mhurhangee/patent-ind-claim-en huggingface dataset:
A head-mounted display system , comprising: a display for displaying an image to an eye of a user; a lens , interposed between the eye of the user and the display , through which the user views the display; a sensor system configured to detect an eye relief and to output an eye relief signal indicative of the eye relief; and at least one processor configured to receive the eye relief signal and to modify an output of a portion of the display in response to the eye relief signal, wherein the size of the portion of the display is dependent on the eye relief signal. a display for displaying an image to an eye of a user; a lens , interposed between the eye of the user and the display , through which the user views the display; a sensor system configured to detect an eye relief and to output an eye relief signal indicative of the eye relief; and at least one processor configured to receive the eye relief signal and to modify an output of a portion of the display in response to the eye relief signal, wherein the size of the portion of the display is dependent on the eye relief signal.
A method for production of a viable cell population as comprising the steps of: culturing isolated or obtained dendritic cell population or; maturing the dendritic cell population by adding sialidase to dendritic cell population; removing of α2,3-sialic acid, α2,6-sialic acid and α2,8-sialic acid from a cell surface of the dendritic cell population wherein the dendritic cells are desialylated using a recombinant sialidase, at a concentration ranging from 0.025U/mL to 0.1 U/mL, from 45 minutes to overnight, at 37 °C. culturing isolated or obtained dendritic cell population or; maturing the dendritic cell population by adding sialidase to dendritic cell population; removing of α2,3-sialic acid, α2,6-sialic acid and α2,8-sialic acid from a cell surface of the dendritic cell population wherein the dendritic cells are desialylated using a recombinant sialidase, at a concentration ranging from 0.025U/mL to 0.1 U/mL, from 45 minutes to overnight, at 37 °C.
Shelf device having a couch , comprising - a couch , which stands on a stand surface ; - a first armrest , which describes a first armrest surface ; and - a second armrest , which describes a second armrest surface ; - the first armrest having a first support - the second armrest have a second support and the first and the second armrest being joined to one another wherein - the first support is supported freely on the stand surface - the second support is supported freely on the stand surface and - the first and the second armrest are connected by means of a base plate , which rests on the stand surface . - a couch , which stands on a stand surface ; - a first armrest , which describes a first armrest surface ; and - a second armrest , which describes a second armrest surface ; - the first armrest having a first support - the second armrest have a second support and the first and the second armrest being joined to one another - the first support is supported freely on the stand surface - the second support is supported freely on the stand surface and - the first and the second armrest are connected by means of a base plate , which rests on the stand surface .
A drip chamber for controlling the flow rate of fluid within an intravenous infusion assembly, comprising: a filter assembly positioned within the drip chamber to divide the drip chamber into an upper reservoir closer in proximity to an inlet of the drip chamber than an outlet of the drip chamber and having a first volume, and a lower reservoir closer in proximity to the outlet of the drip chamber than the inlet and having a second volume, the filter assembly including a filter membrane ; a bottom surface having an opening through which the fluid flows out from the lower reservoir , the bottom surface configured to receive an intravenous fluid line ; and wherein the filter membrane is spaced at a distance from the bottom surface , the distance being configured to prevent an air bubble dislodged from the filter membrane from being drawn into the intravenous fluid line during an infusion procedure, whereby the dislodged air bubbles being less dense than fluid in the lower reservoir flow into the lower reservoir , back up to the fluid membrane , pass through the filter membrane and flow into the upper reservoir , the drip chamber characterized in that it further comprises a gap between a filter bracket of the filter assembly and an inner wall of the drip chamber , the gap configured to allow air bubbles to pass through the gap from the lower reservoir to the upper reservoir . a filter assembly positioned within the drip chamber to divide the drip chamber into an upper reservoir closer in proximity to an inlet of the drip chamber than an outlet of the drip chamber and having a first volume, and a lower reservoir closer in proximity to the outlet of the drip chamber than the inlet and having a second volume, the filter assembly including a filter membrane ; a bottom surface having an opening through which the fluid flows out from the lower reservoir , the bottom surface configured to receive an intravenous fluid line ; and wherein the filter membrane is spaced at a distance from the bottom surface , the distance being configured to prevent an air bubble dislodged from the filter membrane from being drawn into the intravenous fluid line during an infusion procedure, whereby the dislodged air bubbles being less dense than fluid in the lower reservoir flow into the lower reservoir , back up to the fluid membrane , pass through the filter membrane and flow into the upper reservoir , the drip chamber characterized in that it further comprises a gap between a filter bracket of the filter assembly and an inner wall of the drip chamber , the gap configured to allow air bubbles to pass through the gap from the lower reservoir to the upper reservoir .
A system for acoustic testing, comprising: a plurality of acoustic sensors (126; 318) mounted to a plurality of vehicles ; a control system configured to control the plurality of vehicles ; and a data acquisition system configured to receive data generated by the plurality of acoustic sensors in response to noise from a noise source (160; 302) proximate the plurality of vehicles; wherein the control system is configured to control the plurality of vehicles to move into a first predetermined configuration in a first predetermined location in which the acoustic sensors form a first acoustic array having a first aperture size and a first spatial resolution; and the control system is configured to control the plurality of vehicles to move from the first predetermined configuration into a second predetermined configuration in which the acoustic sensors form a second acoustic array having a second aperture size and a second spatial resolution, wherein the control system is configured to control the plurality of vehicles to move into a configuration in which the acoustic sensors form an array having locally non-redundant spacing such that no two vector spacings are the same, wherein the plurality of vehicles comprises a plurality of unmanned air vehicles to which the plurality of sensors are mounted, wherein the control system is configured to control the plurality of unmanned air vehicles to collect noise data from the noise source, wherein the noise source comprises an engine. a plurality of acoustic sensors (126; 318) mounted to a plurality of vehicles ; a control system configured to control the plurality of vehicles ; and a data acquisition system configured to receive data generated by the plurality of acoustic sensors in response to noise from a noise source (160; 302) proximate the plurality of vehicles; wherein the control system is configured to control the plurality of vehicles to move into a first predetermined configuration in a first predetermined location in which the acoustic sensors form a first acoustic array having a first aperture size and a first spatial resolution; and the control system is configured to control the plurality of vehicles to move from the first predetermined configuration into a second predetermined configuration in which the acoustic sensors form a second acoustic array having a second aperture size and a second spatial resolution, wherein the control system is configured to control the plurality of vehicles to move into a configuration in which the acoustic sensors form an array having locally non-redundant spacing such that no two vector spacings are the same, wherein the plurality of vehicles comprises a plurality of unmanned air vehicles to which the plurality of sensors are mounted, wherein the control system is configured to control the plurality of unmanned air vehicles to collect noise data from the noise source, wherein the noise source comprises an engine.
An apparatus for cleaning at least one belt of a bowling pinsetter, comprising: at least one cleaning member for , in use, cleaning at least one belt of a bowling pinsetter ; a frame for coupling, in use, the at least one cleaning member to the bowling pinsetter ; and at least one positioning member comprising a mechanism for moving and guiding the at least one cleaning member between a cleaning position contacting the at least one belt and a non-cleaning position not contacting the at least one belt, wherein the cleaning member , in use, is coupled with the bowling pinsetter in the cleaning position and in the non-cleaning position. at least one cleaning member for , in use, cleaning at least one belt of a bowling pinsetter ; a frame for coupling, in use, the at least one cleaning member to the bowling pinsetter ; and at least one positioning member comprising a mechanism for moving and guiding the at least one cleaning member between a cleaning position contacting the at least one belt and a non-cleaning position not contacting the at least one belt, wherein the cleaning member , in use, is coupled with the bowling pinsetter in the cleaning position and in the non-cleaning position.
A method of oxidative digestion of a radioactively contaminated carbonaceous material in liquid phase, comprising the following steps: a) milling a mixture of a molybdenum-containing substance and a carbonaceous material by using a planetary ball mill at a fixed ball mill revolution speed to provide first-stage powders, wherein a component ratio between the carbonaceous material and the molybdenum-containing substance is, in parts by weight, 1 part of the carbonaceous material to 3-50 parts of the molybdenum-containing substance; b) placing the first-stage powders obtained in Step a) into a heating furnace, performing a thermal treatment to the first-stage powders under a flowing hydrogen-containing gas or pure hydrogen, and then naturally cooling the first-stage powders to provide second-stage powders; and c) adding the second-stage powders to an aqueous solution containing an oxidant, such that the carbonaceous material contained in aqueous solution is digested via oxidation. a) milling a mixture of a molybdenum-containing substance and a carbonaceous material by using a planetary ball mill at a fixed ball mill revolution speed to provide first-stage powders, wherein a component ratio between the carbonaceous material and the molybdenum-containing substance is, in parts by weight, 1 part of the carbonaceous material to 3-50 parts of the molybdenum-containing substance; b) placing the first-stage powders obtained in Step a) into a heating furnace, performing a thermal treatment to the first-stage powders under a flowing hydrogen-containing gas or pure hydrogen, and then naturally cooling the first-stage powders to provide second-stage powders; and c) adding the second-stage powders to an aqueous solution containing an oxidant, such that the carbonaceous material contained in aqueous solution is digested via oxidation.
A foundry production line including a sand moulding machine , a melt pouring device , and a shakeout machine for breaking apart sand moulds and taking out castings , the sand moulding machine including at least one moulding chamber in which at least one pattern plate is adapted to form a pattern in a sand mould part during compaction of the sand mould part in the moulding chamber , at least one pattern plate being provided with at least one sand mould identification device including a plurality of individually adjustable indicator elements adapted to impress an identification pattern in a sand mould part during its compaction, each individual indicator element being formed at an end of a rotationally arranged cylindrical element , the rotational position of each individual indicator element about an axis of rotation of the corresponding cylindrical element being adjustable by means of an actuator being controlled by a controller adapted to provide each sand mould formed by two sand mould parts with at least one individual identification pattern arranged to form a corresponding individual identification pattern in a resulting casting , the foundry production line including an automatic image detection system adapted to detect the resulting individual identification patterns in the castings, and the foundry production line including a computer controlled database system adapted to store data relating to a number of production variables measured and/or set during production and data relating to the quality of the produced castings, characterised in that each individually adjustable indicator element is formed with rounded edges and is formed to indicate a direction along a diameter of the corresponding cylindrical element on which it is arranged, in that the foundry production line includes a finishing apparatus adapted to clean castings and an inspection station for inspection of castings being arranged after the finishing apparatus in a transport direction of the castings , in that the automatic image detection system includes an imaging device arranged at the inspection station , in that the imaging device is adapted to provide a digital image of an individual identification pattern formed in a cleaned casting , and in that the automatic image detection system includes a computer system adapted to run a computer program developed by means of machine learning to analyse the digital image and thereby detect the individual identification pattern of the cleaned casting .
A method for transmitting a Sounding Reference Signal SRS, comprising: acquiring scheduling information of an uplink transmission channel when the uplink transmission channel is being scheduled; determining a resource adopted by an uplink control channel corresponding to the scheduling information of the uplink transmission channel in accordance with a predetermined mapping relationship between the scheduling information of the uplink transmission channel and resources adopted by the uplink control channel for the transmission of an uplink control signal; and transmitting the SRS through the resource adopted by the uplink control channel; characterized in that , wherein the determining the resource adopted by the uplink control channel corresponding to the scheduling information of the uplink transmission channel in accordance with the predetermined mapping relationship between the scheduling information of the uplink transmission channel and the resources adopted by the uplink control channel for the transmission of the uplink control signal comprises: determining a resource adopted by a non-scheduled uplink control channel corresponding to the scheduling information of the uplink transmission channel in accordance with the predetermined mapping relationship between the scheduling information of the uplink transmission channel and the resources adopted by the uplink control channel for the transmission of the uplink control signal. acquiring scheduling information of an uplink transmission channel when the uplink transmission channel is being scheduled; determining a resource adopted by an uplink control channel corresponding to the scheduling information of the uplink transmission channel in accordance with a predetermined mapping relationship between the scheduling information of the uplink transmission channel and resources adopted by the uplink control channel for the transmission of an uplink control signal; and transmitting the SRS through the resource adopted by the uplink control channel; characterized in that , wherein the determining the resource adopted by the uplink control channel corresponding to the scheduling information of the uplink transmission channel in accordance with the predetermined mapping relationship between the scheduling information of the uplink transmission channel and the resources adopted by the uplink control channel for the transmission of the uplink control signal comprises: determining a resource adopted by a non-scheduled uplink control channel corresponding to the scheduling information of the uplink transmission channel in accordance with the predetermined mapping relationship between the scheduling information of the uplink transmission channel and the resources adopted by the uplink control channel for the transmission of the uplink control signal.
A slot antenna, comprising: a dielectric layer having an upper surface and a lower surface, a ground plane disposed on the lower surface of the dielectric layer, an open slot disposed on the ground plane , said open slot having an opening at one end of the slot , a slot feeder , and a resonant circuit disposed on the upper surface of the dielectric layer, wherein the slot feeder stretches across the open slot on the upper surface of the dielectric layer and passes through the dielectric layer, so that one end of the slot feeder is connected to the ground plane , and the other end of the slot feeder is connected to the resonant circuit ; the slot antenna is configured to work in a first resonant frequency, a length of the slot antenna does not exceed one fifth of a wavelength of the first resonant frequency, and a width of the slot antenna does not exceed 50% of the length of the slot antenna; the resonant circuit is configured to excite a current on a surface of the ground plane , so that the ground plane becomes a primary radiator, and characterized in that the slot feeder is 1/75 - 1/30 of a wavelength of the first resonance frequency away from the opening of the open slot a dielectric layer having an upper surface and a lower surface, a ground plane disposed on the lower surface of the dielectric layer, an open slot disposed on the ground plane , said open slot having an opening at one end of the slot , a slot feeder , and a resonant circuit disposed on the upper surface of the dielectric layer, wherein the slot feeder stretches across the open slot on the upper surface of the dielectric layer and passes through the dielectric layer, so that one end of the slot feeder is connected to the ground plane , and the other end of the slot feeder is connected to the resonant circuit ; the slot antenna is configured to work in a first resonant frequency, a length of the slot antenna does not exceed one fifth of a wavelength of the first resonant frequency, and a width of the slot antenna does not exceed 50% of the length of the slot antenna; the resonant circuit is configured to excite a current on a surface of the ground plane , so that the ground plane becomes a primary radiator, and characterized in that the slot feeder is 1/75 - 1/30 of a wavelength of the first resonance frequency away from the opening of the open slot
A medical instrument comprising an interface for electrically connecting a drive unit with the medical instrument , the interface having a plurality of electrical contacts arranged in a connecting surface , wherein at least one of the contacts in the connecting surface is electrically isolated from the remaining contacts by means of a recess that is provided in the connecting surface or an elevation that is provided in the connecting surface , characterized in that the recess or the elevation extends from an edge of the connecting surface to an opposite edge of the connecting surface , the connecting surface , except of the recess or the elevation, is formed planar, and in that the electrical contacts are aligned flatly with the connecting surface.
A ply transporting and compacting apparatus comprising: a rigid frame ; a top-layer sheet of flexible rubber material fastened to the frame ; characterized by a bottom-layer sheet of perforated flexible rubber material having openings ; and a middle-layer sheet of flow media material disposed in a first plenum area that is defined between the top and bottom layer sheets . a rigid frame ; a top-layer sheet of flexible rubber material fastened to the frame ; characterized by a bottom-layer sheet of perforated flexible rubber material having openings ; and a middle-layer sheet of flow media material disposed in a first plenum area that is defined between the top and bottom layer sheets .
A provisional tibial prosthesis system comprising: a tibial component having a proximal surface and a distal surface, the distal surface configured to seat on a resected proximal surface of a tibia ; a base component having a proximal surface and configured to couple with the tibial component when disposed on the proximal surface thereof; and a shim component having a proximal surface and a distal surface , wherein the proximal surface of the shim component is configured as an articulating surface sized and shaped to articulate with a femoral prosthesis : and the distal surface of the shim component is configured to couple with the base component at the proximal surface thereof; wherein the proximal surface of the base component is sized and shaped to articulate with the femoral prosthesis when the shim component is not utilized with the system; wherein the distal surface of the shim component is configured to mate with and be complimentary to the proximal surface of the base component ; and the shim component has a first mating feature configured to couple with a complimentary second mating feature of the base component such that the shim component is stackable on the base component to change a proximal thickness of the system ; characterised in that the proximal surface of the shim component has substantially a same configuration as the proximal surface of the base component . a tibial component having a proximal surface and a distal surface, the distal surface configured to seat on a resected proximal surface of a tibia ; a base component having a proximal surface and configured to couple with the tibial component when disposed on the proximal surface thereof; and a shim component having a proximal surface and a distal surface , wherein the proximal surface of the shim component is configured as an articulating surface sized and shaped to articulate with a femoral prosthesis : and the distal surface of the shim component is configured to couple with the base component at the proximal surface thereof; wherein the proximal surface of the base component is sized and shaped to articulate with the femoral prosthesis when the shim component is not utilized with the system; wherein the distal surface of the shim component is configured to mate with and be complimentary to the proximal surface of the base component ; and the shim component has a first mating feature configured to couple with a complimentary second mating feature of the base component such that the shim component is stackable on the base component to change a proximal thickness of the system ; characterised in that the proximal surface of the shim component has substantially a same configuration as the proximal surface of the base component .