mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle , particularly a truck-mounted concrete pump, having a pivotable turntable , arranged on a frame , with a boom constructed thereon, and a frame outrigger which comprises carriers that are retractable into the vehicle profile and/or extendable out of the vehicle profile, wherein the carriers are each guided on an extension portion fixed to the vehicle and form a telescope therewith, wherein the extension portions fixed to the vehicle are arranged behind a cab in the direction of travel, wherein a folding part connected via a joint is arranged at a free end of each carrier , wherein a support leg is arranged on each folding part , wherein the joint is arranged outside the respective extension portion in the retracted transport position of the carriers such that the folding part is foldable laterally into the vehicle profile in a transport folded position, wherein the folding part is foldable forwards towards the cab in the transport folded position, characterised in that the extension portions each comprise a collar , wherein in relation to the vehicle profile this collar extends in the direction of the cab towards the vehicle middle such that, on a side facing the cab , the collar is offset in the direction of the vehicle middle at least by the width of the folding part .
A centering apparatus including: - a chassis , - a holder mounted on the chassis , which is suitable for receiving an ophthalmic lens , and - centering means mounted on the chassis , which include: • a camera for acquiring images of the ophthalmic lens when received on the holder , and • a screen for displaying the images acquired by the camera and a centering target superimposed onto said images, characterized in that said centering target comprises two coaxial and parallel outlines , and wherein the size of at least one outline is modifiable so that the distance between the outlines is adjustable. - a chassis , - a holder mounted on the chassis , which is suitable for receiving an ophthalmic lens , and - centering means mounted on the chassis , which include: • a camera for acquiring images of the ophthalmic lens when received on the holder , and • a screen for displaying the images acquired by the camera and a centering target superimposed onto said images, • a camera for acquiring images of the ophthalmic lens when received on the holder , and • a screen for displaying the images acquired by the camera and a centering target superimposed onto said images,
A positive working photosensitive composition comprising: a) at least one photoacid generator; b) at least one novolak polymer; c) at least one polymer, having a polymer backbone, said polymer comprising a structure of the following formula: wherein R 1 ― R 5 are, independently, -H, F or -CH 3 , A is a linear or branched C 1 -C 10 alkylene group, B is a C 1 -C 12 alkyl or alicyclic group, D is a linking group that may be a chemical bond, a carboxylate group, wherein the carbonyl carbon is bonded to the polymer backbone, or a -COOCH 2 - group, wherein the carbonyl carbon is bonded to the polymer backbone, Ar is a substituted or unsubstituted aromatic group or heteroaromatic group, E is a linear or branched C 2 -C 10 alkylene group, G is an acid cleavable group, v is 0 - 10 mole%, w is 7 mole% - 15 mole%, x is 14 mole% - 80 mole%, y is 0 mole% - 40 mole% and z is 20 mole% - 50 mole%. a) at least one photoacid generator; b) at least one novolak polymer; c) at least one polymer, having a polymer backbone, said polymer comprising a structure of the following formula: wherein R 1 ― R 5 are, independently, -H, F or -CH 3 , A is a linear or branched C 1 -C 10 alkylene group, B is a C 1 -C 12 alkyl or alicyclic group, D is a linking group that may be a chemical bond, a carboxylate group, wherein the carbonyl carbon is bonded to the polymer backbone, or a -COOCH 2 - group, wherein the carbonyl carbon is bonded to the polymer backbone, Ar is a substituted or unsubstituted aromatic group or heteroaromatic group, E is a linear or branched C 2 -C 10 alkylene group, G is an acid cleavable group, v is 0 - 10 mole%, w is 7 mole% - 15 mole%, x is 14 mole% - 80 mole%, y is 0 mole% - 40 mole% and z is 20 mole% - 50 mole%.
A thermal and ultraviolet (UV) light stabilizer composition comprising : an ortho-hydroxyl tris-aryl-s-triazine compound; a hindered amine light stabilizer compound; a hindered hydroxybenzoate compound; an acid scavenger; a phosphite compound; a hindered phenol antioxidant compound comprising a molecular fragment according to one or more of Formula (IVa), (IVb), or (IVc): wherein R 18 in Formulae (IVa), (IVb) and (IVc) is chosen from hydrogen and a C 1-4 hydrocarbyl; R 19 and R 20 in Formulae (IVa), (IVb) and (IVc) are each individually chosen from hydrogen and a C 1 -C 20 hydrocarbyl; and R 37 in Formulae (IVa), (IVb) and (IVc) is chosen from C 1 -C 12 hydrocarbyl, and a thioester compound. an ortho-hydroxyl tris-aryl-s-triazine compound; a hindered amine light stabilizer compound; a hindered hydroxybenzoate compound; an acid scavenger; a phosphite compound; a hindered phenol antioxidant compound comprising a molecular fragment according to one or more of Formula (IVa), (IVb), or (IVc): wherein R 18 in Formulae (IVa), (IVb) and (IVc) is chosen from hydrogen and a C 1-4 hydrocarbyl; R 19 and R 20 in Formulae (IVa), (IVb) and (IVc) are each individually chosen from hydrogen and a C 1 -C 20 hydrocarbyl; and R 37 in Formulae (IVa), (IVb) and (IVc) is chosen from C 1 -C 12 hydrocarbyl, and a thioester compound.
A method, comprising: receiving (S402) a system information block from a network device, wherein the system information block indicates at least one offset and a plurality of candidate frequency resources; sending (S301, S404, S405, S406) a random access preamble to a network device via a physical random access channel frequency resource, wherein an offset among the at least one offset is between the physical random access channel frequency resource and an uplink bandwidth part among the plurality of the candidate frequency resources; and sending (S305, S407) a random access message to the network device via the uplink bandwidth part. receiving (S402) a system information block from a network device, wherein the system information block indicates at least one offset and a plurality of candidate frequency resources; sending (S301, S404, S405, S406) a random access preamble to a network device via a physical random access channel frequency resource, wherein an offset among the at least one offset is between the physical random access channel frequency resource and an uplink bandwidth part among the plurality of the candidate frequency resources; and sending (S305, S407) a random access message to the network device via the uplink bandwidth part.
Operating device for a household appliance, with an operating knob , and with a receiving facility with a depression which is curved, at least in regions, in which the operating knob can be positioned and, in the state in which it is positioned therein, can be moved relative to the receiving facility in order to set operating conditions of the household appliance, wherein the operating knob , in the state in which it is positioned in the depression , extends out from the depression , wherein the operating device is embodied such that the operating knob can be reversibly separated from the receiving facility and re-attached thereto, characterised in that the lower part of the operating knob has greater dimensions in the radial direction towards its axis (A) at its end connecting to the upper part than the radial dimensions of the depression at the upper edge thereof, wherein the operating knob is embodied in a discus-like manner.
Formulation for the stripping by dissolution of photoresists, comprising as a principal solvent, two ether and/or polyether solvents, and an acid, wherein the principal solvent goes into the formulation in proportions between 75% and 99.99% by mass in relation to the weight of the formulation, wherein the quantity of water added to the formulation is less than 1% by mass in relation to the total weight of the formulation and wherein the fraction of non-ether solvent is less than 10% by mass of the total weight of the solvents.
A catheterization package , comprising: catheterization-package components including: a urinary catheter ; a urine-drainage bag fluidly connected to the urinary catheter; and a sampling-port access device configured to fluidly connect to a urine-sampling port of the urinary catheter or the urine-drainage bag for aseptic collection of one or more urine samples; and a catheterization tray configured to facilitate a catheterization procedure, the catheterization tray including: a first compartment configured to hold the urinary catheter; a second compartment connected to the first compartment by an intercompartment connection , the second compartment configured to hold the urine-drainage bag; a third compartment configured to hold the sampling-port access device; and step-by-step instructions incorporated into the catheterization tray for the catheterization procedure, and wherein preferably the urine-drainage bag includes an inlet port and an outlet port , and the outlet port includes the urine-sampling port integrated therein for the aseptic collection of the one or more urine samples with the sampling-port access device. catheterization-package components including: a urinary catheter ; a urine-drainage bag fluidly connected to the urinary catheter; and a sampling-port access device configured to fluidly connect to a urine-sampling port of the urinary catheter or the urine-drainage bag for aseptic collection of one or more urine samples; and a urinary catheter ; a urine-drainage bag fluidly connected to the urinary catheter; and a sampling-port access device configured to fluidly connect to a urine-sampling port of the urinary catheter or the urine-drainage bag for aseptic collection of one or more urine samples; and a catheterization tray configured to facilitate a catheterization procedure, the catheterization tray including: a first compartment configured to hold the urinary catheter; a second compartment connected to the first compartment by an intercompartment connection , the second compartment configured to hold the urine-drainage bag; a third compartment configured to hold the sampling-port access device; and step-by-step instructions incorporated into the catheterization tray for the catheterization procedure, and wherein preferably the urine-drainage bag includes an inlet port and an outlet port , and the outlet port includes the urine-sampling port integrated therein for the aseptic collection of the one or more urine samples with the sampling-port access device. a first compartment configured to hold the urinary catheter; a second compartment connected to the first compartment by an intercompartment connection , the second compartment configured to hold the urine-drainage bag; a third compartment configured to hold the sampling-port access device; and step-by-step instructions incorporated into the catheterization tray for the catheterization procedure, and wherein preferably the urine-drainage bag includes an inlet port and an outlet port , and the outlet port includes the urine-sampling port integrated therein for the aseptic collection of the one or more urine samples with the sampling-port access device.
A resistance-generating device , comprising: an elongated resilient body having opposed ends , a first mounting member attached to the resilient body at one of the ends, and a second mounting member attached to the other end of the resilient body , the first and second mounting members being made of an inelastic material, characterised in that , at least one of the first and second mounting members being removably mountable to a corresponding one of the first and second mounting members of another device to connect the devices to each other, the first mounting member being removably mountable to a first structure and the second mounting member being removably mountable to a second structure being displaceable relative to the first structure , the resilient body generating resistance upon being elastically deformed by displacement of the second mounting member mounted to the second structure relative to the first mounting member mounted to the first structure .
A system for producing an optical mask for surface treatment, in particular for surface microtexturing, the system comprising: - a layer of material (20; 120; 220) which has an outer surface (21; 121; 221) that is exposed to the outside environment; and - a generating and depositing device of droplets on the outer surface (21; 121; 221) of the layer of material (20; 120; 220), in a specific arrangement , forming the optical mask on the outer surface (21; 121; 221) of the layer of material (20; 120; 220). characterized in that the outer surface (21; 121; 221) of the layer of material (20; 120; 220) is initially treated to define preferential fixing sites of the droplets , thus enabling the arrangement of the droplets forming the optical mask on the outer surface (21; 121; 221) - a layer of material (20; 120; 220) which has an outer surface (21; 121; 221) that is exposed to the outside environment; and - a generating and depositing device of droplets on the outer surface (21; 121; 221) of the layer of material (20; 120; 220), in a specific arrangement , forming the optical mask on the outer surface (21; 121; 221) of the layer of material (20; 120; 220).
A device for positioning of an X-ray imaging system, the device comprising: - a data storage unit ; - a processing unit ; and - an output unit ; wherein the data storage unit is configured to store and provide 3D image data of a spine region of interest of a subject comprising a part of a spine structure, the spine structure comprising at least one vertebra; wherein the processing unit is configured to select at least one vertebra of the spine structure as target vertebra; to segment at least the target vertebra in the 3D image data; wherein the segmentation comprises identifying at least one anatomic feature of the target vertebra; to define a position of a predetermined reference line based on a spatial arrangement of the at least one anatomic feature; and to determine a target viewing direction of an X-ray imaging system based on the reference line; and wherein the output unit is configured to provide the target viewing direction for an X-ray imaging system. - a data storage unit ; - a processing unit ; and - an output unit ; wherein the data storage unit is configured to store and provide 3D image data of a spine region of interest of a subject comprising a part of a spine structure, the spine structure comprising at least one vertebra; wherein the processing unit is configured to select at least one vertebra of the spine structure as target vertebra; to segment at least the target vertebra in the 3D image data; wherein the segmentation comprises identifying at least one anatomic feature of the target vertebra; to define a position of a predetermined reference line based on a spatial arrangement of the at least one anatomic feature; and to determine a target viewing direction of an X-ray imaging system based on the reference line; and wherein the output unit is configured to provide the target viewing direction for an X-ray imaging system.
A refrigeration cycle apparatus comprising: a refrigerant circuit configured by annularly connecting, to one another through a refrigerant pipe, a compressor , a radiator , a supercooling heat exchanger , a main expansion apparatus and an evaporator in this order; a bypass passage which branches off from the refrigerant circuit between the radiator and the main expansion apparatus and which is connected to a compression chamber of the compressor or to the refrigerant circuit between the evaporator and the compressor through the supercooling heat exchanger ; a bypass expansion apparatus connected to the bypass passage located on an upstream side from the supercooling heat exchanger ; and a control device , wherein the control device executes a heating operation for heating a utilization heat medium in the radiator , and a defrosting operation for removing frost formed on the evaporator by heat of the refrigerant, characterized in that the control device executes a heat accumulating operation by controlling the bypass expansion apparatus for reducing a flow rate of refrigerant flowing through the bypass passage such that the flow rate becomes smaller than that when the heating operation is carried out before the defrosting operation is started. a refrigerant circuit configured by annularly connecting, to one another through a refrigerant pipe, a compressor , a radiator , a supercooling heat exchanger , a main expansion apparatus and an evaporator in this order; a bypass passage which branches off from the refrigerant circuit between the radiator and the main expansion apparatus and which is connected to a compression chamber of the compressor or to the refrigerant circuit between the evaporator and the compressor through the supercooling heat exchanger ; a bypass expansion apparatus connected to the bypass passage located on an upstream side from the supercooling heat exchanger ; and a control device , wherein the control device executes a heating operation for heating a utilization heat medium in the radiator , and a defrosting operation for removing frost formed on the evaporator by heat of the refrigerant, characterized in that the control device executes a heat accumulating operation by controlling the bypass expansion apparatus for reducing a flow rate of refrigerant flowing through the bypass passage such that the flow rate becomes smaller than that when the heating operation is carried out before the defrosting operation is started.
Method for operating a motor vehicle which has a navigation device with stored route sections and a control apparatus for longitudinal and/or transverse guidance of the motor vehicle in an autonomous operating mode, wherein at least one route section is assigned at least one parameter which defines whether the route section is enabled for travel in the autonomous operating mode, wherein the at least one parameter is retrieved from a server by the navigation device and/or by the control apparatus via a wireless communication link, wherein at least one route section which is not enabled for travel in the autonomous operating mode being stored in the navigation device , characterised in that , at a defined distance before or on reaching a route section which is not enabled for travel in the autonomous operating mode, the control apparatus is set to an assistance mode in which the control apparatus assists the user of the motor vehicle in the longitudinal and/or transverse guidance of the motor vehicle, or in that , at a defined distance before or on reaching a route section which is not enabled for travel in the autonomous operating mode, an alternative route is determined by means of the navigation device , which route includes at least one alternative route section which is enabled for travel in the autonomous operating mode, after which the longitudinal and/or transverse guidance of the motor vehicle is continued by the control apparatus on the alternative route section .
A method for forming an activated exposed surface on a porous dielectric layer comprising: i. a bulk part comprising a bulk material and pores , and ii. the exposed surface , the method comprising the steps of: I. Filling with a first liquid at least the pores present in a part of the porous dielectric layer , said part comprising the exposed surface , II. Removing the first liquid more from the exposed surface than from the bulk part , III. Making the exposed surface hydrophilic, thereby forming an activated exposed surface , and IV. Removing the first liquid from the bulk part of the porous dielectric layer , i. a bulk part comprising a bulk material and pores , and ii. the exposed surface , I. Filling with a first liquid at least the pores present in a part of the porous dielectric layer , said part comprising the exposed surface , II. Removing the first liquid more from the exposed surface than from the bulk part , III. Making the exposed surface hydrophilic, thereby forming an activated exposed surface , and IV. Removing the first liquid from the bulk part of the porous dielectric layer ,
A compound comprising a calixarene backbone for use in the prevention or treatment of a neurodegenerative disease, wherein the compound is capable of a) prevention of the formation of α-synuclein (a-syn) aggregates, and b) binding to Lipocalin 2 (Lcn2/NGAL). a) prevention of the formation of α-synuclein (a-syn) aggregates, and b) binding to Lipocalin 2 (Lcn2/NGAL).
Driver laser arrangement for an EUV radiation producing apparatus , comprising: a beam source for producing laser radiation propagating in a first direction (R1), an amplifier arrangement comprising at least one optical amplifier (4a-e) for amplifying the laser radiation propagating in the first direction (R1), and at least one optical isolator (13, 13a-c), wherein the optical isolator (13, 13a-c) comprises a chamber filled with a gas , through which chamber the laser radiation propagating in the first direction (R1) passes, and wherein the optical isolator (13, 13a-c) comprises a plasma generating device (16, 17; 16a,b, 17a,b; 25) configured for the pulsed ignition of a plasma by direct action or interaction with the gas situated in the chamber in order to suppress passage of laser radiation propagating in a second direction (R2), opposite to the first direction, through the chamber , and wherein the optical isolator (13, 13a-c) comprises a gas circuit for feeding the gas into the chamber and for discharging the gas from the chamber . a beam source for producing laser radiation propagating in a first direction (R1), an amplifier arrangement comprising at least one optical amplifier (4a-e) for amplifying the laser radiation propagating in the first direction (R1), and at least one optical isolator (13, 13a-c), wherein the optical isolator (13, 13a-c) comprises a chamber filled with a gas , through which chamber the laser radiation propagating in the first direction (R1) passes, and wherein the optical isolator (13, 13a-c) comprises a plasma generating device (16, 17; 16a,b, 17a,b; 25) configured for the pulsed ignition of a plasma by direct action or interaction with the gas situated in the chamber in order to suppress passage of laser radiation propagating in a second direction (R2), opposite to the first direction, through the chamber , and wherein the optical isolator (13, 13a-c) comprises a gas circuit for feeding the gas into the chamber and for discharging the gas from the chamber .