mhurhangee/ep-ind-claims huggingface dataset:
A cushion for a breathing mask, wherein the cushion comprises: a connection portion for connecting to a frame or an elbow assembly of the breathing mask; a face contact portion for getting in contact with the face of a patient, wherein the face contact portion is formed by a thin membrane; and, a support portion, connected between the connection portion and the face contact portion, wherein the face contact portion has an external extension portion, the external extension portion extends from the support portion to an exterior of the cushion and an internal extension portion which extends from an outer circumference of the external extension portion to the interior of the cushion in partial area, characterized in that the support portion comprises a pressure support portion and a contact support portion which are connected to each other, wherein the pressure support portion is connected to the connection portion, the pressure support portion forms a patient cavity of the cushion; and, wherein the contact support portion is connected to the face contact portion, the contact support portion is a transition portion between the pressure support portion and the face contact portion, whereby the thickness of the contact support portion gradually transits from the thickness of the pressure support portion to the thickness of the face contact portion, and by the effect of the face of the patient, the face contact portion is pressed against the contact support portion. a connection portion for connecting to a frame or an elbow assembly of the breathing mask; a face contact portion for getting in contact with the face of a patient, wherein the face contact portion is formed by a thin membrane; and, a support portion, connected between the connection portion and the face contact portion, wherein the face contact portion has an external extension portion, the external extension portion extends from the support portion to an exterior of the cushion and an internal extension portion which extends from an outer circumference of the external extension portion to the interior of the cushion in partial area, characterized in that the support portion comprises a pressure support portion and a contact support portion which are connected to each other, wherein the pressure support portion is connected to the connection portion, the pressure support portion forms a patient cavity of the cushion; and, wherein the contact support portion is connected to the face contact portion, the contact support portion is a transition portion between the pressure support portion and the face contact portion, whereby the thickness of the contact support portion gradually transits from the thickness of the pressure support portion to the thickness of the face contact portion, and by the effect of the face of the patient, the face contact portion is pressed against the contact support portion.
A method of measuring the accuracy of a model of a patient generated by a patient modelling system operable to generate a model of a patient on the basis of images of patterns of light projected onto the surface of a patient, the method comprising: generating a simulated image of a surface of a patient onto which a pattern of light is projected by texture rendering a model of a surface of a patient; processing the simulated image to generate a model of the surface of a patient; and comparing the generated model of the surface of a patient with the model of the surface of the patient utilized to generate the simulated image; and identifying portions of the simulated image corresponding to more accurate portions of a generated model and utilizing the identified portions to monitor the positioning of a patient. generating a simulated image of a surface of a patient onto which a pattern of light is projected by texture rendering a model of a surface of a patient; processing the simulated image to generate a model of the surface of a patient; and comparing the generated model of the surface of a patient with the model of the surface of the patient utilized to generate the simulated image; and identifying portions of the simulated image corresponding to more accurate portions of a generated model and utilizing the identified portions to monitor the positioning of a patient.
Peptide and saccharide hydrolysate of Theobroma cacao L. beans, characterised in that the peptides and osides have a molecular weight between 200 Da and 10 kDa and in that said hydrolysate is obtained by the process comprising the following steps: a) we disperse non-fermented, dried and ground Theobroma cacao L. beans in an aqueous phase; b) we carry out an enzymatic treatment on the aqueous dispersion obtained in step a) in two parts, in a first treatment we use at least one carbohydrase and then in a second treatment we use at least one protease, the carbohydrase being selected from a pectinase, a cellulase, an arabanase, a hemicellulase, a xylanase, and a β-glucanase and the protease being alkaline, neutral or acidic, preferably alkaline with endopeptidase activity; c) we denature the enzymes via a thermal treatment; d) we recover the enzymatic hydrolysate by solid/liquid separation; e) we purify the hydrolysate via ultrafiltration and nanofiltration, then eventually; f) we carry out lyophilisation of the hydrolysate obtained in step e). a) we disperse non-fermented, dried and ground Theobroma cacao L. beans in an aqueous phase; b) we carry out an enzymatic treatment on the aqueous dispersion obtained in step a) in two parts, in a first treatment we use at least one carbohydrase and then in a second treatment we use at least one protease, the carbohydrase being selected from a pectinase, a cellulase, an arabanase, a hemicellulase, a xylanase, and a β-glucanase and the protease being alkaline, neutral or acidic, preferably alkaline with endopeptidase activity; c) we denature the enzymes via a thermal treatment; d) we recover the enzymatic hydrolysate by solid/liquid separation; e) we purify the hydrolysate via ultrafiltration and nanofiltration, then eventually; f) we carry out lyophilisation of the hydrolysate obtained in step e).
Hot beverage machine, in particular fully automatic coffee machine for domestic purposes, - with a heating device, - with a brewing chamber, - with a hot water discharge and - with a motor-driveable multi-port valve, which connects a fluid flow at least between the heating device on the one hand and the brewing chamber and the hot water discharge on the other hand, with a driven adjustment element, with a plurality of markers which are distributed around the periphery of the adjustment element, - with an initialisation identifier on the adjustment element which differs therefrom, - with a detection unit which interacts with the markers and which signals detected markers, and - with a control device for actuating the multi-port valve, characterised in that the detection unit interacts with the initialisation identifier and it outputs a signal which can be evaluated in the control device. - with a heating device, - with a brewing chamber, - with a hot water discharge and - with a motor-driveable multi-port valve, which connects a fluid flow at least between the heating device on the one hand and the brewing chamber and the hot water discharge on the other hand, with a driven adjustment element, with a plurality of markers which are distributed around the periphery of the adjustment element, - with an initialisation identifier on the adjustment element which differs therefrom, - with a detection unit which interacts with the markers and which signals detected markers, and - with a control device for actuating the multi-port valve,
A method for calibrating a thermal printer by adjusting a lookup table, comprising: providing a donor ribbon having donor material; providing a print head located in the thermal printer, wherein the print head is adapted to print images by causing donor material to transfer from the donor ribbon onto a receiver medium; receiving a test pattern to be printed on the receiver medium; printing the test pattern on the receiver medium by heating the print head to heat the donor ribbon causing the donor material to transfer from the donor ribbon onto the receiver medium, thereby depleting donor material on the donor ribbon; using a sensor to measure a depletion amount of the donor material on the donor ribbon after printing; and using a processor to adjust the lookup table based on the measured depletion amount of donor material, thereby calibrating the thermal printer. providing a donor ribbon having donor material; providing a print head located in the thermal printer, wherein the print head is adapted to print images by causing donor material to transfer from the donor ribbon onto a receiver medium; receiving a test pattern to be printed on the receiver medium; printing the test pattern on the receiver medium by heating the print head to heat the donor ribbon causing the donor material to transfer from the donor ribbon onto the receiver medium, thereby depleting donor material on the donor ribbon; using a sensor to measure a depletion amount of the donor material on the donor ribbon after printing; and using a processor to adjust the lookup table based on the measured depletion amount of donor material, thereby calibrating the thermal printer.
Hob apparatus, in particular induction hob apparatus, with at least one variable cooking surface region, which in at least one operating mode comprises at least one first partial cooking surface region and at least one second partial cooking surface region, and with a control unit which is provided to assign cookware placed in the at least one first partial cooking surface region a heating zone in the at least one operating mode and to ignore cookware placed in the at least one second partial cooking surface region, characterised in that the control unit is provided to directly ignore cookware placed in the at least one second partial cooking surface region in the at least one operating mode by deactivating a sensor unit which is assigned to the at least one second partial cooking surface region and is provided for detection of placed cookware.
An aerosol generation device, the aerosol generation device comprising: a power system comprising a supercapacitor module and a battery module, the power system connectable to an external power source; and a controller, wherein the controller is configured control a pulse-charging regime of the power system by: controlling a first power flow from the external power source to the power system, wherein controlling the first power flow from the external power source to the power system comprises cyclically switching the first power flow between charging the battery module in a first time period and not charging the battery module in a second time period in a pulse-charging manner; and controlling a second power flow between the supercapacitor module and battery module, wherein controlling the second power flow between the supercapacitor module and the battery module comprises charging the battery module from the supercapacitor module in the first time period. a power system comprising a supercapacitor module and a battery module, the power system connectable to an external power source; and a controller, wherein the controller is configured control a pulse-charging regime of the power system by: controlling a first power flow from the external power source to the power system, wherein controlling the first power flow from the external power source to the power system comprises cyclically switching the first power flow between charging the battery module in a first time period and not charging the battery module in a second time period in a pulse-charging manner; and controlling a second power flow between the supercapacitor module and battery module, wherein controlling the second power flow between the supercapacitor module and the battery module comprises charging the battery module from the supercapacitor module in the first time period. controlling a first power flow from the external power source to the power system, wherein controlling the first power flow from the external power source to the power system comprises cyclically switching the first power flow between charging the battery module in a first time period and not charging the battery module in a second time period in a pulse-charging manner; and controlling a second power flow between the supercapacitor module and battery module, wherein controlling the second power flow between the supercapacitor module and the battery module comprises charging the battery module from the supercapacitor module in the first time period.
A fail-safe attachment for coupling an exoskeletal prosthesis to a patient: a first component adapted for connection to the patient structure; and a second component adapted for connection to the prosthesis; the fail-safe attachment further including a safety release mechanism normally retaining the prosthesis in a substantially motion-free interconnected relation to the patient, said safety release mechanism responding to a force overload condition to permit relative movement between the prosthesis and the patient; said safety release mechanism comprising a bending force release mechanism responsive to a bending force overload condition to permit the separation of said second component relative to said first component, the bending force release mechanism comprising a plurality of spring loaded jaws located on a first one of either the first and second components, and being adapted to engage a complementary portion of a second one of either the first and second components, characterised in that the jaws being pivotable in an over-centre spring configuration between a first position in which they engage the complementary portion to secure the first and second components one to the other, and a second position in which the first and second components are able to separate. a first component adapted for connection to the patient structure; and a second component adapted for connection to the prosthesis; the fail-safe attachment further including a safety release mechanism normally retaining the prosthesis in a substantially motion-free interconnected relation to the patient, said safety release mechanism responding to a force overload condition to permit relative movement between the prosthesis and the patient; said safety release mechanism comprising a bending force release mechanism responsive to a bending force overload condition to permit the separation of said second component relative to said first component, the bending force release mechanism comprising a plurality of spring loaded jaws located on a first one of either the first and second components, and being adapted to engage a complementary portion of a second one of either the first and second components, characterised in that the jaws being pivotable in an over-centre spring configuration between a first position in which they engage the complementary portion to secure the first and second components one to the other, and a second position in which the first and second components are able to separate.
An apparatus for generating an image data bitstream, the apparatus comprising a store for storing a set of image parts and associated depth data representing a scene from different view poses; a predictability processor for generating predictability measures for image parts of the set of image parts for view poses of the scene, a predictability measure for a first image part for a first view pose being indicative of an estimate of a prediction quality for a prediction of at least part of an image for a viewport of the first view pose from a first subset of image parts of the set of image parts not including the first image part; a selector for selecting a second subset of image parts of the set of image parts in response to the predictability measures; and a bitstream generator for generating the image bitstream comprising image data and depth data from the second subset of image parts; characterized in that the selector is arranged to select a plurality of contiguous image parts in response to a determination that the plurality of contiguous image parts form a region having a predictability measure below a first threshold for an interior part of the region and a predictability measure above a second threshold for a border part of the region.
A method for the measurement of neighbouring cells in a cellular mobile telecommunication network wherein the network defines a measurement configuration which includes a list of neighbouring cells to be measured by a user equipment and which is sent to the user equipment in preparation of a cell handover, wherein the user equipment performs the measurement of the neighbouring cells included in the measurement configuration based on a measurement processing priority defined by the network side for at least one neighbouring cell and at least one group of neighbouring cells and sent by the network side to the user equipment, characterized in that the user equipment performs the measurements for the neighbouring cells included in the measurement configuration in a certain order according to their defined measurement processing priority and that a time interval limited by a minimum and a maximum time for measurement processing is individually defined by the network side for at least one neighbouring cell and at least one group of neighbouring cells and sent to the user equipment wherein the actual measurement duration for the respective neighbouring cell and group of neighbouring cell lies within the time interval as defined for the measured neighbouring cell and group of neighbouring cells.
A method of searching for propagation paths in a digital impulse response estimate of a channel relating to a radio system in order to use the paths in a radio channel estimation, the paths corresponding to the highest amplitude values in a digital impulse response estimate of a channel, the method comprising dividing the impulse response estimate temporally into at least two subsignals (402 to 410); determining whether a distribution of the amplitude values of at least one subsignal (402 to 410) is gaussian or non-gaussian; searching for at least a highest amplitude value in each subsignal (402 to 410), which is determined to be non-gaussian, for a radio channel to be used in a radio channel estimation.
A tracked vehicle (V1; V2; V3) comprising a swim arrangement for facilitating amphibious operation of said tracked vehicle (V1; V2; V3), said tracked vehicle comprising one or more vehicle bodies (10; 10, 10A) and at least one track assembly pair per vehicle body, said track assembly pair being suspendedly connected to the vehicle body, the track assembly pair comprising opposite track assemblies (T1, T2; T1, T1A) for driving the vehicle, a left track assembly and a right track assembly, each track assembly (T1, T2; T1, T1A) comprising a drive means driven endless track (4; 4, 4A) arranged to run over a set of wheels (1, 2, 3; 1, 2, 3, 1A, 2A, 3A) of the track assembly, the vehicle body comprising under structure portions (12, 14; 12, 12A), each under structure portion (12, 14; 12, 12A) running over an upper side of a track (4; 4, 4A) of a track assembly (T1, T2; T1, T1A), each under structure portion (12, 14; 12, 12A) being configured to be arranged at a distance from the upper side of the track (4, 4A) during land operation of the vehicle so that a space (S1, S2; S1, S1A) is provided between each under structure portion (12, 14; 12, 12A) and the upper side of the track (4; 4, 4A) of the corresponding track assembly (T1, T2; T1, T1A), the vehicle body comprising a central under structure centrally arranged between the left track assembly and right track assembly, characterized by means (20, 30, 100) for reducing said space (S1, S2; S1, S1A) so as to, in connection to swimming operation, reduce the flow of water between the under structure portion (12, 14; 12, 12A) and the upper side of the track (4, 4, 4A) caused when the tracks (4; 4, 4A) are driven, wherein said means for reducing said space (S1, S2; S1, S1A), for each space (S1, S2; S1, S1A), comprises an elongated member (20, 30; 20, 20A) associated with the vehicle body and configured to be introduced within said space (S1, S2; S1, S1A), wherein the elongated member (20, 30; 20, 20A) is configured to be lowered, relative to said central under structure of said vehicle body, towards the upper side of a track (4; 4, 4A) of a track assembly (T1, T2; T1, T1A) so as to reduce said space (S1, S2; S1, S1A).
Air spring, in particular for vehicles, which is clamped with an air spring piston and an air spring cover between the running gear and the vehicle body of a motor vehicle, having an air spring bellows, which is sealingly secured on the air spring cover and the air spring piston, is made of an elastomeric material, at least partially delimits a working chamber filled with compressed air, and unrolls so as to form at least one rolling fold on the air spring piston, wherein an end region of the air spring bellows is secured on a clamping section of the air spring cover by means of a clamping ring, wherein a relief ring is provided, which is arranged in the end region of the air spring bellows and outside the clamping section in order to relieve the clamping ring, wherein the inside diameter thereof substantially corresponds to an inside diameter of the clamping ring, characterized in that the relief ring is joined to an encircling bead of the clamping section.
An information protection method, applied to an information protection apparatus, wherein the information protection apparatus comprises a virtual machine monitor, "VMM", (2, 301) and a plurality of virtual machines, "VMs", (3A, 3B, 3C, 302), the VMM comprises a memory management unit, "MMU", control module (21, 3011), a plurality of VM instances (23A, 23B, 23C, 3012), and a shared service module (22, 3013), the plurality of VM instances are in a one-to-one correspondence with the plurality of VMs, any one of the plurality of VM instances is configured to store running information of a corresponding VM, and the MMU control module manages and controls data of the shared service module and the plurality of VM instances to ensure the shared service module and the plurality of VM instances are under isolation protection; and the method comprises: sending, by the MMU control module when receiving a request message sent by any one of the plurality of VMs, the request message to a target module based on context information carried in the request message, wherein the target module is a VM instance corresponding to the VM or the shared service module; determining, by the target module based on the request message received from the MMU control module, there is attack information; sending, by the target module, an information protection notification message to the MMU control module, wherein the information protection notification message carries a VM identifier, and the VM identifier is used to identify the VM that sends the request message; and deleting, by the MMU control module when receiving the information protection notification message, the VM that sends the request message and the VM instance corresponding to the VM. sending, by the MMU control module when receiving a request message sent by any one of the plurality of VMs, the request message to a target module based on context information carried in the request message, wherein the target module is a VM instance corresponding to the VM or the shared service module; determining, by the target module based on the request message received from the MMU control module, there is attack information; sending, by the target module, an information protection notification message to the MMU control module, wherein the information protection notification message carries a VM identifier, and the VM identifier is used to identify the VM that sends the request message; and deleting, by the MMU control module when receiving the information protection notification message, the VM that sends the request message and the VM instance corresponding to the VM.