mhurhangee/patent-ind-claim-en huggingface dataset:
A granulator mill comprising: a frame , preferably arranged to stand directly on a substrate or indirectly on the substrate via a number of wheels , in the normal position of use of said granulator mill , a cutter housing arranged at the frame and having a granule chamber , the granule chamber comprises at least one non-rotatable blade inside the granule chamber , a rotatable rotor arranged inside the granule chamber , the rotor comprising a plurality of blades arranged at a periphery of the rotor , which blades are arranged for cooperation with the at least one non-rotatable blade for granulating waste material to granules, wherein a normal (n) to a first opening of the granule chamber is pointing substantially vertically upwards in the normal position of use of said granulator mill , characterised in that the cutter housing is pivotably arranged at the frame by means of a first pivot means , for pivoting the cutter housing including the granule chamber and the rotor between the normal position of use and a cleaning position, wherein in the cleaning position, the normal (n) of the first opening of the granule chamber points towards a surface plane of the substrate. a frame , preferably arranged to stand directly on a substrate or indirectly on the substrate via a number of wheels , in the normal position of use of said granulator mill , a cutter housing arranged at the frame and having a granule chamber , the granule chamber comprises at least one non-rotatable blade inside the granule chamber , a rotatable rotor arranged inside the granule chamber , the rotor comprising a plurality of blades arranged at a periphery of the rotor , which blades are arranged for cooperation with the at least one non-rotatable blade for granulating waste material to granules, wherein a normal (n) to a first opening of the granule chamber is pointing substantially vertically upwards in the normal position of use of said granulator mill ,
A hearing device (HD) configured to play sound into an ear canal of a user, the hearing device comprising • at least one input transducer ( M 1 , M 2 ) for picking up sound s q at said at least one input transducer from a sound field S around the hearing device and providing corresponding at least one electric input signal IN q representing said sound s q , i=1, ..., Q, where Q ≥ 1; • an analogue to digital converter (AD) for converting each of said at least one electric input signal to a corresponding digitized signal represented by discrete samples s q (p), where p is a time sample index, • a processor (SP) for processing said at least one digitized signal s q (p) to a processed signal; • an output transducer ( SPK) for converting an electric signal (s out ) including said processed signal to an acoustic signal s" (Ŝ-Ŝ dir ); a forward signal path of the hearing device being defined from an acoustic input to said at least one input transducer to an acoustic output of said output transducer having a forward signal propagation delay τ HI of the hearing device, wherein the processor (SP) is located in the forward signal path, wherein the hearing device (HD) further comprises a compensation unit for at least partially cancelling a directly propagated sound ( S DIR ) from said sound field S that is propagated to the ear canal via a direct acoustic propagation path, wherein the compensation unit is configured to predict said directly propagated sound (Ŝ dir ) and to play it in opposite phase (-Ŝ dir ) of said directly propagated sound, characterized in that the compensation unit is configured to predict the discrete samples s q (p) in dependence of a delay τ comp of the compensation unit and of a delay τ dir of the direct acoustic propagation path, so that the compensation unit is configured to predict the discrete samples s q (p), wherein the delay τ comp of the compensation unit comprises a delay of an electric signal path from the input of the at least one input transducer to the output of the output transducer, and wherein the delay τ comp of the compensation unit is larger than the delay τ dir of the direct acoustic propagation path. • at least one input transducer ( M 1 , M 2 ) for picking up sound s q at said at least one input transducer from a sound field S around the hearing device and providing corresponding at least one electric input signal IN q representing said sound s q , i=1, ..., Q, where Q ≥ 1; • an analogue to digital converter (AD) for converting each of said at least one electric input signal to a corresponding digitized signal represented by discrete samples s q (p), where p is a time sample index, • a processor (SP) for processing said at least one digitized signal s q (p) to a processed signal; • an output transducer ( SPK) for converting an electric signal (s out ) including said processed signal to an acoustic signal s" (Ŝ-Ŝ dir );
Method for term-dependent output of information (Info1, Info2) based on a voice input (SE) to a specific group (SG), wherein the method has the steps of: a) capturing the voice input (SE), b) analysing the captured voice input (SE) for the presence of a group-specific key term (SB), associated with the specific group (SG), and c) on detection of the group-specific key term (SB) in the analysed voice input (SE), outputting the information (Info1, Info2) based on the voice input (SE) to the specific group (SG), and wherein the method is characterised by the following steps of: - ascertaining a distance (DI1, DI2) between a capture location (EO) and an output location (A01, A02), and - if the ascertained distance (DI1) is below a distance limit value (EGW), outputting the information (Info1) in group-aspecific fashion, - wherein the distance limit value is in a range from 30 m to 150 m. a) capturing the voice input (SE), b) analysing the captured voice input (SE) for the presence of a group-specific key term (SB), associated with the specific group (SG), and c) on detection of the group-specific key term (SB) in the analysed voice input (SE), outputting the information (Info1, Info2) based on the voice input (SE) to the specific group (SG), and - ascertaining a distance (DI1, DI2) between a capture location (EO) and an output location (A01, A02), and - if the ascertained distance (DI1) is below a distance limit value (EGW), outputting the information (Info1) in group-aspecific fashion, - wherein the distance limit value is in a range from 30 m to 150 m.
Device for cutting a product of confectionery mass, comprising at least one transport device for a transport of the product that is to be cut, at least one further transport device and at least one cutting apparatus comprising a plurality of cutter means which are arranged on at least one cutting shaft , the transport device being implemented to feed a carpet of products to be cut to the cutting apparatus in a transport direction , the further transport device being implemented to remove the cut product from the cutting apparatus for further processing, characterised in that at least one adjustment device is provided for a displacement of the cutter means along the cutting shaft .
An image projection apparatus for projecting an image using image light incident on a plural-film optical member , the image projection apparatus comprising: an intermediate image forming member on which an intermediate image is formed from light emitted by a light source device ; and a projection optical system comprising a plural-film optical member being configured to reflect incident light while cutting an infrared light component from the incident light, the image light that forms the intermediate image being incident on the plural-film optical member , wherein the image projection apparatus is configured such that the image light that is incident on the projection optical system comprising the plural-film optical member projects an image, characterised in that an image rotational position relationship in a rotational direction around an image center axis between the image that is projected and the intermediate image is such that a difference is present in image rotational positions, and the plural-film optical member is set in such a manner that a polarization axis of the image light incident on the plural-film optical member is parallel or perpendicular to a plane of incidence of the image light with respect to the plural-film optical member , the polarization axis of light incident on the plural-film optical member is not the same as a horizontal direction of the intermediate image. an intermediate image forming member on which an intermediate image is formed from light emitted by a light source device ; and a projection optical system comprising a plural-film optical member being configured to reflect incident light while cutting an infrared light component from the incident light, the image light that forms the intermediate image being incident on the plural-film optical member , wherein the image projection apparatus is configured such that the image light that is incident on the projection optical system comprising the plural-film optical member projects an image, characterised in that an image rotational position relationship in a rotational direction around an image center axis between the image that is projected and the intermediate image is such that a difference is present in image rotational positions, and the plural-film optical member is set in such a manner that a polarization axis of the image light incident on the plural-film optical member is parallel or perpendicular to a plane of incidence of the image light with respect to the plural-film optical member , the polarization axis of light incident on the plural-film optical member is not the same as a horizontal direction of the intermediate image.
Method for keeping the voltage or the current constant during the fusion process of an electro fusion fitting with a device for welding of electrofusion fittings (1 comprising the following steps: • detection and recording of the electrofusion fitting to be welded and its data by a welding power supply unit , • autonomous supplying of the required current or voltage with the welding power supply unit , • connection of an extension cable between a connection cable of the welding power supply unit and the fitting to be welded, • detection of the extension cable by the welding power supply unit , characterized in • autonomous regulation of the current or voltage due to the connected extension cable and the resulting increased resistance, wherein the current or voltage adjusts in such a way that the current or voltage remains constant. • detection and recording of the electrofusion fitting to be welded and its data by a welding power supply unit , • autonomous supplying of the required current or voltage with the welding power supply unit , • connection of an extension cable between a connection cable of the welding power supply unit and the fitting to be welded, • detection of the extension cable by the welding power supply unit , characterized in • autonomous regulation of the current or voltage due to the connected extension cable and the resulting increased resistance, wherein the current or voltage adjusts in such a way that the current or voltage remains constant.
Method for defining a path to be followed by a vehicle in an environment represented by a graph of nodes connected by edges, each node of said graph representing a position that can be adopted by said vehicle, each edge between two nodes being associated with a transition cost between the two nodes, the method comprising: - obtaining an instance of said graph, referred to as an instance to be resolved, each instance being represented by a start node, a destination node and a set of mandatory nodes through which the vehicle must pass, said start, destination and mandatory nodes forming the nodes of the instance to be resolved; - obtaining information representing an initial order of travel over said mandatory nodes by applying a procedure, using a graph convolutional neural network, referred to as a GCNN, adapted to said graph, to said instance to be resolved; - executing a procedure of local optimisation of the order of the mandatory nodes in order to obtain an optimised order of the mandatory nodes, said procedure being initialised with said information representing the initial order; - defining a path for said instance to be resolved from the optimised order of the mandatory nodes and, for each pair of nodes of said instance to be resolved, from a shortest path between the nodes of said pair. - obtaining an instance of said graph, referred to as an instance to be resolved, each instance being represented by a start node, a destination node and a set of mandatory nodes through which the vehicle must pass, said start, destination and mandatory nodes forming the nodes of the instance to be resolved; - obtaining information representing an initial order of travel over said mandatory nodes by applying a procedure, using a graph convolutional neural network, referred to as a GCNN, adapted to said graph, to said instance to be resolved; - executing a procedure of local optimisation of the order of the mandatory nodes in order to obtain an optimised order of the mandatory nodes, said procedure being initialised with said information representing the initial order; - defining a path for said instance to be resolved from the optimised order of the mandatory nodes and, for each pair of nodes of said instance to be resolved, from a shortest path between the nodes of said pair.
A display apparatus, comprising: a display panel configured to display an image by emitting light; at least one sound generating device (1600, 1600', 1600", 1800, 1800', 1800", 1900, 1900") on a rear surface of the display panel and configured to vibrate the display panel to generate sound; and a heat-dissipation member between the display panel and the sound generating device ; wherein the at least one sound generating device (1600, 1600', 1600", 1800, 1800', 1800", 1900, 1900") includes: a coil ; a bobbin , wherein one surface of the bobbin is in contact with the rear surface of the display panel and wherein the display panel is configured to be vibrated by a movement of the bobbin according to a current applied to the coil to generate the sound by the vibration of the display panel ; and a protection member disposed on the bobbin between the heat-dissipation member and the bobbin and configured to cover and protect the bobbin . a display panel configured to display an image by emitting light; at least one sound generating device (1600, 1600', 1600", 1800, 1800', 1800", 1900, 1900") on a rear surface of the display panel and configured to vibrate the display panel to generate sound; and a heat-dissipation member between the display panel and the sound generating device ; wherein the at least one sound generating device (1600, 1600', 1600", 1800, 1800', 1800", 1900, 1900") includes: a coil ; a bobbin , wherein one surface of the bobbin is in contact with the rear surface of the display panel and wherein the display panel is configured to be vibrated by a movement of the bobbin according to a current applied to the coil to generate the sound by the vibration of the display panel ; and a protection member disposed on the bobbin between the heat-dissipation member and the bobbin and configured to cover and protect the bobbin . a coil ; a bobbin , wherein one surface of the bobbin is in contact with the rear surface of the display panel and wherein the display panel is configured to be vibrated by a movement of the bobbin according to a current applied to the coil to generate the sound by the vibration of the display panel ; and a protection member disposed on the bobbin between the heat-dissipation member and the bobbin and configured to cover and protect the bobbin .
A device of collimation of a light beam comprising a monomode waveguide , a first element of collimation of the light beam parallel to a first plane (Oxz) and a second element of collimation of the light beam parallel to a second plane (Oxy), the first collimation element coupling the waveguide to the second collimation element, wherein the first collimation element comprises a body coupled at a first end to the waveguide and coupled at a second end to the second collimation element and having a dimension along a first direction (Oy) perpendicular to the first plane (Oxz) increasing from the first end to the second end, and wherein the second collimation element comprises a refraction index at the wavelength of the light beam which, along a second direction (Oz) perpendicular to the second plane (Oxy), increases from a first value n g to a second value n c , and then decreases from the second value to the first value, characterized in that the second collimation element has a half-height H along the second direction (Oz) and has a length L 4 along a third direction (Ox) parallel to the first plane (Oxz) and to the second plane (Oxy), length L 4 being given by the following relation: L 4 = π Hn c 2 n c 2 − n g 2
Pavement assembled from a plurality of pavers with irregularly curved side face , wherein a predominant part of these pavers with irregularly curved side face are formed without distinctive lateral edges, characterised in that the individual pavers on their irregularly curved side face are provided with rows or partial rows of adjacent and spaced apart strip-shaped connector ridges that mesh in a rack-like manner with connector ridges of neighbouring pavers.
A separator comprising a porous substrate and a conductive layer disposed on the porous substrate, wherein the conductive layer comprises a carbon nanotube structure in which a plurality of single-walled carbon nanotube units are bonded to each other side by side, and wherein the carbon nanotube structure has an average diameter of 2 nm to 500 nm. wherein the conductive layer comprises a carbon nanotube structure in which a plurality of single-walled carbon nanotube units are bonded to each other side by side, and wherein the carbon nanotube structure has an average diameter of 2 nm to 500 nm.
A multiblade centrifugal fan comprising: an impeller including a main plate , a plurality of blades disposed on an outer periphery of the main plate radially with respect to a center axis of the main plate , and a holding ring to fix an outer periphery of the plurality of blades on a side opposite to a part where the blades and the main plate are joined; and a scroll casing disposed to surround the impeller , the scroll casing including an air outlet , and a bellmouth serving as an air inlet, wherein the holding ring at least includes a holding ring first end face which is substantially perpendicular to a center axis (Z) of the impeller and is an endmost part of the impeller , a holding ring second end face which is substantially perpendicular to the center axis (Z) of the impeller and is positioned facing the holding ring first end face , a holding ring inner surface which is substantially parallel to the center axis (Z) of the impeller and connected with the blades , a holding ring outer surface which is substantially parallel to the center axis (Z) of the impeller and is an outermost periphery of the impeller , and a connection surface configured between the holding ring first end face and the holding ring inner surface , characterized in that at the side opposite to a part where the blades and the main plate are joined, the holding ring is an only member that fixes the plurality of blades to each other.
Endovenous treatment assembly comprising a wire element for delivering treatment doses, which is flexible and capable of being inserted, over a part of its length, longitudinally into a vein (V), and a positioning and guiding part , which is integral with the wire element for delivering treatment doses so as to allow the manipulation of the wire element for delivering treatment doses by means of this positioning and guiding part , said positioning and guiding part comprising at least a first guiding mean for guiding in translation a first portion of the wire element for delivering treatment doses in the direction of its length, the wire element for delivering treatment doses being able to slide in the direction of its length relative to said first guiding mean of said positioning and guiding part , being guided in translation by said first guiding mean , and said positioning and guiding part comprising first mechanical assembly means allowing its removable mounting relative to drive means of a drive system , so that said first portion of the wire element for delivering treatment doses can be positioned and guided by means of this positioning and guiding part so as to be able to be engaged with drive means of the system drive for driving the wire element for delivering treatment doses in the direction of its length at least in a first direction (R).
A method for manufacturing a wire-bondless surface mountable high voltage semiconductor package, said method comprising: providing a leadframe ; front etching said leadframe to provide an etched leadframe including space to receive a diode; mounting, in said space, a diode having a cathode and an anode ; placing, over said leadframe and said diode, a III-nitride transistor having a gate , a source , and a drain , said source of said III-nitride transistor being mechanically and electrically coupled to said cathode of said diode; applying a mold compound to encapsulate said III-nitride transistor, said diode, and said leadframe; forming, by back etching of said etched leadframe, a first leadframe paddle portion and a second leadframe paddle portion 212(b), said first leadframe paddle portion supporting and connected to said gate of said III-nitride transistor and said anode of said diode and said second leadframe paddle portion supporting and connected to said drain of said III-nitride transistor, said first and second leadframe paddle portions enabling said high voltage semiconductor package to be surface mountable; wherein said diode is situated over said first leadframe paddle portion and said III-nitride transistor is situated over said second leadframe paddle portion in said wire-bondless surface mountable high voltage semiconductor package. providing a leadframe ; front etching said leadframe to provide an etched leadframe including space to receive a diode; mounting, in said space, a diode having a cathode and an anode ; placing, over said leadframe and said diode, a III-nitride transistor having a gate , a source , and a drain , said source of said III-nitride transistor being mechanically and electrically coupled to said cathode of said diode; applying a mold compound to encapsulate said III-nitride transistor, said diode, and said leadframe; forming, by back etching of said etched leadframe, a first leadframe paddle portion and a second leadframe paddle portion 212(b), said first leadframe paddle portion supporting and connected to said gate of said III-nitride transistor and said anode of said diode and said second leadframe paddle portion supporting and connected to said drain of said III-nitride transistor, said first and second leadframe paddle portions enabling said high voltage semiconductor package to be surface mountable; wherein said diode is situated over said first leadframe paddle portion and said III-nitride transistor is situated over said second leadframe paddle portion in said wire-bondless surface mountable high voltage semiconductor package.