mhurhangee/patent-ind-claim-en huggingface dataset:
A method of applying a pattern of electrical conductors to an electrically insulating substrate , which method comprises: a) providing a flexible membrane , b) forming a pattern of grooves in a first surface of the membrane, the pattern corresponding at least partially to a desired pattern of electrical conductors to be applied to the substrate, c) loading into the grooves a composition that includes, as composition components, electrically conductive particles and an adhesive that comprises at least one of a) an organic binder, b) an organic adhesive, and c) glass frits, said loading being performed in two or more filling cycles such that on completion of the loading step the composition substantially fills the grooves, level with the first surface of the membrane, and parts of the first surface between the grooves are substantially devoid of the composition, the relative proportions of the components of the composition not being the same for all the filling cycles, d) contacting the membrane with the substrate with the first surface of the membrane facing the substrate, e) applying pressure to the membrane to cause the composition loaded into the grooves in the first surface of the membrane to adhere to the substrate , f) separating the membrane from the substrate to transfer the composition from the grooves in the first surface of the membrane to the substrate , and g) applying sufficient energy to sinter the electrically conductive particles in order to render electrically conductive the pattern of composition transferred to the substrate from the grooves . a) providing a flexible membrane , b) forming a pattern of grooves in a first surface of the membrane, the pattern corresponding at least partially to a desired pattern of electrical conductors to be applied to the substrate, c) loading into the grooves a composition that includes, as composition components, electrically conductive particles and an adhesive that comprises at least one of a) an organic binder, b) an organic adhesive, and c) glass frits, said loading being performed in two or more filling cycles such that on completion of the loading step the composition substantially fills the grooves, level with the first surface of the membrane, and parts of the first surface between the grooves are substantially devoid of the composition, the relative proportions of the components of the composition not being the same for all the filling cycles, d) contacting the membrane with the substrate with the first surface of the membrane facing the substrate, e) applying pressure to the membrane to cause the composition loaded into the grooves in the first surface of the membrane to adhere to the substrate , f) separating the membrane from the substrate to transfer the composition from the grooves in the first surface of the membrane to the substrate , and g) applying sufficient energy to sinter the electrically conductive particles in order to render electrically conductive the pattern of composition transferred to the substrate from the grooves .
Cargo support comprising a locking mechanism for handling cargo in a truck , said cargo support further comprising a telescopic upright , one movable telescope part of which is manually actuatable by means of an articulately journalled handle , which via a link connection is coupled together to said movable telescope part by eccentric locking, so-called over-centre locking, wherein the handle is resiliently actuatable to be brought toward a locking position (I) at the same time as the movable telescope part is actuated thereby to be brought to a projecting position (II), wherein between the handle and said movable telescope part , there extends a movably mounted link the bearing mounting of which between the handle and the link is arranged to be able to pass an imaginary line between the bearing mounting between the handle and the movable telescope part and between the bearing mounting between the link and the movable telescope part, respectively, for locking (I) and opening (III), respectively, positions of the locking mechanism , the cargo support being characterised in that a spring is arranged to be received internally hidden by said handle , when the handle is brought to the locking position (I) thereof, wherein the spring is formed of a screw spring, one spring end of which is arranged to interact with a bearing shaft of the handle and one link end , and with a part of a fixed part of the telescope upright , respectively, and wherein the spring is threaded and received on a bearing shaft of one end of the handle .
A method for estimating the angular misalignment x of an antenna pointing towards a satellite or a remote mobile (S) along an antenna axis , the antenna being in radio communication with this satellite or this mobile (S), the satellite or the mobile transmitting on a continuous amplitude/phase modulated carrier by a message, in a given frequency band, the method comprising the following steps: - application (E0) of a predefined periodic movement to the antenna axis ; - receiving (E1) of radiofrequency signals derived from the satellite or from the mobile for a duration which corresponds to a period of the applied movement, the signal being received on a frequency band lower than or equal to the frequency of the transmitted signal; - determination (E3), on a logarithmic scale, of the instantaneous power of the received signal, said instantaneous power being obtained by means of the following steps: - filtering of the intermediate-frequency or baseband signal (E31, E32) of all or part of the spectrum of the signal arriving from the satellite or from the mobile; - calculation (E33) of the rms voltage of the received radiofrequency signal; - filtering (E34) of this rms voltage; - calculation of the logarithm of this filtered rms voltage; - harmonic decomposition (E4) over each period of the power thus determined into a fundamental component (H1) and at least one harmonic component; - estimation (E5) of the angular misalignment x from the ratio between the fundamental component and a harmonic component. - application (E0) of a predefined periodic movement to the antenna axis ; - receiving (E1) of radiofrequency signals derived from the satellite or from the mobile for a duration which corresponds to a period of the applied movement, the signal being received on a frequency band lower than or equal to the frequency of the transmitted signal; - determination (E3), on a logarithmic scale, of the instantaneous power of the received signal, said instantaneous power being obtained by means of the following steps: - filtering of the intermediate-frequency or baseband signal (E31, E32) of all or part of the spectrum of the signal arriving from the satellite or from the mobile; - calculation (E33) of the rms voltage of the received radiofrequency signal; - filtering (E34) of this rms voltage; - calculation of the logarithm of this filtered rms voltage; - filtering of the intermediate-frequency or baseband signal (E31, E32) of all or part of the spectrum of the signal arriving from the satellite or from the mobile; - calculation (E33) of the rms voltage of the received radiofrequency signal; - filtering (E34) of this rms voltage; - calculation of the logarithm of this filtered rms voltage; - harmonic decomposition (E4) over each period of the power thus determined into a fundamental component (H1) and at least one harmonic component; - estimation (E5) of the angular misalignment x from the ratio between the fundamental component and a harmonic component.
A resource selection method, comprising: selecting (S101), by a first terminal device, a sidelink transmission resource based on a shared resource set in a resource selection or resource reselection process, wherein the shared resource set is determined based on first indication signaling transmitted by a second terminal device to the first terminal device, characterized in that said selecting, by the first terminal device, the sidelink transmission resource based on the shared resource set comprises: selecting, by the first terminal device, the sidelink transmission resource from resources other than the shared resource set, and when resources included in the shared resource set overlap all or part of sidelink transmission resources for retransmission of a transmitted transport block as indicated in a sidelink grant for the first terminal device in a time domain, the first terminal device is triggered to perform resource selection or resource reselection. selecting (S101), by a first terminal device, a sidelink transmission resource based on a shared resource set in a resource selection or resource reselection process, wherein the shared resource set is determined based on first indication signaling transmitted by a second terminal device to the first terminal device, characterized in that said selecting, by the first terminal device, the sidelink transmission resource based on the shared resource set comprises: selecting, by the first terminal device, the sidelink transmission resource from resources other than the shared resource set, and when resources included in the shared resource set overlap all or part of sidelink transmission resources for retransmission of a transmitted transport block as indicated in a sidelink grant for the first terminal device in a time domain, the first terminal device is triggered to perform resource selection or resource reselection.
A sheet medium conveying device that conveys a sheet medium (SM) in which position detection marks (BL) are provided at regular intervals in a medium conveying direction in which the sheet medium (SM) is conveyed, the sheet medium conveying device comprising: a controller that controls conveyance of the sheet medium (SM), characterized in that the controller selects one of a first standby position (P1) and a second standby position (P2) located downstream of the first standby position (P1) in the medium conveying direction, and conveys the sheet medium (SM) to the selected standby position and puts the sheet medium (SM) on standby. a controller that controls conveyance of the sheet medium (SM), characterized in that the controller selects one of a first standby position (P1) and a second standby position (P2) located downstream of the first standby position (P1) in the medium conveying direction, and conveys the sheet medium (SM) to the selected standby position and puts the sheet medium (SM) on standby.
A throwing hook comprising a body , a shackle and a pin , wherein the body extends in a plane (S) to form a bight profile and wherein the shackle comprises a loop through which a line can be secured and is secured to the body such that the shackle and the body can pivot freely with respect to one another about an axis of the pin that lies within the plane (S), in which the bight includes a curved portion that extends between a free end region and an attachment region , presenting a convex outer profile and a concave inner profile characterised by further including a weight secured to or integral with the free end region .
A live, attenuated recombinant Koi herpesvirus (KHV) comprising a genome in which Open Reading Frame 56 (ORF 56) and Open Reading Frame 57 (ORF57) are deleted either fully or partially resulting in a KHV which is attenuated.
A surface emitting quantum cascade laser comprising: an active layer with a plurality of quantum well layers stacked therein, the active layer being capable of emitting laser light by inter-subband transition; a first semiconductor layer provided on the active layer and having a first upper surface , a square lattice constituting a two-dimensional photonic crystal in the first semiconductor layer , the square lattice including pits , each pit having opening ends (P 1 , P 2 , P 3 ) at the first upper surface , and each pit being linearly asymmetric with respect to each of the two lines parallel to the two orthogonal sides ( D, E) of the square lattice; and a first electrode provided on the first semiconductor layer , wherein the first electrode includes a frame part and a plurality of stripe parts arranged in parallel to each other with a prescribed pitch, so that they obliquely cross the frame part and have both end parts joined to the frame part, wherein the plurality of stripe parts and the frame part together define a periodic opening of the first electrode, wherein the laser light is emitted from the opening of the first electrode ,and the laser light is emitted in a direction generally perpendicular to the active layer . an active layer with a plurality of quantum well layers stacked therein, the active layer being capable of emitting laser light by inter-subband transition; a first semiconductor layer provided on the active layer and having a first upper surface , a square lattice constituting a two-dimensional photonic crystal in the first semiconductor layer , the square lattice including pits , each pit having opening ends (P 1 , P 2 , P 3 ) at the first upper surface , and each pit being linearly asymmetric with respect to each of the two lines parallel to the two orthogonal sides ( D, E) of the square lattice; and a first electrode provided on the first semiconductor layer , wherein the first electrode includes a frame part and a plurality of stripe parts arranged in parallel to each other with a prescribed pitch, so that they obliquely cross the frame part and have both end parts joined to the frame part, wherein the plurality of stripe parts and the frame part together define a periodic opening of the first electrode, wherein the laser light is emitted from the opening of the first electrode ,and the laser light is emitted in a direction generally perpendicular to the active layer .
Communications antenna formed by a flexible printed circuit board, said printed circuit board comprising at least a first zone for sending and receiving signals in the near-field , said first zone forming a peripheral zone of the antenna and comprising at least one turn, a second zone for receiving electronic components, located in the center of the antenna, and a third zone , called connection area, allowing the antenna to connect to an electronic board, characterized in that : - in a first configuration, called semi-formed configuration, the first zone, the second zone and the third zone forming the communication antenna are in the same plane, in a second configuration, called formed configuration, the first zone is located in a first plane, named a higher-level plane, the second zone is located in a second plane, called a lower-level plane, the lower-level plane being substantially parallel to the higher-level plane. - in a first configuration, called semi-formed configuration, the first zone, the second zone and the third zone forming the communication antenna are in the same plane,
A quantum dot device, comprising a first electrode and a second electrode , a light emitting layer between the first electrode and the second electrode , the light emitting layer comprising quantum dots, a first charge auxiliary layer between the second electrode and the light emitting layer , the first charge auxiliary layer configured to enhance transport of first charge carriers from the second electrode to the light emitting layer , and a buffer layer between the light emitting layer and the first charge auxiliary layer , the buffer layer configured to enhance extraction of second charge carriers from the light emitting layer , characterized in that the buffer layer comprises a first charge auxiliary material configured to enhance transport of the first charge carriers and a second charge auxiliary material configured to enhance extraction of the second charge carriers, a highest occupied molecular orbital energy level of the second charge auxiliary material is lower than a highest occupied molecular orbital energy level of the first charge auxiliary material, the first charge auxiliary material is a first electron transport material, and the second charge auxiliary material is a hole extraction material, and the first charge auxiliary material comprises n-type inorganic nanoparticles, the second charge auxiliary material comprises a p-type nonpolymer organic material, a p-type polymer, a p-type inorganic material, a p-type organic-inorganic material, or a combination thereof. a first electrode and a second electrode , a light emitting layer between the first electrode and the second electrode , the light emitting layer comprising quantum dots, a first charge auxiliary layer between the second electrode and the light emitting layer , the first charge auxiliary layer configured to enhance transport of first charge carriers from the second electrode to the light emitting layer , and a buffer layer between the light emitting layer and the first charge auxiliary layer , the buffer layer configured to enhance extraction of second charge carriers from the light emitting layer , characterized in that the buffer layer comprises a first charge auxiliary material configured to enhance transport of the first charge carriers and a second charge auxiliary material configured to enhance extraction of the second charge carriers, a highest occupied molecular orbital energy level of the second charge auxiliary material is lower than a highest occupied molecular orbital energy level of the first charge auxiliary material, the first charge auxiliary material is a first electron transport material, and the second charge auxiliary material is a hole extraction material, and the first charge auxiliary material comprises n-type inorganic nanoparticles, the second charge auxiliary material comprises a p-type nonpolymer organic material, a p-type polymer, a p-type inorganic material, a p-type organic-inorganic material, or a combination thereof.
A high-pressure fuel supply pump, comprising: a plunger that reciprocates; a cylinder including a part that guides the reciprocation of the plunger ; a pressurizing chamber formed in the cylinder ; and a pump body that holds the cylinder , wherein the cylinder is formed in a cylindrical shape with a bottom, and includes a large-diameter part and a small-diameter part , and a surface of the cylinder is subjected to a surface pressure and pressed to the pump body in a direction in which the plunger reciprocates in a compression process, and the pressed surface of the cylinder is an annular step surface formed between the large-diameter part and an intermediate part of the cylinder having a smaller diameter than the small-diameter part , and the annular step surface seals the pressurizing chamber so as to prevent the pressurized fuel from leaking. a plunger that reciprocates; a cylinder including a part that guides the reciprocation of the plunger ; a pressurizing chamber formed in the cylinder ; and a pump body that holds the cylinder , wherein the cylinder is formed in a cylindrical shape with a bottom, and includes a large-diameter part and a small-diameter part , and a surface of the cylinder is subjected to a surface pressure and pressed to the pump body in a direction in which the plunger reciprocates in a compression process, and the pressed surface of the cylinder is an annular step surface formed between the large-diameter part and an intermediate part of the cylinder having a smaller diameter than the small-diameter part , and the annular step surface seals the pressurizing chamber so as to prevent the pressurized fuel from leaking.
A method performed by a wireless device for performing an uplink transmission to a base station in a wireless access system, wherein the wireless access system comprises a plurality of mini-slot configurations, wherein a mini-slot configuration comprises one or more orthogonal frequency division multiplexed, OFDM, symbol intervals and is a sub-division of a slot, the method comprising: performing a clear channel assessment to identify a transmission opportunity; determining the start of a mini-slot that is closest to the start of the transmission opportunity; performing an uplink transmission within the determined mini-slot, wherein the transmission is performed by selecting one of a plurality of preconfigured mini-slot configurations for mini-slot communication between the base station and the wireless device, wherein the mini-slot configuration comprises a demodulation reference signal in a configured OFDM symbol position and the demodulation reference signal location within an OFDM symbol in the slot identifies the mini-slot configuration being used such that the base station can identify the start of the uplink transmission. performing a clear channel assessment to identify a transmission opportunity; determining the start of a mini-slot that is closest to the start of the transmission opportunity; performing an uplink transmission within the determined mini-slot, wherein the transmission is performed by selecting one of a plurality of preconfigured mini-slot configurations for mini-slot communication between the base station and the wireless device, wherein the mini-slot configuration comprises a demodulation reference signal in a configured OFDM symbol position and the demodulation reference signal location within an OFDM symbol in the slot identifies the mini-slot configuration being used such that the base station can identify the start of the uplink transmission.
A copolymer comprising: (a) a first unit comprising a polymerized monomer selected from the group consisting of 2,3,3,3-tetrafluoropropene and 1,3,3,3-tetrafluoropropene; (b) a second unit comprising a polymerized monomer selected from the group consisting of vinyl esters and vinyl ethers; wherein the vinyl esters and vinyl ethers are of the formula CH 2 =CR1-O(C=O)R2 and CH 2 =CR3-OR4, respectively, wherein R1 and R3 is hydrogen or a methyl group, and wherein R2 and R4 is an unsubstituted straight-chain, branched-chain or alicyclic alkyl group having 1 to 12 carbon atoms; and (c) a third unit comprising a polymerized monomer comprising a hydroxyl group-containing vinyl ether of the formula CH 2 =C-R5-OR6, wherein R5 is hydrogen or a methyl group, and R6 is an unsubstituted straight-chain, branched-chain or alicyclic alkyl group having a hydroxyl group. (a) a first unit comprising a polymerized monomer selected from the group consisting of 2,3,3,3-tetrafluoropropene and 1,3,3,3-tetrafluoropropene; (b) a second unit comprising a polymerized monomer selected from the group consisting of vinyl esters and vinyl ethers; wherein the vinyl esters and vinyl ethers are of the formula CH 2 =CR1-O(C=O)R2 and CH 2 =CR3-OR4, respectively, wherein R1 and R3 is hydrogen or a methyl group, and wherein R2 and R4 is an unsubstituted straight-chain, branched-chain or alicyclic alkyl group having 1 to 12 carbon atoms; and (c) a third unit comprising a polymerized monomer comprising a hydroxyl group-containing vinyl ether of the formula CH 2 =C-R5-OR6, wherein R5 is hydrogen or a methyl group, and R6 is an unsubstituted straight-chain, branched-chain or alicyclic alkyl group having a hydroxyl group.
A method for number display based on a mobile terminal, characterized by comprising: enabling an International Mobile Subscriber Identity, IMSI, automatic match function according to a user selection, reading IMSI information in a Subscriber Identity Module, SIM, card, parsing the IMSI information to acquire Mobile Country Code, MCC, information (S01); matching an MCC number format list according to the acquired MCC information to acquire and store a corresponding number display format (S02); and when a user opens a dialling interface to input a number, displaying the number according to the corresponding number display format (S03). enabling an International Mobile Subscriber Identity, IMSI, automatic match function according to a user selection, reading IMSI information in a Subscriber Identity Module, SIM, card, parsing the IMSI information to acquire Mobile Country Code, MCC, information (S01); matching an MCC number format list according to the acquired MCC information to acquire and store a corresponding number display format (S02); and when a user opens a dialling interface to input a number, displaying the number according to the corresponding number display format (S03).