usage of the memory is lower than a bandwidth usage threshold; identifying infrequently-accessed memory pages based on the tracked accesses, removing the infrequently-accessed memory pages from the memory; and storing the infrequently-accessed memory pages in a secondary storage.