mhurhangee/patent-ind-claim-en huggingface dataset:
An antenna comprising: a feeding point ; a first conductor connected to said feeding point, including, as an open end, an end which is not connected to said feeding point, and having a linear form; and a second conductor formed to branch from said first conductor, including, as an open end, an end on an opposite side of the point of branching from said first conductor, and having a linear form, wherein at least part of said first conductor and at least part of said second conductor are formed on different planes of a substrate and include coupling portions electromagnetically coupled to each other, wherein the coupling portion of said first conductor has a conductor width larger than that of other portions of said first conductor and the coupling portion of said second conductor has a conductor width larger than that of other portions of said second conductor, wherein the coupling portion of said first conductor includes the open end of said first conductor and the coupling portion of said second conductor includes the open end of said second conductor, wherein the antenna is an antenna operating in a plurality of frequency bands, wherein a length of said first conductor is smaller than 1/4 of a wavelength in an operating frequency band to which said first conductor is configured to operate, and wherein a length of said second conductor is smaller than 1/4 of a wavelength in an operating frequency band to which said second conductor is configured to operate. a feeding point ; a first conductor connected to said feeding point, including, as an open end, an end which is not connected to said feeding point, and having a linear form; and a second conductor formed to branch from said first conductor, including, as an open end, an end on an opposite side of the point of branching from said first conductor, and having a linear form, wherein at least part of said first conductor and at least part of said second conductor are formed on different planes of a substrate and include coupling portions electromagnetically coupled to each other, wherein the coupling portion of said first conductor has a conductor width larger than that of other portions of said first conductor and the coupling portion of said second conductor has a conductor width larger than that of other portions of said second conductor, wherein the coupling portion of said first conductor includes the open end of said first conductor and the coupling portion of said second conductor includes the open end of said second conductor, wherein the antenna is an antenna operating in a plurality of frequency bands, wherein a length of said first conductor is smaller than 1/4 of a wavelength in an operating frequency band to which said first conductor is configured to operate, and wherein a length of said second conductor is smaller than 1/4 of a wavelength in an operating frequency band to which said second conductor is configured to operate.
A vertical pressurized immersion membrane system for filtering water, the system including at least one vertically-set pressure vessel with its ends sealed, and two layers of membrane modules which are provided and sealed in said pressure vessel , each membrane module layer having at least two membrane modules , the membrane modules in each layer being in parallel to each other, a clearance being provided between said membrane modules and said pressure vessel , the uppermost and lowest ends of each membrane module layer being provided with an end plate respectively, said two end plates separating the space in the pressure vessel into two sealed end compartments and a middle compartment , the two end compartments being provided at the upper and lower ends of the pressure vessel , and the middle compartment being provided between said two end compartments , said membrane module includes interior membrane fibres and an outer perforated supporting cylinder surrounding the exterior of the membrane fibres , wherein the outside of each end compartment of said pressure vessel is provided with end water inlet/outlets , the outside of said middle compartment of the pressure vessel being provided with a middle water inlet/outlet at the outside of said middle compartment , wherein, in case of multiple pressure vessels , these pressure vessels are provided in parallel, characterized in that adjacent membrane modules between said two layers of membrane modules are air-tightly connected by connectors.
Elongate profiled section element for a mounting system, said profiled section element comprising a bottom , a top side opposite the bottom , and sidewalls extending from the bottom to the top side , wherein the top side comprises two flanges which extend from the side walls and delimit between them a longitudinal slot , characterized in that the top side has a smaller width than the bottom , and in that at least one of the side walls is a stepped sidewall having a stepped shape seen in cross section, said stepped sidewall having two wall sections facing the opposite sidewall and an intermediate wall section substantially parallel to the bottom , and in that the intermediate wall section is provided with a row of holes and the bottom is provided with a row of holes aligned therewith, said holes being adapted to cooperate with a self tapping screw. characterized in that the top side has a smaller width than the bottom , and in that at least one of the side walls is a stepped sidewall having a stepped shape seen in cross section, said stepped sidewall having two wall sections facing the opposite sidewall and an intermediate wall section substantially parallel to the bottom , and in that the intermediate wall section is provided with a row of holes and the bottom is provided with a row of holes aligned therewith, said holes being adapted to cooperate with a self tapping screw.
A process for forming an explosive projectile, the process comprising: shaping an explosive body to fit and nest within a hollow projectile body ; placing the explosive body within a chamber containing an inert gas prior to cooling the explosive body and nesting the explosive body within the hollow projectile body ; cooling the explosive body to a temperature below a lowest anticipated operating temperature of the projectile; nesting the explosive body within the hollow projectile body ; securing the explosive body and the hollow projectile body together; and normalizing the temperature of the nested bodies to a common temperature. shaping an explosive body to fit and nest within a hollow projectile body ; placing the explosive body within a chamber containing an inert gas prior to cooling the explosive body and nesting the explosive body within the hollow projectile body ; cooling the explosive body to a temperature below a lowest anticipated operating temperature of the projectile; nesting the explosive body within the hollow projectile body ; securing the explosive body and the hollow projectile body together; and normalizing the temperature of the nested bodies to a common temperature.
A conveyor for transporting a product, the product being preferably in the form of articles of the tissue industry, the conveyor comprising: - a conveyor belt ; - means for supporting and guiding the endless conveyor belt , the belt having articulated links and including at least one positive stretch, for transporting the product, and a return stretch; - means for driving the conveyor belt ; - means for engaging the respective link of the conveyor belt the means for engaging and driving the conveyor belt being adapted to engage a respective longitudinal stretch (13") of the conveyor belt itself; the means for engaging including a respective engagement tooth , being inserted into a corresponding cavity defined between corresponding articulation cores of adjacent links of the conveyor belt ; the respective engagement tooth having a front face which includes a front portion for engaging and driving a corresponding rear-facing surface of the articulation core of the respective link of the conveyor belt ; wherein the front portion of the front face of the engagement tooth extends planarly and, when in an engaged condition, extends perpendicularly to a product transporting surface of the conveyor belt ; wherein the front face of the engagement tooth has a perpendicularly external portion (311"), which is inclinedly recessed relative to the front engagement portion of the front face , to facilitate disengagement of the engagement tooth of the conveyor belt link, characterized in that the engagement tooth has a rear face which is shaped differently from the respective front face . - a conveyor belt ; - means for supporting and guiding the endless conveyor belt , the belt having articulated links and including at least one positive stretch, for transporting the product, and a return stretch; - means for driving the conveyor belt ; - means for engaging the respective link of the conveyor belt the means for engaging and driving the conveyor belt being adapted to engage a respective longitudinal stretch (13") of the conveyor belt itself; the means for engaging including a respective engagement tooth , being inserted into a corresponding cavity defined between corresponding articulation cores of adjacent links of the conveyor belt ; the respective engagement tooth having a front face which includes a front portion for engaging and driving a corresponding rear-facing surface of the articulation core of the respective link of the conveyor belt ; wherein the front portion of the front face of the engagement tooth extends planarly and, when in an engaged condition, extends perpendicularly to a product transporting surface of the conveyor belt ;
A computer implemented method for determining coordinates of a vehicle , the vehicle equipped with a location determining arrangement comprising a sensor arrangement and a control unit , the sensor arrangement provided at the vehicle with a predetermined relation to a vehicle reference position (V ref ), wherein the method comprises the steps of: - determining (S1), using the sensor arrangement and the control unit , at least one distance (d 1 , d 2 , ..., d n ) to an optical machine-readable tag , the optical machine-readable tag mounted in a surrounding of the vehicle at a fixed structure having a predetermined convex shape, - determining (S2), using the control unit , the shortest distance (d short ) of the at least one distances (d1, d2, ..., dn) to the optical machine-readable tag , - determining (S3), using the control unit , tag reference coordinates for the optical machine-readable tag based on an ID code associated with the optical machine-readable tag , and - determining (S4), using the control unit , the coordinates for the vehicle based on the tag reference coordinates, the shortest distance (d short ), the predetermined convex shape and the predetermined relation between the sensor arrangement and the vehicle reference position (V ref ). - determining (S1), using the sensor arrangement and the control unit , at least one distance (d 1 , d 2 , ..., d n ) to an optical machine-readable tag , the optical machine-readable tag mounted in a surrounding of the vehicle at a fixed structure having a predetermined convex shape, - determining (S2), using the control unit , the shortest distance (d short ) of the at least one distances (d1, d2, ..., dn) to the optical machine-readable tag , - determining (S3), using the control unit , tag reference coordinates for the optical machine-readable tag based on an ID code associated with the optical machine-readable tag , and - determining (S4), using the control unit , the coordinates for the vehicle based on the tag reference coordinates, the shortest distance (d short ), the predetermined convex shape and the predetermined relation between the sensor arrangement and the vehicle reference position (V ref ).
A thiol compound represented by any one of the chemical formula (II) to chemical formula (IV): (in the formula (II), R 21 's are the same or different and represent a straight chain alkylene group having a carbon number of 1 to 10, a branched chain alkylene group having a carbon number of 2 to 10, or a divalent organic group represented by each formula of R 22 represents a divalent organic group represented by each formula of or m is an integer of 1 to 5; and n is an integer of 1 to 5; however, the formula (II) excludes the case where R 21 's are simultaneously (in the formula (III), R 31 's are the same or different and represent a hydrogen atom, a straight chain alkyl group having a carbon number of 1 to 10, a branched chain alkyl group having a carbon number of 3 to 10, or an aryl group; and R 32 's are the same or different and represent a straight chain alkylene group having a carbon number of 2 to 12, a branched chain alkylene group having a carbon number of 3 to 12, or a divalent organic group represented by the following chemical formula (a) to chemical formula (c); however, the formula (III) excludes the case where R 31 's are simultaneously a hydrogen atom and R 32 's are simultaneously an ethylene group); (in the formulae (a) to formula (c), Y's are the same or different and represent a hydrogen atom or a methyl group); (in the formula (IV), R 31 's and R 32 's are the same as defined above); (in the formula (II), R 21 's are the same or different and represent a straight chain alkylene group having a carbon number of 1 to 10, a branched chain alkylene group having a carbon number of 2 to 10, or a divalent organic group represented by each formula of R 22 represents a divalent organic group represented by each formula of or m is an integer of 1 to 5; and n is an integer of 1 to 5; however, the formula (II) excludes the case where R 21 's are simultaneously (in the formula (III), R 31 's are the same or different and represent a hydrogen atom, a straight chain alkyl group having a carbon number of 1 to 10, a branched chain alkyl group having a carbon number of 3 to 10, or an aryl group; and R 32 's are the same or different and represent a straight chain alkylene group having a carbon number of 2 to 12, a branched chain alkylene group having a carbon number of 3 to 12, or a divalent organic group represented by the following chemical formula (a) to chemical formula (c); however, the formula (III) excludes the case where R 31 's are simultaneously a hydrogen atom and R 32 's are simultaneously an ethylene group); (in the formulae (a) to formula (c), Y's are the same or different and represent a hydrogen atom or a methyl group); (in the formula (IV), R 31 's and R 32 's are the same as defined above);
An annular locking device for winding coils, intended to be arranged alongside a plurality of same annular devices so as to form a winding shaft in a winding machine, comprising a concentric inner ring and outer ring and engagement elements which emerge through slots on the peripheral surface of the outer ring, the outer ring being rotatable with respect to the inner ring between a first angular rest position, in which the engagement elements may be retracted into the outer ring by a first amount, and a second angular operating position, in which the engagement elements may be retracted by an amount less than in the first angular rest position, at least one circumferential interspace containing a series of balls for relative sliding of the two rings is present between the inner ring and the outer ring characterized in that the outer ring is a cylindrical tube with an inner wall in which a part of the interspace for receiving the sliding balls is formed and the inner ring is a cylindrical tube with an outer wall in which a part of the interspace for receiving the sliding balls and surfaces for sliding of the engagement elements upon rotation of the rings between the said two rest and operating positions are formed.
Apparatus for measuring the topography and/or the gradients and/or the curvature of an optically effective surface of an article ; comprising a plurality of point light sources for illuminating the surface , and comprising at least one camera with a lens assembly and with an image sensor for capturing a brightness distribution, which is caused on the image sensor by light of the plurality of point light sources that is reflected at the surface ; characterized in that the image sensor of the camera is arranged in a linearly movable displaceable fashion along an adjustment axis that passes through the lens assembly ; wherein means are provided for determining a position of the image sensor on the adjustment axis ; and wherein compensation means are provided for compensating a drift of the brightness distribution, captured by means of the image sensor , on account of the displacement along the adjustment axis as a function of the position of the image sensor on the adjustment axis .
Method for cryptologically securing an additive production process, wherein a data stream comprises cryptologically linked elements for describing the production process, wherein the elements comprise at least one definition dataset (3a-c) for defining an object (4a, b) for additive production, wherein the at least one definition dataset (3a-c) at least partially spatially defines the object (4a, b) for the additive production and defines a starting material of the object (4a, b) for the additive production, wherein the at least one definition dataset for defining the starting material defines one or more thermoplastic materials in the form of meltable plastics and wherein the at least one definition dataset (3a-c) is inserted by a respective author (6a-c) into the data stream and the cryptological linking is expanded to the at least one definition dataset (3a-c), wherein the data stream is transferred via a system of computer networks to a device for additive production (13a, b) for producing the object (4a, b) by means of the additive production, wherein the integrity of the cryptological linking is checked, and wherein the device for additive production (13a, b) produces the object (4a, b) based on the at least one definition dataset (3a, b) by means of the additive production.
A signal transmission method, applied to a network device , comprising: performing listen before talk, LBT, for a channel in a synchronization signal block, SSB, transmission direction before a transmission of an SSB in an unlicensed band; and transmitting the SSB when the channel is detected as idle, the signal transmission method is characterized in that , when there are at least two consecutive SSBs, the performing LBT for a channel in the SSB transmission direction comprises: performing LBT for a channel in a transmission direction of a first SSB of the at least two SSBs; performing LBT for a channel in a transmission direction of a second SSB of the at least two SSBs in an orthogonal frequency division multiplex, OFDM, symbol supposed to transmit the first SSB if the channel in the transmission direction of the first SSB is detected as busy; transmitting the first SSB in the OFDM symbol supposed to transmit the first SSB and not transmitting the second SSB in the OFDM symbol supposed to transmit the second SSB if the channel in the transmission direction of the first SSB is detected as idle, wherein the second SSB is after the first SSB and is adjacent to the first SSB. performing listen before talk, LBT, for a channel in a synchronization signal block, SSB, transmission direction before a transmission of an SSB in an unlicensed band; and transmitting the SSB when the channel is detected as idle, the signal transmission method is characterized in that , when there are at least two consecutive SSBs, the performing LBT for a channel in the SSB transmission direction comprises: performing LBT for a channel in a transmission direction of a first SSB of the at least two SSBs; performing LBT for a channel in a transmission direction of a second SSB of the at least two SSBs in an orthogonal frequency division multiplex, OFDM, symbol supposed to transmit the first SSB if the channel in the transmission direction of the first SSB is detected as busy; transmitting the first SSB in the OFDM symbol supposed to transmit the first SSB and not transmitting the second SSB in the OFDM symbol supposed to transmit the second SSB if the channel in the transmission direction of the first SSB is detected as idle, performing LBT for a channel in a transmission direction of a first SSB of the at least two SSBs; performing LBT for a channel in a transmission direction of a second SSB of the at least two SSBs in an orthogonal frequency division multiplex, OFDM, symbol supposed to transmit the first SSB if the channel in the transmission direction of the first SSB is detected as busy; transmitting the first SSB in the OFDM symbol supposed to transmit the first SSB and not transmitting the second SSB in the OFDM symbol supposed to transmit the second SSB if the channel in the transmission direction of the first SSB is detected as idle, wherein the second SSB is after the first SSB and is adjacent to the first SSB.
A wireless charging device arranged to wirelessly forward power to an external device, comprising: a first housing forming a first surface of the device and a second housing forming a second surface of the device, wherein at least one hole is formed in the first surface ; a coil unit arranged between the first surface and the second surface ; a shielding member arranged between the coil unit and the second surface ; and a fan arranged adjacent the shielding member wherein the fan receives external air through the at least one hole of the first surface; characterized in that protrusions are arranged on the first surface to provide a space between the first surface and an external device when the external device is mounted in the wireless charging device so that air may be introduced through the at least one hole and may be forwarded to the fan . a first housing forming a first surface of the device and a second housing forming a second surface of the device, wherein at least one hole is formed in the first surface ; a coil unit arranged between the first surface and the second surface ; a shielding member arranged between the coil unit and the second surface ; and a fan arranged adjacent the shielding member wherein the fan receives external air through the at least one hole of the first surface; characterized in that protrusions are arranged on the first surface to provide a space between the first surface and an external device when the external device is mounted in the wireless charging device so that air may be introduced through the at least one hole and may be forwarded to the fan .
Device for molding thread-like food products with a three-dimensional shape with a random arrangement, comprising: - a perforated spherical mold (D) that can be opened in two half-shells (D1, D2), provided with an inlet (D5) suitable for passing a food product thread (P) suitable for being aggregated inside said mold (D) in a three-dimensional shape with a random arrangement, as a spherical ball , - a pneumatic system (A) suitable for being coupled with said mold (D) to compress and/or extract said thread (P) inside said mold (D), in such a way that the thread (P) passes through said inlet (D5) of the mold (D) until it reaches the mold (D) and is deposited inside the mold (D) because of the action of said pneumatic system (A). - a perforated spherical mold (D) that can be opened in two half-shells (D1, D2), provided with an inlet (D5) suitable for passing a food product thread (P) suitable for being aggregated inside said mold (D) in a three-dimensional shape with a random arrangement, as a spherical ball , - a pneumatic system (A) suitable for being coupled with said mold (D) to compress and/or extract said thread (P) inside said mold (D), in such a way that the thread (P) passes through said inlet (D5) of the mold (D) until it reaches the mold (D) and is deposited inside the mold (D) because of the action of said pneumatic system (A).