mhurhangee/patent-ind-claim-en huggingface dataset:
Rod belt for rod belt conveyors of agricultural machines with rods arranged transverse to the direction of movement and parallel to one another, wherein the rods have flattened and perforated fastening regions (5.1), with which they rest on tensile elastic belts circulating parallel to one another and are connected to the belts by rivets or similar fastening means, which pass through the fastening region (5.1) and the belts , both ends of which form a joint , characterised in that an auxiliary belt section is arranged in each case laterally adjoining the belts , said auxiliary belt section spans the joint between the belt ends , wherein the belts and the auxiliary belt sections are interlocked with one another by means of the rods .
A thermal insulation device comprising: a first plate ; a second plate formed to nest adjacent the first plate with a gap between the first and second plates ; a porous material disposed in the gap between the first and second plates ; and a sealing layer disposed between the first and second plates such that the porous material is sealed from ambient at a pressure less than ambient; and a vapor generating material included in the porous material in the gap, wherein the vapor generating material has a pressure vs. temperature relationship that modulates the thermal conductance of the vapor in the gap between the enclosure plates, such that the thermal resistance decreases at high temperatures within the gap and increases at lower temperatures. a first plate ; a second plate formed to nest adjacent the first plate with a gap between the first and second plates ; a porous material disposed in the gap between the first and second plates ; and a sealing layer disposed between the first and second plates such that the porous material is sealed from ambient at a pressure less than ambient; and a vapor generating material included in the porous material in the gap, wherein the vapor generating material has a pressure vs. temperature relationship that modulates the thermal conductance of the vapor in the gap between the enclosure plates, such that the thermal resistance decreases at high temperatures within the gap and increases at lower temperatures.
Rail system for an amusement ride, with truss-like rail elements , which consist of a threefold harness system and include, as first and second harness element, rails extending side by side, and a third harness element (4.1), wherein, by means of the rails and the trusses (5, 5.1) connecting these rails (2. 3), a first reinforcement tier (A1) is formed and, by means of transverse struts (6, 6.1) from each of the rails connecting the same to the third harness element (4.1), a second and a third reinforcement tier (A2, A3) are also formed and, in order to form rail segments (1.1,..., 1.7), the trusses (5, 5.1) and the transverse struts (6. 6.1) are arranged at a distance to each other, wherein the two rails (2. 3) are connected to the third harness element (4.1) by means of the transverse struts (6. 6.1), wherein one truss and two transverse struts lie, each at a defined distance to each other, on a plane extending transversely to the rails , characterized in that the at least one rail segment (1.1, 1.2, 1.5, 1.6, 1.7), formed by adjacent trusses (5, 5.1) with their respective transverse struts (6, 6.1), is implemented with a reinforcement element (7.3), which spans the rail segment (1.1, 1.2, 1.5, 1.6, 1.7) such that the reinforcement element (7.3) forms, together with the further harness element (4.1) of the rail segment (1.1, 1.2, 1.5, 1.6, 1.7), a fourth reinforcement tier (A4), wherein the reinforcement element (7.3) is directly attached to the third harness element (4.1) or to one of the transverse struts via the truss . wherein one truss and two transverse struts lie, each at a defined distance to each other, on a plane extending transversely to the rails , characterized in that the at least one rail segment (1.1, 1.2, 1.5, 1.6, 1.7), formed by adjacent trusses (5, 5.1) with their respective transverse struts (6, 6.1), is implemented with a reinforcement element (7.3), which spans the rail segment (1.1, 1.2, 1.5, 1.6, 1.7) such that the reinforcement element (7.3) forms, together with the further harness element (4.1) of the rail segment (1.1, 1.2, 1.5, 1.6, 1.7), a fourth reinforcement tier (A4), wherein the reinforcement element (7.3) is directly attached to the third harness element (4.1) or to one of the transverse struts via the truss .
Micro-droplet plate for the formation, isolation, seeding and controlled recovery of volumes between 1 and 400 microliters, or between 4 and 50 microliters of fluids, where said fluids are SOL, which comprises: - at least one fixed element which is a rigid flat support which has an upper face and a lower face , having, on said upper face , wells connected together by microchannels , said wells being delimited by a hydrophobic rim and crossed by a hole on the base area, where said wells and said microchannels define at least one microfluidic circuit ; - moving elements , received in said wells through said holes , which are cylinders having an upper base and a lower base ; characterized in that : - said moving elements move, even independently of each other, along their vertical axis and, optionally, around their vertical axis ; - the upper base of said moving elements comprises a hydrophilic surface with relief items . - at least one fixed element which is a rigid flat support which has an upper face and a lower face , having, on said upper face , wells connected together by microchannels , said wells being delimited by a hydrophobic rim and crossed by a hole on the base area, where said wells and said microchannels define at least one microfluidic circuit ; - moving elements , received in said wells through said holes , which are cylinders having an upper base and a lower base ; - said moving elements move, even independently of each other, along their vertical axis and, optionally, around their vertical axis ; - the upper base of said moving elements comprises a hydrophilic surface with relief items .
An electrochemical energy device being a flow battery or a fuel cell comprising a polymer electrode having an electron conductive phase and a proton conductive phase; and a fuel comprising a molecule susceptible to electrochemical conversion, wherein the molecule susceptible to electrochemical conversion is a ortho- or para-aromatic diol or quinone, such as a benzene diol.
A method performed by a User Equipment, UE, for reducing feedback overhead related to Channel State Information, CSI, in a communications network employing Multi Input Multi Output, MIMO operation, the method comprising: - decomposing each entry corresponding to a ( i , j )-th combining coefficient of a precoder matrix W 2 r , of a precoder matrix F ( r ) , into at least two coefficients, wherein r denotes a r-th transmission layer; said ( i , j )-th combining coefficient is associated with a i-th beam and a j-th delay, and wherein each combining coefficient is associated with an amplitude and a phase-information; wherein the precoder matrix F ( r ) is a product of a wideband first-stage precoder matrix F 1 r containing 2L spatial beams identical for all subbands, said matrix W 2 r , and a matrix K F r composed of a number of basis vectors used to perform a compression in a frequency domain; wherein the decomposed ( i , j )-th combining-coefficient of said matrix W 2 r is given by: W 2 r i , j = a i b i , j , where b i , j is a complex-valued normalized combining coefficient associated with the i-th beam and j-th delay, and a i is a real-valued coefficient representing a common amplitude for the combining coefficients for all delays associated with the i-th beam; - quantizing, separately, each of said at least two coefficients with a least one bit, and - reporting information related to at least one phase value or at least one amplitude value or at least one phase value and an amplitude value of said quantized coefficient. - decomposing each entry corresponding to a ( i , j )-th combining coefficient of a precoder matrix W 2 r , of a precoder matrix F ( r ) , into at least two coefficients, wherein r denotes a r-th transmission layer; said ( i , j )-th combining coefficient is associated with a i-th beam and a j-th delay, and wherein each combining coefficient is associated with an amplitude and a phase-information; wherein the precoder matrix F ( r ) is a product of a wideband first-stage precoder matrix F 1 r containing 2L spatial beams identical for all subbands, said matrix W 2 r , and a matrix K F r composed of a number of basis vectors used to perform a compression in a frequency domain; wherein the decomposed ( i , j )-th combining-coefficient of said matrix W 2 r is given by: W 2 r i , j = a i b i , j , where b i , j is a complex-valued normalized combining coefficient associated with the i-th beam and j-th delay, and a i is a real-valued coefficient representing a common amplitude for the combining coefficients for all delays associated with the i-th beam; - quantizing, separately, each of said at least two coefficients with a least one bit, and - reporting information related to at least one phase value or at least one amplitude value or at least one phase value and an amplitude value of said quantized coefficient.
An automatic face recognition method, the method comprising, during a fraud detection stage, the following steps: • acquiring at least one first image of the face by means of a first sensor having a first field angle; • substantially simultaneously, acquiring at least one second image of the face by means of a second sensor having a second field angle, the sensors having fields of view covering a common zone in three-dimensional space, and the first field angle being wider than the second field angle; • analyzing the first image to verify that there is no screen border around the face; • analyzing the second image to verify that there is no moiré effect; and • detecting the absence of fraud when there is no screen border and no moire effect. • acquiring at least one first image of the face by means of a first sensor having a first field angle; • substantially simultaneously, acquiring at least one second image of the face by means of a second sensor having a second field angle, the sensors having fields of view covering a common zone in three-dimensional space, and the first field angle being wider than the second field angle; • analyzing the first image to verify that there is no screen border around the face; • analyzing the second image to verify that there is no moiré effect; and • detecting the absence of fraud when there is no screen border and no moire effect.
A circuit board assembly , comprising: a first circuit board and a second circuit board stacked with the first circuit board , wherein the first circuit board is provided with a first shielding frame on a surface facing toward the second circuit board , the second circuit board is provided with a second shielding frame on a surface facing toward the first circuit board , and opposite end portions of the first shielding frame and the second shielding frame are connected to a shared shielding cover , so that the shared shielding cover , the first shielding frame , and the first circuit board define a first shielding cavity, and the shared shielding cover , the second shielding frame , and the second circuit board define a second shielding cavity; wherein at least one of the first shielding frame and the second shielding frame comprises: a shielding frame body and an elastic abutment portion , the elastic abutment portion is disposed at an end portion of the shielding frame body that faces toward the shared shielding cover , and the elastic abutment portion abuts against the shared shielding cover ; wherein the elastic abutment portion comprises a plurality of elastic plates configured to form a closed ring structure; wherein at least one of the first shielding frame and the second shielding frame is detachably connected to the shared shielding cover . wherein at least one of the first shielding frame and the second shielding frame comprises: a shielding frame body and an elastic abutment portion , the elastic abutment portion is disposed at an end portion of the shielding frame body that faces toward the shared shielding cover , and the elastic abutment portion abuts against the shared shielding cover ; wherein the elastic abutment portion comprises a plurality of elastic plates configured to form a closed ring structure; wherein at least one of the first shielding frame and the second shielding frame is detachably connected to the shared shielding cover .
A shovel comprising: a lower traveling body ; an upper turning body turnably mounted on the lower traveling body ; an attachment attached to the upper turning body and configured to perform loading of a transporter vehicle with soil; and a display device configured to display remaining time calculated on a transporter vehicle basis, characterized by : a control device configured to estimate time required for the transporter vehicle to dump the soil and return based on a time of completion of the loading of the transporter vehicle with the soil by the attachment and a time of a start of next loading of the transporter vehicle. a lower traveling body ; an upper turning body turnably mounted on the lower traveling body ; an attachment attached to the upper turning body and configured to perform loading of a transporter vehicle with soil; and a display device configured to display remaining time calculated on a transporter vehicle basis, characterized by : a control device configured to estimate time required for the transporter vehicle to dump the soil and return based on a time of completion of the loading of the transporter vehicle with the soil by the attachment and a time of a start of next loading of the transporter vehicle.
A method of predicting a clinical outcome in a patient with glioma, the method comprising: assaying a serum sample from the patient for the presence of at least one miRNA selected from the group consisting of: Hsa-miR-20a-5p; comparing the amount of the at least one miRNA present in the serum sample with a reference value; wherein an increase in the amount of the at least one miRNA in the serum sample, such that the amount is more than twice the reference value, indicates a positive outcome in respect of the patient's glioma, wherein the reference value is the level of the same at least one miRNA present in a control subject without cancer. assaying a serum sample from the patient for the presence of at least one miRNA selected from the group consisting of: Hsa-miR-20a-5p; comparing the amount of the at least one miRNA present in the serum sample with a reference value; wherein an increase in the amount of the at least one miRNA in the serum sample, such that the amount is more than twice the reference value, indicates a positive outcome in respect of the patient's glioma, wherein the reference value is the level of the same at least one miRNA present in a control subject without cancer.
A projection system for projecting signal data on a windscreen or side windows of a motor vehicle cabin, said system comprising: a light source arranged for emitting a beam a housing, , to be configured at an elevated position in the cabin, the housing comprising a digital mirror device, , the digital mirror device arranged to pattern the beam of the light source to project an image on at least a front and side window portion of the cabin; wherein part of the housing is shaped with a reflective surface that is optically inverse to the cabin window geometry, so that, when the digital mirror device projects a single image on said reflective surface surface, it is imaged on the windscreen and at least one of side windows. a light source arranged for emitting a beam a housing, , to be configured at an elevated position in the cabin, the housing comprising a digital mirror device, , the digital mirror device arranged to pattern the beam of the light source to project an image on at least a front and side window portion of the cabin; wherein part of the housing is shaped with a reflective surface that is optically inverse to the cabin window geometry, so that, when the digital mirror device projects a single image on said reflective surface surface, it is imaged on the windscreen and at least one of side windows.
A multi-stage encoding device comprising a first encoder and a second encoder , wherein an input end of the first encoder is connected to a data input end, an output end of the first encoder is connected to a constellation mapper via an output selection switch , and the output end of the first encoder is connected to a first input end of an input selection switch , wherein a second input end of the input selection switch is connected to the data input end, and an output end of the input selection switch is connected to an input end of the second encoder; an output end of the second encoder is connected to the constellation mapper, and wherein an on/off state of the output selection switch enables the input selection switch to switch on different input ends, wherein when the output selection switch is in the on state, the input selection switch switches the second input end on, and the first encoder and the second encoder are connected in parallel, and a part of the data entering the constellation mapper is encoded by the first encoder and a remaining part of the data entering the constellation mapper is encoded separately by the second encoder; and when the output selection switch is in the off state, the input selection switch switches the first input end on, and the first encoder and the second encoder are connected in series, and the data entering the constellation mapper is the data after being encoded serially by the first encoder and the second encoder.
An aircraft skin fastener , comprising: an elongated shaft ; and a head disposed at an upper end of the shaft , wherein: the shaft includes a plurality of grooves disposed around a circumfery thereof, each groove extends upwardly to and radially outward along a lower surface of the head and terminates at an outer periphery of the lower surface ; wherein said lower surface is adjacent said shaft , and each groove has a lower end disposed above a lower end portion of the shaft . an elongated shaft ; and a head disposed at an upper end of the shaft , wherein: the shaft includes a plurality of grooves disposed around a circumfery thereof, each groove extends upwardly to and radially outward along a lower surface of the head and terminates at an outer periphery of the lower surface ; wherein said lower surface is adjacent said shaft , and each groove has a lower end disposed above a lower end portion of the shaft . the shaft includes a plurality of grooves disposed around a circumfery thereof, each groove extends upwardly to and radially outward along a lower surface of the head and terminates at an outer periphery of the lower surface ; wherein said lower surface is adjacent said shaft , and each groove has a lower end disposed above a lower end portion of the shaft .
A method of enhancing the performance of an asphaltene inhibitor during production, storage, transportation or refining of a petroleum hydrocarbon fluid, the method comprising contacting the asphaltene inhibitor with an ionic liquid during a production or refining operation or prior to or during storage or transportation of the petroleum hydrocarbon fluid, wherein the ionic liquid has a cation of R 1 R 2 R 3 R 4 N + or R 1 R 2 R 3 N + R 8 N + R 5 R 6 R 7 and an anion, wherein R 1 , R 2 , R 3 , R 4 , R 5 , R 6 and R 7 are independently selected from hydrogen, a straight or branched C 1-30 alkyl group, benzyl, a C 7-30 alkylbenzyl group, a C 7-30 arylalkyl group, a straight or branched C 3-30 alkenyl group, a C 1-30 hydroxyalkyl group, a C 7-30 hydroxyalkylbenzyl group, an oxyalkylene or a polyoxyalkylene group or a zwitterion; R 8 is a straight or branched C 1-30 alkylene, an alkylene oxyalkylene or an alkylene polyoxyalkylene; and the anion comprises halides, hydroxyl, bicarbonate, carbonate, alkyl carbonates, alkoxides, carboxylates, hydroxycarboxylates or a combination thereof.
A seating structure comprising: a backrest member (84; 160) having a front body-facing surface; an auxiliary support member moveably coupled to said backrest member (84; 160), said auxiliary support member vertically moveable in front of said front body-facing surface of said backrest member (84; 160) between first and second vertical positions, wherein said auxiliary support member is moved forwardly relative to said backrest member (84; 160) from a first position to a second position as said auxiliary support member is moved from said first vertical position to said second vertical position; and a body supporting substrate disposed along said front body-facing surface of said backrest member (84; 160) and covering said auxiliary support member; characterized in that said backrest member (84; 160) has a cutout formed in a lower region thereof and defining a pad portion coupled to opposite side portions with a pair of connectors laterally spaced on opposite sides of said pad portion , wherein said pad portion is pivotable about said pair of connectors relative to said opposite side portions. a backrest member (84; 160) having a front body-facing surface; an auxiliary support member moveably coupled to said backrest member (84; 160), said auxiliary support member vertically moveable in front of said front body-facing surface of said backrest member (84; 160) between first and second vertical positions, wherein said auxiliary support member is moved forwardly relative to said backrest member (84; 160) from a first position to a second position as said auxiliary support member is moved from said first vertical position to said second vertical position; and a body supporting substrate disposed along said front body-facing surface of said backrest member (84; 160) and covering said auxiliary support member; characterized in that said backrest member (84; 160) has a cutout formed in a lower region thereof and defining a pad portion coupled to opposite side portions with a pair of connectors laterally spaced on opposite sides of said pad portion , wherein said pad portion is pivotable about said pair of connectors relative to said opposite side portions.