mhurhangee/patent-ind-claim-en huggingface dataset:
A bit line sense circuit, wherein the bit line sense circuit comprises: L storage unit groups , each storage unit group comprising H bit lines , and L and H being positive integers greater than or equal to 2; and M sense amplifier groups , configured to write storage data to or read storage data from the bit lines in the storage unit groups , the M sense amplifier groups being electrically connected to the L storage unit groups , and sense amplifiers of different sense amplifier groups being configured not to read the storage data simultaneously, and M being an integer multiple of L or L being an integer multiple of M, wherein two adjacent bit lines of the H bit lines are connected to different sense amplifier groups . L storage unit groups , each storage unit group comprising H bit lines , and L and H being positive integers greater than or equal to 2; and M sense amplifier groups , configured to write storage data to or read storage data from the bit lines in the storage unit groups , the M sense amplifier groups being electrically connected to the L storage unit groups , and sense amplifiers of different sense amplifier groups being configured not to read the storage data simultaneously, and M being an integer multiple of L or L being an integer multiple of M, wherein two adjacent bit lines of the H bit lines are connected to different sense amplifier groups .
A filling station system for a breathing apparatus, comprising: a first filling station having a first air bank system ; a second filling station having a second air bank system ; a first air supply line extending between the first filling station and the second filling station, the first air supply line adapted to supply a flow of air from the first air bank system to the second filling station; a first user-operable activation device provided at or near the second filling station for remotely activating the flow of air from the first air bank system; a second air supply line extending between the second filling station and the first filling station, the second air supply line adapted to supply a flow of air from the second air bank system to the first filling station; and a second user-operable activation device provided at or near the first filling station for remotely activating the flow of air from the second air bank system. a first filling station having a first air bank system ; a second filling station having a second air bank system ; a first air supply line extending between the first filling station and the second filling station, the first air supply line adapted to supply a flow of air from the first air bank system to the second filling station; a first user-operable activation device provided at or near the second filling station for remotely activating the flow of air from the first air bank system; a second air supply line extending between the second filling station and the first filling station, the second air supply line adapted to supply a flow of air from the second air bank system to the first filling station; and a second user-operable activation device provided at or near the first filling station for remotely activating the flow of air from the second air bank system.
A medical system for applying a microcurrent and/or a magnetic field to a subject, comprising: a microcurrent-generating assembly having at least one pair of planar electrodes configured to directly contact a subject; a magnetic field-generating assembly having at least one electromagnetic coil ; and engagement means configured for engaging the microcurrent-generating assembly and the magnetic field-generating assembly such that the pair of electrodes and the electromagnetic coil are spatially separated and electrically insulated from another, characterized by further comprising a non-continuous adhesive layer configured to adhesively attach the microcurrent-generating assembly to the subject. a microcurrent-generating assembly having at least one pair of planar electrodes configured to directly contact a subject; a magnetic field-generating assembly having at least one electromagnetic coil ; and engagement means configured for engaging the microcurrent-generating assembly and the magnetic field-generating assembly such that the pair of electrodes and the electromagnetic coil are spatially separated and electrically insulated from another, characterized by further comprising a non-continuous adhesive layer configured to adhesively attach the microcurrent-generating assembly to the subject.
A direct bonding method between a first substrate comprising a first layer of a first material and a second substrate comprising a second layer of a second material, the first material and the second material being of different natures and selected from alloys of elements from columns III and V, the method comprising the steps of: a) Providing the first substrate and the second substrate , b) Bringing the first substrate into contact with the second substrate so as to form a bonding interface between the first layer and the second layer , c) Performing a first heat treatment at a first predefined temperature over a first predetermined period, d) Thinning one of the substrates among the first substrate and the second substrate , e) depositing, at a temperature lower than or equal to the first predefined temperature, a barrier layer , on the thinned first substrate or on the thinned second substrate , and f) Carrying out a second heat treatment at a second predefined temperature, higher than the first predefined temperature, over a second predetermined period. a) Providing the first substrate and the second substrate , b) Bringing the first substrate into contact with the second substrate so as to form a bonding interface between the first layer and the second layer , c) Performing a first heat treatment at a first predefined temperature over a first predetermined period, d) Thinning one of the substrates among the first substrate and the second substrate , e) depositing, at a temperature lower than or equal to the first predefined temperature, a barrier layer , on the thinned first substrate or on the thinned second substrate , and f) Carrying out a second heat treatment at a second predefined temperature, higher than the first predefined temperature, over a second predetermined period.
Pertuzumab, Trastuzumab and chemotherapy for use in neoadjuvant treatment of early-stage HER2-positive breast cancer in a patient, wherein the patient's early-stage HER2-positive breast cancer has not spread beyond the breast or the axillary lymph nodes, wherein the chemotherapy comprises anthracycline-based chemotherapy comprising 5-fluorouracil, epirubicin and cyclophosphamide (FEC), wherein the Pertuzumab is administered as an 840 mg loading dose and 420 mg maintenance doses; wherein the Trastuzumab is administered as an intravenous 8 mg/kg loading dose and 6 mg/kg subsequent doses, and wherein the Pertuzumab, Trastuzumab and chemotherapy are administered to the patient in 3-week cycles with the Pertuzumab, Trastuzumab and anthracycline-based chemotherapy being administered on day 1 of each cycle. wherein the patient's early-stage HER2-positive breast cancer has not spread beyond the breast or the axillary lymph nodes, wherein the chemotherapy comprises anthracycline-based chemotherapy comprising 5-fluorouracil, epirubicin and cyclophosphamide (FEC), wherein the Pertuzumab is administered as an 840 mg loading dose and 420 mg maintenance doses; wherein the Trastuzumab is administered as an intravenous 8 mg/kg loading dose and 6 mg/kg subsequent doses, and wherein the Pertuzumab, Trastuzumab and chemotherapy are administered to the patient in 3-week cycles with the Pertuzumab, Trastuzumab and anthracycline-based chemotherapy being administered on day 1 of each cycle.
A suppressor for a firearm, comprising: a casing ; a plurality of baffles inside said casing ; means for releasably attaching said suppressor to the firearm; and a cylindrical support having an upstream end connected to said casing and a downstream end engaged with at least one baffle of the plurality of baffles ; characterized in that said suppressor further comprises: a circumferential rib that surrounds and extends radially from said cylindrical support ; an upstream annular chamber defined at least in part by said casing , said cylindrical support , and said circumferential rib , wherein said upstream annular chamber circumferentially surrounds said cylindrical support ; a downstream annular chamber defined at least in part by said casing , said cylindrical support , and said circumferential rib , wherein said downstream annular chamber circumferentially surrounds said cylindrical support downstream from said upstream annular chamber ; and a plurality of apertures through said cylindrical support that provide fluid communication through said cylindrical support to said upstream and downstream annular chambers . a casing ; a plurality of baffles inside said casing ; means for releasably attaching said suppressor to the firearm; and a cylindrical support having an upstream end connected to said casing and a downstream end engaged with at least one baffle of the plurality of baffles ; characterized in that said suppressor further comprises: a circumferential rib that surrounds and extends radially from said cylindrical support ; an upstream annular chamber defined at least in part by said casing , said cylindrical support , and said circumferential rib , wherein said upstream annular chamber circumferentially surrounds said cylindrical support ; a downstream annular chamber defined at least in part by said casing , said cylindrical support , and said circumferential rib , wherein said downstream annular chamber circumferentially surrounds said cylindrical support downstream from said upstream annular chamber ; and a plurality of apertures through said cylindrical support that provide fluid communication through said cylindrical support to said upstream and downstream annular chambers . a circumferential rib that surrounds and extends radially from said cylindrical support ; an upstream annular chamber defined at least in part by said casing , said cylindrical support , and said circumferential rib , wherein said upstream annular chamber circumferentially surrounds said cylindrical support ; a downstream annular chamber defined at least in part by said casing , said cylindrical support , and said circumferential rib , wherein said downstream annular chamber circumferentially surrounds said cylindrical support downstream from said upstream annular chamber ; and a plurality of apertures through said cylindrical support that provide fluid communication through said cylindrical support to said upstream and downstream annular chambers .
Lamp comprising a lamp body (10; 110), at least one lighting source , at least one optical element associated with said lighting source, an outer casing , and a bracket (50; 500) for anchoring the lamp to a wall or a pole, wherein: - the lamp body (10; 110) is obtained by a die casting process, extends mainly along a body axis (X) and comprises at least one end portion wherein a source seat is made, said source seat housing the lighting source ; - the outer casing is a tubular casing fitted onto the lamp body (10; 110), has an axial extension at least equal to that of the light body and at least one open axial end, said outer casing completely covering the lamp body (10; 110) so as to give shape to the lamp; - the end portion of the lamp body (10; 110) is configured so as to realize a shaped coupling with the outer casing and is positioned to close said open axial end of the outer casing . - the lamp body (10; 110) is obtained by a die casting process, extends mainly along a body axis (X) and comprises at least one end portion wherein a source seat is made, said source seat housing the lighting source ; - the outer casing is a tubular casing fitted onto the lamp body (10; 110), has an axial extension at least equal to that of the light body and at least one open axial end, said outer casing completely covering the lamp body (10; 110) so as to give shape to the lamp; - the end portion of the lamp body (10; 110) is configured so as to realize a shaped coupling with the outer casing and is positioned to close said open axial end of the outer casing .
A method for Hybrid Automatic Repeat reQuest-Acknowledgement, HARQ-ACK, feedback information transmission configured to operate in a 3GPP system, wherein the method comprises: transmitting, by a terminal, a group of data channels to a base station, wherein the group of data channels corresponds to N bits of feedback information, and N is a positive integer; receiving, by the terminal, a group of target information from the base station, wherein the group of target information comprises at least a piece of target information, each piece of target information in the group of target information comprises a first information field and a second information field, the first information field comprises M bits of feedback information for the group of data channels, and the second information field is used for determining a correspondence between the first information field and the group of data channels, M is a positive integer, and the number of bits contained in the second information field is determined based on the maximum number of Hybrid Automatic Repeat Request, HARQ, processes configured for the terminal, wherein each piece of target information in the group of target information is transmitted in a constant size DCI so as to transmit the N bits of feedback information, and wherein the group of target information comprises P pieces of target information transmitted in P constant size DCIs, where P is a positive integer, wherein when unused bits remain in the last transmitted constant size DCI, a third information field containing padding information is transmitted, and wherein when the value of M is less than the value of N, P is greater than 1. transmitting, by a terminal, a group of data channels to a base station, wherein the group of data channels corresponds to N bits of feedback information, and N is a positive integer; receiving, by the terminal, a group of target information from the base station, wherein the group of target information comprises at least a piece of target information, each piece of target information in the group of target information comprises a first information field and a second information field, the first information field comprises M bits of feedback information for the group of data channels, and the second information field is used for determining a correspondence between the first information field and the group of data channels, M is a positive integer, and the number of bits contained in the second information field is determined based on the maximum number of Hybrid Automatic Repeat Request, HARQ, processes configured for the terminal, wherein each piece of target information in the group of target information is transmitted in a constant size DCI so as to transmit the N bits of feedback information, and wherein the group of target information comprises P pieces of target information transmitted in P constant size DCIs, where P is a positive integer, wherein when unused bits remain in the last transmitted constant size DCI, a third information field containing padding information is transmitted, and wherein when the value of M is less than the value of N, P is greater than 1.
An abrasive article (100; 200), comprising: a base having a body comprising an annular shape including an inner annular surface , an outer annular surface , and a receiving surface extending between the inner annular surface and the outer annular surface ; an abrasive segment comprising a body and coupled to the receiving surface of the base , wherein the abrasive segment comprises a first side surface portion having a non-linear shape, wherein the first side surface portion is adjacent to the outer annular surface of the base ; and wherein the first side surface portion extends between adjacent bevel side portions , characterized in that the abrasive segment comprises a biconcave shape. a base having a body comprising an annular shape including an inner annular surface , an outer annular surface , and a receiving surface extending between the inner annular surface and the outer annular surface ; an abrasive segment comprising a body and coupled to the receiving surface of the base , wherein the abrasive segment comprises a first side surface portion having a non-linear shape, wherein the first side surface portion is adjacent to the outer annular surface of the base ; and wherein the first side surface portion extends between adjacent bevel side portions , characterized in that the abrasive segment comprises a biconcave shape.
A process for preparing a compound of the formula or a salt thereof, comprising the step of contacting with trifluoroacetic acid (TFA), triisopropylsilane (TIS), EDT, and H 2 O.
Method for time synchronisation of sensor units in a distributed system, wherein the sensor units each have an internal time unit, and wherein sensor data is captured by the sensor units and transmitted to a central unit via a radio network, characterised in that a characteristic signal is emitted in the radio network at regular temporal intervals, that a receipt of the characteristic signal is monitored in a respective sensor unit, that, on receipt of a characteristic time feature of the characteristic signal, a current value of the internal time unit of the respective sensor unit is stored with at least one transmitter identifier contained in the characteristic signal in each case, that, when the sensor data is captured, a further, current value of the internal time unit of the respective sensor data is stored , that at least the value of the internal time unit stored when is received, the associated transmitter identifier of the characteristic signal, and the further value of the internal time unit stored when the sensor data is captured are assigned to the captured sensor data and transferred to the central unit together with the sensor data, and that a reference time basis is derived based on the transmitter identifier and a temporal relation between the transferred sensor data of the respective sensor unit and the reference time basis is derived based on the value of the internal time unit of the respective sensor unit stored when the characteristic time feature of the characteristic signal is received and based on the further value of the internal time unit of the respective sensor unit stored when the sensor data is captured.
A media holder comprised of: a platform having a flange; a first hub having an exterior surface to support a first media roll; and a second hub having an exterior surface to support a second media roll, the second hub concentric to the first hub ; characterized in that the platform has a triangular shaped depression central to the platform, the triangular shaped depression having an inner wall; the first hub protrudes from the center of the triangular shaped depression and has a height greater than the depth of the triangular shaped depression , wherein the first hub has triangular cross section; the media holder further comprises a first spring concentric to the first hub and disposed in the triangular shaped depression ; and the second hub is supported by the first spring in the triangular shaped depression , the first spring biasing the second hub to a height equal to the height of the first hub , the second hub being slidably engaged to the first hub , wherein the second hub has triangular cross section. a platform having a flange; a first hub having an exterior surface to support a first media roll; and a second hub having an exterior surface to support a second media roll, the second hub concentric to the first hub ; characterized in that the platform has a triangular shaped depression central to the platform, the triangular shaped depression having an inner wall; the first hub protrudes from the center of the triangular shaped depression and has a height greater than the depth of the triangular shaped depression , wherein the first hub has triangular cross section; the media holder further comprises a first spring concentric to the first hub and disposed in the triangular shaped depression ; and the second hub is supported by the first spring in the triangular shaped depression , the first spring biasing the second hub to a height equal to the height of the first hub , the second hub being slidably engaged to the first hub , wherein the second hub has triangular cross section.
An adapter assembly for connecting a surgical loading unit to a handle assembly , the adapter assembly comprising: a sleeve including a pair of slots ; a trocar assembly releasably securable within the sleeve, the trocar assembly including a trocar housing defining first and second locking slots ; and a locking mechanism configured to releasably secure the trocar assembly within the sleeve, the locking mechanism including a retaining member received through the pair of slots of the sleeve, the retaining member having first and second engagement portions configured for selective reception within the first and second locking slots, respectively, of the trocar housing. a sleeve including a pair of slots ; a trocar assembly releasably securable within the sleeve, the trocar assembly including a trocar housing defining first and second locking slots ; and a locking mechanism configured to releasably secure the trocar assembly within the sleeve, the locking mechanism including a retaining member received through the pair of slots of the sleeve, the retaining member having first and second engagement portions configured for selective reception within the first and second locking slots, respectively, of the trocar housing.
A method for executing a program (P) intended to be interpreted by a virtual machine (M), the method comprising steps of: • determining a reference code instruction to be interpreted when executing the program, • interpreting , by the virtual machine, the reference code instruction using machine code, the method being characterized in that it comprises steps of: • reading data on interpretation rights (DR) indicating a portion (P1) of the program containing code instructions interpretable by the virtual machine, • on the basis of the data read, checking the presence of the reference code instruction in the portion (P1) of the program (P), the interpretation of the reference code instruction being carried out by the virtual machine (M) only if the reference code instruction is contained in the portion (P1) of the program (P). • determining a reference code instruction to be interpreted when executing the program, • interpreting , by the virtual machine, the reference code instruction using machine code, • reading data on interpretation rights (DR) indicating a portion (P1) of the program containing code instructions interpretable by the virtual machine, • on the basis of the data read, checking the presence of the reference code instruction in the portion (P1) of the program (P), the interpretation of the reference code instruction being carried out by the virtual machine (M) only if the reference code instruction is contained in the portion (P1) of the program (P).