mhurhangee/patent-ind-claim-en huggingface dataset:
Method for adapting an upper headlight beam boundary of a headlight cone of at least one headlight of a vehicle , wherein the method comprises the following steps: reading at least one arrangement position of an illumination unit of an other vehicle and evaluation of a number of illumination units of the other vehicle and/or reading a vehicle contour of the other vehicle to provide an other-vehicle identification signal; ascertaining one vehicle type of the other vehicle using the other-vehicle identification signal, wherein a vehicle type is understood to be a class of vehicles such as passenger cars, lorries, motorcycles, cyclists and/or a specific vehicle type of a vehicle manufacturer; and outputting a control signal for adapting the upper headlight beam boundary , wherein the control signal is output taking into account the ascertained vehicle type. reading at least one arrangement position of an illumination unit of an other vehicle and evaluation of a number of illumination units of the other vehicle and/or reading a vehicle contour of the other vehicle to provide an other-vehicle identification signal; ascertaining one vehicle type of the other vehicle using the other-vehicle identification signal, wherein a vehicle type is understood to be a class of vehicles such as passenger cars, lorries, motorcycles, cyclists and/or a specific vehicle type of a vehicle manufacturer; and outputting a control signal for adapting the upper headlight beam boundary , wherein the control signal is output taking into account the ascertained vehicle type.
Conductor path structure having a damping device for a component, in particular for an electronic or electromechanical component, in particular a micromechanical component, which has a first base body made of a carrier material comprising a connection area for receiving the oscillation- and/or vibration-damped component (B), the connection area being arranged separated from the area of the base body surrounding it by a free space and being arranged oscillation- and/or vibration damped and coacting with an intrinsic damping device of the conductor path structure , wherein the conductor path structure comprises a second base body arranged at a distance under the first base body , wherein above the second base body of the conductor path structure at least one layer made of a damping material, in particular made of a damping adhesive, is provided, so that the intrinsic damping device formed by said at least one layer is arranged between the connection area of the first base body , the free space , the area of the first base body surrounding the connection area and the area of the second base body arranged below the connection area .
A jug and lid for juicer, comprising: a jug having a cylindrical upper portion having an upper rim; and a lid having a generally cylindrical body portion that fits within the upper portion ; characterized in that the cylindrical upper portion has a pouring spout ; the cylindrical upper portion has, in addition to the pouring spout , a first opening for receiving a discharge spout of a juicer; the cylindrical body portion has a vertical pouring channel and a second opening that may be aligned with the first opening ; the cylindrical body portion of the lid has a stepped circumferential seal , said lid being configured to rotate between a sealing orientation wherein said stepped circumferential seal isolates both the pouring spout and the first opening and a filling orientation wherein the pouring spout is open and the first and second openings are aligned in a filling and pouring orientation. a jug having a cylindrical upper portion having an upper rim; and a lid having a generally cylindrical body portion that fits within the upper portion ; characterized in that the cylindrical upper portion has a pouring spout ; the cylindrical upper portion has, in addition to the pouring spout , a first opening for receiving a discharge spout of a juicer; the cylindrical body portion has a vertical pouring channel and a second opening that may be aligned with the first opening ; the cylindrical body portion of the lid has a stepped circumferential seal , said lid being configured to rotate between a sealing orientation wherein said stepped circumferential seal isolates both the pouring spout and the first opening and a filling orientation wherein the pouring spout is open and the first and second openings are aligned in a filling and pouring orientation.
A pumpable resin system for installation of mine roof bolts comprising: a resin reservoir configured to receive resin; a catalyst reservoir configured to receive catalyst; a resin pump arrangement in fluid communication with the resin reservoir; a catalyst pump arrangement in fluid communication with the catalyst reservoir; a delivery line in fluid communication with at least one of the resin pump arrangement and the catalyst pump arrangement; and a bolter arm configured to drill boreholes and install mine roof bolts, wherein the delivery line is configured to deliver resin and catalyst from the resin reservoir and the catalyst reservoir to a borehole via the bolter arm ; wherein the resin reservoir comprises a resin feed cylinder configured to receive a resin cartridge and the catalyst reservoir comprises a catalyst feed cylinder configured to receive a catalyst cartridge , the resin feed cylinder and the catalyst feed cylinder each comprise a cap , the cap of the resin feed cylinder defining a gap between the cap of the resin feed cylinder and the resin feed cylinder , and the cap of the catalyst feed cylinder defining a gap between the cap of the catalyst feed cylinder and the catalyst feed cylinder , and wherein the gaps are configured to allow air to escape the respective resin feed cylinder and the catalyst feed cylinder during compression of resin and catalyst cartridges within the respective resin feed cylinder and the catalyst feed cylinder . a resin reservoir configured to receive resin; a catalyst reservoir configured to receive catalyst; a resin pump arrangement in fluid communication with the resin reservoir; a catalyst pump arrangement in fluid communication with the catalyst reservoir; a delivery line in fluid communication with at least one of the resin pump arrangement and the catalyst pump arrangement; and a bolter arm configured to drill boreholes and install mine roof bolts, wherein the delivery line is configured to deliver resin and catalyst from the resin reservoir and the catalyst reservoir to a borehole via the bolter arm ; wherein the resin reservoir comprises a resin feed cylinder configured to receive a resin cartridge and the catalyst reservoir comprises a catalyst feed cylinder configured to receive a catalyst cartridge , the resin feed cylinder and the catalyst feed cylinder each comprise a cap , the cap of the resin feed cylinder defining a gap between the cap of the resin feed cylinder and the resin feed cylinder , and the cap of the catalyst feed cylinder defining a gap between the cap of the catalyst feed cylinder and the catalyst feed cylinder , and wherein the gaps are configured to allow air to escape the respective resin feed cylinder and the catalyst feed cylinder during compression of resin and catalyst cartridges within the respective resin feed cylinder and the catalyst feed cylinder .
A process for producing a multi-modal polyolefin, comprising: polymerizing the multi-modal polyolefin in the presence of a metallocene catalyst system in at least a slurry-phase polymerization stage and a gas-phase polymerization stage, wherein the slurry-phase polymerization stage precedes the gas-phase polymerization stage, wherein the multi-modal polyolefin comprises: (i) a first polyolefin fraction having a density of less than 940 kg/m 3 , and (ii) a second polyolefin fraction having a density of less than 930 kg/m 3 , wherein the multi-modal polyolefin comprises polyethylene, wherein at least ethylene and a co-monomer are polymerized to produce the multi-modal polyolefin, wherein ethylene is present in the slurry-phase polymerization stage in an amount ranging from 3 mol % to 10 mol %, and wherein a co-monomer is present in the slurry-phase polymerization stage in an amount ranging from 0.05 to 0.6 mole of the co-monomer per mole of the ethylene, wherein the gas-phase polymerization stage has an ethylene partial pressure of 0.6 MPa (6 bar) to 2.5 MPa (25 bar) and wherein a co-monomer is present in the gas-phase polymerization stage in an amount ranging from 0.03 to 0.08 mole of the co-monomer per mole of the ethylene in the gas phase and wherein the metallocene catalyst system comprises (C 5 H 3 Me,n-Bu) 2 ZrCl 2 , where Me is methyl Bu is n-butyl or the metallocene catalyst system comprises Me 2 Si(H 4 Ind)ZrCl2, where Me is methyl and H 4 Ind is tetrahydroindenyl.
An ultrasonic sensor array comprising: a plurality of ultrasonic transducers , each transducer including a piezoelectric member, characterized in that : each of the transducers includes an electret member; each of the transducers includes a receive, Rx, layer (303; 503; 603) configured to exhibit a first d33 resonating mode coefficient and a transmit, Tx, layer (301; 501; 601) configured to exhibit a second d33 resonating mode coefficient, the first d33 resonating mode coefficient being different from the second d33 resonating mode coefficient; and the transducers are disposed on a flexible substrate ; wherein the first d33 resonating mode coefficient is of opposite sign with respect to the second d33 resonating mode coefficient. each of the transducers includes an electret member; each of the transducers includes a receive, Rx, layer (303; 503; 603) configured to exhibit a first d33 resonating mode coefficient and a transmit, Tx, layer (301; 501; 601) configured to exhibit a second d33 resonating mode coefficient, the first d33 resonating mode coefficient being different from the second d33 resonating mode coefficient; and the transducers are disposed on a flexible substrate ; wherein the first d33 resonating mode coefficient is of opposite sign with respect to the second d33 resonating mode coefficient.
A guide joint for a joint orthosis for supporting and guiding an anatomical joint , wherein the guide joint has a first joint member and a second joint member , and the joint members are connected to one another by a first linear guide and a second linear guide , wherein each of the linear guides has a guide track formed in the second joint member as a slot or groove, in which in each case a sliding element arranged in the first joint member engages, wherein the two sliding elements are spatially separate and spaced apart from one another and protrude from the first joint member , characterized in that the guide tracks intersect, wherein, in use, during the first 30° of the joint flexion, due to the forced guidance of the sliding elements , the first sliding element remains in the region of the anterior end of the first guide track , while the second sliding element moves downwards in the second guide track and the first sliding element does not substantially change its position in the first guide track .
A method for manufacturing a device comprising a set of at least two passive optical components (L, L', L1, L2, L3), said method comprising manufacturing said at least two passive optical components (L, L', L1, L2, L3) using embossing, wherein a substrate (S, S') and a tool (T, T') are used in the embossing, wherein during the embossing the substrate and the tool (T, T') do not fully enclose a replication material thereby allowing the replication material to spread out from a volume in which main portions of the at least two passive optical components will be formed, the tool (T, T') is obtained by carrying out tool manufacturing steps, said tool manufacturing steps comprising the steps of i) manufacturing a precursor tool (Tp) having a replication surface; ii) modifying said replication surface by removing material from said precursor tool (Tp); wherein at least one of - said replication surface of said precursor tool (Tp) is rotationally symmetric, and in step ii), said replication surface is modified such that the obtained replication surface is not rotationally symmetric; - at least one of said passive optical components (L, L', L1, L2, L3), in particular each of them, of said set is a truncated lens. i) manufacturing a precursor tool (Tp) having a replication surface; ii) modifying said replication surface by removing material from said precursor tool (Tp); - said replication surface of said precursor tool (Tp) is rotationally symmetric, and in step ii), said replication surface is modified such that the obtained replication surface is not rotationally symmetric; - at least one of said passive optical components (L, L', L1, L2, L3), in particular each of them, of said set is a truncated lens.
A silver ion-containing complex comprising a reducible silver ion complexed with an α-oxy carboxylate and an oxime compound, the non-hydroxylic-solvent soluble silver complex being represented by the following formula (I): (Ag + ) a (L) b (P) c (I) wherein L represents the α-oxy carboxylate; P represents the oxime compound; a is 1 or 2; b is 1 or 2; and c is 1, 2, 3, or 4, provided that when a is 1, b is 1, and when a is 2, b is 2, wherein L is represented by the following formula (II) or (III): wherein R 1 , R 2 , and R 3 are independently hydrogen or branched or linear alkyl groups; wherein R 4 is a branched or linear alkyl group having 1 to 8 carbon atoms and optionally, any of the hydrogen atoms in the R 4 branched or linear alkyl group can be substituted with a fluorine atom. wherein L represents the α-oxy carboxylate; P represents the oxime compound; a is 1 or 2; b is 1 or 2; and c is 1, 2, 3, or 4, provided that when a is 1, b is 1, and when a is 2, b is 2, wherein L is represented by the following formula (II) or (III):
Method for reserving bandwidth for an adaptive streaming client (C1) belonging to at least one network (N1, N2) and configured for receiving a streaming content from at least one server (S), the streaming content being available at more than one data rate at the server (S), said method comprising: in a network device for reserving bandwidth (GW) reserving for the client (C1), when at least one event occurs, a transient bandwidth depending on a predetermined target data rate associated with the streaming content requested by the client (C1) and a transient margin, characterized in that the transient margin is taken between the value of an estimated bandwidth and the value of a maximum requested bit rate allowed, wherein, said adaptive streaming client (C1) is using a conservative value, and where the transient margin is greater than said conservative value, wherein the transient bandwidth is selected such that it is greater than the target data rate plus the conservative value and, when at least one other data rate - higher than the target data rate - is available at the server (S), such that the transient bandwidth is lower than said higher data rate plus the conservative value of the adaptive streaming client (C1).
A compound selected from the group consisting of: or a pharmaceutically acceptable salt of each thereof.
A method of displaying video frames having corresponding depth information, the method comprising: mapping a first image frame to a first set of at least two image planes ; mapping a subsequent second image frame to a second set of at least two image planes , wherein each image plane in the first and second set has a specified depth, wherein the first and second set differ in at least one depth, and wherein at least one depth of an image plane in the second set is between two consecutive depths of image planes in the first set; displaying each of the image planes in the first set at the respective depth thereof; after displaying all of the image planes in the first set, displaying each of the image planes in the second set at the respective depth thereof. mapping a first image frame to a first set of at least two image planes ; mapping a subsequent second image frame to a second set of at least two image planes , wherein each image plane in the first and second set has a specified depth, wherein the first and second set differ in at least one depth, and wherein at least one depth of an image plane in the second set is between two consecutive depths of image planes in the first set; displaying each of the image planes in the first set at the respective depth thereof; after displaying all of the image planes in the first set, displaying each of the image planes in the second set at the respective depth thereof.
A suction roll of a web, or sheet, of paper, fed along an advancing direction in a paper converting machine, or similar products, said suction roll comprising: - a tubular body configured to rotate about a longitudinal rotation axis in a predetermined sense of rotation , said tubular body being provided with an external lateral surface and with an internal lateral surface communicating with each other through a plurality of suction holes organized according to a plurality of longitudinal rows; - a suction chamber defined within said suction roll and pneumatically connected to a vacuum generation device configured to generate a predetermined vacuum degree; - a vacuum distribution device configured to selectively put into pneumatic communication said suction chamber with at least one row of suction holes of said plurality, at determined angular positions of said tubular body , and to cause the processed sheet or web of paper to be sucked, and to adhere at a corresponding portion of said external lateral surface of said suction roll arranged between a catching point (P1) and a releasing point (P2) having determined angular positions; wherein a displacement device is provided configured to move said vacuum distribution device , in such a way to change the angular position of said catching point (P1) and/or of said releasing point (P2) of said web or sheet of paper, and, therefore, to anticipate, or postpone, the catching instant (ta) and/or the releasing instant (tr) where said web or sheet of paper adheres to, or leaves said external lateral surface of said suction roll , said suction roll being characterized in that said displacement device is configured to move said vacuum distribution device during said rotation of said tubular body about said longitudinal rotation axis , in such a way to progressively follow the increase or decrease of the advancement speed of the web or sheet of paper. - a tubular body configured to rotate about a longitudinal rotation axis in a predetermined sense of rotation , said tubular body being provided with an external lateral surface and with an internal lateral surface communicating with each other through a plurality of suction holes organized according to a plurality of longitudinal rows; - a suction chamber defined within said suction roll and pneumatically connected to a vacuum generation device configured to generate a predetermined vacuum degree; - a vacuum distribution device configured to selectively put into pneumatic communication said suction chamber with at least one row of suction holes of said plurality, at determined angular positions of said tubular body , and to cause the processed sheet or web of paper to be sucked, and to adhere at a corresponding portion of said external lateral surface of said suction roll arranged between a catching point (P1) and a releasing point (P2) having determined angular positions;
A catalyst for the synthesis of methyl mercaptan, obtainable from aluminum oxide, an alkali metal tungstate and at least one further component selected from the groups of ammonium salts and of the protic acids sulfuric acid, phosphoric acid, sulfurous acid, tungstic acid, phosphorous acid, hypophosphorous acid or mixtures thereof, wherein the pH of the catalyst is in the range from 5.0 to 9.7, where the pH measured is carried out by producing a 10% strength aqueous suspension from the catalyst to be examined, shaking this sample for one minute, allowing it to stand for 5 minutes and subsequently measuring the pH of the suspension by means of an electrode and where a potassium tungstate is used as alkali metal tungstate and where the catalyst is calcined in the presence of oxygen.
A method of deaerating a mixture of fluid and air, comprising: communicating a mixture of a fluid and air into an open area of a reservoir , the reservoir comprising an outer curved wall and an inner curved wall , and radial walls connecting the outer wall to the inner wall , and axially facing end walls completing the reservoir; wherein the mixture of a fluid and air is communicated directly against the radial wall of the reservoir , to separate at least some of the fluid from at least some the air; and reusing the fluid held within the reservoir after the separating. communicating a mixture of a fluid and air into an open area of a reservoir , the reservoir comprising an outer curved wall and an inner curved wall , and radial walls connecting the outer wall to the inner wall , and axially facing end walls completing the reservoir; wherein the mixture of a fluid and air is communicated directly against the radial wall of the reservoir , to separate at least some of the fluid from at least some the air; and reusing the fluid held within the reservoir after the separating.
A coronary sinus occlusion catheter, comprising: a distal tip portion including an inflatable balloon device configured to engage an interior wall of a coronary sinus when in an inflated condition a first pressure sensor lumen extending to a distal position that is distal of the inflatable balloon device for detecting a first pressure; and a second pressure sensor lumen extending to a proximal position that is proximal of the inflatable balloon device for detecting a second pressure, wherein the first pressure sensor lumen and the second pressure sensor lumen are positioned relative to one another such that a difference between the first pressure and the second pressure is indicative of a flow rate of blood passing along the distal tip portion from a region distal of the balloon device to a region proximal of the balloon device. a distal tip portion including an inflatable balloon device configured to engage an interior wall of a coronary sinus when in an inflated condition a first pressure sensor lumen extending to a distal position that is distal of the inflatable balloon device for detecting a first pressure; and a second pressure sensor lumen extending to a proximal position that is proximal of the inflatable balloon device for detecting a second pressure, wherein the first pressure sensor lumen and the second pressure sensor lumen are positioned relative to one another such that a difference between the first pressure and the second pressure is indicative of a flow rate of blood passing along the distal tip portion from a region distal of the balloon device to a region proximal of the balloon device.
A stabilizing arrangement for transporting a switch cabinet , comprising a switch cabinet having a frame of vertical and horizontal struts, and a switch cabinet door attached to a door side of the frame via at least one hinge , so that the switch cabinet door can be pivoted back and forth between an open position, in which it is pivoted away from the door side , and a closed position, in which it rests against the door side , at least one form-fitting piece being fastened to the door side which extends with its free end away from the door side and has an undercut at its free end , the switch cabinet door having a form-fitting receptacle into which the form-fitting piece projects with its free end in the closed position and which is engaged behind by the undercut in the closed position and wherein the at least one form-fitting piece is detachably fastened to the door side and is configured in such a way that it is removed again after transport, that is to say after the switch cabinet has reached its final position.