mhurhangee/patent-ind-claim-en huggingface dataset:
A vision assistive device comprising: a housing having a base for positioning the housing on a surface , a top portion , and a front wall , back wall , and side walls connecting the base to the top portion and together defining an inner volume of the housing , wherein the top portion protrudes outward from the front wall of the housing ; a pair of imaging units integrated within the top portion of the housing , each imaging unit being stationary with respect to the housing and each imaging unit configured to capture a target image from a target object positioned substantially perpendicular to the housing , the target images captured by the imaging units overlapping one another; a screen integrated with the housing along the front wall of the housing ; a control system accommodated within the inner volume of the housing , the control system being connected to the imaging units to process data corresponding to the images captured by the imaging units and to output a single target image to a user on the screen . a housing having a base for positioning the housing on a surface , a top portion , and a front wall , back wall , and side walls connecting the base to the top portion and together defining an inner volume of the housing , wherein the top portion protrudes outward from the front wall of the housing ; a pair of imaging units integrated within the top portion of the housing , each imaging unit being stationary with respect to the housing and each imaging unit configured to capture a target image from a target object positioned substantially perpendicular to the housing , the target images captured by the imaging units overlapping one another; a screen integrated with the housing along the front wall of the housing ; a control system accommodated within the inner volume of the housing , the control system being connected to the imaging units to process data corresponding to the images captured by the imaging units and to output a single target image to a user on the screen .
A display device (30A-30E) for a hybrid vehicle for displaying an output relating to traveling of the hybrid vehicle , comprising: a first region (31A-31E) indicating the output in a first mode in which an internal combustion engine is stopped and the vehicle travels using an electric motor ; and a second region (32A-32E) indicating the output in a second mode in which the internal combustion engine is operated to travel, characterized in that the first region (31A-31E) includes a third region (33A-33E) positioned close to the second region (32A-32E) and indicating the output at which the internal combustion engine possibly starts up. a first region (31A-31E) indicating the output in a first mode in which an internal combustion engine is stopped and the vehicle travels using an electric motor ; and a second region (32A-32E) indicating the output in a second mode in which the internal combustion engine is operated to travel, characterized in that the first region (31A-31E) includes a third region (33A-33E) positioned close to the second region (32A-32E) and indicating the output at which the internal combustion engine possibly starts up.
A composition comprising particles having an average characteristic dimension of less than about 1 micrometer, the particles comprising an amphiphilic macromolecule; wherein the macromolecule comprises a biocompatible hydrophobic polymer, a biocompatible hydrophilic polymer, and a moiety selected from the group consisting of a targeting moiety, an imaging moiety, a chelating moiety, a moiety having multiple charge groups, and a therapeutic moiety, wherein the particles have a greater concentration of the moiety on the surface of the particles than in the interior and a detectable amount in the interior of the particles.
A variable hyperoxia treatment apparatus, comprising: one or more treatment chambers being sized to receive a human body part; a removable and substantially gas impermeable liner that lines each of said chambers and is adapted to form a treatment zone around said human body part; and a mixture tank that holds a humidifying agent and has a medicinal filling port for receiving medications to be mixed with said humidifying agent, an oxygen concentrator that has an O2 receiving port for receiving oxygen from an oxygen source and an O2 dispensing port , said mixture tank and oxygen concentrator are in communication with said gas impermeable liner within said treatment chambers, wherein said one or more treatment chambers have an inlet port for receiving fluid and an outlet port for dispensing said fluid, characterized in that the electric components and said mixture tank are positioned on a first side of said one or more treatment chambers and said oxygen concentrator and oxygen receiving port are positioned on a second side of said one or more treatment chambers, opposite said first side, and wherein said electric components and said mixture tank are isolated from said oxygen concentrator and said oxygen receiving port. one or more treatment chambers being sized to receive a human body part; a removable and substantially gas impermeable liner that lines each of said chambers and is adapted to form a treatment zone around said human body part; and a mixture tank that holds a humidifying agent and has a medicinal filling port for receiving medications to be mixed with said humidifying agent, an oxygen concentrator that has an O2 receiving port for receiving oxygen from an oxygen source and an O2 dispensing port , said mixture tank and oxygen concentrator are in communication with said gas impermeable liner within said treatment chambers, wherein said one or more treatment chambers have an inlet port for receiving fluid and an outlet port for dispensing said fluid, characterized in that the electric components and said mixture tank are positioned on a first side of said one or more treatment chambers and said oxygen concentrator and oxygen receiving port are positioned on a second side of said one or more treatment chambers, opposite said first side, and wherein said electric components and said mixture tank are isolated from said oxygen concentrator and said oxygen receiving port.
A method for reducing discomfort when viewing virtual reality, VR, content for use in head mounted displays, HMDs, comprising: executing, by a VR content engine , an application to generate VR content for interaction by a user; receiving, at a client device , an input indicating discomfort in the user; applying, by the VR content engine, a discomfort reduction filter effect to the VR content generated for display for purposes of reducing potential discomfort, wherein the discomfort reduction filter effect comprises a reduction in a size of a clarity region within a field of view, FOV, of the VR content, wherein the clarity region has a highest amount of resolution for an image presented in the FOV, and a region of the FOV outside of the clarity region has decreased resolution; tracking head motion of the user viewing the VR content; tracking, by a gaze tracking camera , a gaze of the user viewing the VR content, wherein the gaze is directed towards the clarity region; detecting, by the gaze tracking camera, the gaze of the user is moving; updating, by the VR content engine, the position of the clarity region within the FOV based on the gaze of the user; and reducing a size of the FOV while the head of the user is moving, wherein the reduction of the size of the FOV is proportional to the rate of head movement of the user. executing, by a VR content engine , an application to generate VR content for interaction by a user; receiving, at a client device , an input indicating discomfort in the user; applying, by the VR content engine, a discomfort reduction filter effect to the VR content generated for display for purposes of reducing potential discomfort, wherein the discomfort reduction filter effect comprises a reduction in a size of a clarity region within a field of view, FOV, of the VR content, wherein the clarity region has a highest amount of resolution for an image presented in the FOV, and a region of the FOV outside of the clarity region has decreased resolution; tracking head motion of the user viewing the VR content; tracking, by a gaze tracking camera , a gaze of the user viewing the VR content, wherein the gaze is directed towards the clarity region; detecting, by the gaze tracking camera, the gaze of the user is moving; updating, by the VR content engine, the position of the clarity region within the FOV based on the gaze of the user; and reducing a size of the FOV while the head of the user is moving, wherein the reduction of the size of the FOV is proportional to the rate of head movement of the user.
System of at least one microphone and a remote signal analyzer connected to the microphone with only two wires to transmit an audio signal (U aud ) back to the analyzer and to receive a constant input current (I in ) on one of the wires from the analyzer , which microphone comprises an acoustic sensor and a pre-amplifier powered with the constant input current (I in ) to amplify the audio signal (U aud ) from the acoustic sensor transmitted back to the analyzer over the two wires , characterized in, that the microphone comprises a polarization voltage supply connected to the two wires to polarize the microphone , which polarization voltage supply comprises: a transformation stage to transform part of the constant input current (I in ) on the one wire from the remote signal analyzer into an output voltage (U stab ) with a first voltage level and a voltage increaser stage to increase the voltage level of the output voltage (U stab ) into an increased output voltage (U high ) with a second voltage level and a noise reduction stage to provide a polarization voltage (U pol ) to the acoustic sensor . a transformation stage to transform part of the constant input current (I in ) on the one wire from the remote signal analyzer into an output voltage (U stab ) with a first voltage level and a voltage increaser stage to increase the voltage level of the output voltage (U stab ) into an increased output voltage (U high ) with a second voltage level and a noise reduction stage to provide a polarization voltage (U pol ) to the acoustic sensor .
A method for device shaping traffic in a communications network, the method comprising: receiving a forward-link flow at a user-side network node from a provider network , the user-side network node being an intermediary network node between the provider network and a local user network having a set of customer premises equipment, CPE, devices ; determining , by the user-side network node from the forward-link flow, a destination CPE device of the set of CPE devices, the destination CPE device being classified into one of a plurality of device classes according to a predetermined rate-relevant characteristic of the destination CPE device; identifying , by a device shaper of the user-side network node, one of a plurality of stored device shaping policies as corresponding to the device class of the destination CPE device; and feeding back an indication of the identified device shaping policy from the user-side network node over the provider network, thereby shaping subsequent communication of the forward-link flow in accordance with the identified device shaping policy. receiving a forward-link flow at a user-side network node from a provider network , the user-side network node being an intermediary network node between the provider network and a local user network having a set of customer premises equipment, CPE, devices ; determining , by the user-side network node from the forward-link flow, a destination CPE device of the set of CPE devices, the destination CPE device being classified into one of a plurality of device classes according to a predetermined rate-relevant characteristic of the destination CPE device; identifying , by a device shaper of the user-side network node, one of a plurality of stored device shaping policies as corresponding to the device class of the destination CPE device; and feeding back an indication of the identified device shaping policy from the user-side network node over the provider network, thereby shaping subsequent communication of the forward-link flow in accordance with the identified device shaping policy.
A mobile communication system comprising a terminal, User Equipment, UE, , a Mobility Management Entity, MME, and a Mobile Switching Center/Visitor Location Register, MSC/VLR ; wherein the terminal is configured to perform a handover procedure from a Long Term Evolution, LTE, wireless area to a 3G wireless area or a 2G wireless area , the terminal being located in the LTE wireless area and whose location is managed by the MME, ; and wherein the MME is configured to: receive a paging request message, for the terminal , from the MSC/VLR, over an SGs interface between the MME and MSC/VLR ; and discard the paging request message and perform no further action in response to the reception of the paging request message if the handover procedure of the terminal is ongoing when the MME receives the paging request message. wherein the terminal is configured to perform a handover procedure from a Long Term Evolution, LTE, wireless area to a 3G wireless area or a 2G wireless area , the terminal being located in the LTE wireless area and whose location is managed by the MME, ; and wherein the MME is configured to: receive a paging request message, for the terminal , from the MSC/VLR, over an SGs interface between the MME and MSC/VLR ; and discard the paging request message and perform no further action in response to the reception of the paging request message if the handover procedure of the terminal is ongoing when the MME receives the paging request message. receive a paging request message, for the terminal , from the MSC/VLR, over an SGs interface between the MME and MSC/VLR ; and discard the paging request message and perform no further action in response to the reception of the paging request message if the handover procedure of the terminal is ongoing when the MME receives the paging request message.
A method for manufacturing a valve body of a cavity valve with optimized shaft interior geometry, comprising the following steps: providing a bowl-shaped semi-finished product , wherein the semi-finished product has an annular wall , that surrounds a cylindrical cavity of the semi-finished product, and a base portion ; forming a valve head from the base portion ; lengthening the annular wall in an axial direction by forming, wherein a mandrel is inserted into the cylindrical cavity during the forming, wherein an outer surface of the mandrel has a structuring; reducing an outer diameter of the annular wall by rotary swaging without mandrel to obtain a valve stem of the finished valve body having predetermined outer diameter (D), wherein multiple mandrels of different diameters, having successively decreasing diameters, are used during lengthening of the annular wall and wherein at least the last used mandrel has an outer surface with structuring. providing a bowl-shaped semi-finished product , wherein the semi-finished product has an annular wall , that surrounds a cylindrical cavity of the semi-finished product, and a base portion ; forming a valve head from the base portion ; lengthening the annular wall in an axial direction by forming, wherein a mandrel is inserted into the cylindrical cavity during the forming, wherein an outer surface of the mandrel has a structuring; reducing an outer diameter of the annular wall by rotary swaging without mandrel to obtain a valve stem of the finished valve body having predetermined outer diameter (D), wherein multiple mandrels of different diameters, having successively decreasing diameters, are used during lengthening of the annular wall and wherein at least the last used mandrel has an outer surface with structuring.
Stacking device for creating at least one stack of sheet-like articles , wherein the stacking device has at least two stack regions (06; 07) configured as source stack regions (06; 07) which are designed to accommodate a respective stack support (16; 17) and/or a respective stack (11; 12), and wherein the stacking device has at least one stack region configured as a target stack region which is designed to accommodate a respective stack support and/or a respective stack , and wherein the stacking device has at least one upper transfer device for transporting sheet-like articles , and wherein the at least one upper transfer device has at least one holding device , acting on the respective sheet-like article from above, for securely holding sheet-like articles , and wherein the at least one upper holding device is arranged so as to be movable at least with respect to a vertical direction (V), and wherein the at least one upper holding device is arranged so as to be movable at least with respect to a horizontal direction (H), characterized in that the at least one upper holding device is movable along a linear horizontal travel path and can be arranged in at least three different transfer positions along this linear horizontal travel path, and in that at least one target sheet aligner , which is movable at least horizontally, is assigned to the target stack region .
A genetically modified rodent cell comprising in its genome a modified endogenous DR6 locus (i) comprising a deletion of the entire DR6 coding region, or a portion thereof, and (ii) comprising a nucleic acid sequence encoding a functional DR6 signal peptide operably fused to a transmembrane domain, wherein the transmembrane domain is operably fused to a reporter protein, wherein the nucleic acid sequence is operably linked to an endogenous DR6 promoter, wherein any polypeptide encoded by the endogenous DR6 locus lacks a functional DR6 cytoplasmic domain.
Cooking appliance with a cooking chamber for receiving food to be cooked, which is delimited at least partially by a cooking chamber wall , a fan for generating a cooling air flow for cooling an outer side of the cooking chamber wall with the result that an intake region (p-), in which there is a negative pressure in relation to the surrounding area (U), and a blow-out region (p+), in which there is an excess pressure in relation to the surrounding area (U), are produced, characterised by a short-circuit device for generating a short-circuit air flow between the blow-out and intake region (p+, p-) and in this way generating a pressure-neutral region (pn) and a vapour outlet in the cooking chamber wall for discharging vapour from the cooking chamber into the pressure-neutral region (pn).
Clothes holder, comprising a fixing element , at least one holding element and at least two connecting pieces , at least one of the connecting pieces being designed to be movable along the fixing element and the at least one connecting piece being fixed to the fixing element if needed so that the distance between the connecting pieces in the longitudinal direction of the fixing element can be changed if needed, and the holding element having first connecting elements . that can be connected to second connecting elements of a connecting piece , wherein the holding element is elastic in at least in one portion, characterized in that at least three connecting pieces for connecting the at least one holding element with the fixing element are provided.
Protective cover for a bench-mounted circular saw which has a drive motor and a saw blade driveable by the drive motor , wherein the saw blade protrudes with one section from a workpiece seating surface of the bench-mounted circular saw , wherein the saw blade and the workpiece (W), when it lies on the workpiece seating surface , may be guided relative to one another, so that the saw blade cuts into the workpiece (W) along a working direction (A1, A2), wherein the protective cover has a top side guard which is or may be fixed immovably to the bench-mounted circular saw with the aid of a holding fixture and, when fitted to the bench-mounted circular saw , covers an apex area of the saw blade protruding from the workpiece seating surface of the bench-mounted circular saw up to a cutting section of the saw blade which is leading relative to the working direction (A1, A2) and is provided for cutting into the workpiece (W), wherein the top side guard covers the saw blade only partly, so that a penetration zone of the saw blade provided for penetration of the saw blade into the workpiece (W), in particular at least one portion of the leading cutting section of the saw blade , remains free, characterised in that the protective cover has an adjusting protective body assembly with at least one adjusting protective body adjustable with the aid of at least one adjusting device relative to the top side guard between a covering position (V) covering at least partly the penetration zone of the saw blade , and a release position releasing the penetration zone of the saw blade to a greater extent than the covering position (V), wherein the top side guard and the adjusting protective body or bodies are in the form of covering hoods or have a covering hood and form a hood-in-hood arrangement.
A method of determining the mass of a load in a tipper body of a tipper, the tipper comprising a tipper body pivotably moveable with respect to a frame with a hydraulic cylinder disposed therebetween and actuatable to pivot the tipper body , the method comprising: receiving at least one pressure parameter relating to the hydraulic pressure within the hydraulic cylinder at an angular position of the tipper body and at least one angular positional parameter relating to the angular position of the tipper body at the said angular position; and determining a mass parameter relating to the mass of a load in the tipper body based on at least the at least one pressure parameter and the at least one angular positional parameter. receiving at least one pressure parameter relating to the hydraulic pressure within the hydraulic cylinder at an angular position of the tipper body and at least one angular positional parameter relating to the angular position of the tipper body at the said angular position; and determining a mass parameter relating to the mass of a load in the tipper body based on at least the at least one pressure parameter and the at least one angular positional parameter.