mhurhangee/patent-ind-claim-en huggingface dataset:
A composition or vaccine comprising a first recombinant herpesvirus of turkeys (HVT) vector comprising a heterologous polynucleotide coding for and expressing a Newcastle Disease Virus F (NDV-F) antigen operably linked to an SV40 promoter and an SV40 polyA signal, further wherein the polynucleotide encoding the NDV-F polypeptide, the operably linked SV40 promoter and SV40 polyA signal are inserted in the intergenic site 1 (IG1) locus of HVT genome, further wherein the polynucleotide coding for and expressing NDV-F has the sequence as set forth in SEQ ID NO: 1; and a second recombinant HVT vector comprising a heterologous polynucleotide coding for and expressing an Infectious Bursal Disease Virus (IBDV) VP2 antigen, wherein the second recombinant HVT vector is vHVT13. a first recombinant herpesvirus of turkeys (HVT) vector comprising a heterologous polynucleotide coding for and expressing a Newcastle Disease Virus F (NDV-F) antigen operably linked to an SV40 promoter and an SV40 polyA signal, further wherein the polynucleotide encoding the NDV-F polypeptide, the operably linked SV40 promoter and SV40 polyA signal are inserted in the intergenic site 1 (IG1) locus of HVT genome, further wherein the polynucleotide coding for and expressing NDV-F has the sequence as set forth in SEQ ID NO: 1; and a second recombinant HVT vector comprising a heterologous polynucleotide coding for and expressing an Infectious Bursal Disease Virus (IBDV) VP2 antigen, wherein the second recombinant HVT vector is vHVT13.
A light fixture with at least one light-emitting diode (LED) as illuminant , which LED has a limited light-emitting angle for emitted light beams, wherein: the light fixture has an infrared sensor which is arranged within the light-emitting angle and is assigned to the illuminant for determining a temperature thereof, the infrared sensor is shielded from light radiation of the illuminant by means of a shielding device, and the shielding device has a dichroic mirror or filter, and a second infrared sensor is assigned to the infrared sensor for ascertaining and compensating the ambient heat radiation; wherein the second infrared sensor is directed toward the ambient heat radiation and detects it. the light fixture has an infrared sensor which is arranged within the light-emitting angle and is assigned to the illuminant for determining a temperature thereof, the infrared sensor is shielded from light radiation of the illuminant by means of a shielding device, and the shielding device has a dichroic mirror or filter, and a second infrared sensor is assigned to the infrared sensor for ascertaining and compensating the ambient heat radiation; wherein the second infrared sensor is directed toward the ambient heat radiation and detects it.
An electronic device , comprising: a display module , a middle frame , a sound-emitting assembly , a first circuit board , a first structural member , and a back shell , wherein the middle frame is provided with an accommodating groove, the display module is disposed in the accommodating groove, the sound-emitting assembly , the first circuit board , the first structural member , and the back shell are disposed on a side, away from the display module , of the middle frame , and the sound-emitting assembly , the first circuit board , and the first structural member are located in an installation cavity formed by the back shell and the middle frame ; and the sound-emitting assembly comprises a housing and a sound-emitting component , the housing is provided with a first cavity, the sound-emitting component is located in the first cavity and divides the first cavity into a front cavity and a rear cavity , and the housing is further provided with a first sound guide hole and a second sound guide hole , the first sound guide hole communicates with the front cavity , and the second sound guide hole communicates with the rear cavity ; characterized in that the first structural member and the first circuit board form first space by enclosure, either of the first structural member or the first circuit board is provided with a third sound guide hole , and the rear cavity communicates with the first space through the second sound guide hole and the third sound guide hole , wherein there is a first gap between the first structural member and the back shell , and a second gap between the housing and the back shell . the middle frame is provided with an accommodating groove, the display module is disposed in the accommodating groove, the sound-emitting assembly , the first circuit board , the first structural member , and the back shell are disposed on a side, away from the display module , of the middle frame , and the sound-emitting assembly , the first circuit board , and the first structural member are located in an installation cavity formed by the back shell and the middle frame ; and the sound-emitting assembly comprises a housing and a sound-emitting component , the housing is provided with a first cavity, the sound-emitting component is located in the first cavity and divides the first cavity into a front cavity and a rear cavity , and the housing is further provided with a first sound guide hole and a second sound guide hole , the first sound guide hole communicates with the front cavity , and the second sound guide hole communicates with the rear cavity ; characterized in that the first structural member and the first circuit board form first space by enclosure, either of the first structural member or the first circuit board is provided with a third sound guide hole , and the rear cavity communicates with the first space through the second sound guide hole and the third sound guide hole , wherein there is a first gap between the first structural member and the back shell , and a second gap between the housing and the back shell .
A distribution manifold for a pressure exchange chamber pumping system having a plurality of pressure exchange chambers (11.1, 11.2, 11.3) arranged in parallel, which includes: a hollow manifold body defining a distribution chamber and positioned in an upright orientation and defining a central, upright axis ; an inlet leading into the body for receiving medium to be pumped, comprising solid particles transported in a liquid; a plurality of spaced apart outlets opening operatively upwardly out of the manifold body ; and a plurality of pipes , each pipe extending upwards from a respective outlet to an associated medium inlet valve (18.1, 20.1, 22.1) of one of the pressure exchange chambers and the pipes are spaced around the central axis of the manifold and each pipe is inclined at an angle in the range of approximately 20 degrees to 80 degrees relative thereto, the medium inlet valves (18.1, 20.1, 22.1) being in an upright orientation, whereby on closure of a medium inlet valve (18.1, 20.1, 22.1), solid particles settle down the associated pipe under gravity and away from the medium inlet valve (18.1, 20.1, 22.1) to prevent blockage thereof. a hollow manifold body defining a distribution chamber and positioned in an upright orientation and defining a central, upright axis ; an inlet leading into the body for receiving medium to be pumped, comprising solid particles transported in a liquid; a plurality of spaced apart outlets opening operatively upwardly out of the manifold body ; and a plurality of pipes , each pipe extending upwards from a respective outlet to an associated medium inlet valve (18.1, 20.1, 22.1) of one of the pressure exchange chambers and the pipes are spaced around the central axis of the manifold and each pipe is inclined at an angle in the range of approximately 20 degrees to 80 degrees relative thereto, the medium inlet valves (18.1, 20.1, 22.1) being in an upright orientation, whereby on closure of a medium inlet valve (18.1, 20.1, 22.1), solid particles settle down the associated pipe under gravity and away from the medium inlet valve (18.1, 20.1, 22.1) to prevent blockage thereof.
A flow meter, comprising: a lower shell ; an upper shell disposed on the lower shell; a running water cavity disposed between the lower shell and the upper shell; an impeller disposed in the running water cavity, the impeller comprising: an installation positioning hole disposed at a bottom portion of the impeller; and a rotating positioning hole disposed at a top portion of the impeller; an installation positioning shaft extending upward from the lower shell and configured to be inserted into the installation positioning hole; and a rotating positioning shaft extending downward from the upper shell and configured to be inserted into the rotating positioning hole; wherein when the impeller is in a floating state, the rotating positioning shaft is in clearance fit with the rotating positioning hole, the installation positioning shaft is in clearance fit with the installation positioning hole, and the rotating positioning shaft is a pivotal shaft of the impeller, characterised in that , when the impeller is in a non-floating state, the installation positioning shaft is in clearance fit with the installation positioning hole, and the rotating positioning shaft suspends above the rotating positioning hole. a lower shell ; an upper shell disposed on the lower shell; a running water cavity disposed between the lower shell and the upper shell; an impeller disposed in the running water cavity, the impeller comprising: an installation positioning hole disposed at a bottom portion of the impeller; and a rotating positioning hole disposed at a top portion of the impeller; an installation positioning hole disposed at a bottom portion of the impeller; and a rotating positioning hole disposed at a top portion of the impeller; an installation positioning shaft extending upward from the lower shell and configured to be inserted into the installation positioning hole; and a rotating positioning shaft extending downward from the upper shell and configured to be inserted into the rotating positioning hole; wherein when the impeller is in a floating state, the rotating positioning shaft is in clearance fit with the rotating positioning hole, the installation positioning shaft is in clearance fit with the installation positioning hole, and the rotating positioning shaft is a pivotal shaft of the impeller, characterised in that , when the impeller is in a non-floating state, the installation positioning shaft is in clearance fit with the installation positioning hole, and the rotating positioning shaft suspends above the rotating positioning hole.
A storage system, wherein the storage system comprises control logic , and a write control interface and a read control interface that are coupled to a memory , a storage area in the memory comprises a first page and a second page, and the control logic is configured to: set the first page to write-only and the second page to read-only; in specified slots, write data to the first page through the write control interface, and read data from the second page through the read control interface; set the first page to read-only and the second page to write-only when a quantity of the specified slots reaches a preset quantity of slots; and in specified slots of a next round, read data from the first page through the read control interface, and write data to the second page through the write control interface; wherein for each slot in the specified slots, data that is written to the first page and corresponding to the slot comprises N written data units; before writing data to the first page, the control logic is further configured to determine a first column address and a first row address of each of the N written data units on the first page, wherein the first row addresses of the N written data units are different from each other; and correspondingly, the control logic is specifically configured to write the N written data units to the first page based on the first column address and the first row address of each of the N written data units. set the first page to write-only and the second page to read-only; in specified slots, write data to the first page through the write control interface, and read data from the second page through the read control interface; set the first page to read-only and the second page to write-only when a quantity of the specified slots reaches a preset quantity of slots; and in specified slots of a next round, read data from the first page through the read control interface, and write data to the second page through the write control interface; wherein for each slot in the specified slots, data that is written to the first page and corresponding to the slot comprises N written data units; before writing data to the first page, the control logic is further configured to determine a first column address and a first row address of each of the N written data units on the first page, wherein the first row addresses of the N written data units are different from each other; and correspondingly, the control logic is specifically configured to write the N written data units to the first page based on the first column address and the first row address of each of the N written data units.
A method performed for sharing content, comprising: detecting, by a first device, a selection for content to be shared stored in at least one peripheral device associated with the first device ; publishing, by the first device to at least one target device, presence information including an indication of the at least one peripheral device in which the downloadable content is stored , an indication of a number of contents available from the at least one peripheral device, and a presence state of the first device ; receiving, by the at least one peripheral device, a message from the at least one target device indicative of a request for downloading the selected content based on the indication to the at least one peripheral device , and transmitting, by the at least one peripheral device that received the message, the selected content of the at least one target device ; and publishing, by the first device to other target devices, presence information to each of the other target devices which excludes the indication of the at least one peripheral device, whereby the selected content is not downloadable to the other target devices. detecting, by a first device, a selection for content to be shared stored in at least one peripheral device associated with the first device ; publishing, by the first device to at least one target device, presence information including an indication of the at least one peripheral device in which the downloadable content is stored , an indication of a number of contents available from the at least one peripheral device, and a presence state of the first device ; receiving, by the at least one peripheral device, a message from the at least one target device indicative of a request for downloading the selected content based on the indication to the at least one peripheral device , and transmitting, by the at least one peripheral device that received the message, the selected content of the at least one target device ; and publishing, by the first device to other target devices, presence information to each of the other target devices which excludes the indication of the at least one peripheral device, whereby the selected content is not downloadable to the other target devices.
An apparatus for performing a quality inspection measurement of a vehicle part , the apparatus comprising a light source , a camera , and a processing unit , wherein - the processing unit is configured to provide a reference image , the reference image comprising a reference light grid overlaying a reference vehicle part, - the light source being arranged at a first predefined distance from the vehicle part and configured to project an actual light grid onto the vehicle part, - the camera being arranged at a second predefined distance from the vehicle part and configured to obtain an actual image of the vehicle part, the actual image comprising the actual light grid projected onto the vehicle part, and wherein - the processing unit is configured to compare the reference image and the actual image using image processing algorithms to thereby obtain the quality inspection measurement of the vehicle part, characterised in that the apparatus is configured to perform gap/flush measurements through the comparison of the reference image and the captured actual image. - the processing unit is configured to provide a reference image , the reference image comprising a reference light grid overlaying a reference vehicle part, - the light source being arranged at a first predefined distance from the vehicle part and configured to project an actual light grid onto the vehicle part, - the camera being arranged at a second predefined distance from the vehicle part and configured to obtain an actual image of the vehicle part, the actual image comprising the actual light grid projected onto the vehicle part, and wherein - the processing unit is configured to compare the reference image and the actual image using image processing algorithms to thereby obtain the quality inspection measurement of the vehicle part,
Audio decoder for decoding an audio signal from a data stream , the audio decoder comprising a set of different loss concealment tools and configured to determine a first measure measuring a spectral position of a spectral centroid of a spectrum of the audio signal, determine a second measure measuring a temporal predictability of the audio signal, wherein the second measure is a measure for self-similarity or autocorrelation or is a long term prediction gain, assign one loss concealment tool of the set of different loss concealment tools to a portion of the audio signal affected by loss based on the first and second measures, and recover the portion of the audio signal using the one loss concealment tool assigned to the portion , wherein the set of different loss concealment tools comprises a first loss concealment tool (PLC#1) for audio signal recovery of monophonic portions, and a second loss concealment tool (PLC#2) for audio signal recovery of polyphonic portions, wherein the audio decoder is configured to, in assigning the one loss concealment tool to the portion of the audio signal based on the first and second measures, assign the first loss concealment tool to the portion the more likely the lower the spectral position of the spectral centroid is and the higher the temporal predictability is, and assign the second loss concealment tool to the portion the more likely the higher the spectral position of the spectral centroid is and the lower the temporal predictability is. determine a first measure measuring a spectral position of a spectral centroid of a spectrum of the audio signal, determine a second measure measuring a temporal predictability of the audio signal, wherein the second measure is a measure for self-similarity or autocorrelation or is a long term prediction gain, assign one loss concealment tool of the set of different loss concealment tools to a portion of the audio signal affected by loss based on the first and second measures, and recover the portion of the audio signal using the one loss concealment tool assigned to the portion , wherein the set of different loss concealment tools comprises a first loss concealment tool (PLC#1) for audio signal recovery of monophonic portions, and a second loss concealment tool (PLC#2) for audio signal recovery of polyphonic portions, wherein the audio decoder is configured to, in assigning the one loss concealment tool to the portion of the audio signal based on the first and second measures, assign the first loss concealment tool to the portion the more likely the lower the spectral position of the spectral centroid is and the higher the temporal predictability is, and assign the second loss concealment tool to the portion the more likely the higher the spectral position of the spectral centroid is and the lower the temporal predictability is.
A shock-absorbing member in which a wood member is embedded in a resin covering member so as to be integrated therewith and in which the wood member is collapsed when subjected to an impact load (F), thereby absorbing a portion of the impact load (F), wherein sealing members are disposed between both end surfaces of the wood member in an axis direction of annual rings and an inner surface of the covering member , so as to hermetically cover both end surfaces of the wood member .
A floor cleaner comprising: a base movable over a surface to be cleaned, the base having an upper portion and a bottom portion , the base further including; a brushroll chamber , the brushroll chamber having a top opening in the upper portion of the base , and a bottom opening in the bottom portion of the base ; a brushroll operably positioned in the brushroll chamber , the brushroll having a driven end and a non-driven end , the driven end of the brushroll being releasably connected to a drive mechanism ; a cover removably coupled to the upper portion of the base to cover the top opening of the brushroll chamber ; an endcap mounted on the non-driven end of the brushroll movable between a coupled position and a released position; wherein the endcap includes a tab , characterised in that the tab is movable between an unfolded and a folded position, wherein upward movement of the tab in the unfolded position moves the endcap to the released position. a brushroll chamber , the brushroll chamber having a top opening in the upper portion of the base , and a bottom opening in the bottom portion of the base ; a brushroll operably positioned in the brushroll chamber , the brushroll having a driven end and a non-driven end , the driven end of the brushroll being releasably connected to a drive mechanism ; a cover removably coupled to the upper portion of the base to cover the top opening of the brushroll chamber ; an endcap mounted on the non-driven end of the brushroll movable between a coupled position and a released position; wherein the endcap includes a tab , characterised in that the tab is movable between an unfolded and a folded position, wherein upward movement of the tab in the unfolded position moves the endcap to the released position.
Non-cylindrical mold core for producing molded parts which forms an inner shape of a molded part to be produced and has a mold contour in the region of a cavity along the inner shape of a molded part to be produced comprising at least two side walls at a defined angle to one another and at least one corner region, in particular in the injection molding or die casting process, comprising flow channels for transporting a temperature control medium, characterized in that the temperature control medium can be guided close to the contour along one of the corner regions and/or one of the side walls via an inner flow channel , at least one distributing flow channel as a flow surface of the mold contour close to the contour within the end region of the mold core , and at least one flow channel within the mold contour .