mhurhangee/patent-ind-claim-en huggingface dataset:
An electrophotographic member comprising: an electro conductive substrate ; and an electroconductive layer on or above the substrate, an outer surface of the electrophotographic member having electrically insulating first regions and an electroconductive second region, each of the first regions being adjacent to the second region, characterized in that : assuming that a square region having a side length of 300 μm is put on an outer surface of the electrophotographic member, the first regions are included in the square region, and assuming that Voronoi tessellation is conducted with respect to the first regions in the square region to create a plurality of Voronoi polygons each of which includes one of the first regions, a coefficient of variation of S1/SV is from 0.10 to 1.00, where SV denotes a plane area of each of the Voronoi polygons, and S1 denotes a plane area of each of the first regions included in each of the Voronoi polygons. an electro conductive substrate ; and an electroconductive layer on or above the substrate, an outer surface of the electrophotographic member having electrically insulating first regions and an electroconductive second region, each of the first regions being adjacent to the second region, characterized in that : assuming that a square region having a side length of 300 μm is put on an outer surface of the electrophotographic member, the first regions are included in the square region, and assuming that Voronoi tessellation is conducted with respect to the first regions in the square region to create a plurality of Voronoi polygons each of which includes one of the first regions, assuming that a square region having a side length of 300 μm is put on an outer surface of the electrophotographic member, the first regions are included in the square region, and assuming that Voronoi tessellation is conducted with respect to the first regions in the square region to create a plurality of Voronoi polygons each of which includes one of the first regions, a coefficient of variation of S1/SV is from 0.10 to 1.00, where SV denotes a plane area of each of the Voronoi polygons, and S1 denotes a plane area of each of the first regions included in each of the Voronoi polygons.
Heat exchanger for a solid bulk material, comprising - a jacket , - a treatment chamber arranged within the jacket , which is connected to a product inlet in the upper region of the heat exchanger and at least one product outlet in the lower region of the heat exchanger and has the shape of a substantially vertically aligned hollow cylinder, wherein the hollow cylinder is delimited by an inner cylinder wall and by an outer cylinder wall , - an inner cylindrical gas chamber within the inner cylinder wall of the treatment chamber , which is connected to a gas inlet , - an outer hollow cylindrical gas chamber between the outer cylinder wall of the treatment chamber and the jacket of the heat exchanger , which is connected to a gas outlet , wherein the inner cylinder wall and the outer cylinder wall are gas-permeable, but the particles of the solid bulk material substantially cannot pass through the cylinder walls , characterized in that the inner cylinder wall has a height (h1) which is greater than the height (h2) of the outer cylinder wall . - a jacket , - a treatment chamber arranged within the jacket , which is connected to a product inlet in the upper region of the heat exchanger and at least one product outlet in the lower region of the heat exchanger and has the shape of a substantially vertically aligned hollow cylinder, wherein the hollow cylinder is delimited by an inner cylinder wall and by an outer cylinder wall , - an inner cylindrical gas chamber within the inner cylinder wall of the treatment chamber , which is connected to a gas inlet , - an outer hollow cylindrical gas chamber between the outer cylinder wall of the treatment chamber and the jacket of the heat exchanger , which is connected to a gas outlet , wherein the inner cylinder wall and the outer cylinder wall are gas-permeable, but the particles of the solid bulk material substantially cannot pass through the cylinder walls , characterized in that the inner cylinder wall has a height (h1) which is greater than the height (h2) of the outer cylinder wall .
Method for forming an image having a predetermined gloss, the method providing the steps of : a. Selecting a gloss level; b. Selecting a radiation-curable ink composition; c. Applying the radiation-curable ink composition onto a recording medium, thereby forming the image ; d. Curing the radiation-curable ink composition applied onto the recording medium, characterized In that in step b, the radiation-curable ink composition is selected based on the selected gloss level, wherein the radiation-curable ink composition is selected from an ink set comprising a first radiation-curable ink composition and a second radiation-curable ink composition, wherein the first radiation-curable ink composition comprises a first amount of an acrylate compound and a first amount of a methacrylate monomer, wherein the second radiation-curable ink composition comprises a second amount of an acrylate compound and a second amount of a methacrylate monomer, wherein the first amount of acrylate compound is higher than the second amount of acrylate compound, and wherein the first amount of methacrylate compound is lower than the second amount of methacrylate compound. a. Selecting a gloss level; b. Selecting a radiation-curable ink composition; c. Applying the radiation-curable ink composition onto a recording medium, thereby forming the image ; d. Curing the radiation-curable ink composition applied onto the recording medium,
An ultrasonic transducer including: a wear cap characterized in that the wear cap is in contact with a piezoelectric element; wherein the wear cap includes at least two slots arranged to define a strip and the strip is arranged to be in vibrational communication with the piezoelectric element; and wherein the strip runs in a direction within 45° of the axis of polarisation of the piezoelectric element. a wear cap characterized in that the wear cap is in contact with a piezoelectric element; wherein the wear cap includes at least two slots arranged to define a strip and the strip is arranged to be in vibrational communication with the piezoelectric element; and wherein the strip runs in a direction within 45° of the axis of polarisation of the piezoelectric element.
A protective shield for mounting in front of a face of a wearer in an as worn orientation, with the shield extending across the eyes of the wearer, the protective shield comprising at least one arcuate lens portion that, in the as worn orientation, curves across an eye of the wearer, the arcuate lens portion having a first, horizontal curvature extending in a horizontal direction and a second, vertical curvature extending in a vertical direction; wherein the respective curvatures refer to a curvature of a front surface or back surface of the arcuate lens portion; wherein said second, vertical curvature is a horizontally varying vertical curvature (κ); characterized in that the protective shield is adapted for use in a protective helmet , the helmet having left and right temporal sides ; wherein the arcuate lens portion is a single arcuate lens portion that, in the as worn orientation, curves across the eyes and nose of the wearer and extends towards the left and right temporal sides of the helmet; and wherein the arcuate lens portion comprises a flat horizontal edge ; and wherein the vertical curvature (κ) decreases horizontally from a central region of the arcuate lens portion towards a temporal side region in the as worn orientation.
A method for distinguishing between low-grade squamous intraepithelial lesions (LSIL) that are likely to progress to high-grade squamous intraepithelial lesions (HSIL) and LSIL that are likely to regress to negative, the method comprising the steps of: - providing a biological sample obtained from a subject wherein the biological sample comprises cervical cells; - obtaining a Raman spectrum for the biological sample; and - analysing the Raman spectrum to determine whether the Raman spectrum falls within one or more predefined classes of cells comprising using a classification model built using a database of reference Raman spectra, wherein the one or more predefined classes of cells comprise cells comprising LSIL that are likely to progress to HSIL and cells comprising LSIL that are likely to regress to negative. - providing a biological sample obtained from a subject wherein the biological sample comprises cervical cells; - obtaining a Raman spectrum for the biological sample; and - analysing the Raman spectrum to determine whether the Raman spectrum falls within one or more predefined classes of cells comprising using a classification model built using a database of reference Raman spectra, wherein the one or more predefined classes of cells comprise cells comprising LSIL that are likely to progress to HSIL and cells comprising LSIL that are likely to regress to negative.
Method for reducing the pollutant emissions from combustion engines, characterised in that an aqueous solution containing a polymerisate made of citric acid and glycerine as an additive is supplied to the combustion chamber of the engine.
A communication method, comprising: receiving downlink control information, DCI, from a base station, wherein the DCI carries a carrier assignment indication field comprising a first code and a second code, the first code indicates a total number of scheduled carriers in all configured carriers, and the second code indicates an accumulative number M of a current scheduled carrier, and the accumulative number M is an integer greater than or equal to 1; sending hybrid automatic repeat request, HARQ, information to the base station according to the carrier assignment indication field in the DCI. receiving downlink control information, DCI, from a base station, wherein the DCI carries a carrier assignment indication field comprising a first code and a second code, the first code indicates a total number of scheduled carriers in all configured carriers, and the second code indicates an accumulative number M of a current scheduled carrier, and the accumulative number M is an integer greater than or equal to 1; sending hybrid automatic repeat request, HARQ, information to the base station according to the carrier assignment indication field in the DCI.
Mobile surveillance system adapted for patrolling a surveillance area of a facility, particularly of a building, the system comprising a plurality of sensors, in particular comprising at least two cameras , wherein the system comprises at least one unmanned ground vehicle (UGV; 210) that is adapted to move autonomously on a ground of the surveillance area, the UGV comprising a housing enclosing - a first battery ; - first sensor means, particularly comprising a first camera , the first sensor means being adapted to generate first sensor data, - a first computing unit comprising a processor and a data storage, the first computing unit being adapted to receive and evaluate the first sensor data in real time, the system comprises at least one unmanned aerial vehicle (UAV; 220), the UGV and the UAV being adapted for collaboratively patrolling the surveillance area, in particular autonomously, wherein - the UAV comprises second sensor means , particularly comprising a second camera , the second sensor means being adapted to generate second sensor data , - the UGV comprises a first data exchange module and the UAV comprises a second data exchange module , the first and second data exchange modules being adapted to exchange data ; characterized in that , - the first computing unit is adapted to receive and evaluate the second sensor data in real time. - a first battery ; - first sensor means, particularly comprising a first camera , the first sensor means being adapted to generate first sensor data, - a first computing unit comprising a processor and a data storage, the first computing unit being adapted to receive and evaluate the first sensor data in real time, - the UAV comprises second sensor means , particularly comprising a second camera , the second sensor means being adapted to generate second sensor data , - the UGV comprises a first data exchange module and the UAV comprises a second data exchange module , the first and second data exchange modules being adapted to exchange data ; characterized in that , - the first computing unit is adapted to receive and evaluate the second sensor data in real time.
A steam turbine , comprising: a plurality of runners ; and a plurality of guides ; a throat defined between two neighboring flow guides, characterized in that the runners are controlled flow runners and the guides are controlled flow guides, and in that the plurality of controlled flow guides comprise an upstream passage ratio W up / W of 0.4 to 0.7, wherein the upstream passage ratio W up / W is defined as a ratio between a distance, measured along a steam turbine axial direction, from an axially upstream end of a flow guide and the axial position of the throat on the suction side of the guide, and the total length of the guide when measured along the steam turbine axial direction. a plurality of runners ; and a plurality of guides ; a throat defined between two neighboring flow guides, characterized in that the runners are controlled flow runners and the guides are controlled flow guides, and in that the plurality of controlled flow guides comprise an upstream passage ratio W up / W of 0.4 to 0.7, wherein the upstream passage ratio W up / W is defined as a ratio between a distance, measured along a steam turbine axial direction, from an axially upstream end of a flow guide and the axial position of the throat on the suction side of the guide, and the total length of the guide when measured along the steam turbine axial direction.
A recording element which is suitable for the production of high-resolution flexographic printing plates by means of digital information transmission, that can be imagined with actinic laser radiation or that is imaged, said recording element comprises or consists of the following layers arranged one above the other in the stated sequence: (A) a carrier film, optionally provided with an adhesive layer on the side provided with a photopolymerizable layer/relief layer, (B) a photopolymerizable layer/relief layer which is soluble in organic solvents and/or aqueous solvents and which is crosslinkable by actinic radiation, (D) a recordable template layer comprising a monomeric diazonium compound which is photosensitive to actinic laser radiation and undergoes a change in actinic density by development or (Da) an imaged template layer in which the monomeric diazonium compound is destroyed by actinic laser radiation in at least an area and has an increased actinic density in at least one unexposed area due to development. (A) a carrier film, optionally provided with an adhesive layer on the side provided with a photopolymerizable layer/relief layer, (B) a photopolymerizable layer/relief layer which is soluble in organic solvents and/or aqueous solvents and which is crosslinkable by actinic radiation, (D) a recordable template layer comprising a monomeric diazonium compound which is photosensitive to actinic laser radiation and undergoes a change in actinic density by development or (Da) an imaged template layer in which the monomeric diazonium compound is destroyed by actinic laser radiation in at least an area and has an increased actinic density in at least one unexposed area due to development.
Patient support apparatus comprising a substantially rigid support deck for supporting a patient support element , and at least eight sensing elements , wherein each sensing element is configured to determine the force or pressure applied to it by the patient support element and a patient on the patient support element , the apparatus further including one or more processors coupled to the sensing elements and configured to determine a location for the centre of gravity of a patient on the patient support element from the sensing element outputs; wherein the patient support apparatus includes two removable rigid sensing boards and wherein each rigid sensing board includes four of said sensing elements , each of the four sensing elements located at one of four corners of the rigid sensing board on the underside of the rigid sensing board ; wherein the support deck is divided into a deck first section , a deck thigh section , a deck seat section and a deck back rest section ; and wherein one sensing board is located on the deck thigh section and the other sensing board is located on the deck seat section . wherein the patient support apparatus includes two removable rigid sensing boards and wherein each rigid sensing board includes four of said sensing elements , each of the four sensing elements located at one of four corners of the rigid sensing board on the underside of the rigid sensing board ; wherein the support deck is divided into a deck first section , a deck thigh section , a deck seat section and a deck back rest section ; and wherein one sensing board is located on the deck thigh section and the other sensing board is located on the deck seat section .
A computer implemented method of determining structural variations in a genome of a microorganism, particularly a bacterial microorganism, comprising: obtaining or providing a first data set of gene sequences of a plurality of clinical isolates of the microorganism, wherein optionally at least a part of the gene sequences of the first data set are assembled; analyzing the gene sequences of the first data set for structural variations of the genome to obtain a third data set of structural variants, wherein a structural variation of the genome is where at least two adjacent bases in a gene sequence are changed, and wherein the structural variations are detected alignment-free or annotated to a pan-genome; providing a second data set of antimicrobial drug, e.g. antibiotic, resistance and/or susceptibility of the plurality of clinical isolates of the microorganism; correlating the third data set with the second data set and statistically analyzing the correlation; and determining the structural variations in the genome of the microorganism associated with antimicrobial drug, e.g. antibiotic, resistance. obtaining or providing a first data set of gene sequences of a plurality of clinical isolates of the microorganism, wherein optionally at least a part of the gene sequences of the first data set are assembled; analyzing the gene sequences of the first data set for structural variations of the genome to obtain a third data set of structural variants, wherein a structural variation of the genome is where at least two adjacent bases in a gene sequence are changed, and wherein the structural variations are detected alignment-free or annotated to a pan-genome; providing a second data set of antimicrobial drug, e.g. antibiotic, resistance and/or susceptibility of the plurality of clinical isolates of the microorganism; correlating the third data set with the second data set and statistically analyzing the correlation; and determining the structural variations in the genome of the microorganism associated with antimicrobial drug, e.g. antibiotic, resistance.
A turbine blade comprising: an airfoil including a pressure side and a suction side ; a platform including a pressure side wall and a suction side wall , and having a leading edge end wall and a trailing edge end wall , wherein a radially inwardly extending extension extends from a radially inner face of said platform , and to define a space ; a pocket positioned under the platform on the pressure side ; and a hole having a first end communicating with the pocket , characterized in that : the hole further comprises a second end communicating with the pressure side wall , said second end being spaced toward said trailing edge end wall relative to said radially inwardly extending extension . an airfoil including a pressure side and a suction side ; a platform including a pressure side wall and a suction side wall , and having a leading edge end wall and a trailing edge end wall , wherein a radially inwardly extending extension extends from a radially inner face of said platform , and to define a space ; a pocket positioned under the platform on the pressure side ; and a hole having a first end communicating with the pocket , characterized in that : the hole further comprises a second end communicating with the pressure side wall , said second end being spaced toward said trailing edge end wall relative to said radially inwardly extending extension .
A terminal , comprising: a reception section that is configured to receive a downlink control information, DCI, for scheduling a physical uplink shared channel, PUSCH; and a control section that is configured to perform transmission of the PUSCH corresponding to the DCI at a predetermined transmission time interval, TTI, and to perform the transmission of the PUSCH on a time period after a non-transmission period, which has a length between reception of the DCI for PUSCH and transmission of the PUSCH, which is determined based on a capability of the terminal for PUSCH, wherein the control section is configured to set the predetermined TTI to the same TTI as a TTI for when the reception section received the DCI. a reception section that is configured to receive a downlink control information, DCI, for scheduling a physical uplink shared channel, PUSCH; and a control section that is configured to perform transmission of the PUSCH corresponding to the DCI at a predetermined transmission time interval, TTI, and to perform the transmission of the PUSCH on a time period after a non-transmission period, which has a length between reception of the DCI for PUSCH and transmission of the PUSCH, which is determined based on a capability of the terminal for PUSCH, wherein the control section is configured to set the predetermined TTI to the same TTI as a TTI for when the reception section received the DCI.
Hydraulic cylinder for operating a work element of a work vehicle, said hydraulic cylinder comprising a housing defining an inner volume and a piston slidably movable inside said housing in tight manner so as to divide said volume into two fluidly separated portions , said piston being connected by a rod to said work element, said housing defining two openings respectively connected to said portions for allowing the alternatively passage of a fluid in pressure so as to move accordingly said piston inside a longitudinal axis (A) of said cylinder , said hydraulic cylinder further comprising at least a cushioning device configured to dampen the movements of said piston inside said volume and stroke variation means configured to vary the positioning of said cushioning device inside said volume so as to vary the dampened stroke (X") of said piston , wherein said cushioning device defines a gap (Y") with said housing which is narrower than a gap (Y') defined by said rod and said housing , the passage of fluid in said narrower gap (Y") defining said dampening to said piston , said hydraulic cylinder being characterized in that said stroke variation means vary the position of said cushioning device thanks to a hydraulic pressure exerted on said cushioning device and are controlled hydraulically via a dedicated hydraulic line . wherein said cushioning device defines a gap (Y") with said housing which is narrower than a gap (Y') defined by said rod and said housing , the passage of fluid in said narrower gap (Y") defining said dampening to said piston , said hydraulic cylinder being characterized in that said stroke variation means vary the position of said cushioning device thanks to a hydraulic pressure exerted on said cushioning device and are controlled hydraulically via a dedicated hydraulic line .