mhurhangee/patent-ind-claim-en huggingface dataset:
A method for providing memory training for a dynamic random access memory, DRAM, system , comprising: disabling memory operations on a first port (308 ) of the DRAM system and a second port (308 of the DRAM system of a plurality of ports of the DRAM system, wherein memory operations are maintained on other ports of the DRAM system while memory operations are disabled for the first and the second ports of the DRAM system, wherein each port of the plurality of ports is communicatively coupled to a memory array of the DRAM system and is configured to transfer data to be written to the memory array and data read from the memory array; configuring the first port of the DRAM system and the second port of the DRAM system to communicate via a loopback connection (312 ); receiving , by the first port of the DRAM system, a signal from a System-on-Chip, SoC ; providing , by the first port of the DRAM system, the signal to the second port of the DRAM system via the loopback connection; and providing , by the second port of the DRAM system, the signal to the SoC. disabling memory operations on a first port (308 ) of the DRAM system and a second port (308 of the DRAM system of a plurality of ports of the DRAM system, wherein memory operations are maintained on other ports of the DRAM system while memory operations are disabled for the first and the second ports of the DRAM system, wherein each port of the plurality of ports is communicatively coupled to a memory array of the DRAM system and is configured to transfer data to be written to the memory array and data read from the memory array; configuring the first port of the DRAM system and the second port of the DRAM system to communicate via a loopback connection (312 ); receiving , by the first port of the DRAM system, a signal from a System-on-Chip, SoC ; providing , by the first port of the DRAM system, the signal to the second port of the DRAM system via the loopback connection; and providing , by the second port of the DRAM system, the signal to the SoC.
A flexible adhesive heel patch arrangement comprising: a flexible adhesive patch comprising: a backing having two sides; a therapeutic adhesive composition coated on at least a portion of one side of the backing; four secondary removable liners in contact with a surface of the therapeutic adhesive composition and configured to facilitate application of the heel patch to the heel of a mammal in need thereof, where the secondary removable liners contact less than the total surface of the surface of the therapeutic adhesive composition and wherein the four secondary removable liners appear at the edges of the surface of the therapeutic adhesive composition; and a primary release liner completely covering the therapeutic adhesive composition and the secondary removable liners, where the primary release liner contains a means for readily separating the primary release liner into a first and a second portion, with each portion remaining in contact with the adhesive composition. a flexible adhesive patch comprising: a backing having two sides; a therapeutic adhesive composition coated on at least a portion of one side of the backing; four secondary removable liners in contact with a surface of the therapeutic adhesive composition and configured to facilitate application of the heel patch to the heel of a mammal in need thereof, where the secondary removable liners contact less than the total surface of the surface of the therapeutic adhesive composition and wherein the four secondary removable liners appear at the edges of the surface of the therapeutic adhesive composition; and a backing having two sides; a therapeutic adhesive composition coated on at least a portion of one side of the backing; four secondary removable liners in contact with a surface of the therapeutic adhesive composition and configured to facilitate application of the heel patch to the heel of a mammal in need thereof, where the secondary removable liners contact less than the total surface of the surface of the therapeutic adhesive composition and wherein the four secondary removable liners appear at the edges of the surface of the therapeutic adhesive composition; and a primary release liner completely covering the therapeutic adhesive composition and the secondary removable liners, where the primary release liner contains a means for readily separating the primary release liner into a first and a second portion, with each portion remaining in contact with the adhesive composition.
Method for producing disposable incontinence diapers having a main part , wherein the main part comprises a back region , and having diaper side parts joined to the back region on both sides, wherein the diaper side parts have an upper periphery and a lower periphery , wherein the upper periphery and the lower periphery extend obliquely with respect to the longitudinal direction of the disposable incontinence diaper or in a contoured manner and the lower periphery delimits a leg opening region that extends obliquely with respect to the longitudinal direction of the disposable incontinence diaper or is contoured, the method comprising the following steps - conveying a material web in a machine direction , wherein the material web has a first material-web periphery and second material-web periphery , - making first cuts through the material web and obliquely with respect to the machine direction so as to at least regionally form upper peripheries and lower peripheries of single-use diaper side-part portions which are arranged alternately along the material web in the machine direction , such that single-use diaper side-part portions that follow one another directly in the machine direction are arranged in a manner rotated through 180° in the plane with respect to one another, wherein first separating lines of the first cuts do not extend as far as the first and second material web peripheries of the material web and so the material web initially remains endless, - folding the still endless material web at least about two folding lines , extending in the machine direction , to form a folded arrangement, wherein at least one of the folding lines crosses the first separating lines , - separating off the single-use diaper side-part portions transversely or obliquely with respect to the machine direction . - conveying a material web in a machine direction , wherein the material web has a first material-web periphery and second material-web periphery , - making first cuts through the material web and obliquely with respect to the machine direction so as to at least regionally form upper peripheries and lower peripheries of single-use diaper side-part portions which are arranged alternately along the material web in the machine direction , such that single-use diaper side-part portions that follow one another directly in the machine direction are arranged in a manner rotated through 180° in the plane with respect to one another, wherein first separating lines of the first cuts do not extend as far as the first and second material web peripheries of the material web and so the material web initially remains endless, - folding the still endless material web at least about two folding lines , extending in the machine direction , to form a folded arrangement, wherein at least one of the folding lines crosses the first separating lines , - separating off the single-use diaper side-part portions transversely or obliquely with respect to the machine direction .
A composition comprising an oncolytic virus for use in a method of treating bladder carcinoma in situ in an individual, comprising intravesically administering to the individual an effective amount of an oncolytic virus, wherein the individual is treated with an induction phase of the oncolytic virus followed by a maintenance phase, wherein the induction phase comprises administering to the individual an effective amount of an oncolytic virus once per week for six weeks, and the maintenance phase comprises administering to the individual an effective amount of an oncolytic virus once per week for three weeks every six months at least three times, wherein the start of the induction phase and the start of the maintenance phase are separated by 3 or 6 months, wherein the oncolytic virus is CG0070, and wherein: (i) the individual is unresponsive to BCG treatment; or (ii) the individual has disease reoccurrence subsequent to BCG treatment; and/or (iii) the individual has failed the BCG treatment within 6 months. (i) the individual is unresponsive to BCG treatment; or (ii) the individual has disease reoccurrence subsequent to BCG treatment; and/or (iii) the individual has failed the BCG treatment within 6 months.
A glenoid implant comprising: a base element having a central aperture therethrough, a second aperture therethrough, and a wedge element extending from a rear of the base element , the second aperture being configured to receive a portion of a first fastening element therethrough to aid in securing the base element to a first portion of a scapula of a patient; a coupling element having a first portion and a second portion , the first portion having a first plurality of apertures therethrough and the second portion having a central aperture aligned with the central aperture of the base element ; and an augment , characterised in that the augment is configured to be received within a receiving space of the first portion of the coupling element , the augment having a second plurality of apertures therethrough, each of the first plurality of apertures being aligned with each of the second plurality of apertures to receive a respective second fastening element therethrough to aid in securing the coupling element and the augment to a second portion of the scapula of the patient, the coupling element and the augment being configured to rotate about an axis of the base element such that the coupling element and the augment are movable relative to the base element . a base element having a central aperture therethrough, a second aperture therethrough, and a wedge element extending from a rear of the base element , the second aperture being configured to receive a portion of a first fastening element therethrough to aid in securing the base element to a first portion of a scapula of a patient; a coupling element having a first portion and a second portion , the first portion having a first plurality of apertures therethrough and the second portion having a central aperture aligned with the central aperture of the base element ; and an augment , characterised in that the augment is configured to be received within a receiving space of the first portion of the coupling element , the augment having a second plurality of apertures therethrough, each of the first plurality of apertures being aligned with each of the second plurality of apertures to receive a respective second fastening element therethrough to aid in securing the coupling element and the augment to a second portion of the scapula of the patient, the coupling element and the augment being configured to rotate about an axis of the base element such that the coupling element and the augment are movable relative to the base element .
A wind turbine comprising a rotor having three rotor blades and a rotor head , and a mist eliminator in the region of the rotor head so that outside air (AL) can flow into the interior of the rotor head , wherein the mist eliminator has a first end and a second end , wherein the first end of the mist eliminator is in the form of an opening of the rotor head , wherein the mist eliminator has at least one slat of a spiral-shaped configuration. a rotor having three rotor blades and a rotor head , and a mist eliminator in the region of the rotor head so that outside air (AL) can flow into the interior of the rotor head , wherein the mist eliminator has a first end and a second end , wherein the first end of the mist eliminator is in the form of an opening of the rotor head , wherein the mist eliminator has at least one slat of a spiral-shaped configuration.
A radio remote unit, RRU, comprising at least one receive channel pair , a first local oscillator module , a second local oscillator module , a local oscillator switching switch , and a controller , wherein each receive channel pair comprises a first receive channel and a second receive channel , the first receive channel is connected to the first local oscillator module , the second receive channel is connected to the first local oscillator module and the second local oscillator module by using the local oscillator switching switch , and the controller is connected to the second local oscillator module and the local oscillator switching switch ; each receive channel in each receive channel pair comprises a filtering module , a frequency mixing module connected to the filtering module , and a digital processing module connected to the frequency mixing module , wherein a frequency mixing module on the first receive channel is connected to the first local oscillator module , and a frequency mixing module on the second receive channel is connected to the first local oscillator module and the second local oscillator module by using the local oscillator switching switch ; and the controller is configured to: receive an operating mode that is sent by a base station; and if the operating mode is an intra-frequency mode, control the local oscillator switching switch to perform switching, so that the frequency mixing module on the second receive channel is connected to the first local oscillator module ; or if the operating mode is an inter-frequency mode, control the local oscillator switching switch to perform switching, so that the frequency mixing module on the second receive channel is connected to the second local oscillator module , and configure a frequency of a local oscillator signal output by the second local oscillator module as a local oscillator frequency indicated by the inter-frequency mode.
A method of estimating a state-of-charge of a battery pack comprising a plurality of cells , the method comprising: obtaining, by a battery controller of the battery pack , data from a power tool electrically coupled to the battery pack , the data indicative of a power requirement for the power tool ; and determining, by the battery controller , a state-of-charge of the battery pack based, at least in part, on the data indicative of the power requirement for the power tool which comprises adjusting, by the battery controller , the state-of-charge of the battery pack from a first state-of-charge to a second state-of-charge based, at least in part, on the data indicative of the power requirement for the power tool , characterized in that : obtaining data indicative of a power requirement for the power tool comprises obtaining, by the battery controller , data indicative of a model number assigned to the power tool . obtaining, by a battery controller of the battery pack , data from a power tool electrically coupled to the battery pack , the data indicative of a power requirement for the power tool ; and determining, by the battery controller , a state-of-charge of the battery pack based, at least in part, on the data indicative of the power requirement for the power tool which comprises adjusting, by the battery controller , the state-of-charge of the battery pack from a first state-of-charge to a second state-of-charge based, at least in part, on the data indicative of the power requirement for the power tool , characterized in that : obtaining data indicative of a power requirement for the power tool comprises obtaining, by the battery controller , data indicative of a model number assigned to the power tool .
A device for real-time evaluation of duodenal ablation, the device comprising a catheter comprising: an expandable member configured to stretch the duodenal wall and to generate a fixed distance between a center of the catheter and the duodenal wall; a laser transmitting element coupled with the catheter body and configured to transmit a first laser beam and a second laser beam ; wherein the first laser beam has a first wavelength and a first spot diameter and is configured to cause ablative damage in a region of the duodenal wall as a result of its impingement thereon, and wherein the second laser beam has a second wavelength and a second spot diameter and is configured to detect modifications in the region of the duodenal wall resulting from the impingement of the first laser beam thereon; and a deflective optical element functionally coupled with the laser emitting element and configured to direct the laser beam to a region on and/or beneath the duodenal wall; characterised in that : the second spot diameter is larger than the first spot diameter , thereby enabling evaluation of ablative damage caused to tissue directly and indirectly affected by the first laser beam . an expandable member configured to stretch the duodenal wall and to generate a fixed distance between a center of the catheter and the duodenal wall; a laser transmitting element coupled with the catheter body and configured to transmit a first laser beam and a second laser beam ; wherein the first laser beam has a first wavelength and a first spot diameter and is configured to cause ablative damage in a region of the duodenal wall as a result of its impingement thereon, and wherein the second laser beam has a second wavelength and a second spot diameter and is configured to detect modifications in the region of the duodenal wall resulting from the impingement of the first laser beam thereon; and a deflective optical element functionally coupled with the laser emitting element and configured to direct the laser beam to a region on and/or beneath the duodenal wall; characterised in that : the second spot diameter is larger than the first spot diameter , thereby enabling evaluation of ablative damage caused to tissue directly and indirectly affected by the first laser beam .
Floor care device , comprising: - a DC voltage supply interface for removable active accessories ; - a control unit ; characterised by - a switching device (T1, T2, D1, T3, T4) which is designed to switch the DC voltage supply interface between a first and a second polarity; - the control unit being designed to adjust the first polarity using the switching device (T1, T2, D1, T3, T4) in order to operate an accessory , or to adjust the second polarity using the switching device (T1, T2, D1, T3, T4) in order to identify the accessory . - a DC voltage supply interface for removable active accessories ; - a control unit ; - a switching device (T1, T2, D1, T3, T4) which is designed to switch the DC voltage supply interface between a first and a second polarity; - the control unit being designed to adjust the first polarity using the switching device (T1, T2, D1, T3, T4) in order to operate an accessory , or to adjust the second polarity using the switching device (T1, T2, D1, T3, T4) in order to identify the accessory .
A connector for mechanically connecting a device to a robot , wherein the connector comprises a first portion configured to be attached to the robot and a second portion configured to be attached to a device configured to be connected to the robot , wherein the first portion and the second portion are detachably attached to each other by means of: a) a first connection portion constituting a rotational system comprising a pivot about which the first portion can rotate with respect to the second portion and b) a second connection portion constituting a mechanical locking structure that prevents the first portion and the second portion from being detached from each other, wherein the second connection portion comprises: - a protruding structure having at least one contact surface and a longitudinal axis (X') and - a receiving recess formed by at least one contact surface configured to bear against the at least one contact surface of the protruding structure , wherein the surfaces are angled relative to the longitudinal axis (X') in such a manner that the friction force between the contact surfaces has a magnitude that ensures that the resulting force acting on the protruding structure is sufficiently large to keep the protruding structure in engagement with the recess , characterised in that the first portion and the second portion are provided with corresponding engagement structures constituting a snap-fit connection. a) a first connection portion constituting a rotational system comprising a pivot about which the first portion can rotate with respect to the second portion and b) a second connection portion constituting a mechanical locking structure that prevents the first portion and the second portion from being detached from each other, wherein the second connection portion comprises: - a protruding structure having at least one contact surface and a longitudinal axis (X') and - a receiving recess formed by at least one contact surface configured to bear against the at least one contact surface of the protruding structure , - a protruding structure having at least one contact surface and a longitudinal axis (X') and - a receiving recess formed by at least one contact surface configured to bear against the at least one contact surface of the protruding structure ,
A vehicle comprising: a frame portion including a pair of main frames spaced apart from each other in the vehicle's width direction and extending in the vehicle's fore-aft direction, and a first cross member , a second cross member and a third cross member each extending in the vehicle's width direction to join the pair of main frames to each other; an undercover including a front cover portion and a rear cover portion respectively on its forward and rearward sides and supported by the frame portion ; an engine room (S) having its underside defined by the undercover ; and an engine housed in the engine room (S); wherein the first cross member , the second cross member and the third cross member are spaced apart from each other in the vehicle's fore-aft direction and disposed in this order from a front to a rear of the vehicle ; and the front cover portion is fixed to at least one of the first cross member and the pair of main frames , while the rear cover portion is fixed to at least one of the third cross member and the pair of main frames , the rear end region of the front cover portion and the front end region of the rear cover portion being, on the other hand, simply engaged with the second cross member , for ease of disassembly, so that the rear end region of the front cover portion and the front end region of the rear cover portion are moved upward in a case of an impact from below, thereby absorbing the impact. a frame portion including a pair of main frames spaced apart from each other in the vehicle's width direction and extending in the vehicle's fore-aft direction, and a first cross member , a second cross member and a third cross member each extending in the vehicle's width direction to join the pair of main frames to each other; an undercover including a front cover portion and a rear cover portion respectively on its forward and rearward sides and supported by the frame portion ; an engine room (S) having its underside defined by the undercover ; and an engine housed in the engine room (S); wherein the first cross member , the second cross member and the third cross member are spaced apart from each other in the vehicle's fore-aft direction and disposed in this order from a front to a rear of the vehicle ; and the front cover portion is fixed to at least one of the first cross member and the pair of main frames , while the rear cover portion is fixed to at least one of the third cross member and the pair of main frames , the rear end region of the front cover portion and the front end region of the rear cover portion being, on the other hand, simply engaged with the second cross member , for ease of disassembly, so that the rear end region of the front cover portion and the front end region of the rear cover portion are moved upward in a case of an impact from below, thereby absorbing the impact.