mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for a wireless communication system, the apparatus comprising: circuitry configured to: generate configuration information for a user equipment performing device to device communication, the configuration information comprising retransmission number relevant information, wherein the retransmission number relevant information indicates information relevant to the number of repeated transmissions of signal transmission between user equipments performing device to device communication distributed in different cells, said cells having different bandwidth configurations; transmit the generated configuration information to the user equipment performing device to device communication, allocate transmission resources for signal transmission of the user equipment performing device to device communication; and transmit indication information of the transmission resources to a transmitting user equipment performing device to device communication, wherein the transmission resources comprise a first transmission resource for first signal transmission of the user equipment performing device to device communication, and wherein the transmission resources allocated by a resource scheduler further comprise retransmission resources for signal retransmission of the user equipment performing device to device communication, and a frequency span between a retransmission resource and a last transmission resource satisfies a predetermined condition, wherein the frequency span is greater than a predetermined threshold and less than a smallest cell bandwidth. generate configuration information for a user equipment performing device to device communication, the configuration information comprising retransmission number relevant information, wherein the retransmission number relevant information indicates information relevant to the number of repeated transmissions of signal transmission between user equipments performing device to device communication distributed in different cells, said cells having different bandwidth configurations; transmit the generated configuration information to the user equipment performing device to device communication, allocate transmission resources for signal transmission of the user equipment performing device to device communication; and transmit indication information of the transmission resources to a transmitting user equipment performing device to device communication, wherein the transmission resources comprise a first transmission resource for first signal transmission of the user equipment performing device to device communication, and wherein the transmission resources allocated by a resource scheduler further comprise retransmission resources for signal retransmission of the user equipment performing device to device communication, and a frequency span between a retransmission resource and a last transmission resource satisfies a predetermined condition, wherein the frequency span is greater than a predetermined threshold and less than a smallest cell bandwidth.
A wiper system for a vehicle windshield , the wiper system comprising - a first wiper arm and a second wiper arm , the first and second wiper arms being movable in at least a vertical direction ; and - a horizontal wiper arrangement comprising a wiper blade arranged to wipe the surface of the vehicle windshield, the horizontal wiper arrangement further comprising a horizontally extending wiper guide element connected to the wiper blade for arranging the wiper blade to extend between vertical end sides of the vehicle windshield, the first and second wiper arms being connected to the horizontally extending wiper guide element for vertically moving the horizontal wiper arrangement between a vertically lower position of the vehicle windshield and a vertically higher position of the vehicle windshield; characterized in that the wiper system further comprises a plurality of spring elements connecting the wiper blade to the horizontally extending wiper guide element , the plurality of spring elements being spaced apart from each other along the length of the horizontally extending wiper guide element , wherein the spring elements are arranged to force the wiper blade towards the windshield in a horizontal direction perpendicular to the direction of the horizontally extending wiper guide element, wherein the wiper blade is connected to the horizontally extending wiper guide element at an angle (α) in a vertically downward direction from a center portion of the horizontally extending wiper guide element towards an end portion thereof. - a first wiper arm and a second wiper arm , the first and second wiper arms being movable in at least a vertical direction ; and - a horizontal wiper arrangement comprising a wiper blade arranged to wipe the surface of the vehicle windshield, the horizontal wiper arrangement further comprising a horizontally extending wiper guide element connected to the wiper blade for arranging the wiper blade to extend between vertical end sides of the vehicle windshield, the first and second wiper arms being connected to the horizontally extending wiper guide element for vertically moving the horizontal wiper arrangement between a vertically lower position of the vehicle windshield and a vertically higher position of the vehicle windshield; characterized in that the wiper system further comprises a plurality of spring elements connecting the wiper blade to the horizontally extending wiper guide element , the plurality of spring elements being spaced apart from each other along the length of the horizontally extending wiper guide element , wherein the spring elements are arranged to force the wiper blade towards the windshield in a horizontal direction perpendicular to the direction of the horizontally extending wiper guide element, wherein the wiper blade is connected to the horizontally extending wiper guide element at an angle (α) in a vertically downward direction from a center portion of the horizontally extending wiper guide element towards an end portion thereof.
An aircraft assembly comprising an aircraft base and an aircraft workpiece , and a junction where the base is adjacent the workpiece , the junction defining an outer perimeter, and a perimeter seal , characterised by : the perimeter seal comprising a linear polyurea member formed from a self-curing two-component mix of cured in place polyurea, the perimeter seal contacting the base and the workpiece thereby sealing the junction; wherein the cured polyurea has a hardness in the range of about 40 to 100 Shore A at 25°C; and wherein the linear polyurea member is capable of withstanding in use multiple thermal and pressure cycling between temperatures from about -65C to about 85C and between pressures from about 16.932kPa to about 202.65kPa while maintaining a peel strength of between about 1.751 N/mm to 7N/mm width. wherein the cured polyurea has a hardness in the range of about 40 to 100 Shore A at 25°C; and wherein the linear polyurea member is capable of withstanding in use multiple thermal and pressure cycling between temperatures from about -65C to about 85C and between pressures from about 16.932kPa to about 202.65kPa while maintaining a peel strength of between about 1.751 N/mm to 7N/mm width.
A load crane for use in an automated warehouse having a plurality of rows , wherein the rows extend vertically in a plurality of levels, and are arranged in parallel in a horizontal direction to form a rack , the load crane comprising a pair of spaced apart vertical struts ; an elevator unit movably arranged along the vertical struts , and configured to be stopped at different levels in line with the levels of the rack , and a suspension unit configured to suspend the load crane above floor level in the automated warehouse , characterized in that the load crane further comprises a goods support arrangement , connected to the vertical struts and comprising a number of levels for intermediate storage of goods , and wherein the elevator unit is further configured to be stopped at different levels in line with the levels of the goods support arrangement . a pair of spaced apart vertical struts ; an elevator unit movably arranged along the vertical struts , and configured to be stopped at different levels in line with the levels of the rack , and a suspension unit configured to suspend the load crane above floor level in the automated warehouse , characterized in that the load crane further comprises a goods support arrangement , connected to the vertical struts and comprising a number of levels for intermediate storage of goods , and wherein the elevator unit is further configured to be stopped at different levels in line with the levels of the goods support arrangement .
Use of a mixture as secondary collector for the froth flotation of non-sulfidic ores, in combination with a primary collector selected from the group of amphoteric and anionic surface active compounds, wherein the mixture contains at least one compound (i) selected from the group of alkoxylates of branched fatty alcohols with 12-16 carbon atoms having a degree of branching of 1-3.5, with a degree of ethoxylation of up to 4 and at least one compound (ii) selected from the group of alkoxylates of nonionic hydrocarbon compounds with a degree of ethoxylation of higher than 3, wherein if both compounds (i) and (ii) are ethoxylated alcohols, the mixture has a bimodal degree of ethoxylation distribution.
A method for use in managing a secure object store in a computing system , the method including: securing the secure object store including creating, maintaining, and using a hierarchical key system , the securing including: generating a Node Key Encryption Key ; generating a plurality of Data Encryption Keys that are encrypted using the Node Key Encryption Key ; encrypting a plurality of data objects using the Data Encryption Keys , each data object being encrypted by a respective Data Encryption Key ; generating a plurality of Unlock Key Encryption Keys , each of the plurality of Unlock Key Encryption Keys generated using a different unlock protocol; encrypting the Node Key Encryption Key under the plurality of Unlock Key Encryption Keys of each of the different unlock protocols such that the Node Key Encryption key is recovered and the data objects in the secure object store accessed if at least one of the unlock protocols is available; and storing the Node Key Encryption Key, encrypted under the plurality of Unlock Key Encryption Keys of each of the different unlock protocols, within a plurality of encrypted node key encryption key records. generating a Node Key Encryption Key ; generating a plurality of Data Encryption Keys that are encrypted using the Node Key Encryption Key ; encrypting a plurality of data objects using the Data Encryption Keys , each data object being encrypted by a respective Data Encryption Key ; generating a plurality of Unlock Key Encryption Keys , each of the plurality of Unlock Key Encryption Keys generated using a different unlock protocol; encrypting the Node Key Encryption Key under the plurality of Unlock Key Encryption Keys of each of the different unlock protocols such that the Node Key Encryption key is recovered and the data objects in the secure object store accessed if at least one of the unlock protocols is available; and storing the Node Key Encryption Key, encrypted under the plurality of Unlock Key Encryption Keys of each of the different unlock protocols, within a plurality of encrypted node key encryption key records.
A cooling device with a heat exchanger unit through which air can flow and at least one fan that is arranged on the heat exchanger unit , forming a radial gap for generating an airflow through the heat exchanger unit , wherein the heat exchanger unit has a front face through which air can flow which points toward the fan and which is covered in portions by the fan , so that the front face is divided into a first subface that is at least partially covered by the fan and a second subface that is free of the fan, wherein the fan has a housing having a wall on the heat exchanger side which extends in the circumferential direction (U), said wall delimiting an interior of the fan through which air can flow in the axial direction characterized in that the cooling device has a guide sleeve which is arranged between the heat exchanger unit and the fan so as to close the radial gap at least in portions, the wall overlaps with the guide sleeve in the axial direction (X), so that the guide sleeve covers the wall of the fan in the circumferential direction (U) or the wall of the fan extends around the guide sleeve in the circumferential direction (U), forms a flow channel leading from an air outlet of the fan to the first subface of the front face , and fluidically connects the air outlet of the fan to the first subface of the front face and fluidically separates the same from the second subface . wherein the heat exchanger unit has a front face through which air can flow which points toward the fan and which is covered in portions by the fan , so that the front face is divided into a first subface that is at least partially covered by the fan and a second subface that is free of the fan, wherein the fan has a housing having a wall on the heat exchanger side which extends in the circumferential direction (U), said wall delimiting an interior of the fan through which air can flow in the axial direction characterized in that the cooling device has a guide sleeve which is arranged between the heat exchanger unit and the fan so as to close the radial gap at least in portions, the wall overlaps with the guide sleeve in the axial direction (X), so that the guide sleeve covers the wall of the fan in the circumferential direction (U) or the wall of the fan extends around the guide sleeve in the circumferential direction (U), forms a flow channel leading from an air outlet of the fan to the first subface of the front face , and fluidically connects the air outlet of the fan to the first subface of the front face and fluidically separates the same from the second subface .
A process for recycling powder coating waste comprising the steps: a) Provision of powdery and solvent-free powder coating waste b) providing a reactant c) Mixing the powder coating waste with the reactant in order to obtain a further processable reactant-powder coating waste mixture characterized in that the reactant is a surfactant, wherein the powder coating waste exhibits functional groups which may mediate adhesion to a metal surface and the reactant inactivates the functional groups. a) Provision of powdery and solvent-free powder coating waste b) providing a reactant c) Mixing the powder coating waste with the reactant in order to obtain a further processable reactant-powder coating waste mixture characterized in that the reactant is a surfactant, wherein the powder coating waste exhibits functional groups which may mediate adhesion to a metal surface and the reactant inactivates the functional groups. characterized in that the reactant is a surfactant, wherein the powder coating waste exhibits functional groups which may mediate adhesion to a metal surface and the reactant inactivates the functional groups.
Mounting rail for holding and supplying power to lighting modules having a wiring unit with coupling elements for electrically connecting at least two lighting modules , wherein the wiring unit is subdivided into two subunits (20 1 , 20 2 ), each of which comprises at least one coupling element , and wherein the subunits (20 1 , 20 2 ) can be adjusted relative to one another in longitudinal direction of the mounting rail , characterized in that each of the two subunits (20 1 , 20 2 ) comprises a plurality of coupling elements , wherein the spaces between adjacent coupling elements in a first subunit are greater than the corresponding spaces in a second subunit.
Vibrating device for inserting a foundation element into the ground, wherein the device comprises: - a clamping mechanism comprising a base frame and clamps for fixedly clamping the foundation element ; - a vibrator block comprising an outer suppressor and a sump , configured to provide a vibration for the purpose of inserting the foundation element into the ground, wherein the vibrator block is provided with resilient elements flexibly connecting the outer suppressor and the sump ; and - an adjustable two-phase spring system provided with a fixation mechanism comprising a number of cylinders configured to apply a bias to the resilient elements , characterized in that the vibration device further comprises: - a rotation mechanism operatively connected to the vibrator block and configured to rotate the vibrator block with the resilient elements , wherein the fixation mechanism is configured to realize a rigid connection between the outer suppressor and the sump by applying said bias to the resilient elements , wherein the mutual distance between the outer suppressor and the sump is reduced, and wherein through the use of the fixation mechanism damage to the resilient elements is reduced or avoided. - a clamping mechanism comprising a base frame and clamps for fixedly clamping the foundation element ; - a vibrator block comprising an outer suppressor and a sump , configured to provide a vibration for the purpose of inserting the foundation element into the ground, wherein the vibrator block is provided with resilient elements flexibly connecting the outer suppressor and the sump ; and - an adjustable two-phase spring system provided with a fixation mechanism comprising a number of cylinders configured to apply a bias to the resilient elements , characterized in that the vibration device further comprises: - a rotation mechanism operatively connected to the vibrator block and configured to rotate the vibrator block with the resilient elements , wherein the fixation mechanism is configured to realize a rigid connection between the outer suppressor and the sump by applying said bias to the resilient elements , wherein the mutual distance between the outer suppressor and the sump is reduced, and wherein through the use of the fixation mechanism damage to the resilient elements is reduced or avoided. wherein the fixation mechanism is configured to realize a rigid connection between the outer suppressor and the sump by applying said bias to the resilient elements , wherein the mutual distance between the outer suppressor and the sump is reduced, and wherein through the use of the fixation mechanism damage to the resilient elements is reduced or avoided.
A bearing housing for a rolling bearing provided with at least one internal passage with an inlet opening and an outlet opening for a cooling medium, wherein the rolling bearing housing is a fully cast body with the cooling medium passage fully integrated in the goods of the bearing housing, characterized in that the at least one internal passage has a number of further openings , which are used for emptying core material after the casting process, and which further openings are closed off by means of fluid-tight closure caps , wherein the further openings are positioned in other parts of the bearing housing than the top part thereof.
A light-emitting display device , comprising: a substrate including a circuit board and a color filter layer (R-CF, G-CF, B-CF, W-CF) disposed above the circuit board, wherein the circuit board includes a driving thin-film transistor (Td); a passivation film (PAC) disposed above the substrate; a color conversion layer (R-CCM, G-CCM) disposed above the passivation film (PAC) and overlapped with the color filter layer (R-CF, G-CF, B-CF, W-CF); an anode (A) of a red pixel or a green pixel comprising the color conversion layer and the color filter layer and disposed above the passivation film (PAC) and the color conversion layer (R-CCM, G-CCM); and a light-emitting layer (OG) disposed above the passivation film (PAC) and the anode (A), wherein a first part (AF) of the anode (A) is connected to the driving thin-film transistor (Td) via a contact hole which penetrates the passivation film (PAC) characterised in that the anode (A) comprises a second part (AP) which is formed along a surface of a color conversion unit (R-CCM, G-CCM) of the color conversion layer and protrudes convexly with respect to the first part (AF) of the anode (A), wherein the light emitting layer (OG) includes a flat part (OGF) and a convex part (OGP) which is disposed above the color conversion layer (R-CCM, G-CCM) and extends higher than the flat part (OGF). a substrate including a circuit board and a color filter layer (R-CF, G-CF, B-CF, W-CF) disposed above the circuit board, wherein the circuit board includes a driving thin-film transistor (Td); a passivation film (PAC) disposed above the substrate; a color conversion layer (R-CCM, G-CCM) disposed above the passivation film (PAC) and overlapped with the color filter layer (R-CF, G-CF, B-CF, W-CF); an anode (A) of a red pixel or a green pixel comprising the color conversion layer and the color filter layer and disposed above the passivation film (PAC) and the color conversion layer (R-CCM, G-CCM); and a light-emitting layer (OG) disposed above the passivation film (PAC) and the anode (A), wherein a first part (AF) of the anode (A) is connected to the driving thin-film transistor (Td) via a contact hole which penetrates the passivation film (PAC) characterised in that the anode (A) comprises a second part (AP) which is formed along a surface of a color conversion unit (R-CCM, G-CCM) of the color conversion layer and protrudes convexly with respect to the first part (AF) of the anode (A), wherein the light emitting layer (OG) includes a flat part (OGF) and a convex part (OGP) which is disposed above the color conversion layer (R-CCM, G-CCM) and extends higher than the flat part (OGF).
Polyoxometalate represented by the formula (A n ) m+ {M' s [M"M 12 X 8 O y ]} m- or solvates thereof, wherein each A independently represents a cation and is selected from the group consisting of Li, K, Na and combinations thereof, n is the number of cations, all M are the same, and are selected from the group consisting of Pd and Pt, and each M has d 8 valence electron configuration, all M' are the same, and are selected from the group consisting of Ag and Au, s is 2 or 4, M" is selected from the group consisting of Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Zn, Ru, Rh, Pd, Ag, Re, Os, Ir, Pt, and Au, each X is independently selected from the group consisting of P, As, Sb, or Bi, y is a number from 32 to 40, and m is a number representing the total positive charge m+ of n cations A and the corresponding negative charge m- of the oxo-cluster {M' s [M"M 12 X 8 O y ]}. or solvates thereof, wherein each A independently represents a cation and is selected from the group consisting of Li, K, Na and combinations thereof, n is the number of cations, all M are the same, and are selected from the group consisting of Pd and Pt, and each M has d 8 valence electron configuration, all M' are the same, and are selected from the group consisting of Ag and Au, s is 2 or 4, M" is selected from the group consisting of Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Zn, Ru, Rh, Pd, Ag, Re, Os, Ir, Pt, and Au, each X is independently selected from the group consisting of P, As, Sb, or Bi, y is a number from 32 to 40, and m is a number representing the total positive charge m+ of n cations A and the corresponding negative charge m- of the oxo-cluster {M' s [M"M 12 X 8 O y ]}.