mhurhangee/ep-ind-claims huggingface dataset:
A screen-shooting method for a guest operating system in a computer apparatus, wherein, the computer apparatus comprises a host operating system, and a guest operating system is displayed through a display window on the host operating system and assigned to the guest operating system, the method comprising: receiving a screen-shooting request from the guest operating system; looking up, from a display layer repository, a layer corresponding to the display window on the host operating system and assigned to the guest operating system, wherein, the display layer repository stores layers corresponding respectively to display windows on the host operating system and assigned to each of a plurality of guest operating systems; and transmitting the layer to the guest operating system as a displayed guest operating system screenshot. receiving a screen-shooting request from the guest operating system; looking up, from a display layer repository, a layer corresponding to the display window on the host operating system and assigned to the guest operating system, wherein, the display layer repository stores layers corresponding respectively to display windows on the host operating system and assigned to each of a plurality of guest operating systems; and transmitting the layer to the guest operating system as a displayed guest operating system screenshot.
A drive roller, for driving a wheel of a vehicle in rotation, comprising: • rigid reinforcement defining a hub for rotation of the roller about an axis of rotation X, characterized in that the drive roller also comprises a plurality of bars regularly arranged around the hub and extending parallel to the axis X; and • bushings, each engaged on a respective one of the bars and each comprising an outer rigid ring surrounding a bushing body made of deformable material, the drive roller also comprising a deformable band extending around the bushings in order to define a tread for the roller. • rigid reinforcement defining a hub for rotation of the roller about an axis of rotation X, characterized in that the drive roller also comprises a plurality of bars regularly arranged around the hub and extending parallel to the axis X; and • bushings, each engaged on a respective one of the bars and each comprising an outer rigid ring surrounding a bushing body made of deformable material,
A variable section nozzle comprising an ejection casing and a plurality of internal flaps arranged in a ring downstream from the ejection casing, each internal flap being connected to the ejection casing by a movable lever (210; 220) pivotally mounted to the downstream end of the ejection casing, each lever being movable between a first position in which the internal flaps are in a high position and a second position in which the internal flaps are in a folded-down position, the nozzle further comprising a plurality of rigid movement transmission parts distributed circumferentially around the ejection casing, each rigid movement transmission part being connected respectively to two adjacent levers (210, 220) by first and second connecting rods (240, 241), each rigid movement transmission part also being connected to a control actuator, each rigid movement transmission part being suitable for moving in a direction corresponding to the axial direction (XX') of the nozzle under the action of the control actuator to which it is connected in such a manner as to move the adjacent levers between the first and second positions; the nozzle being characterized in that each rigid movement transmission part is connected to a guide carriage slidably mounted in a respective slideway, each slideway being fastened on the ejection casing upstream from the levers (210, 220) in a direction corresponding to the axial direction (XX') of the nozzle, each slideway being in axial alignment with a control actuator, or in that each rigid movement transmission part is connected to two guide carriages (460, 461) each slidably mounted in a respective slideway (470; 471), each slideway being fastened on the ejection casing upstream from each lever (410; 420) in a direction corresponding to the axial direction (XX') of the nozzle, the slideways being offset in the circumferential direction relative to each control actuator.
A method for analyzing DNA from a single cell, said method comprising: (a) providing a single cell, wherein said provision does not involve the destruction of any human embryos; (b) performing whole genome amplification of the genome of said single cell to produce an amplified genome; (c) preamplifying the amplified genome to produce a preamplification reaction mixture comprising a plurality of amplicons specific for target nucleic acids, wherein the preamplification reaction mixture is distributed into separate chambers of a low-volume polymerase chain reaction apparatus, and said chambers are from 2 nL to 500 nL in volume; and (d) amplifying by PCR and detecting the plurality of amplicons; wherein the amplicons are detected by a method selected from a real-time quantitation method, determining the presence of amplification product after a predetermined number of cycles, and melting curve analysis; and wherein PCR assays for the presence of at least 5 target nucleic acids are carried out. (a) providing a single cell, wherein said provision does not involve the destruction of any human embryos; (b) performing whole genome amplification of the genome of said single cell to produce an amplified genome; (c) preamplifying the amplified genome to produce a preamplification reaction mixture comprising a plurality of amplicons specific for target nucleic acids, wherein the preamplification reaction mixture is distributed into separate chambers of a low-volume polymerase chain reaction apparatus, and said chambers are from 2 nL to 500 nL in volume; and (d) amplifying by PCR and detecting the plurality of amplicons;
An aqueous coating composition comprising (a) from 20 to 79 % by weight, preferably from 30 to 69 % by weight, more preferably from 35 to 64 % by weight, and most preferably from 40 to 59 % by weight, of a dispersed polymeric binder, (b) from 20 to 79 % by weight, preferably from 30 to 69 % by weight, more preferably from 35 to 64 % by weight, and most preferably from 40 to 59 % by weight, of aluminum hydroxide oxide particles, (c) from 0.1 to 10% by weight, preferably from 0.3 to 5 % by weight, more preferably from 0.5 to 2 % by weight, of dissolved multivalent metal cations, and (d) inorganic and/or organic counteranions of the metal cations, wherein the weight percentages are based on the solids content of the aqueous coating composition. (a) from 20 to 79 % by weight, preferably from 30 to 69 % by weight, more preferably from 35 to 64 % by weight, and most preferably from 40 to 59 % by weight, of a dispersed polymeric binder, (b) from 20 to 79 % by weight, preferably from 30 to 69 % by weight, more preferably from 35 to 64 % by weight, and most preferably from 40 to 59 % by weight, of aluminum hydroxide oxide particles, (c) from 0.1 to 10% by weight, preferably from 0.3 to 5 % by weight, more preferably from 0.5 to 2 % by weight, of dissolved multivalent metal cations, and (d) inorganic and/or organic counteranions of the metal cations,
Implant analogue and analogue bearing body for receiving in a saw-cut model for preparation of a dental prosthesis, wherein the implant analogue can be inserted in the analogue bearing body, - wherein the analogue bearing body either has a barrel-shaped external structure, regions of the cross sections of which are elliptical in design, or has a barrel contour in a wider longitudinal sectional shape which is adjoined by a tubular section, - wherein the analogue bearing body has rearward grips (76, 78) for securing its axial position in the saw-cut model, - wherein the analogue bearing body has as least one non-circular, elliptical cross-sectional shape for securing against twisting about its centre line in the saw-cut model, - wherein the analogue bearing body has a recess, at least part of which has internal surfaces for form-fitting mounting of the implant analogue, on which the implant analogue can be secured in a position that is torsion-proof and precisely reproducible in a longitudinal direction, - wherein the analogue bearing body, at least regions of which are elastic, is manufactured from a material having a modulus of elasticity between 1000 and 5000 N/mm 2, - wherein the analogue bearing body has at least a first detent element in the recess, - wherein at least part of the implant analogue has external surfaces with which it can be brought into position bearing flat against the internal surfaces of the analogue bearing body, - wherein a least one second detent element is arranged on the outside of the implant analogue, which detent element can be attached detachably to the first detent element of the analogue bearing body. - wherein the analogue bearing body either has a barrel-shaped external structure, regions of the cross sections of which are elliptical in design, or has a barrel contour in a wider longitudinal sectional shape which is adjoined by a tubular section, - wherein the analogue bearing body has rearward grips (76, 78) for securing its axial position in the saw-cut model, - wherein the analogue bearing body has as least one non-circular, elliptical cross-sectional shape for securing against twisting about its centre line in the saw-cut model, - wherein the analogue bearing body has a recess, at least part of which has internal surfaces for form-fitting mounting of the implant analogue, on which the implant analogue can be secured in a position that is torsion-proof and precisely reproducible in a longitudinal direction, - wherein the analogue bearing body, at least regions of which are elastic, is manufactured from a material having a modulus of elasticity between 1000 and 5000 N/mm 2, - wherein the analogue bearing body has at least a first detent element in the recess, - wherein at least part of the implant analogue has external surfaces with which it can be brought into position bearing flat against the internal surfaces of the analogue bearing body, - wherein a least one second detent element is arranged on the outside of the implant analogue, which detent element can be attached detachably to the first detent element of the analogue bearing body.
An apparatus for making a beverage, comprising: - an infusion chamber suitable for receiving a capsule containing a food substance for making a beverage; - an insertion opening for inserting the capsule into the apparatus; - a transfer channel for the capsule, which connects the insertion opening to the infusion chamber; - an image acquisition device which is intended, in use, to acquire at least one image of a portion of the capsule, the image acquisition device including an optical sensor facing an image capture zone in which, in use, said capsule is located or passes; - a viewing window, made of transparent material, which is interposed between the optical sensor and the image capture zone, the viewing window having a first face facing the optical sensor and a second face facing the image capture zone; characterised in that the apparatus comprises a heating element applied to the viewing window or incorporated in the viewing window, wherein the heating element is an electrical resistor-type heater and is electrically connectable to an electricity supply, the heating element being intended for heating the viewing window during use of the apparatus. - an infusion chamber suitable for receiving a capsule containing a food substance for making a beverage; - an insertion opening for inserting the capsule into the apparatus; - a transfer channel for the capsule, which connects the insertion opening to the infusion chamber; - an image acquisition device which is intended, in use, to acquire at least one image of a portion of the capsule, the image acquisition device including an optical sensor facing an image capture zone in which, in use, said capsule is located or passes; - a viewing window, made of transparent material, which is interposed between the optical sensor and the image capture zone, the viewing window having a first face facing the optical sensor and a second face facing the image capture zone;
Electric motor for an air blowing device, comprising a rotor placed around a stator and carrying at least one permanent magnet, and a support for said rotor and for said stator which is suitable for dissipating heat, the support for said rotor and for said stator being made of a single piece comprising: - a plate used as a heat sink, the plate forming a heat sink carrying a control electronic board for the supply of power to the coils of the stator, - a cylinder supplied with an internal canal opening substantially at the center of the plate and used as a support element for said rotor and for said stator, characterized in that the control electronic board is placed on the side of the plate that is orientated away from the cylinder, the electric motor including a shielding cap corresponding to a stamped foil of metal and having an annular shape, said shielding cap being arranged between said rotor and said stator and fixed to the support for said rotor and for said stator by a means for fixing. - a plate used as a heat sink, the plate forming a heat sink carrying a control electronic board for the supply of power to the coils of the stator, - a cylinder supplied with an internal canal opening substantially at the center of the plate and used as a support element for said rotor and for said stator,
A scroll-type fluid machine, comprising: a stationary scroll; an orbiting scroll that is provided opposing the stationary scroll and undergoes turning movement; a casing provided on the outside of the orbiting scroll; a drive shaft that drives and turns the orbiting scroll; a boss plate part that is provided separated from the orbiting scroll and is connected to the drive shaft; and a plurality of rotation prevention mechanisms provided between the boss plate part and the casing, wherein: the boss plate part includes a plurality of rotation prevention mechanism-side boss plate parts connected to the rotation prevention mechanisms and a drive shaft-side boss plate part connected to the drive shaft, and spaces are provided between the rotation prevention mechanism-side boss plate parts and the drive shaft-side boss plate part, characterized in that: a plurality of the rotation prevention mechanism-side boss plate parts are connected to each other by support parts, and the support parts and the drive shaft-side boss plate part are connected to each other. a stationary scroll; an orbiting scroll that is provided opposing the stationary scroll and undergoes turning movement; a casing provided on the outside of the orbiting scroll; a drive shaft that drives and turns the orbiting scroll; a boss plate part that is provided separated from the orbiting scroll and is connected to the drive shaft; and a plurality of rotation prevention mechanisms provided between the boss plate part and the casing, wherein: the boss plate part includes a plurality of rotation prevention mechanism-side boss plate parts connected to the rotation prevention mechanisms and a drive shaft-side boss plate part connected to the drive shaft, and spaces are provided between the rotation prevention mechanism-side boss plate parts and the drive shaft-side boss plate part, characterized in that: a plurality of the rotation prevention mechanism-side boss plate parts are connected to each other by support parts, and the support parts and the drive shaft-side boss plate part are connected to each other. the boss plate part includes a plurality of rotation prevention mechanism-side boss plate parts connected to the rotation prevention mechanisms and a drive shaft-side boss plate part connected to the drive shaft, and spaces are provided between the rotation prevention mechanism-side boss plate parts and the drive shaft-side boss plate part, characterized in that: a plurality of the rotation prevention mechanism-side boss plate parts are connected to each other by support parts, and the support parts and the drive shaft-side boss plate part are connected to each other.
A testing device for gravimetric testing of a multi-channel pipette which has a plurality of pipette channels (Ka, Kb,...), with, per pipette channel (Ka, Kb,...), one receptacle (2a, 2b,...) for receiving the test volume of the pipette channel, and, per receptacle (2a, 2b,...), one load cell (3a, 3b,...) for weighing the receptacle (2a, 2b,...) and/or the test volume, wherein the receptacles (2a, 2b,...) are formed as the load sensor of the load cells (3a, 3b,...), characterised in that at least one of the receptacles (2a, 2b,...) is formed as a hollow body which can be filled with the test volume of its pipette channel and is arranged centrally on the load-applying element of its load cell (3a, 3b,...), the hollow body being an elongate hollow body which tapers from its centre towards at least one (5a, 5b,...) of its two outer ends, and is oriented in a section through its longitudinal axis and/or parallel to a plane in which the load cells and/or in which the receptacles are arranged.
A method for transmitting an uplink channel grant, the method comprising: determining a data modulation coding scheme, MCS; determining a control MCS for a time overlap of data non-associated, DNA, control information and uplink data to be transmitted from a user equipment, UE, wherein the control MCS is determined based on known one or more predetermined rules; transmitting an uplink channel grant, identifying uplink channel resources for the uplink data, including the data MCS; and receiving the uplink data in accordance with the data MCS and the DNA control information in accordance with the control MCS on the uplink channel resources. determining a data modulation coding scheme, MCS; determining a control MCS for a time overlap of data non-associated, DNA, control information and uplink data to be transmitted from a user equipment, UE, wherein the control MCS is determined based on known one or more predetermined rules; transmitting an uplink channel grant, identifying uplink channel resources for the uplink data, including the data MCS; and receiving the uplink data in accordance with the data MCS and the DNA control information in accordance with the control MCS on the uplink channel resources.
A system for treating obstructive sleep apnea comprising: a first implant (1200, 1300,b,c,d, 1405) adapted for implantation in an inframandibular region and a ribbon-like element (1105, 1401) having first and second ends characterized in that the first implant (1200, 1300b, c, d, 1405) has at least one aperture (1202, 1304, 1404) therethrough and that the ribbon-like element (1105, 1401) has a substantially uniform, non-circular cross-section along a length thereof, wherein the ribbon-like element (1105, 1401) is adapted for implantation in a tongue with the first and second ends extending through the at least one aperture (1202, 1404) in the first implant (1200, 1300,b,c,d, 1405) for coupling said ribbon-like element (1105, 1401) with said first implant (1200, 1300,b,c,d, 1405). a first implant (1200, 1300,b,c,d, 1405) adapted for implantation in an inframandibular region and a ribbon-like element (1105, 1401) having first and second ends characterized in that the first implant (1200, 1300b, c, d, 1405) has at least one aperture (1202, 1304, 1404) therethrough and that the ribbon-like element (1105, 1401) has a substantially uniform, non-circular cross-section along a length thereof, wherein the ribbon-like element (1105, 1401) is adapted for implantation in a tongue with the first and second ends extending through the at least one aperture (1202, 1404) in the first implant (1200, 1300,b,c,d, 1405) for coupling said ribbon-like element (1105, 1401) with said first implant (1200, 1300,b,c,d, 1405).
A noncontact IC chip comprising a plurality of different software modules (A, J, F) which are operating systems that process the noncontact IC chip operating on different principles, wherein the plurality of software modules (A, J, F) comprises at least a first software module, a second software module and a third software module, wherein said first software module comprises: a communication section configured to transmit commands to the second and third software modules (F, J) for processing information to be exchanged in accordance with the different principles; - a mapping section configured to arbitrate the timing between the second and third software modules (F, J) in such a manner that they do not operate simultaneously; and - a boot management section configured to manage the boot-up of the second and third software modules (F, J) such that if during boot-up of the second software module the processing of the third software module is started, the boot-up of the second software module is temporarily halted and when the processing of the third software module is completed, then the temporarily halted boot-up of said second software module is resumed. a communication section configured to transmit commands to the second and third software modules (F, J) for processing information to be exchanged in accordance with the different principles; - a mapping section configured to arbitrate the timing between the second and third software modules (F, J) in such a manner that they do not operate simultaneously; and - a boot management section configured to manage the boot-up of the second and third software modules (F, J) such that if during boot-up of the second software module the processing of the third software module is started, the boot-up of the second software module is temporarily halted and when the processing of the third software module is completed, then the temporarily halted boot-up of said second software module is resumed.
Vertical roll mill having a grinding plate, having at least one grinding roll and having a nozzle ring, wherein the nozzle ring horizontally surrounds the grinding plate, wherein an air feed apparatus is arranged below the nozzle ring, the vertical roll mill comprises at least one bypass apparatus arranged in the nozzle ring, characterized in that at least one discharge element is arranged below the air feed device and in that the at least one bypass apparatus forms a connection between the nozzle ring and the at least one discharge element.