mhurhangee/patent-ind-claim-en huggingface dataset:
An emitter comprising: a plurality of inlet apertures through which liquid enters the emitter; a manifold flow channel rimmed with a raised rim and having first and second regions into which liquid that passes through the apertures flow; an elastic diaphragm that seats on the manifold flow channel ; an outlet aperture through which liquid that enters the emitter exits the emitter; characterized in that liquid that enters the inlet apertures and exceeds a predetermined threshold pressure displaces only a portion of the diaphragm at the second region to lift off from the raised rim of the manifold channel so that the liquid can leave the manifold channel and flow through the emitter to reach the outlet aperture . a plurality of inlet apertures through which liquid enters the emitter; a manifold flow channel rimmed with a raised rim and having first and second regions into which liquid that passes through the apertures flow; an elastic diaphragm that seats on the manifold flow channel ; an outlet aperture through which liquid that enters the emitter exits the emitter; characterized in that liquid that enters the inlet apertures and exceeds a predetermined threshold pressure displaces only a portion of the diaphragm at the second region to lift off from the raised rim of the manifold channel so that the liquid can leave the manifold channel and flow through the emitter to reach the outlet aperture .
A system for ventricular circulatory support, wherein the system comprises the following: - a device for applying a magnetic field to a magnetized bodily fluid , in particular blood, in a segment of a vessel , particularly a blood vessel; and - a control device designed to actuate the device for applying a magnetic field such that a magnetically-induced force acts on the magnetized bodily fluid in the segment of the vessel in the longitudinal direction of said vessel, wherein the control device is further designed to temporally vary the strength and/or direction of the magnetic field applied to the magnetized bodily fluid such that the bodily fluid preferably selectively moves continuously or pulsatively in the longitudinal direction of the vessel , and wherein the system further comprises a magnetizing means for magnetizing a bodily fluid , in particular blood. - a device for applying a magnetic field to a magnetized bodily fluid , in particular blood, in a segment of a vessel , particularly a blood vessel; and - a control device designed to actuate the device for applying a magnetic field such that a magnetically-induced force acts on the magnetized bodily fluid in the segment of the vessel in the longitudinal direction of said vessel,
A method for determining a level of solar radiation at a point of interest (POI) , the method comprising: capturing multiple sky images by a distributed network of digital cameras comprising multiple pairs or sets of digital cameras capturing sky images of a region of the sky; characterised in that the method further comprises: determining sun location parameters; generating a three-dimensional sky model based on the sky images, wherein generating the 3D sky model comprises: generating 3D object data based on the sky images to model one or more objects in the region of sky by generating a separate 3D model for each of the one or more objects based on the sky images captured by each pair or set of digital cameras, the 3D object data comprising information regarding: (i) a thickness of the one or more objects; and (ii) a continuous 3D surface mesh of the one or more objects; and generating position data to model a position of the one or more objects in the region of sky; and determining a level of solar radiation at the POI based on the position data and 3D object data of the 3D sky model and the sun location parameters, the 3D object data comprising the information regarding (i) the thickness of the one or more objects and (ii) the continuous 3D surface mesh of the one or more objects. determining sun location parameters; generating a three-dimensional sky model based on the sky images, wherein generating the 3D sky model comprises: generating 3D object data based on the sky images to model one or more objects in the region of sky by generating a separate 3D model for each of the one or more objects based on the sky images captured by each pair or set of digital cameras, the 3D object data comprising information regarding: (i) a thickness of the one or more objects; and (ii) a continuous 3D surface mesh of the one or more objects; and generating position data to model a position of the one or more objects in the region of sky; and generating 3D object data based on the sky images to model one or more objects in the region of sky by generating a separate 3D model for each of the one or more objects based on the sky images captured by each pair or set of digital cameras, the 3D object data comprising information regarding: (i) a thickness of the one or more objects; and (ii) a continuous 3D surface mesh of the one or more objects; and (i) a thickness of the one or more objects; and (ii) a continuous 3D surface mesh of the one or more objects; and generating position data to model a position of the one or more objects in the region of sky; and determining a level of solar radiation at the POI based on the position data and 3D object data of the 3D sky model and the sun location parameters, the 3D object data comprising the information regarding (i) the thickness of the one or more objects and (ii) the continuous 3D surface mesh of the one or more objects.
Method for determining which one of a plurality of cameras (11-14) of a camera system of a vehicle an image signal comes from, the cameras (11-14) being arranged on the vehicle and having different mounting positions and/or orientations, the method comprising - capturing images (101-104) by the plurality of cameras (11-14); and - the mounting positions and/or orientations of the cameras (11-14) are determined by means of image processing of the captured images (101-104) - determining which one of the plurality of cameras (11-14) a captured image comes from by (i) evaluating an optical flow within the captured images (101-104)wherein the captured images are taken during a movement of the vehicle and/or (ii) by evaluating overlapping regions (401-404) of the fields of view (21-24) of the cameras (11-14). - capturing images (101-104) by the plurality of cameras (11-14); and - the mounting positions and/or orientations of the cameras (11-14) are determined by means of image processing of the captured images (101-104) - determining which one of the plurality of cameras (11-14) a captured image comes from by (i) evaluating an optical flow within the captured images (101-104)wherein the captured images are taken during a movement of the vehicle and/or (ii) by evaluating overlapping regions (401-404) of the fields of view (21-24) of the cameras (11-14).
A pivot cradle bearing having a curved cage segment , in which rolling bodies are guided, which are arranged between two bearing parts which can be pivoted with respect to one another, wherein a synchronisation device , which is designed for synchronising the relative movement of the bearing parts with the displacement of the cage segment , comprises a pivoting lever , which is mounted in the cage segment , characterised in that an articulated bearing is provided for mounting the pivoting lever in the cage segment , by means of which a snap connection is formed.
A tire sensor fixed in a screwing manner, comprising: a sensor module attached to an inner surface of a tread of a tire to detect conditions of the tire; a sensor casing formed to surround the sensor module ; and a sensor fixture comprising a fixing screw to attach the sensor casing to the inner surface of the tread of the tire, wherein the fixing screw is turned in a screwing manner to fixedly attach the sensor casing to the inner surface of the tread of the tire, characterized in that one of an adhesive, a sticking agent, and a sealant is additionally coated on a lower surface of the sensor casing and a surface of the sensor fixture . a sensor module attached to an inner surface of a tread of a tire to detect conditions of the tire; a sensor casing formed to surround the sensor module ; and a sensor fixture comprising a fixing screw to attach the sensor casing to the inner surface of the tread of the tire, wherein the fixing screw is turned in a screwing manner to fixedly attach the sensor casing to the inner surface of the tread of the tire, characterized in that one of an adhesive, a sticking agent, and a sealant is additionally coated on a lower surface of the sensor casing and a surface of the sensor fixture .
Battery box with multiple battery cells for an electric vehicle , with a base sheet and with multiple connecting elements attached thereto for connecting the battery cells to the battery box , wherein the connecting elements have, for connection to a battery cell , at least one connecting portion with a bore for mechanical connection of the connecting elements to the battery cell by way of screw connection, on the one hand, and are joined to the battery box , on the other hand, wherein the connecting elements have at least one joining portion , in the form of a sheet-like lamella, for fixed connection to the battery box and the connecting elements are joined to the base sheet by way of welding in the region of the joining portion , wherein provision is made of at least one separating sheet for separating a first battery cell from a second battery cell and the at least one separating sheet has at least one joining flange which is joined to the base sheet by way of welding.
Injector for introducing an intraocular lens into the capsular bag of an eye, having an injector axis , an injector tip which has an opening and a wall that delimits the opening , a piston which is mounted so as to be longitudinally displaceable in the direction of the injector axis in the injector and is designed to convey the intraocular lens out of the injector via the opening , wherein the wall , in a first portion that proceeds from the end of the injector tip where the opening is disposed and extends in the direction of the injector axis , has a modulus of elasticity under a tensile load in a range of 10 N/mm 2 to 500 N/mm 2 and is corrugated so that the wall in a cross-sectional plane , the normal of which is disposed parallel to the injector axis , has a plurality of peaks and a plurality of troughs , wherein the peaks and the troughs are disposed alternately in the circumferential direction with respect to the injector axis , characterized in that the injector tip is bevelled in the region of the end by the wall having an end face which is directly adjacent to the opening , the normal of said end face enclosing with the injector axis an angle which is different from 0°.
Mould for vulcanizing tyres, comprising a central axis , an upper part , and a lower part , the mould having a radially internal moulding surface intended to form the external surface of all or part of the tread of the tyre, the upper part and the lower part being able to move axially between an open position and a closed position in which the lower part and the upper part meet along a joint line that divides the radially internal surface into two parts, at least one of the two parts of the radially internal surface having at least one pattern comprising at least one recessed element and one protruding element , the mould being characterized in that each mould part has a plurality of sipe blades , all or some of said sipe blades extending substantially axially or helically on the radially internal surface of the mould, all or some of said sipe blades being: - contiguous at one of their ends with the protruding element and contiguous at the other of their ends with the recessed element or with the other part of the mould, - able to move relative to the tyre in the wake of the protruding element, during opening of the mould. the mould having a radially internal moulding surface intended to form the external surface of all or part of the tread of the tyre, the upper part and the lower part being able to move axially between an open position and a closed position in which the lower part and the upper part meet along a joint line that divides the radially internal surface into two parts, at least one of the two parts of the radially internal surface having at least one pattern comprising at least one recessed element and one protruding element , the mould being characterized in that each mould part has a plurality of sipe blades , all or some of said sipe blades extending substantially axially or helically on the radially internal surface of the mould, all or some of said sipe blades being: - contiguous at one of their ends with the protruding element and contiguous at the other of their ends with the recessed element or with the other part of the mould, - able to move relative to the tyre in the wake of the protruding element, during opening of the mould. - contiguous at one of their ends with the protruding element and contiguous at the other of their ends with the recessed element or with the other part of the mould, - able to move relative to the tyre in the wake of the protruding element, during opening of the mould.
A composition comprising a chromium-insulin complex, wherein the chromium-insulin complex comprises between 1 and 10 molecules of chromium per insulin molecule or per insulin hexamer, wherein the chromium-insulin complex has a molecular weight between 30 kDa and 40 kDa, and wherein the chromium is provided: i) as chromium histidinate; or ii) as a combination of chromium histidinate and chromium picolinate.
A carton for holding at least one article (P), the carton comprising: a plurality of panels that extends at least partially around an interior of the carton , the plurality of panels comprises a front panel , a first side panel , a second side panel , and a back panel ; a plurality of end flaps foldably connected to respective panels of the plurality of panels, the plurality of end flaps comprises a first end flap foldably connected to the front panel , a second end flap foldably connected to the back panel , a third end flap foldably connected to the first side panel , and a fourth end flap foldably connected to the second side panel ; and a first gusset foldably connected to a portion of the first side panel and a second gusset foldably connected to a portion of the second side panel , at least the first end flap , the first gusset , the second gusset , the third end flap , and the fourth end flap cooperate to form a first closure of the carton , and the second end flap forms a second closure of the carton , the second closure at least partially overlaps the first closure , whereby the carton is characterized in that the third end flap and the fourth end flap overlap the first end flap such that the first closure provides a first seal at the top of the front panel , the first side panel , the second side panel , and the back panel , and the second closure at least partially envelops the first closure and provides a second seal at the top of the front panel , the first side panel , the second side panel , and the back panel . a plurality of panels that extends at least partially around an interior of the carton , the plurality of panels comprises a front panel , a first side panel , a second side panel , and a back panel ; a plurality of end flaps foldably connected to respective panels of the plurality of panels, the plurality of end flaps comprises a first end flap foldably connected to the front panel , a second end flap foldably connected to the back panel , a third end flap foldably connected to the first side panel , and a fourth end flap foldably connected to the second side panel ; and a first gusset foldably connected to a portion of the first side panel and a second gusset foldably connected to a portion of the second side panel , at least the first end flap , the first gusset , the second gusset , the third end flap , and the fourth end flap cooperate to form a first closure of the carton , and the second end flap forms a second closure of the carton , the second closure at least partially overlaps the first closure , whereby the carton is characterized in that the third end flap and the fourth end flap overlap the first end flap such that the first closure provides a first seal at the top of the front panel , the first side panel , the second side panel , and the back panel , and the second closure at least partially envelops the first closure and provides a second seal at the top of the front panel , the first side panel , the second side panel , and the back panel .
A method in a network device for data transmission over a front haul interface between a first unit and a second unit, comprising: - compressing , at the first unit, time domain data in frequency domain and/or spatial domain, wherein the compressing is based on Principal Component Analysis, PCA. - transmitting the compressed time domain data along with an associated compression parameter over the front haul interface from the first unit to the second unit; and - decompressing , at the second unit, the compressed time domain data based on the compression parameter. - compressing , at the first unit, time domain data in frequency domain and/or spatial domain, wherein the compressing is based on Principal Component Analysis, PCA. - transmitting the compressed time domain data along with an associated compression parameter over the front haul interface from the first unit to the second unit; and - decompressing , at the second unit, the compressed time domain data based on the compression parameter.
A method for forming a vehicle air-bag , comprising the steps of: providing first and second layers ; interposing a masking layer between the first and second layers ; applying a process to the first and second layers to bond the first and second layers together, wherein the bonding is through an adhesive positioned between the layers or through a hot-melt process, and wherein the presence of the masking layer between the first and second layers substantially prevents the first and second layers from being bonded to one another where the masking layer is positioned between the first and second layers ; forming an air-bag from the first and second layers , wherein the regions corresponding to the masking layer comprise one or more inflatable chambers substantially surrounded by regions of the first and second layers which are bonded to one another to form joins around the one or more chambers; cutting around the masking layer to form the finished air-bag ; and removing the masking layer from the air-bag , wherein the step of removing the masking layer and the cutting step are carried out after the bonding step. providing first and second layers ; interposing a masking layer between the first and second layers ; applying a process to the first and second layers to bond the first and second layers together, wherein the bonding is through an adhesive positioned between the layers or through a hot-melt process, and wherein the presence of the masking layer between the first and second layers substantially prevents the first and second layers from being bonded to one another where the masking layer is positioned between the first and second layers ; forming an air-bag from the first and second layers , wherein the regions corresponding to the masking layer comprise one or more inflatable chambers substantially surrounded by regions of the first and second layers which are bonded to one another to form joins around the one or more chambers; cutting around the masking layer to form the finished air-bag ; and removing the masking layer from the air-bag , wherein the step of removing the masking layer and the cutting step are carried out after the bonding step.
A hair cutting system comprising: a hair cutting appliance comprising one or more pairs of cutting blades for cutting hair; a comb arranged forwards of the cutting blades and configured to guide hair towards the cutting blades; and a hair collector , the hair collector comprising a hair chamber for receiving hairs cut by the hair cutting appliance and a coupling portion configured to couple the hair collector to the hair cutting appliance; characterized in that , when the hair cutting system is assembled, a portion of the comb is arranged within the hair chamber . a hair cutting appliance comprising one or more pairs of cutting blades for cutting hair; a comb arranged forwards of the cutting blades and configured to guide hair towards the cutting blades; and a hair collector , the hair collector comprising a hair chamber for receiving hairs cut by the hair cutting appliance and a coupling portion configured to couple the hair collector to the hair cutting appliance; characterized in that , when the hair cutting system is assembled, a portion of the comb is arranged within the hair chamber .
A method of manufacturing a dental component , in particular a dental prosthesis or a partial dental prosthesis, comprising the following steps: (i) producing a model of the dental component; (ii) embedding the model in an investment material ; (iii) removing the model from the investment material, in particular by heating or burning out, to obtain a negative mold of the model; (iv) inserting a raw material required for manufacturing the dental component into the negative mold; (v) producing the dental component in the negative mold; and (vi) deflasking the dental component in an at least partly automated manner on the basis of a virtual model of the dental component, characterized in that a deflasking device for deflasking the dental component is provided and comprises a control unit which controls the deflasking device on the basis of the virtual model. (i) producing a model of the dental component; (ii) embedding the model in an investment material ; (iii) removing the model from the investment material, in particular by heating or burning out, to obtain a negative mold of the model; (iv) inserting a raw material required for manufacturing the dental component into the negative mold; (v) producing the dental component in the negative mold; and (vi) deflasking the dental component in an at least partly automated manner on the basis of a virtual model of the dental component,
Resource configuration method for uplink control channel, characterized by comprising: determining, by a network side equipment, whether there exists cell specific linkage between downlink carriers in a downlink carrier set of a user equipment and uplink carriers in an uplink carrier set of the user equipment; configuring, by the network side equipment, an uplink control channel resource for a downlink carrier for which doesn't exist a cell specific linkage according to a determining result. determining, by a network side equipment, whether there exists cell specific linkage between downlink carriers in a downlink carrier set of a user equipment and uplink carriers in an uplink carrier set of the user equipment; configuring, by the network side equipment, an uplink control channel resource for a downlink carrier for which doesn't exist a cell specific linkage according to a determining result.