mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method in a wireless communication network system with Device-to-Device communication, comprising: receiving, by a first terminal, a first message from a relay terminal, wherein the relay terminal is a relay terminal used for communication between the first terminal and a second terminal, and the first message comprises first indication information, an application layer identifier of the second terminal, and a first address of the second terminal, wherein the first indication information can indicate a first unicast link between the first terminal and the relay terminal; and updating (S302, S404, S504), by the first terminal, first information of the first unicast link based on the first message, to obtain updated second information of the first unicast link, wherein the second information comprises the application layer identifier of the second terminal and the first address; wherein the first address comprises a network layer address of the second terminal; and the second information further comprises a data link layer address of the relay terminal, characterized in that the data link layer address of the relay terminal is associated with an application layer identifier of the relay terminal, and the data link layer address of the relay terminal is further associated with the application layer identifier of the second terminal. receiving, by a first terminal, a first message from a relay terminal, wherein the relay terminal is a relay terminal used for communication between the first terminal and a second terminal, and the first message comprises first indication information, an application layer identifier of the second terminal, and a first address of the second terminal, wherein the first indication information can indicate a first unicast link between the first terminal and the relay terminal; and updating (S302, S404, S504), by the first terminal, first information of the first unicast link based on the first message, to obtain updated second information of the first unicast link, wherein the second information comprises the application layer identifier of the second terminal and the first address; wherein the first address comprises a network layer address of the second terminal; and the second information further comprises a data link layer address of the relay terminal, characterized in that the data link layer address of the relay terminal is associated with an application layer identifier of the relay terminal, and the data link layer address of the relay terminal is further associated with the application layer identifier of the second terminal.
A retainer comprising two annular retaining plates combined with each other, the two annular retaining plates each having semispherical bulging portions arranged at predetermined intervals along a circumferential direction of the retainer, the semispherical bulging portions of the two annular retaining plates, which face each other, forming a pocket having a ring-like shape, for retaining a ball , wherein the pocket comprises a ball non-contact portion formed in a ball facing surface of the pocket at a center portion in a pocket axial direction, the ball non-contact portion being defined by a recess extending in a retainer circumferential direction, and wherein the following relationship is set: A / B + C = 0.70 to 0.90 where "A" represents a retainer circumferential length of the ball non-contact portion , "B" represents a diameter of the ball , and "C" represents a gap formed between the ball and the ball facing surface of the pocket , and wherein the following relationship is set: D / E = 0.25 to 0.40 where "D" represents a retainer radial length of the ball non-contact portion , and "E" represents an entire length of the pocket in the retainer radial direction, and wherein the following relationship is set: F / G = 0.30 to 0.40 where "F" represents a depth of the recess , which defines the ball non-contact portion , and "G" represents a thickness of each of the semispherical bulging portions of the two annular retaining plates , and wherein the retainer is made of metal and is formed by press working, and wherein an opening edge of the recess in the retainer radial direction, which defines the ball non-contact portion , is formed into a rounded shape, characterized in that the curvature of the rounded shape is set to 0.05 to 0.30 mm. wherein the pocket comprises a ball non-contact portion formed in a ball facing surface of the pocket at a center portion in a pocket axial direction, the ball non-contact portion being defined by a recess extending in a retainer circumferential direction, and wherein the following relationship is set: A / B + C = 0.70 to 0.90 where "A" represents a retainer circumferential length of the ball non-contact portion , "B" represents a diameter of the ball , and "C" represents a gap formed between the ball and the ball facing surface of the pocket , and wherein the following relationship is set: D / E = 0.25 to 0.40 where "D" represents a retainer radial length of the ball non-contact portion , and "E" represents an entire length of the pocket in the retainer radial direction, and wherein the following relationship is set: F / G = 0.30 to 0.40 where "F" represents a depth of the recess , which defines the ball non-contact portion , and "G" represents a thickness of each of the semispherical bulging portions of the two annular retaining plates , and wherein the retainer is made of metal and is formed by press working, and wherein an opening edge of the recess in the retainer radial direction, which defines the ball non-contact portion , is formed into a rounded shape, characterized in that the curvature of the rounded shape is set to 0.05 to 0.30 mm.
A system for treating exhaust gases and supercharging of an internal combustion engine (CE), in particular of an agricultural vehicle, the internal combustion engine (CE) comprising an intake line (IL) and an exhaust line (EL), the system being adapted to be operatively connected to said exhaust line and comprising: - a first supercharger stage (TC1) having a first turbine (T1) arranged on said exhaust line immediately downstream of the internal combustion engine (CE) and related first bypass means (BP1) of the first turbine, - a second supercharger stage (TC2) having a second turbine (T2) arranged on said exhaust line downstream of said first turbine (T1) and related second bypass means (BP2) of the second turbine, and - an exhaust gas post-treatment system consisting of a first exhaust gas treatment stage (ATS1) and a second exhaust gas treatment stage (ATS2), wherein the first exhaust gas treatment stage (ATS1) is arranged between said first (T1) and said second turbine (T2), downstream of said first bypass means, and wherein the first turbine (T1) has a smaller size than the second turbine (T2). characterized by further comprising - processing means (ECU) configured to control said first and second bypass means (BP1, BP2) so as to bypass said second turbine and maintain only said first turbine (T1) operating when the internal combustion engine operates in a first operating condition and to bypass said first turbine (T1) and maintain only said second turbine (T2) operating when the internal combustion engine operates in a second operating condition; wherein the internal combustion engine supplies less power when it is in said first operating condition if compared to when it is in said second operating condition, and in that the second exhaust gas treatment stage (ATS2) is arranged downstream of said second bypass means (BP2). - a first supercharger stage (TC1) having a first turbine (T1) arranged on said exhaust line immediately downstream of the internal combustion engine (CE) and related first bypass means (BP1) of the first turbine, - a second supercharger stage (TC2) having a second turbine (T2) arranged on said exhaust line downstream of said first turbine (T1) and related second bypass means (BP2) of the second turbine, and - an exhaust gas post-treatment system consisting of a first exhaust gas treatment stage (ATS1) and a second exhaust gas treatment stage (ATS2), - processing means (ECU) configured to control said first and second bypass means (BP1, BP2) so as to bypass said second turbine and maintain only said first turbine (T1) operating when the internal combustion engine operates in a first operating condition and to bypass said first turbine (T1) and maintain only said second turbine (T2) operating when the internal combustion engine operates in a second operating condition; wherein the internal combustion engine supplies less power when it is in said first operating condition if compared to when it is in said second operating condition,
A method of operation of a radio node of a cellular communications network , the radio node serving or being served by a Listen-Before-Talk, LBT, cell , comprising: transmitting a transport block in a first subframe on the LBT cell ; and retransmitting the transport block in a second subframe, the second subframe being adjacent, in time, to the first subframe, wherein retransmitting the transport block in the second subframe comprises preemptively retransmitting the transport block in the second subframe according to a Hybrid Automatic Repeat Request, HARQ, procedure without first receiving an indication that retransmission of the transport block transmitted in the first subframe is needed, wherein retransmitting the transport block comprises: retransmitting the transport block in one or more additional subframes on the LBT cell such that transmission on the LBT cell by the radio node reaches a maximum allowed occupancy time for the LBT cell , where the one or more additional subframes are adjacent, in time, to one another and the one or more additional subframes comprise the second subframe that is adjacent, in time, to the first subframe. transmitting a transport block in a first subframe on the LBT cell ; and retransmitting the transport block in a second subframe, the second subframe being adjacent, in time, to the first subframe, wherein retransmitting the transport block in the second subframe comprises preemptively retransmitting the transport block in the second subframe according to a Hybrid Automatic Repeat Request, HARQ, procedure without first receiving an indication that retransmission of the transport block transmitted in the first subframe is needed, wherein retransmitting the transport block comprises: retransmitting the transport block in one or more additional subframes on the LBT cell such that transmission on the LBT cell by the radio node reaches a maximum allowed occupancy time for the LBT cell , where the one or more additional subframes are adjacent, in time, to one another and the one or more additional subframes comprise the second subframe that is adjacent, in time, to the first subframe.
A sheet conveyance apparatus that conveys a sheet fed out of an upstream sheet processing apparatus to a downstream sheet processing apparatus , the sheet conveyance apparatus comprising: a conveying unit configured to convey the sheet (S); a conveying unit drive mechanism configured to drive the conveying unit ; a sheet accumulation area in which the sheet (S) fed out of the upstream sheet processing apparatus is accumulated on the conveying unit ; and a control unit configured to control conveyance of the sheet (S) performed by the conveying unit , wherein the control unit includes a counter unit configured to count a number of sheets (S) accumulated in the sheet accumulation area , characterised in that when a conveyance instruction signal for conveying the sheet (S) from the sheet accumulation area is received and the number of the sheets currently accumulated in the sheet accumulation area is counted to be one by the counter unit , the control unit stops conveyance of the one sheet (S) without conveying the one sheet (S) from the sheet accumulation area until a next sheet is guided onto the one sheet (S). a conveying unit configured to convey the sheet (S); a conveying unit drive mechanism configured to drive the conveying unit ; a sheet accumulation area in which the sheet (S) fed out of the upstream sheet processing apparatus is accumulated on the conveying unit ; and a control unit configured to control conveyance of the sheet (S) performed by the conveying unit , wherein the control unit includes a counter unit configured to count a number of sheets (S) accumulated in the sheet accumulation area , characterised in that when a conveyance instruction signal for conveying the sheet (S) from the sheet accumulation area is received and the number of the sheets currently accumulated in the sheet accumulation area is counted to be one by the counter unit , the control unit stops conveyance of the one sheet (S) without conveying the one sheet (S) from the sheet accumulation area until a next sheet is guided onto the one sheet (S).
A method of manufacturing a solar cell, the method comprising: forming a silicon oxide film on a semiconductor substrate ; and successively exposing the silicon oxide film to a temperature in a range of 600°C to 700°C to anneal the silicon oxide film to form a tunneling layer , characterized in that in the annealing process, the silicon oxide film is heated from a start temperature to a maximum temperature for a first time period, maintained at the maximum temperature for a second time period and then cooled from the maximum temperature to the start temperature for a third time period, the start temperature is equal to or higher than 600°C, and the maximum temperature is 700°C, the first time period is 8 to 12 minutes, the second time period is 12 to 18 minutes, and the third time period is longer than the first time period, wherein the temperature increase per minute for the first time period is about a 10°C increase per minute, and wherein the temperature decrease per minute for the third time period is smaller than the temperature increase per minute for the first time period. forming a silicon oxide film on a semiconductor substrate ; and successively exposing the silicon oxide film to a temperature in a range of 600°C to 700°C to anneal the silicon oxide film to form a tunneling layer , characterized in that in the annealing process, the silicon oxide film is heated from a start temperature to a maximum temperature for a first time period, maintained at the maximum temperature for a second time period and then cooled from the maximum temperature to the start temperature for a third time period, the start temperature is equal to or higher than 600°C, and the maximum temperature is 700°C, the first time period is 8 to 12 minutes, the second time period is 12 to 18 minutes, and the third time period is longer than the first time period, wherein the temperature increase per minute for the first time period is about a 10°C increase per minute, and wherein the temperature decrease per minute for the third time period is smaller than the temperature increase per minute for the first time period.
A tape dispenser , comprising: a main body coupled to a mandrel , wherein the mandrel is adapted to receive and releasably retain a tape roll having a central opening thereon, and wherein the mandrel allows rotation of the tape roll about a mandrel axis (A1), a cutting arm comprising a blade capable of cutting the tape ; wherein the cutting arm is attached to the main body and/or the mandrel and wherein the blade is positioned at a distance from the mandrel axis (A1); and an attachment unit for temporarily and releasably attaching the tape dispenser to a furniture; wherein the main body is pivotably attached to the attachment unit , and wherein a pivot axis (A2) is perpendicular to the mandrel axis (A1); characterized in that the cutting arm is pivotable with respect to the main body ; and the mandrel axis (A1) defines a pivot axis of the cutting arm a main body coupled to a mandrel , wherein the mandrel is adapted to receive and releasably retain a tape roll having a central opening thereon, and wherein the mandrel allows rotation of the tape roll about a mandrel axis (A1), a cutting arm comprising a blade capable of cutting the tape ; wherein the cutting arm is attached to the main body and/or the mandrel and wherein the blade is positioned at a distance from the mandrel axis (A1); and an attachment unit for temporarily and releasably attaching the tape dispenser to a furniture; wherein the main body is pivotably attached to the attachment unit , and wherein a pivot axis (A2) is perpendicular to the mandrel axis (A1); characterized in that the cutting arm is pivotable with respect to the main body ; and the mandrel axis (A1) defines a pivot axis of the cutting arm
Sports and/or orthopaedic footwear comprising an insole , an upper formed by a top-upper part and a bottom-upper part joined to the insole , and an articulation device for relative articulation of the insole/upper, said articulation device comprising: - a first ring which has a bottom-upper front arm and a bottom-upper rear arm which are joined to said bottom-upper part ; - a second ring which has an arm adapted to be fixed to the top-upper part , said second ring having at least two diametrically opposite eyelets extending over a predefined annular section of the circumference of the second ring itself; - an anti-friction annular body arranged between said first ring and second ring ; - an outer cover for closing the articulation device, provided with stops each projecting outwards in the transverse direction (Y-Y) and designed to be inserted in a suitable angular position inside a respective one of the eyelets of the second ring ; wherein said first ring has two diametrically opposite, radial, inner seats for receiving a respective pin with female thread ; wherein the annular body has two diametrically opposite holes with a diameter such as to allow a respective one of said pins to pass through, wherein the outer cover is provided with two diametrically opposite holes in turn aligned in the transverse direction (Y-Y) with the holes of the annular body and the inner seats of the first ring and with an inner diameter such as to allow the insertion of a respective screw suitable for engagement with the female thread of the respective pin ; and wherein, in use, the articulation device is in a position substantially aligned with one of the malleoli of the user and includes it in the transverse direction within its thickness. - a first ring which has a bottom-upper front arm and a bottom-upper rear arm which are joined to said bottom-upper part ; - a second ring which has an arm adapted to be fixed to the top-upper part , said second ring having at least two diametrically opposite eyelets extending over a predefined annular section of the circumference of the second ring itself; - an anti-friction annular body arranged between said first ring and second ring ; - an outer cover for closing the articulation device, provided with stops each projecting outwards in the transverse direction (Y-Y) and designed to be inserted in a suitable angular position inside a respective one of the eyelets of the second ring ; wherein said first ring has two diametrically opposite, radial, inner seats for receiving a respective pin with female thread ;
A locally injectable aqueous pharmaceutical composition comprising: an insoluble corticosteroid; a soluble corticosteroid; and at least one viscosity enhancing agent; wherein the at least one viscosity enhancing agent is hyaluronic acid or a pharmaceutically acceptable salt of hyaluronate, the insoluble corticosteroid is dexamethasone acetate, and the soluble corticosteroid is dexamethasone sodium phosphate; wherein the molecular weight of the at least one viscosity enhancing agent is between 1.0 MDa and 2.5 MDa; wherein the concentration of the at least one viscosity enhancing agent is between 1.0% w/v and 1.5% w/v; and wherein the locally injectable aqueous pharmaceutical composition has a viscosity of between 1 Pa.s (1 kcP) and 200 Pa.s (200 kcP). an insoluble corticosteroid; a soluble corticosteroid; and at least one viscosity enhancing agent; wherein the at least one viscosity enhancing agent is hyaluronic acid or a pharmaceutically acceptable salt of hyaluronate, the insoluble corticosteroid is dexamethasone acetate, and the soluble corticosteroid is dexamethasone sodium phosphate; wherein the molecular weight of the at least one viscosity enhancing agent is between 1.0 MDa and 2.5 MDa; wherein the concentration of the at least one viscosity enhancing agent is between 1.0% w/v and 1.5% w/v; and wherein the locally injectable aqueous pharmaceutical composition has a viscosity of between 1 Pa.s (1 kcP) and 200 Pa.s (200 kcP).
A process for isolating cellulose nanocrystals from Miscanthus Giganteus, comprising the steps of: performing a base hydrolysis step on a quantity of Miscanthus Giganteus; performing a bleaching step on a solid material recovered from the base hydrolysis step; performing an acid hydrolysis step on a solid material recovered from the bleaching step; and recovering cellulose nanocrystals from Miscanthus Giganteus after performing the acid hydrolysis step. performing a base hydrolysis step on a quantity of Miscanthus Giganteus; performing a bleaching step on a solid material recovered from the base hydrolysis step; performing an acid hydrolysis step on a solid material recovered from the bleaching step; and recovering cellulose nanocrystals from Miscanthus Giganteus after performing the acid hydrolysis step.
Sensor unit for sensing the angular position of a rotating element with respect to a fixed element , the sensor unit comprising a target fast with the rotating element and a given number of sensing cells , each sensing cell being connected to a connection device adapted to provide power supply, transmit data delivered by the sensing cells and connect each sensing cell to the ground, the sensor unit comprising an output connector for electrically connecting the sensor unit to a reception device, a power supply system and the ground, via a connection cable comprising at least two connection wires , wherein the output connector is made of plastic material and comprises: - a connector body made of plastic material and comprising a circular slot through which the connection cable is inserted inside said connector body , and - a connection pin for each wire (501-504) of the connection cable , connection pins being overmoulded within the output connector or being mounted in the output connector after its manufacturing, each connection pin having a clamp portion adapted to receive an end of said wire (501-504) to keep said wire fixed to output connector , each clamp portion having a hole through which the end of a wire (501-504) is inserted, and a plug portion adapted to make a pressing contact (F1) with the connection device , and wherein the output connector is fixed to a sensor body in which the sensing cells and the connection device are mounted by snapping. - a connector body made of plastic material and comprising a circular slot through which the connection cable is inserted inside said connector body , and - a connection pin for each wire (501-504) of the connection cable , connection pins being overmoulded within the output connector or being mounted in the output connector after its manufacturing, each connection pin having a clamp portion adapted to receive an end of said wire (501-504) to keep said wire fixed to output connector , each clamp portion having a hole through which the end of a wire (501-504) is inserted, and a plug portion adapted to make a pressing contact (F1) with the connection device ,