mhurhangee/patent-ind-claim-en huggingface dataset:
A device for generating aerosol, comprising: a. a consumable-containing unit being made from a powdered form of the consumable that is compressed; b. a susceptor embedded within the consumable-containing unit , wherein the susceptor has an elongated form having a defined length, and wherein the consumable-containing unit is compressed around the susceptor along the length of the susceptor ; c. an encasement encasing the consumable-containing unit and the susceptor , wherein the encasement has a first end and a second end opposite the first end , wherein the encasement comprises an opening ; and d. a coating to plug the opening . a. a consumable-containing unit being made from a powdered form of the consumable that is compressed; b. a susceptor embedded within the consumable-containing unit , wherein the susceptor has an elongated form having a defined length, and wherein the consumable-containing unit is compressed around the susceptor along the length of the susceptor ; c. an encasement encasing the consumable-containing unit and the susceptor , wherein the encasement has a first end and a second end opposite the first end , wherein the encasement comprises an opening ; and d. a coating to plug the opening .
A spectrum management apparatus for wireless communications, comprising: a determining unit , configured to determine, based on a spectrum sensing result with respect to an unlicensed frequency band by an LTE system performing the spectrum sensing in a management range of the spectrum management apparatus, spectrum time validity for the LTE system performing the spectrum sensing to use the unlicensed frequency band, wherein the determining unit is configured to, in the case that the spectrum sensing result indicates there exists another LTE system using spectrum resources of the unlicensed frequency band, determine spectrum time validity for the LTE system performing the spectrum sensing based on the spectrum time validity for the existing another LTE system; and characterised by comprising a transceiving unit , configured to receive the spectrum sensing result from a base station and/or a user equipment of the LTE system performing the spectrum sensing, and transmit information on the determined spectrum time validity to the base station and/or user equipment of the LTE system performing the spectrum sensing. a determining unit , configured to determine, based on a spectrum sensing result with respect to an unlicensed frequency band by an LTE system performing the spectrum sensing in a management range of the spectrum management apparatus, spectrum time validity for the LTE system performing the spectrum sensing to use the unlicensed frequency band, wherein the determining unit is configured to, in the case that the spectrum sensing result indicates there exists another LTE system using spectrum resources of the unlicensed frequency band, determine spectrum time validity for the LTE system performing the spectrum sensing based on the spectrum time validity for the existing another LTE system; and characterised by comprising a transceiving unit , configured to receive the spectrum sensing result from a base station and/or a user equipment of the LTE system performing the spectrum sensing, and transmit information on the determined spectrum time validity to the base station and/or user equipment of the LTE system performing the spectrum sensing.
Method of determining a guideline for trimming an optical lens to be trimmed with a view to its mounting in a spectacle frame in which is mounted at least one reference optical lens , comprising steps: a) of removing the said reference optical lens and of fixing the said reference optical lens on a support of a machine for acquiring images , b) of acquiring, with an image sensor of the said machine for acquiring images that comprises an entocentric objective, at least two images of the said reference optical lens viewed from two different angles, c) of processing the said at least two images so as to deduce therefrom trimming parameters for the said optical lens to be trimmed, and d) of devising the said trimming guideline as a function of the said trimming parameters, wherein, in step c), the curvature of one of the faces of the said reference optical lens is acquired, and each image acquired is scaled as a function of the said curvature. a) of removing the said reference optical lens and of fixing the said reference optical lens on a support of a machine for acquiring images , b) of acquiring, with an image sensor of the said machine for acquiring images that comprises an entocentric objective, at least two images of the said reference optical lens viewed from two different angles, c) of processing the said at least two images so as to deduce therefrom trimming parameters for the said optical lens to be trimmed, and d) of devising the said trimming guideline as a function of the said trimming parameters,
A crystal form A of the compound of formula (I), wherein the X-ray powder diffraction pattern thereof comprises characteristic diffraction peaks at the following angle 2θ: 16.053 ± 0.2°, 16.53 ± 0.2°, 22.782 ± 0.2° and 25.742 ± 0.2°,
Light source for industrial image processing for illuminating an image area , characterized in that the light source has at least one sensor and the at least one sensor is provided for capturing an actual relative position of the light source in relation to at least one predetermined reference point and/or at least one predetermined reference plane and that a comparison unit connected to the sensor is provided for comparing the actual relative position of the light source with a predetermined relative target position .
A wearable electronic device comprising (i) an analog display configured for displaying time information by at least one analog time indicator and (ii) a digital display having at least one digital indicator configured for displaying at least current time on the digital display ; a controller , configured for maintaining current time information and also configured for providing the current time information to be displayed by the at least one digital indicator on the digital display as the current time; characterised by an analog time indicator rotating arrangement (60, S1-S5) configured to cause rotation of the at least one analog time indicator until either: i. the at least one analog time indicator is aligned with the at least one digital indicator such that the at least one analog time indicator appears superimposed on the at least one digital indicator, the digital display being positioned below the analog display ; or ii. the at least one analog time indicator is aligned with the at least one digital indicator such that the at least one digital indicator appears superimposed on the at least one analog time indicator, the digital display being positioned above the analog display; whereby the superimposed position of the at least one analog time indicator with the at least one digital indicator indicates that the at least one analog time indicator is synchronized with the current time. a controller , configured for maintaining current time information and also configured for providing the current time information to be displayed by the at least one digital indicator on the digital display as the current time; characterised by an analog time indicator rotating arrangement (60, S1-S5) configured to cause rotation of the at least one analog time indicator until either: i. the at least one analog time indicator is aligned with the at least one digital indicator such that the at least one analog time indicator appears superimposed on the at least one digital indicator, the digital display being positioned below the analog display ; or ii. the at least one analog time indicator is aligned with the at least one digital indicator such that the at least one digital indicator appears superimposed on the at least one analog time indicator, the digital display being positioned above the analog display; i. the at least one analog time indicator is aligned with the at least one digital indicator such that the at least one analog time indicator appears superimposed on the at least one digital indicator, the digital display being positioned below the analog display ; or ii. the at least one analog time indicator is aligned with the at least one digital indicator such that the at least one digital indicator appears superimposed on the at least one analog time indicator, the digital display being positioned above the analog display; whereby the superimposed position of the at least one analog time indicator with the at least one digital indicator indicates that the at least one analog time indicator is synchronized with the current time.
A modified Cas9 protein comprising a substitution of residue K526 and having a reduced off-target activity and an increased fidelity when compared to the otherwise identical Cas9 having K526, utation, wherein the position of the K526 mutation is identified by reference to the amino acid numbering in an unmodified mature Streptococcus pyogenes Cas9 (SpCas9) as set forth in SEQ ID NO: 1.
A method for generating a bitstream representing a 3D model, wherein repetitive structures in the 3D model are organized into patterns (P) and instances (C), wherein a pattern corresponds to a representative geometry of a corresponding repetitive structure and components belonging to a repetitive structure are instances, and wherein an instance (C) is represented as a transformation (T) of a corresponding pattern (P), said transformation (T) includes one or more of rotation, translation, and scaling, comprising: determining a reconstructed instance (C') corresponding to the instance (C); determining a vertex coordinate error, E i = V i -V i ', between a vertex (V i ) of the instance, C = TP, and a corresponding reconstructed vertex (V i ') of the reconstructed instance C' = T'P'; determining a number of quantization bits (QB) based on the vertex coordinate error (E i ); characterized in : determining a quantization index, elem_compen_err_QB_id, in response to the determined number of quantization bits (QB), wherein the quantization index is an M-bit unsigned integer used to look up the number of quantization bits in a quantization table, error_compen_QB_table, the quantization table comprising a plurality of entries, wherein each entry in the quantization table indicates a number of quantization bits (QB) and is represented by an N-bit unsigned integer, M < N; determining a quantized vertex coordinate error, compr_ver_compen_err_data, based on the vertex coordinate error (E i ) and the number of quantization bits (QB); and encoding , for each vertex (Vi) of the instance (C), the quantization index, elem_compen_err_QB_id, and the quantized vertex coordinate error, compr_ver_compen_err_data, into the bitstream. determining a reconstructed instance (C') corresponding to the instance (C); determining a vertex coordinate error, E i = V i -V i ', between a vertex (V i ) of the instance, C = TP, and a corresponding reconstructed vertex (V i ') of the reconstructed instance C' = T'P'; determining a number of quantization bits (QB) based on the vertex coordinate error (E i ); characterized in : determining a quantization index, elem_compen_err_QB_id, in response to the determined number of quantization bits (QB), wherein the quantization index is an M-bit unsigned integer used to look up the number of quantization bits in a quantization table, error_compen_QB_table, the quantization table comprising a plurality of entries, wherein each entry in the quantization table indicates a number of quantization bits (QB) and is represented by an N-bit unsigned integer, M < N; determining a quantized vertex coordinate error, compr_ver_compen_err_data, based on the vertex coordinate error (E i ) and the number of quantization bits (QB); and encoding , for each vertex (Vi) of the instance (C), the quantization index, elem_compen_err_QB_id, and the quantized vertex coordinate error, compr_ver_compen_err_data, into the bitstream.
Use of a) a lipid fraction comprising at least one of docosahexaneoic acid (DHA), docosapentaenoic acid (DPA) and eicosapentaenoic acid (EPA); b) a protein fraction comprising proteinaceous material from non-human origin which provide at least cysteine and/or taurine; and c) a mineral fraction comprising at least one of manganese and molybdenum in the manufacture of a nutraceutical or pharmaceutical composition for the treatment or prevention of neurological disorders wherein the treatment or prevention comprises improving memory function in a mammal wherein the composition further comprises a nucleotide fraction, selected from the group consisting of nucleobases, nucleotides and nucleosides. a) a lipid fraction comprising at least one of docosahexaneoic acid (DHA), docosapentaenoic acid (DPA) and eicosapentaenoic acid (EPA); b) a protein fraction comprising proteinaceous material from non-human origin which provide at least cysteine and/or taurine; and c) a mineral fraction comprising at least one of manganese and molybdenum in the manufacture of a nutraceutical or pharmaceutical composition for the treatment or prevention of neurological disorders wherein the treatment or prevention comprises improving memory function in a mammal
Communication interface for making it possible to wirelessly transmit data between a battery system and at least one further device , wherein the communication interface comprises a connection element which can be used to releasably connect the communication interface to a data transmission connection of a battery system , wherein the communication interface connected to the data transmission connection is designed to receive data transmitted by the battery system in a wired manner via the data transmission connection and to wirelessly transmit these data to the at least one further device and to receive data wirelessly transmitted by the at least one further device and to transmit these data to the battery system in a wired manner via the data transmission connection , wherein the communication interface comprises a control device unit, characterized in that the control device unit is designed to at least partially control the data transmission of the battery system if the communication interface is connected to the data transmission connection of the battery system , wherein communication inside the battery system between a battery management system and the battery cells of the battery system can be controlled.
A method comprising: selecting a first access point, AP, by a station for performing a positioning in an indoor wireless local area network, wherein the first AP is configured with a first Basic Service Service ID, BSSID; and obtaining a list of co-located BSSIDs of the first AP; wherein the first AP receives location information of neighboring APs in a wireless local area network; and wherein the list of co-located BSSIDs is determined based on said location information of neighboring APs of the first AP; characterized in that said positioning is a fine timing measurement, FTM, positioning, and said method further comprises: exchanging FTM frames with the first AP; and exchanging FTM frames with a plurality of APs, wherein the plurality of APs are configured with BSSIDs excluded from the list of co-located BSSIDs; wherein a first BSS is co-located with a second BSS if they are configured on the same physical device, it is configured with the same location as the second BSS, or they have same GPS coordinates. selecting a first access point, AP, by a station for performing a positioning in an indoor wireless local area network, wherein the first AP is configured with a first Basic Service Service ID, BSSID; and obtaining a list of co-located BSSIDs of the first AP; wherein the first AP receives location information of neighboring APs in a wireless local area network; and wherein the list of co-located BSSIDs is determined based on said location information of neighboring APs of the first AP; characterized in that said positioning is a fine timing measurement, FTM, positioning, and said method further comprises: exchanging FTM frames with the first AP; and exchanging FTM frames with a plurality of APs, wherein the plurality of APs are configured with BSSIDs excluded from the list of co-located BSSIDs; wherein a first BSS is co-located with a second BSS if they are configured on the same physical device, it is configured with the same location as the second BSS, or they have same GPS coordinates. exchanging FTM frames with the first AP; and exchanging FTM frames with a plurality of APs, wherein the plurality of APs are configured with BSSIDs excluded from the list of co-located BSSIDs; wherein a first BSS is co-located with a second BSS if they are configured on the same physical device, it is configured with the same location as the second BSS, or they have same GPS coordinates.
Method for time-to-digital conversion for determining the point in time when a signal arrives at a measuring device ; - wherein the signal arriving at the measuring device is fed into a delay circuit consisting of a plurality of delay elements connected in series, comprising an input (102; 202, 203) and an output (103; 204, 205), wherein the output (103; 204) of one of the delay elements is respectively connected to the input of the subsequent delay element is such a way that, after an inherent delay time, a signal applied to the input (102; 202, 203) of one of the delay elements is transmitted via its output (103; 204) to the input of the subsequent delay element , - wherein the input signal at the input (102; 202, 203) of one of the delay elements causes a level change between a first discrete signal value and a second discrete signal value, and wherein this level change is respectively transmitted via the output (103; 204) of the delay element to the input (102; 203) of the subsequent delay element , and - wherein the output (103; 205) of each delay element is also connected to an input of a register and the discrete signal value present at the input of the register is stored in a system clock specified by a clock signal occurring in a given clock period and is output via an output of the register . - wherein the incoming signal is fed into the delay circuit by means of a pulse generator as a sequence of level changes , characterized in that the output of each level change at the end of the delay elements connected in series is counted in an output counter . - wherein the signal arriving at the measuring device is fed into a delay circuit consisting of a plurality of delay elements connected in series, comprising an input (102; 202, 203) and an output (103; 204, 205), wherein the output (103; 204) of one of the delay elements is respectively connected to the input of the subsequent delay element is such a way that, after an inherent delay time, a signal applied to the input (102; 202, 203) of one of the delay elements is transmitted via its output (103; 204) to the input of the subsequent delay element , - wherein the input signal at the input (102; 202, 203) of one of the delay elements causes a level change between a first discrete signal value and a second discrete signal value, and wherein this level change is respectively transmitted via the output (103; 204) of the delay element to the input (102; 203) of the subsequent delay element , and - wherein the output (103; 205) of each delay element is also connected to an input of a register and the discrete signal value present at the input of the register is stored in a system clock specified by a clock signal occurring in a given clock period and is output via an output of the register . - wherein the incoming signal is fed into the delay circuit by means of a pulse generator as a sequence of level changes ,
A method performed by a first image display apparatus , the method comprising: receiving a planar 360-degree image from a server; restoring the planar 360-degree image to a sphere-shaped 360-degree image, the sphere-shaped 360-degree image comprising an image having a 360-degree field of view; dividing the sphere-shaped 360-degree image into a plurality of images comprising a first image and a second image; displaying, on a first display of the first image display apparatus, the first image corresponding to a first area of the sphere-shaped 360-degree image; and controlling a second image display apparatus comprising a second display to display the second image corresponding to a second area of the sphere-shaped 360-degree image on the second display, the second display being adjacent to the first display, the second area being adjacent to the first area in the sphere-shaped 360-degree image, in response to a user input, changing a location of the first area in the sphere-shaped 360-degree image, and simultaneously with the changing the location of the first area, changing a location of the second area to be adjacent to the changed first area, wherein the first area corresponds to a first viewing angle of the 360-degree field of view, and the second area corresponds to a second viewing angle of the 360-degree field of view, the second viewing angle being different to the first viewing angle. receiving a planar 360-degree image from a server; restoring the planar 360-degree image to a sphere-shaped 360-degree image, the sphere-shaped 360-degree image comprising an image having a 360-degree field of view; dividing the sphere-shaped 360-degree image into a plurality of images comprising a first image and a second image; displaying, on a first display of the first image display apparatus, the first image corresponding to a first area of the sphere-shaped 360-degree image; and controlling a second image display apparatus comprising a second display to display the second image corresponding to a second area of the sphere-shaped 360-degree image on the second display, the second display being adjacent to the first display, the second area being adjacent to the first area in the sphere-shaped 360-degree image, in response to a user input, changing a location of the first area in the sphere-shaped 360-degree image, and simultaneously with the changing the location of the first area, changing a location of the second area to be adjacent to the changed first area, wherein the first area corresponds to a first viewing angle of the 360-degree field of view, and the second area corresponds to a second viewing angle of the 360-degree field of view, the second viewing angle being different to the first viewing angle.