mhurhangee/patent-ind-claim-en huggingface dataset:
Conveyor belt scale for transporting piece goods, having an infeed belt , a weighing belt and a discharge belt , wherein the weighing belt is supported on a weighing cell which detects the weight of piece goods transported via the weighing belt , wherein the conveyor belt scale comprises a metal detector which comprises at least one transmitter coil and at least one receiver coil , and wherein the conveyor belt scale comprises a conveyor belt which comprises a belt body about which a conveyor belt is guided in a revolving manner by way of deflection rollers assembled at the beginning and at the end, characterized in that the at least one transmitter coil and the at least one receiver coil are in each case embodied as a planar coil and in each case located in a plane which extends parallel to the upper lead of the conveyor belt and thus parallel to the conveying direction, and in that at least one coil of the metal detector is integrated in the belt body between the upper lead and the lower lead of the conveyor belt .
A handset for controlling a surgical operating table , characterized by the handset comprising a three-dimensional physical representation of a tabletop of a surgical operating table, the physical representation of the tabletop comprising a back section , a seat section and one or more leg sections , wherein at least one of the sections includes a respective sensor arranged to sense a force or movement applied to a surface of the respective section by a touch applied to the surface, and a control system within the handset which is connected to the sensor, the control system being arranged to generate an output control signal for transmission to the surgical operating table to be controlled in response to an input command of an applied force or applied movement sensed by the respective sensor.
An outdoor unit of an air-conditioning apparatus , the outdoor unit comprising a compressor , a heat exchanger , and a controller , wherein the controller includes a compressor driving circuit configured to drive the compressor , a harmonic suppressing unit configured to suppress harmonics in the compressor driving circuit , and a housing containing the compressor driving circuit and the harmonic suppressing unit ; the housing has a first section (A) having ventilation holes configured to allow communication between an outside and an inside, and a second section (B) constituting a frame outside the first section (A); the first section (A) contains the harmonic suppressing unit and a fan configured to blow air from inside the first section (A) to the outside through the ventilation holes , and the second section (B) contains the compressor driving circuit ; characterized in that the first section (A) contains a temperature detecting unit configured to detect a temperature inside the first section (A); and the controller controls the fan based on a detection value of the temperature detecting unit , and changes a direction of flow of air circulating between an outside and an inside of the housing , and the controller drives or stops the fan based on a determination as to whether a detection value of the temperature detecting unit reaches a target value. a compressor driving circuit configured to drive the compressor , a harmonic suppressing unit configured to suppress harmonics in the compressor driving circuit , and a housing containing the compressor driving circuit and the harmonic suppressing unit ; the housing has a first section (A) having ventilation holes configured to allow communication between an outside and an inside, and a second section (B) constituting a frame outside the first section (A); the first section (A) contains the harmonic suppressing unit and a fan configured to blow air from inside the first section (A) to the outside through the ventilation holes , and the second section (B) contains the compressor driving circuit ; characterized in that the first section (A) contains a temperature detecting unit configured to detect a temperature inside the first section (A); and the controller controls the fan based on a detection value of the temperature detecting unit , and changes a direction of flow of air circulating between an outside and an inside of the housing , and the controller drives or stops the fan based on a determination as to whether a detection value of the temperature detecting unit reaches a target value.
Pneumatic tyre for a vehicle, having formed on its outer surface at least one surface element with a contrast structure which imparts a roughness to the surface element , characterized in that the contrast structure is a large-area, nonuniform hill-and-dale contrast structure having an areal roughness value S a according to EN ISO 25178 of 50 μm to 150 μm, and in that , with each height surface (F 2 ) which extends parallel to the base level (N B ) of the hill-and-dale contrast structure , lies at a height (h 2 ) of 100 μm relative to the base level (N B ), and has an area of 1 mm x 1 mm, the nonuniform hill-and-dale contrast structure forms an intersection area which occupies 40% to 60% of the area of the height surface (F 2 ). in that the contrast structure is a large-area, nonuniform hill-and-dale contrast structure having an areal roughness value S a according to EN ISO 25178 of 50 μm to 150 μm, and in that , with each height surface (F 2 ) which extends parallel to the base level (N B ) of the hill-and-dale contrast structure , lies at a height (h 2 ) of 100 μm relative to the base level (N B ), and has an area of 1 mm x 1 mm, the nonuniform hill-and-dale contrast structure forms an intersection area which occupies 40% to 60% of the area of the height surface (F 2 ).
A magnetic film comprising: a first layer having a real part of complex magnetic permeability of 50 or more and an imaginary part of complex magnetic permeability of below 30 at 10 MHz, characterized by a second layer provided on the first layer and having a real part of complex magnetic permeability of 50 or more and an imaginary part of complex magnetic permeability of 30 or more at 10 MHz. a first layer having a real part of complex magnetic permeability of 50 or more and an imaginary part of complex magnetic permeability of below 30 at 10 MHz, characterized by a second layer provided on the first layer and having a real part of complex magnetic permeability of 50 or more and an imaginary part of complex magnetic permeability of 30 or more at 10 MHz.
A computer-implemented method for manipulating a drawing, comprising the steps of: a) obtaining, in a computer-aided design (CAD) building information modelling (BIM) application, a composite object, wherein: i. the composite object comprises a combination of two or more objects defining a 3D geometry; ii. the two or more objects are arranged in a system of dependent relationships; b) defining a 2D cross section of two or more objects of the composite object; c) clipping in the 2D cross section a 2D geometry of said two or more objects of the composite object, thereby selecting a pattern of an event, which is a planar topology comprised by the 2D cross section of two or more objects in a dependent relationship in the 3D geometry; d) in response to the selecting, separately displaying, on a display device communicatively coupled to the computer, the selected pattern in a drawable interface instance; e) applying one or more modifications to the pattern, whereby the one or more modifications are saved in a 2D patch, which comprises the cross section of the two or more objects comprised by the event and is linked to the pattern and/or the 3D geometry. a) obtaining, in a computer-aided design (CAD) building information modelling (BIM) application, a composite object, wherein: i. the composite object comprises a combination of two or more objects defining a 3D geometry; ii. the two or more objects are arranged in a system of dependent relationships; i. the composite object comprises a combination of two or more objects defining a 3D geometry; ii. the two or more objects are arranged in a system of dependent relationships; b) defining a 2D cross section of two or more objects of the composite object; c) clipping in the 2D cross section a 2D geometry of said two or more objects of the composite object, thereby selecting a pattern of an event, which is a planar topology comprised by the 2D cross section of two or more objects in a dependent relationship in the 3D geometry; d) in response to the selecting, separately displaying, on a display device communicatively coupled to the computer, the selected pattern in a drawable interface instance; e) applying one or more modifications to the pattern,
A lumen stent, comprising a tubular body , two inner branches and two outer branches which are respectively communicated with the tubular body , the tubular body comprising a first body segment , a tapered segment and a second body segment which are connected in sequence, wherein the tapered segment is provided with outer branch windows and inner branch windows , wherein a proximal end of the outer branches are connected to the outer branch windows and a distal end of the outer branches are located outside the tubular body , wherein a distal end of the inner branches are connected to the inner branch windows and the proximal end of the inner branches are located inside of the tubular body , and wherein the area of the inner branch windows is larger than that of the outer branch windows . wherein the tapered segment is provided with outer branch windows and inner branch windows , wherein a proximal end of the outer branches are connected to the outer branch windows and a distal end of the outer branches are located outside the tubular body , wherein a distal end of the inner branches are connected to the inner branch windows and the proximal end of the inner branches are located inside of the tubular body , and wherein the area of the inner branch windows is larger than that of the outer branch windows .
A polymeric composition comprising: a polyolefin polymer; a metallic acrylate salt; and an acid neutralizer, the acid neutralizer being sodium carbonate, sodium bicarbonate, sodium hydroxide, potassium hydroxide, zinc stearate, calcium stearate, a combination of zinc oxide and sodium carbonate, or a combination thereof. a polyolefin polymer; a metallic acrylate salt; and an acid neutralizer, the acid neutralizer being sodium carbonate, sodium bicarbonate, sodium hydroxide, potassium hydroxide, zinc stearate, calcium stearate, a combination of zinc oxide and sodium carbonate, or a combination thereof.
A gas turbine engine with a lubrication system , the gas turbine engine comprising: a ball bearing assembly ; a rotor circumscribing a rotational axis and journaled within the ball bearing assembly , wherein the ball bearing assembly further comprises: an inner race attached to the rotor ; a ball bearing adjacent to and located radially outward of the inner race ; an outer race adjacent to and located radially outward of the ball bearing ; and a retaining clip adjacent to the outer race and configured to retain the ball bearing assembly in place; and a lubrication system (104; 204) located radially outward from a rotational axis and radially outward and adjacent to the ball bearing assembly , the lubrication system (104; 204) comprising: a lubrication channel (124; 224) having an inlet and an outlet (126; 226); and a dispersion cone (128; 228) adjacent to the outlet (126; 226) of the lubrication channel (124; 224), wherein the dispersion cone (128; 228) is adjacent to an exterior surface of the ball bearing assembly and configured to evenly coat the ball bearing assembly with a lubricant; and wherein the dispersion cone (128; 228) further comprises a dispersion enhancement feature , characterized in that the dispersion enhancement feature is at least one airfoil shaped spar. a ball bearing assembly ; a rotor circumscribing a rotational axis and journaled within the ball bearing assembly , wherein the ball bearing assembly further comprises: an inner race attached to the rotor ; a ball bearing adjacent to and located radially outward of the inner race ; an outer race adjacent to and located radially outward of the ball bearing ; and a retaining clip adjacent to the outer race and configured to retain the ball bearing assembly in place; and an inner race attached to the rotor ; a ball bearing adjacent to and located radially outward of the inner race ; an outer race adjacent to and located radially outward of the ball bearing ; and a retaining clip adjacent to the outer race and configured to retain the ball bearing assembly in place; and a lubrication system (104; 204) located radially outward from a rotational axis and radially outward and adjacent to the ball bearing assembly , the lubrication system (104; 204) comprising: a lubrication channel (124; 224) having an inlet and an outlet (126; 226); and a dispersion cone (128; 228) adjacent to the outlet (126; 226) of the lubrication channel (124; 224), a lubrication channel (124; 224) having an inlet and an outlet (126; 226); and a dispersion cone (128; 228) adjacent to the outlet (126; 226) of the lubrication channel (124; 224), wherein the dispersion cone (128; 228) is adjacent to an exterior surface of the ball bearing assembly and configured to evenly coat the ball bearing assembly with a lubricant; and wherein the dispersion cone (128; 228) further comprises a dispersion enhancement feature , characterized in that the dispersion enhancement feature is at least one airfoil shaped spar.
A method to monitor a network comprising: constructing, by a controller device that manages a plurality of network devices , a deployed graph model comprising a plurality of models representative of services operating on the network devices within the network , the plurality of models including: a device model representing the network devices and resources of the network devices, a network model representing services and service endpoints, and a diagnosis model representing cause-and-effect relationships between resources and resource events, wherein at least one of the plurality of models includes dependencies between the network devices, resources of the network devices, services operating on the network devices, and multi-layer services; receiving an alert , by the controller device, that a service operating on one of the network devices is experiencing a failure; traversing, by the controller device, modeled dependencies within the deployed graph model to perform root cause analysis of the service that is experiencing the failure to determine a resource-level event causing the failure; and based on the traversing, providing, by the controller device, a report indicating the root cause of the failure. constructing, by a controller device that manages a plurality of network devices , a deployed graph model comprising a plurality of models representative of services operating on the network devices within the network , the plurality of models including: a device model representing the network devices and resources of the network devices, a network model representing services and service endpoints, and a diagnosis model representing cause-and-effect relationships between resources and resource events, wherein at least one of the plurality of models includes dependencies between the network devices, resources of the network devices, services operating on the network devices, and multi-layer services; receiving an alert , by the controller device, that a service operating on one of the network devices is experiencing a failure; traversing, by the controller device, modeled dependencies within the deployed graph model to perform root cause analysis of the service that is experiencing the failure to determine a resource-level event causing the failure; and based on the traversing, providing, by the controller device, a report indicating the root cause of the failure.
A process for recovery of sulfuric acid from a sulfuric acid-rich aqueous solution, the solution comprising between 40 wt-% and 63 wt-% sulfuric acid and at least one organic material comprising soluble and insoluble organic material, the process comprising: - treating said solution with 2 to 10 % hydrogen peroxide for enabling in situ formation of Caro's acid in the solution, at a temperature between 80 °C and 130°C wherein the soluble and insoluble organic material contained in the solution is transformed into at least one insoluble or gaseous species, and wherein the organic material is selected from galactose, rhamnose, arabinose, xylose, mannose, cellulose, glucose, hydroxymethylfurfural (HMF), galacturonic acid, lignin derivatives, levulinic acid, cellulose ethers and cellulose esters - removing or allowing separation of said insoluble or gaseous species from the acid solution; to yield a substantially enriched acid solution being substantially free of organic matter. - treating said solution with 2 to 10 % hydrogen peroxide for enabling in situ formation of Caro's acid in the solution, at a temperature between 80 °C and 130°C wherein the soluble and insoluble organic material contained in the solution is transformed into at least one insoluble or gaseous species, and wherein the organic material is selected from galactose, rhamnose, arabinose, xylose, mannose, cellulose, glucose, hydroxymethylfurfural (HMF), galacturonic acid, lignin derivatives, levulinic acid, cellulose ethers and cellulose esters - removing or allowing separation of said insoluble or gaseous species from the acid solution;
A method for manufacturing a package substrate for mounting a semiconductor device comprising: a first laminate preparing step of preparing a first laminate including a resin layer , a bonding layer that is provided on at least one surface side of the resin layer, is a non-metal layer that contains a resin and includes peeling means, wherein the peeling means includes an intermediate layer provided between the resin layer and the bonding layer, and a first metal layer provided on the bonding layer; a first wiring forming step of forming a first wiring conductor in the first laminate by etching the first metal layer ; a second laminate forming step of forming a second laminate by laminating an insulating resin layer and a second metal layer in this order on a surface of the first laminate , the surface being provided with the first wiring conductor ; a second wiring forming step of forming a second wiring conductor on the insulating resin layer by forming a non-through hole in the insulating resin layer , the non-through hole extending to the first wiring conductor , and subjecting the insulating resin layer with the non-through hole formed therein to electrolytic plating and/or electroless plating; and a peeling step of peeling at least the resin layer off from the second laminate with the second wiring conductor formed therein, wherein the peeling step includes a step of removing at least the bonding layer from the second laminate with at least the resin layer peeled therefrom. a first laminate preparing step of preparing a first laminate including a resin layer , a bonding layer that is provided on at least one surface side of the resin layer, is a non-metal layer that contains a resin and includes peeling means, wherein the peeling means includes an intermediate layer provided between the resin layer and the bonding layer, and a first metal layer provided on the bonding layer; a first wiring forming step of forming a first wiring conductor in the first laminate by etching the first metal layer ; a second laminate forming step of forming a second laminate by laminating an insulating resin layer and a second metal layer in this order on a surface of the first laminate , the surface being provided with the first wiring conductor ; a second wiring forming step of forming a second wiring conductor on the insulating resin layer by forming a non-through hole in the insulating resin layer , the non-through hole extending to the first wiring conductor , and subjecting the insulating resin layer with the non-through hole formed therein to electrolytic plating and/or electroless plating; and a peeling step of peeling at least the resin layer off from the second laminate with the second wiring conductor formed therein, wherein the peeling step includes a step of removing at least the bonding layer from the second laminate with at least the resin layer peeled therefrom.
An immunoconjugate wherein a compound of the formula (I) wherein X is a nucleophilically displaceable leaving group, or a pharmaceutically acceptable salt thereof, is conjugated at the -NH 2 group thereof via a peptidyl linker to an antibody or an antigen binding fragment of such antibody.
Method for generating and purifying a synthesis gas stream, having the steps of: - generating a CO- and H 2 -containing synthesis gas stream (S) from a hydrocarbon-containing insert in a gas generating unit , - separating at least CO 2 from the synthesis gas stream (S), and - cryogenically separating CO from the synthesis gas stream (S), characterized in that CO2, which is present at a concentration in the range of 5 vol% to 30 vol% in the synthesis gas stream (S), is depleted to less than 10 vol. ppm by means of a temperature change adsorption from the synthesis gas stream (S) upstream of the cryogenic separation of CO, wherein CO 2 is adsorbed at an adsorbent, and wherein upon adsorption of CO 2 the adsorbent is cooled by means of indirect thermal transfer from the adsorbent to the thermal transfer medium, and the adsorbent charged with CO 2 is at least partially heated via indirect thermal transfer from a thermal transfer medium to the adsorbent for desorption of CO 2 , wherein the adsorbed CO 2 is desorbed at a pressure ranging from 5 bar to 90 bars, preferably 15 bar to 60 bar, and is returned into the gas generating unit as an educt for the generation of synthesis gas. - generating a CO- and H 2 -containing synthesis gas stream (S) from a hydrocarbon-containing insert in a gas generating unit , - separating at least CO 2 from the synthesis gas stream (S), and - cryogenically separating CO from the synthesis gas stream (S), characterized in that
A light guide film , comprising: a substrate film ; a coating layer positioned in at least a part of one surface of the substrate film; an incidence portion which causes light in a specific wavelength range in incident light from outside to be incident to the inside of the substrate film; an emission portion which emits, to the outside, the light in the specific wavelength range having been incident from the incidence portion and guided inside the substrate film, wherein the incidence portion is constituted by a diffraction structure , the light guide film characterised by comprising a high refractive index layer having a higher refractive index than a refractive index of the coating layer, wherein the diffraction structure has irregularities in a thickness direction of the substrate film in a desired part of the coating layer, and the high refractive index layer is provided on the coating layer. a substrate film ; a coating layer positioned in at least a part of one surface of the substrate film; an incidence portion which causes light in a specific wavelength range in incident light from outside to be incident to the inside of the substrate film; an emission portion which emits, to the outside, the light in the specific wavelength range having been incident from the incidence portion and guided inside the substrate film, wherein the incidence portion is constituted by a diffraction structure , the light guide film characterised by comprising a high refractive index layer having a higher refractive index than a refractive index of the coating layer, wherein the diffraction structure has irregularities in a thickness direction of the substrate film in a desired part of the coating layer, and the high refractive index layer is provided on the coating layer.