mhurhangee/patent-ind-claim-en huggingface dataset:
A loading fixture for use with an endoscopic stitching device , comprising: a needle ; and a loading portion configured to receive first and second jaws of the endoscopic stitching device, the loading portion including: guides configured to position one of the first and second jaws of the endoscopic stitching device therebetween; wherein the loading unit further includes: a shuttle configured to detachably support the needle thereon, the shuttle transversely slidable such that the needle supported on the shuttle engages at least one of the jaws of the endoscopic stitching device; and a biasing member configured to bias the shuttle toward one of the guides, characterised in that the guides are configured to position both the first and second jaws therebetween; and the loading portion defines a slot configured to slidably receive the shuttle and receive the biasing member movably extending along the slot, the path of the shuttle being in registration with the slot. a needle ; and a loading portion configured to receive first and second jaws of the endoscopic stitching device, the loading portion including: guides configured to position one of the first and second jaws of the endoscopic stitching device therebetween; wherein the loading unit further includes: a shuttle configured to detachably support the needle thereon, the shuttle transversely slidable such that the needle supported on the shuttle engages at least one of the jaws of the endoscopic stitching device; and a biasing member configured to bias the shuttle toward one of the guides, characterised in that the guides are configured to position both the first and second jaws therebetween; and the loading portion defines a slot configured to slidably receive the shuttle and receive the biasing member movably extending along the slot, the path of the shuttle being in registration with the slot. a shuttle configured to detachably support the needle thereon, the shuttle transversely slidable such that the needle supported on the shuttle engages at least one of the jaws of the endoscopic stitching device; and a biasing member configured to bias the shuttle toward one of the guides, characterised in that the guides are configured to position both the first and second jaws therebetween; and the loading portion defines a slot configured to slidably receive the shuttle and receive the biasing member movably extending along the slot, the path of the shuttle being in registration with the slot.
Optical device for measuring the optical properties of materials comprising at least one among the light reflected (BRDF) and the light transmitted (BTDF) by the material of a sample in all the spherical directions of the space around said sample , the device comprising, for each spherical direction of the incident light: - a light source , - a goniophotometer configured to measure at least one among: ∘ the directions of the incident light in spherical coordinates (θ_in, cp_in), ∘ the directions of the reflected light in spherical coordinates (θ_out, cp_out), characterized in that it further comprises: - a multi-sensor imaging device, configured to determine the emission spectrum of the light reflected or transmitted by the sample towards a set of points in the scene observed by the multi-sensor imaging device which generates an image comprising a set of superposed layers each layer of which respectively corresponds to a sensor configured to be sensitive only to a single quasi-monochromatic wavelength, the goniophotometer taking the form of a cell comprising: - a first arm hinged so as to be movable in three dimensions of space and configured to bear the light source , and - a second arm hinged so as to be movable in three dimensions of space and configured to bear the sample or a sample holder , the relative orientations of the first hinged arm and of the second hinged arm being controllable, the device optionally further comprising said sample . - a light source , - a goniophotometer configured to measure at least one among: ∘ the directions of the incident light in spherical coordinates (θ_in, cp_in), ∘ the directions of the reflected light in spherical coordinates (θ_out, cp_out), ∘ the directions of the incident light in spherical coordinates (θ_in, cp_in), ∘ the directions of the reflected light in spherical coordinates (θ_out, cp_out), - a multi-sensor imaging device, configured to determine the emission spectrum of the light reflected or transmitted by the sample towards a set of points in the scene observed by the multi-sensor imaging device which generates an image comprising a set of superposed layers each layer of which respectively corresponds to a sensor configured to be sensitive only to a single quasi-monochromatic wavelength, the goniophotometer taking the form of a cell comprising: - a first arm hinged so as to be movable in three dimensions of space and configured to bear the light source , and - a second arm hinged so as to be movable in three dimensions of space and configured to bear the sample or a sample holder , - a first arm hinged so as to be movable in three dimensions of space and configured to bear the light source , and - a second arm hinged so as to be movable in three dimensions of space and configured to bear the sample or a sample holder , the relative orientations of the first hinged arm and of the second hinged arm being controllable, the device optionally further comprising said sample .
An integrally geared compressor having a gearbox, said integrally geared compressor comprises: - a drive gear, the drive gear including a drive shaft coupled to a drive unit; - a first pinion gear meshed with the drive gear on a first side of the drive gear , the first pinion gear including a first pinion shaft ; - a second pinion gear meshed with the drive gear on a second side of the drive gear , the second pinion gear including a second pinion shaft ; - a third pinion gear meshed with the drive gear on a different plane than the first pinion gear and the second pinion gear, the third pinion gear includes a third pinion shaft ; and a centrifugal compression stage coupled to the second pinion shaft ; the integrally geared compressor being characterised in that it further comprises: - a positive displacement compression stage coupled to the drive shaft , wherein the positive displacement compression stage includes one or more screws , a connection method , and a screw gearing that allows for a speed adjustment of the positive displacement compression stage. - a drive gear, the drive gear including a drive shaft coupled to a drive unit; - a first pinion gear meshed with the drive gear on a first side of the drive gear , the first pinion gear including a first pinion shaft ; - a second pinion gear meshed with the drive gear on a second side of the drive gear , the second pinion gear including a second pinion shaft ; - a third pinion gear meshed with the drive gear on a different plane than the first pinion gear and the second pinion gear, the third pinion gear includes a third pinion shaft ; and a centrifugal compression stage coupled to the second pinion shaft ; the integrally geared compressor being characterised in that it further comprises: - a positive displacement compression stage coupled to the drive shaft , wherein the positive displacement compression stage includes one or more screws , a connection method , and a screw gearing that allows for a speed adjustment of the positive displacement compression stage. - a positive displacement compression stage coupled to the drive shaft , wherein the positive displacement compression stage includes one or more screws , a connection method , and a screw gearing that allows for a speed adjustment of the positive displacement compression stage.
A method of preventing or suppressing a false alarm during administration of food to a human or animal through a feeding tube having one or more temperature sensors configured to sense a change in temperature to generate sensor signals, which comprises: analyzing, by a processor, monitor, or controller that generates an alarm signal if certain preset temperature limits are exceeded, the temperature sensor signals to determine whether food is being administered; and if it is determined that food is administered, preventing or suppressing an alarm, wherein temperatures recorded from the one or more temperature sensor are compared to an algorithm to determine whether food is being administered. analyzing, by a processor, monitor, or controller that generates an alarm signal if certain preset temperature limits are exceeded, the temperature sensor signals to determine whether food is being administered; and if it is determined that food is administered, preventing or suppressing an alarm, wherein temperatures recorded from the one or more temperature sensor are compared to an algorithm to determine whether food is being administered.
An information processor comprising: a storage configured to store information related to an area (STORE) in which a user moves around; and a position calculator configured to calculate, based on a transmission signal of a communication device that moves together with the user, positions in the area of the communication device with the lapse of time; characterized by a measuring unit configured to measure time during which each of virtual points (P) continuously exists in a region (CR) with movement of the user, each of the virtual points (P) being defined at a point of intersection between virtual lines (Lx, Ly) that are arranged in grid in the area (STORE), the region centering at each position (Cm) that is calculated by the position calculator , wherein a size of the region (CR) is set to contain at least two of the virtual points (P). a storage configured to store information related to an area (STORE) in which a user moves around; and a position calculator configured to calculate, based on a transmission signal of a communication device that moves together with the user, positions in the area of the communication device with the lapse of time; characterized by a measuring unit configured to measure time during which each of virtual points (P) continuously exists in a region (CR) with movement of the user, each of the virtual points (P) being defined at a point of intersection between virtual lines (Lx, Ly) that are arranged in grid in the area (STORE), the region centering at each position (Cm) that is calculated by the position calculator , wherein a size of the region (CR) is set to contain at least two of the virtual points (P).
A duplicator assembly for forming a first void in a laminated material of a part that matches a second void in a scarf repair guide , the duplicator assembly comprising: an arm , comprising a first end portion and a second end portion , wherein the first end portion is spaced apart from the second end portion ; a probe , fixed to the first end portion of the arm and configured to trace the second void in the scarf repair guide ; a milling tool , fixed to the second end portion of the arm such that the milling tool is co-movably coupled with the probe via the arm ; and an articulatable arm coupled to the arm , wherein the articulatable arm is manually movable relative to the part and the scarf repair guide to manually move the arm relative to the part and the scarf repair guide . an arm , comprising a first end portion and a second end portion , wherein the first end portion is spaced apart from the second end portion ; a probe , fixed to the first end portion of the arm and configured to trace the second void in the scarf repair guide ; a milling tool , fixed to the second end portion of the arm such that the milling tool is co-movably coupled with the probe via the arm ; and an articulatable arm coupled to the arm , wherein the articulatable arm is manually movable relative to the part and the scarf repair guide to manually move the arm relative to the part and the scarf repair guide .
Biodegradable dendritic structure of formula I: wherein n is between 40-350; x is between 0-4; R 1 is selected from NH, O, or S; R 2 is selected from z is between 1-9; R 3 is R 2 with the proviso that at a dendritic structure end R 3 is wherein A is selected from an amine group, an amide group, an azide group, a hydroxyl group, a thiol group, a carboxyl group, an isocyanate, an alkene, or an alkyne group; y is between 1-9; R 4 or R 5 is a C 1 -C 6 alkyl chain; A, R 1 , R 2 , R 3 , R 4 , R 5 , n, x, y and z are independently selected from each other. n is between 40-350; x is between 0-4; R 1 is selected from NH, O, or S; R 2 is selected from z is between 1-9; R 3 is R 2 with the proviso that at a dendritic structure end R 3 is wherein A is selected from an amine group, an amide group, an azide group, a hydroxyl group, a thiol group, a carboxyl group, an isocyanate, an alkene, or an alkyne group; y is between 1-9; R 4 or R 5 is a C 1 -C 6 alkyl chain; A, R 1 , R 2 , R 3 , R 4 , R 5 , n, x, y and z are independently selected from each other.
A balancing arm , comprising a folding arm that extends between a first end that is held in position, and a second end on which a load is carried, a first folding arm portion that extends from the first end of the folding arm being pivotably connected via a friction hinge to a second folding arm portion that extends to the second end of the folding arm , further comprising a balancing force device that is arranged to act between the first and second ends of the folding arm across the friction hinge to balance the load carried on the second end of the folding arm , wherein the friction hinge is embodied as a friction hinge with adjustable friction, wherein the friction hinge includes a head and a socket arranged to pivot relative to each other when the first and second folding arm portions pivot, and a screw clamp connection extending across the friction hinge to cause the head and the socket to be engaged, characterized in that the head comprising a tapered contact surface of the head that cooperates with a correspondingly shaped tapered contact surface of the socket in a self-releasing clamp connection, the tapered contact surfaces simultaneously each forming both a bearing surface and a friction surface for the friction hinge .
Grinder , in particular for a coffee machine , having an upper grinding tool arranged in a housing and a lower grinding tool which can be rotated relative to the upper grinding tool for a grinding operation, wherein an adjusting device is provided for setting a degree of grinding for the material to be ground which is comminuted by the grinding tools , and the upper grinding tool is held on a carrier , characterized in that the carrier for the upper grinding tool is held on an adjusting element of the adjusting device so as to be displaceable in the vertical direction but non-rotatable, and the adjusting device comprises guide means for the carrier which, when the adjusting element is rotated, move the carrier with the upper grinding tool in the vertical direction to adjust the degree of grinding.
Safety control system for performing a safety function for at least one automation installation component , wherein the safety control system has a safety controller and one or more safety input means , and wherein the performance of the safety function is triggered by actuating one of the safety input means , wherein a display apparatus is arranged on each safety input means , wherein the display apparatus is configured to visualize an effective range of the safety function on the basis of a specified safety configuration of the safety controller when the automation installation component is connected to the safety controller , wherein the display apparatus is a first signal means whose colour can be changed, and characterized in that the automation installation component is assigned one or more second signal means whose colour can be changed, and in that the first signal means and the one or more second signal means visualize the effective range of the safety function by virtue of the colour of the first signal means and of the one or more second signal means matching.
A method of detecting one or more properties of a structure , wherein the method comprises: generating and storing calibration data determined from one or more test structures , wherein the one or more test structures are formed from a material that forms the structure ; emitting X-ray radiation into the structure to scan the structure ; detecting X-ray scatter from the structure ; and determining the one or more properties of the structure based on a comparison of the detected X-ray scatter and the calibration data, characterized by that the one or more properties are at least one of mechanical and thermal properties and include a variation level of polymeric bonds within the structure . generating and storing calibration data determined from one or more test structures , wherein the one or more test structures are formed from a material that forms the structure ; emitting X-ray radiation into the structure to scan the structure ; detecting X-ray scatter from the structure ; and determining the one or more properties of the structure based on a comparison of the detected X-ray scatter and the calibration data, characterized by that the one or more properties are at least one of mechanical and thermal properties and include a variation level of polymeric bonds within the structure .
Expansion anchor having - an anchor bolt with a rear face , - a displaceable body located adjacent to the anchor bolt , - at least one wedge body located in a front region of the anchor bolt , wherein the wedge body has a converging zone for displacing the displaceable body , and - an optically readable code , which is located at the rear face of the anchor bolt , characterized in that - the expansion anchor has at least one code protection protrusion , which projects, from the anchor bolt , rearwardly beyond the optically readable code . - an anchor bolt with a rear face , - a displaceable body located adjacent to the anchor bolt , - at least one wedge body located in a front region of the anchor bolt , wherein the wedge body has a converging zone for displacing the displaceable body , and - an optically readable code , which is located at the rear face of the anchor bolt , - the expansion anchor has at least one code protection protrusion , which projects, from the anchor bolt , rearwardly beyond the optically readable code .
An inkjet adhesive comprising a first photocurable compound having one (meth)acryloyl group, a second photocurable compound having two or more (meth)acryloyl groups, a photocurable and thermosetting compound containing 4-hydroxybutyl (meth)acrylate glycidyl ether, a photo-radical initiator, a thermosetting compound having one or more cyclic ether groups or cyclic thioether groups, and a compound capable of reacting with the thermosetting compound, the first photocurable compound containing alkyl (meth)acrylate having 8 to 21 carbon atoms, the compound capable of reacting with the thermosetting compound containing aromatic amine.
A lighting device comprising an envelope , a base , a solid-state light source , and an optical means , wherein the solid-state light source is optically coupled to the optical means , wherein the optical means is an element inside the lighting device separate from and not integrated with the envelope , wherein the optical means is provided with a light-outcoupling surface that allows outcoupling of light from the optical means by a surface roughness of the optical means , characterized in that the optical means comprises an optical fiber, wherein the surface roughness is provided along the fiber so that the emission along the fiber resembles the emission of a carbon filament lamp.
A truck or tractor semi-trailer combination comprising an electrical driveline, an electric energy storage battery system, hydrogen storage system and a plurality of fuel cell devices, each fuel cell device comprising a charge generating portion ; and one or more auxiliary portions auxiliary to the charge generating portion, wherein the truck is provided with a pair of elongated chassis beams extending along the length of the truck, wherein a storage space is defined between the chassis beams ; a front side member laterally extending across the chassis beams ; and a rear side cross beam; characterized in that at least one storage unit is provided that houses a fuel cell device, said storage unit comprising one or more mounts for suspending said storage unit relative to the chassis beams ; and further comprising an interface module for coupling an air supply duct , an hydrogen supply duct and a water drain duct , wherein the storage unit has a top part extending between the chassis beams in said storage space ; and a bottom part extending below the chassis beams and extending at least on one side laterally across the chassis beams .
A compound selected from: and or a pharmaceutically acceptable salt thereof for use in the treatment of a cancer, wherein the cancer is selected from the group consisting of non small cell lung carcinoma (NSCLC) and KRAS-mutated colorectal tumors.
Method for the spaced connection of printed circuit boards including the steps: - providing -- at least one installation unit comprising --- a distance element having an intake opening and --- a cover element (25; 25a; 25b; 25c), which covers the intake opening , -- a fixing element (4; 4d) per installation unit , -- a first printed circuit board and -- a second printed circuit board to be connected with the first printed circuit board , - positioning and fixing the distance element on the first printed circuit board , - penetrating the cover element (25; 25a; 25b; 25c) in the region of the intake opening , - inserting the fixing element (4; 4d) into the intake opening , and - connecting the second printed circuit board with the first printed circuit board by means of the fixing element (4; 4d). - providing -- at least one installation unit comprising --- a distance element having an intake opening and --- a cover element (25; 25a; 25b; 25c), which covers the intake opening , -- a fixing element (4; 4d) per installation unit , -- a first printed circuit board and -- a second printed circuit board to be connected with the first printed circuit board , -- at least one installation unit comprising --- a distance element having an intake opening and --- a cover element (25; 25a; 25b; 25c), which covers the intake opening , --- a distance element having an intake opening and --- a cover element (25; 25a; 25b; 25c), which covers the intake opening , -- a fixing element (4; 4d) per installation unit , -- a first printed circuit board and -- a second printed circuit board to be connected with the first printed circuit board , - positioning and fixing the distance element on the first printed circuit board , - penetrating the cover element (25; 25a; 25b; 25c) in the region of the intake opening , - inserting the fixing element (4; 4d) into the intake opening , and - connecting the second printed circuit board with the first printed circuit board by means of the fixing element (4; 4d).