mhurhangee/patent-ind-claim-en huggingface dataset:
A piece of luggage , comprising: at least one section of a stiff shell material defining a first face of the piece of luggage and having at least two corners wherein a portion of the at least one section has been removed forming at least a first notch and a second notch proximate the at least two corners , wherein first and second edges of the at least one section adjacent the first notch are folded inward relative an inner surface of the at least one section forming first and second sides , the first and second sides defining second and third faces of the piece of luggage, and wherein the first edge and a third edge of the at least one section of the stiff shell material adjacent the second notch are folded inward relative the inner surface forming the first side and a third side , the third side defining a fourth face of the piece of luggage; a first rigid corner piece secured to the first and second sides proximate the first notch and a second rigid corner piece secured to the first and third sides proximate the second notch ; and a support structure disposed along the first face between the first rigid corner piece and the second corner piece , characterised in that the support structure is integral with the first and second rigid corner pieces. at least one section of a stiff shell material defining a first face of the piece of luggage and having at least two corners wherein a portion of the at least one section has been removed forming at least a first notch and a second notch proximate the at least two corners , wherein first and second edges of the at least one section adjacent the first notch are folded inward relative an inner surface of the at least one section forming first and second sides , the first and second sides defining second and third faces of the piece of luggage, and wherein the first edge and a third edge of the at least one section of the stiff shell material adjacent the second notch are folded inward relative the inner surface forming the first side and a third side , the third side defining a fourth face of the piece of luggage; a first rigid corner piece secured to the first and second sides proximate the first notch and a second rigid corner piece secured to the first and third sides proximate the second notch ; and a support structure disposed along the first face between the first rigid corner piece and the second corner piece , characterised in that the support structure is integral with the first and second rigid corner pieces.
An apparatus for ultrasound irradiation of a body part , said apparatus comprising: a first ultrasound therapy transducer and a second ultrasound imaging transducer that, with respect to said body part, is mounted oppositely to said first transducer; wherein said first transducer has a face for acoustically interfacing with said body part, and said second transducer is configured to form an elevational plane of an ultrasound image; characterised in that said face of the first transducer has a periphery , at which a series of ultrasound receiving elements is disposed and spaced apart from each other by respective gaps small enough such that at least two elements are within said plane irrespective of a rotational orientation of said plane; and said apparatus configured for registering, with said first transducer, said second transducer, by using as a reference output of the at least two receiving elements from the series. a first ultrasound therapy transducer and a second ultrasound imaging transducer that, with respect to said body part, is mounted oppositely to said first transducer; wherein said first transducer has a face for acoustically interfacing with said body part, and said second transducer is configured to form an elevational plane of an ultrasound image; characterised in that said face of the first transducer has a periphery , at which a series of ultrasound receiving elements is disposed and spaced apart from each other by respective gaps small enough such that at least two elements are within said plane irrespective of a rotational orientation of said plane; and said apparatus configured for registering, with said first transducer, said second transducer, by using as a reference output of the at least two receiving elements from the series.
An abrasive slurry regeneration method for polishing a polishing target containing silicon oxide as a main component using an abrasive slurry containing abrasive particles and a plurality of kinds of additives and then regenerating a collected abrasive slurry , the method characterized by comprising a regeneration step of filtering the collected abrasive slurry to collect an additive having a molecular weight of 500 or more and an additive adsorbed by the abrasive particles among additives contained in the collected abrasive slurry together with the abrasive particles while an abrasive concentration (% by mass) is maintained within a range of 0.2 to 3000% with respect to an abrasive concentration (% by mass) of an unused abrasive slurry when being used for polishing the polishing target .
Method for simulating a route of a traction vehicle on a section of track which is equipped with a automatic train control system, wherein the traction vehicle is a real traction vehicle and has an internal vehicle device for automatic train control, which device can correspondingly interact with a track-side automatic train control system of the section of track of the simulated route for the purposes of automatic train control, wherein the method comprises the following steps, without the traction vehicle actually moving on the section of track here: - providing simulated movement information of the vehicle device of the traction vehicle in order to simulate a movement of the vehicle; - generating at least one traction-vehicle-related message by means of the internal vehicle device of the traction vehicle and wirelessly transmitting the traction-vehicle-related message to a simulated line control centre ; - generating at least one travel-rule-related message by means of the simulated line control centre as a function of the transmitted traction-vehicle-related message and wirelessly transmitting the travel-rule-related message to the traction vehicle , - wherein the internal vehicle device of the traction vehicle controls a simulated vehicle-end reaction as a function of the received travel-rule-related message. - providing simulated movement information of the vehicle device of the traction vehicle in order to simulate a movement of the vehicle; - generating at least one traction-vehicle-related message by means of the internal vehicle device of the traction vehicle and wirelessly transmitting the traction-vehicle-related message to a simulated line control centre ; - generating at least one travel-rule-related message by means of the simulated line control centre as a function of the transmitted traction-vehicle-related message and wirelessly transmitting the travel-rule-related message to the traction vehicle , - wherein the internal vehicle device of the traction vehicle controls a simulated vehicle-end reaction as a function of the received travel-rule-related message.
A method of repairing a slip joint on a jet pump assembly between an inlet mixer and a diffuser , the diffuser having a diffuser collar and an opening that receives the inlet mixer with a given spacing between an outside diameter of the inlet mixer and an inside diameter of the opening in the diffuser forming an annular gap, characterized by inserting a new internal collar into the diffuser collar between the diffuser and the inlet mixer narrowing the annular gap between the inlet mixer and the diffuser collar with the new internal collar structured to form an axially convergent geometry relative to the outside diameter of the inlet mixer.
A shoe , in particular a sports shoe or running shoe, comprising an upper and a sole which is connected to the upper , wherein a plate which is arranged in the sole extends from a tarsal region (W), through a metatarsal region (M), up to and into a phalangeal region (Z) of the sole , wherein in the phalangeal region (Z), the distal end of the plate extends at least up to and into the region of the distal phalanx I (PD I ) of the big toe (I), wherein the plate is embodied such that in the phalangeal region (Z), it is arranged substantially only in the region of or below the proximal phalanx I (PP I ) and the distal phalanx I (PD I ) of the big toe (I), and the plate comprises a lateral edge and a medial edge , characterised in that the lateral edge of the plate crosses the metatarsal bones II to V (M II to M V ) in the metatarsal region (M).
A method for generating synchronization channels in a wireless communication system, the method comprising: generating a primary synchronization channel, P-SCH, sequence; generating a secondary synchronization channel, S-SCH, sequence; and scrambling the S-SCH sequence with a scrambling code associated with the P-SCH sequence, wherein the association is a one-to-one relationship; wherein the scrambling code comprises at least one of a Walsh-Hadamard sequence, a Gold sequence, a Rice sequence, a Golomb sequence, an M-sequence, or a generalized Chirp-like sequence. generating a primary synchronization channel, P-SCH, sequence; generating a secondary synchronization channel, S-SCH, sequence; and scrambling the S-SCH sequence with a scrambling code associated with the P-SCH sequence, wherein the association is a one-to-one relationship; wherein the scrambling code comprises at least one of a Walsh-Hadamard sequence, a Gold sequence, a Rice sequence, a Golomb sequence, an M-sequence, or a generalized Chirp-like sequence.
Method for executing a user application, the method being implemented within a communications terminal of the type comprising a trusted environment, said trusted environment comprising a secured storage space and a secured applications execution module, the method comprising: - a step of reception , within the trusted environment (EnvC), of an instruction for launching a user application (AppUsr); - a step of transmission , to a server, of a request for executing said user application (AppUsr); - a step of reception , from the server, by a video-rendering application (AppRV) executed within the trusted environment (EnvC), of a video stream (StreamV) resulting from the execution, on the server, of said user application (AppUsr); - a step for displaying said video stream (StreamV) on a screen of said communications terminal accessible from said trusted environment. - a step of reception , within the trusted environment (EnvC), of an instruction for launching a user application (AppUsr); - a step of transmission , to a server, of a request for executing said user application (AppUsr); - a step of reception , from the server, by a video-rendering application (AppRV) executed within the trusted environment (EnvC), of a video stream (StreamV) resulting from the execution, on the server, of said user application (AppUsr); - a step for displaying said video stream (StreamV) on a screen of said communications terminal accessible from said trusted environment.
A fan blade for a gas turbine engine , the gas turbine engine defining axial , radial and circumferential directions, the fan blade comprising: an aerofoil portion having a leading edge extending from a root to a tip , the radial distance between the leading edge at the root and the leading edge at the tip defining a blade span , wherein: a leading edge thickness (T LE ) is defined as the thickness of a cross-section at a given radius at a location along the camber line that is 8% of the total length of the camber line from the leading edge ; and for cross-sections through the aerofoil portion at radii between 15% and 25% of the blade span from the root radius, the average leading edge thickness is greater than 1.5 times the leading edge thickness at the tip, where: the leading edge thickness at the tip is defined as the average leading edge thickness for all cross-sections through the aerofoil portion at radii greater than 80% of the blade span . a leading edge thickness (T LE ) is defined as the thickness of a cross-section at a given radius at a location along the camber line that is 8% of the total length of the camber line from the leading edge ; and for cross-sections through the aerofoil portion at radii between 15% and 25% of the blade span from the root radius, the average leading edge thickness is greater than 1.5 times the leading edge thickness at the tip, where: the leading edge thickness at the tip is defined as the average leading edge thickness for all cross-sections through the aerofoil portion at radii greater than 80% of the blade span .
A heating plate that generates heat upon application of voltage thereto, the heating plate comprising: a pair of glass plates ; a conductive pattern disposed between the pair of glass plates and defining a plurality of opening areas ; and a joint layer disposed between the conductive pattern and at least one of the pair of glass plates ; wherein: the conductive pattern includes a plurality of connection elements , each connection element extending between two branch points of a plurality of branch points to define the opening areas ; a rate of the connection elements , which are straight line segments, relative to the plurality of connection elements , is less than 20%; the conductive pattern has the opening areas that have random shapes and are arranged at random pitches; a thickness of the conductive pattern is not less than 2 μm ; and an average of ratio L 1 /L 2 of a length L 1 of each opening area along a first direction, relative to a length L 2 of the opening area along a second direction perpendicular to the first direction, is not less than 1.3 and not more than 1.8. a pair of glass plates ; a conductive pattern disposed between the pair of glass plates and defining a plurality of opening areas ; and a joint layer disposed between the conductive pattern and at least one of the pair of glass plates ; wherein: the conductive pattern includes a plurality of connection elements , each connection element extending between two branch points of a plurality of branch points to define the opening areas ; a rate of the connection elements , which are straight line segments, relative to the plurality of connection elements , is less than 20%; the conductive pattern has the opening areas that have random shapes and are arranged at random pitches; a thickness of the conductive pattern is not less than 2 μm ; and an average of ratio L 1 /L 2 of a length L 1 of each opening area along a first direction, relative to a length L 2 of the opening area along a second direction perpendicular to the first direction, is not less than 1.3 and not more than 1.8. the conductive pattern includes a plurality of connection elements , each connection element extending between two branch points of a plurality of branch points to define the opening areas ; a rate of the connection elements , which are straight line segments, relative to the plurality of connection elements , is less than 20%; the conductive pattern has the opening areas that have random shapes and are arranged at random pitches; a thickness of the conductive pattern is not less than 2 μm ; and an average of ratio L 1 /L 2 of a length L 1 of each opening area along a first direction, relative to a length L 2 of the opening area along a second direction perpendicular to the first direction, is not less than 1.3 and not more than 1.8.
Photonic device comprising a photonic chip and a support substrate , the support substrate being provided with a support face , the photonic chip comprising a support layer and a photonic layer resting by its face, referred to as the lower face , on a main face of the support layer , said photonic layer , which comprises at least one dielectric material, encapsulates at least one laser source formed by a waveguide and a photonic stack optically coupled together, the photonic stack being made of III-V semi-conductor materials, the photonic chip also comprises a first and a second metal pad having, respectively, a first and a second surface, accessible by an upper face of the photonic layer opposite the lower face , and electrically connected to the photonic stack by means of connection vias that extend in the photonic layer , the first pad and the second pad are configured to allow the circulation of an electric current in the photonic stack in order to control the emission of laser radiation by the laser source, the photonic device further comprises: - first heat dissipation means which are configured to dissipate the heat capable of being emitted by the laser source, the first means comprising a transfer layer and a transfer element in thermal contact with the transfer layer , characterized in that the transfer layer comprises an electrically insulating material which at least partially covers at least one of the first and the second surface ; - connection means which are configured to electrically connect the first pad and the second pad with a first terminal and a second terminal arranged on either the support substrate or the transfer layer . - first heat dissipation means which are configured to dissipate the heat capable of being emitted by the laser source, the first means comprising a transfer layer and a transfer element in thermal contact with the transfer layer , characterized in that the transfer layer comprises an electrically insulating material which at least partially covers at least one of the first and the second surface ; - connection means which are configured to electrically connect the first pad and the second pad with a first terminal and a second terminal arranged on either the support substrate or the transfer layer .
A method for dual-homing protection switching applied in a Virtual Private Lan Service, VPLS environment, characterized in that comprising: starting an Operation, Administration and Maintenance, , OAM, function between a Customer Edge, CE and Provider Edge, PE, and starting a Multi-chassis Link Aggregation Group, MC-LAG, function on the CE; the PE, judging a bidirectional forwarding detection, BFD, state of a Pseudo Wire, PW; when the BFD state of the PW is DOWN, the PE disenabling Ethernet Operation, Administration, Maintenance, OAM, function of a port connected with the CE; the CE judging an Ethernet OAM state; when the OAM state is UP, entering a preset VPLS processing flow; when the OAM state is DOWN, the CE on which the Multi-chassis Link Aggregation Group function is started, having a master and standby link switching function, switching service traffic from the master link to the standby link. starting an Operation, Administration and Maintenance, , OAM, function between a Customer Edge, CE and Provider Edge, PE, and starting a Multi-chassis Link Aggregation Group, MC-LAG, function on the CE; the PE, judging a bidirectional forwarding detection, BFD, state of a Pseudo Wire, PW; when the BFD state of the PW is DOWN, the PE disenabling Ethernet Operation, Administration, Maintenance, OAM, function of a port connected with the CE; the CE judging an Ethernet OAM state; when the OAM state is UP, entering a preset VPLS processing flow; when the OAM state is DOWN, the CE on which the Multi-chassis Link Aggregation Group function is started, having a master and standby link switching function, switching service traffic from the master link to the standby link.
A control method for a string inverter, wherein the method is applied to the string inverter; the string inverter comprises an inverter circuit and N direct current to direct current DC-DC converter circuits, wherein N is an integer greater than or equal to 2, an input end of each DC-DC circuit is connected to a corresponding photovoltaic string, an output end of each DC-DC circuit is connected to an input end of the inverter circuit , and the N DC-DC circuits comprise a non-IV curve scanning DC-DC circuit and an IV curve scanning DC-DC circuit; and the method characterized in that it comprises: in an IV curve scanning process, controlling an output power of the inverter circuit to be a specified power reference value, and controlling an output voltage of each non-IV curve scanning DC-DC circuit to be a specified voltage reference value, wherein the specified power reference value is less than or equal to a sum of input powers of all non-IV curve scanning DC-DC circuits before IV curve scanning, and the specified voltage reference value is greater than or equal to a preset percentage of a maximum value in open-circuit voltages, before the IV curve scanning, of photovoltaic strings connected to all IV curve scanning DC-DC circuits.
A fitting arrangement for a vehicle seat, comprising - two fitting parts , which define a bearing space (L) and are adjustable relative to each other about an adjustment axis (M), - at least one locking element , which within the bearing space (L) on one of the two fitting parts is radially adjustable with respect to the adjustment axis (M) between an unlocking position and a locking position, wherein in the unlocking position the two fitting parts are pivotable relative to each other and in the locking position are non-rotatably locked to each other, and - at least one adjuster part pivotally mounted within the bearing space (L) for adjusting the at least one locking element between the unlocking position and the locking position, wherein the at least one adjuster part is mounted on a bush element of the fitting arrangement , on which a cover element provided for sealing the bearing space (L) is attached axially with respect to the adjustment axis (M), characterized in that the cover element rests against the at least one adjuster part . - two fitting parts , which define a bearing space (L) and are adjustable relative to each other about an adjustment axis (M), - at least one locking element , which within the bearing space (L) on one of the two fitting parts is radially adjustable with respect to the adjustment axis (M) between an unlocking position and a locking position, wherein in the unlocking position the two fitting parts are pivotable relative to each other and in the locking position are non-rotatably locked to each other, and - at least one adjuster part pivotally mounted within the bearing space (L) for adjusting the at least one locking element between the unlocking position and the locking position, wherein the at least one adjuster part is mounted on a bush element of the fitting arrangement , on which a cover element provided for sealing the bearing space (L) is attached axially with respect to the adjustment axis (M), characterized in that the cover element rests against the at least one adjuster part .