mhurhangee/ep-ind-claims huggingface dataset:
A camera module within an electronic device, the camera module comprising: an imaging sensor configured to output raw image sensor data representative of a scene; and an imaging logic engine configured to process the raw image sensor data into image data in a predetermined image format and carry out a hash function to generate a hash of the image data, characterized in that the imaging logic engine is further configured to add a genesis block of a digital ledger as part of the image data so that the genesis block is part of the image data in an image file output by the camera module, the genesis block comprising the hash; and wherein the camera module is devoid of persistent memory, and connectable to output the image file to a control circuit of the electronic device for storage in a persistent memory of the electronic device or for transmission to a remote electronic device via a communications medium. an imaging sensor configured to output raw image sensor data representative of a scene; and an imaging logic engine configured to process the raw image sensor data into image data in a predetermined image format and carry out a hash function to generate a hash of the image data, characterized in that the imaging logic engine is further configured to add a genesis block of a digital ledger as part of the image data so that the genesis block is part of the image data in an image file output by the camera module, the genesis block comprising the hash; and wherein the camera module is devoid of persistent memory, and connectable to output the image file to a control circuit of the electronic device for storage in a persistent memory of the electronic device or for transmission to a remote electronic device via a communications medium.
A method for activating a human Natural Killer cell, which comprises the step of contacting the NK cell in vitro with an activating tumour cell preparation (ATCP), which comprises intact human tumour cells, or a human tumour cell membrane preparation.
A gear-change means for changing gear in a gearbox, with - a plurality of gear-change elements (S13, S23, S27, S28, S29, S45, S46), - a gear-change shaft which is arranged so that it can be rotated into various rotary positions and, for selecting individual ones of the gear-change elements (S13, S23, S27, S28, S29, S45, S46) provided, is arranged to be displaceable along its longitudinal axis, wherein in at least in one of the rotary positions of the gear-change shaft at least two of the gear-change elements (S13, S23, S27, S28, S29, S45, S46) can be actuated, especially in phase or with an overlapping or offset phase shift, by displacing the gear-change shaft in the longitudinal direction, wherein the gear-change shaft has a plurality of gear-change portions (55a - 55d), wherein one conversion means (61 - 65, 70, 75) in each case is associated with each gear-change portion (55a - 55d), by means of which means a displacement movement of the gear-change shaft can be converted into a shift movement of a gearshift element which is associated with the respective gear-change portion (55a - 55d), characterised in that each of the gear-change portions (55a - 55d) has at least one slideway portion (58a, 59a, 60a) extending in the direction of the longitudinal axis, against which in a specified rotary position of the gear-change shaft a pickup (61, 62) of the conversion means (61 - 65, 70, 75) bears, with the pickup (61, 62) being displaced in the radial direction, corresponding to the profile of the slideway portion (58a, 59a), by displacing the gear-change shaft in the longitudinal direction. - a plurality of gear-change elements (S13, S23, S27, S28, S29, S45, S46), - a gear-change shaft which is arranged so that it can be rotated into various rotary positions and, for selecting individual ones of the gear-change elements (S13, S23, S27, S28, S29, S45, S46) provided, is arranged to be displaceable along its longitudinal axis,
A scanning transmission electron microscope comprising an electron source configured to provide a primary electron beam with a cross-over, a condenser system, an objective electromagnetic lens comprising an upper pole piece and a lower pole piece forming a pole piece gap configured to provide a pre-field and a post-field with respect to a sample plane located inside the pole piece gap, wherein the upper pole piece comprises an upper pole piece face and the lower pole piece comprises a lower pole piece face, the scanning transmission electron microscope further comprising a projection lens system comprising at least a first projection lens and a second projection lens, and a detection system, characterized in that at least one diffraction pattern is located in a distance from the lower pole piece face outside the pole piece gap, wherein the distance between lower pole piece face and at least one diffraction pattern is in the interval mm.
Self-adhesive dressing comprising a support material that is stretchable and reboundable only in one direction, and an adhesive mass not applied to the support over the whole area and comprising one or more active substances from the group of the circulation-promoting active substances, where the adhesive mass is applied in stripe form or wave form which runs crossways to the stretchable direction of the support material, which is to be understood as meaning that more than 90% of the adhesive mass stripes, based on the total mass of applied adhesive mass, do not run parallel to the direction of stretching of the support material.
A cylindrical packaging case extending in a vertical direction, comprising: an upper portion; and a lower portion in which a front side surface and a rear side surface are provided in a circumferential direction; characterised by a pair of convex folding-back portions extending out in an upper direction from the front side surface and the rear side surface of the lower portion, wherein a first weakened line is provided along a first boundary line between the upper portion and the convex folding-back portions, a second weakened line is provided along a second boundary line in the circumferential direction between the upper portion and the lower portion, a first folding ruled line is provided in the circumferential direction between the convex folding-back portions and the lower portion, and second folding ruled lines extending continuously in a vertical direction from between the front side surface and the rear side surface of the lower portion are provided inside the convex folding-back portions; wherein the upper portion and the convex folding-back portions are not connected in at least a part of the first weakened line comprising straight weakened lines and curved weakened lines, wherein the upper portion and the convex folding-back portions are not connected in at least a part of the said curved weakened lines at a position corresponding to an angular portion of the convex folding back portions by means of cutting lines completely passing through the sheet material of the case in the thickness direction. an upper portion; and a lower portion in which a front side surface and a rear side surface are provided in a circumferential direction; characterised by a pair of convex folding-back portions extending out in an upper direction from the front side surface and the rear side surface of the lower portion, wherein a first weakened line is provided along a first boundary line between the upper portion and the convex folding-back portions, a second weakened line is provided along a second boundary line in the circumferential direction between the upper portion and the lower portion, a first folding ruled line is provided in the circumferential direction between the convex folding-back portions and the lower portion, and second folding ruled lines extending continuously in a vertical direction from between the front side surface and the rear side surface of the lower portion are provided inside the convex folding-back portions; wherein the upper portion and the convex folding-back portions are not connected in at least a part of the first weakened line comprising straight weakened lines and curved weakened lines, wherein the upper portion and the convex folding-back portions are not connected in at least a part of the said curved weakened lines at a position corresponding to an angular portion of the convex folding back portions by means of cutting lines completely passing through the sheet material of the case in the thickness direction.
A converter comprising: a switch network configured to be coupled to a power source, wherein the switch network comprises a plurality of power switches; a magnetic device coupled to the switch network; a detector coupled to the magnetic device through a magnetic coupling; and a control circuit configured to receive a zero voltage switching signal from the detector and adjust gate drive signals of the power switches based upon the zero voltage switching signal; wherein the magnetic coupling is implemented as a signal transformer, wherein: a primary side of the signal transformer is the magnetic device; and a secondary side of the signal transformer is coupled to the detector; characterised in that, the detector comprises: a dc blocking capacitor having a first terminal connected to the secondary side of the signal transformer; a diode and a resistor connected in series and further coupled to a second terminal of the dc blocking capacitor, whereby the resistor is employed to limit the current flowing through the diode; and a voltage divider (R2, R3), formed by a first resistor and a second resistor, whereby a first terminal of the first resistor is coupled to the second terminal of the dc blocking capacitor and to a first terminal of the resistor, whereas the node between the resistors (R2, R3) of the voltage divider is the output node with the zero voltage switching signal of the detector; wherein a second terminal of the secondary side of the signal transformer, the second resistor and the diode are connected through a return-node. a switch network configured to be coupled to a power source, wherein the switch network comprises a plurality of power switches; a magnetic device coupled to the switch network; a detector coupled to the magnetic device through a magnetic coupling; and a control circuit configured to receive a zero voltage switching signal from the detector and adjust gate drive signals of the power switches based upon the zero voltage switching signal; wherein the magnetic coupling is implemented as a signal transformer, wherein: a primary side of the signal transformer is the magnetic device; and a secondary side of the signal transformer is coupled to the detector; a dc blocking capacitor having a first terminal connected to the secondary side of the signal transformer; a diode and a resistor connected in series and further coupled to a second terminal of the dc blocking capacitor, whereby the resistor is employed to limit the current flowing through the diode; and a voltage divider (R2, R3), formed by a first resistor and a second resistor, whereby a first terminal of the first resistor is coupled to the second terminal of the dc blocking capacitor and to a first terminal of the resistor, whereas the node between the resistors (R2, R3) of the voltage divider is the output node with the zero voltage switching signal of the detector;
A method for encoding a transform unit of an image unit comprising image data represented by a luminance channel and at least one chrominance channel, the method comprising: - obtaining a luma coding-tree by splitting a luminance unit representative of the luminance channel of said transform unit in luma sub-units; - obtaining a chroma coding-tree by splitting a chrominance unit representative of at least one chrominance channel of said transform unit in chroma sub-units as long as a size of resulting chroma sub-units is larger than a maximum size depending on a type of split applied to the sub-unit among a type of split adapted to a quad-tree, a type of split adapted to a binary tree and a type of split adapted to a triple-tree by signaling an information data indicating that a sub-unit of the chroma coding-tree at a given decomposition level is not split when a sub-unit of the luma coding-tree at said decomposition level co-located with said sub-unit of the chroma coding tree is split; the signaling of said information data being skipped when the sub-unit of the chroma coding-tree is not split, and the sub-unit of the luma coding-tree co-located with said sub-unit of the chroma coding tree is not split. - obtaining a luma coding-tree by splitting a luminance unit representative of the luminance channel of said transform unit in luma sub-units; - obtaining a chroma coding-tree by splitting a chrominance unit representative of at least one chrominance channel of said transform unit in chroma sub-units as long as a size of resulting chroma sub-units is larger than a maximum size depending on a type of split applied to the sub-unit among a type of split adapted to a quad-tree, a type of split adapted to a binary tree and a type of split adapted to a triple-tree by
The sodium salt of (1R,2S,5R)-7-oxo-6-sulfooxy-1,6-diazabicyclo[3.2.1]octane-2-carboxamide of formula in crystallised form, anhydrous, characterized in that the salt is in its polymorphic form "B", having an X-ray diffraction pattern with at least two characteristic peaks at 13.0 +/- 0.5 degrees 2θ and at 16.5 +/- 0.5 degrees 2θ.
A method to be performed by a mobile terminal, the method comprising: determining an application behavior policy of one or more application behavior policies for an application to be operated on the mobile terminal or operating on the mobile terminal, the mobile terminal being configured to communicate with an access point and the application behavior policy comprising one or more configuration parameters and one or more validity conditions, wherein the one or more validity conditions define one or more network conditions that indicate an instance in which the application behavior policy is to be applied; determining that a validity condition of the application behavior policy has been met; causing the application to be launched subject to the application behavior policy in an instance in which the application has not already been launched; or causing the application to be reconfigured such that it operates subject to the application behavior policy in an instance in which the application has already been launched; and: enforcing the application behavior policy via one or more application programming interfaces of the mobile terminal. determining an application behavior policy of one or more application behavior policies for an application to be operated on the mobile terminal or operating on the mobile terminal, the mobile terminal being configured to communicate with an access point and the application behavior policy comprising one or more configuration parameters and one or more validity conditions, wherein the one or more validity conditions define one or more network conditions that indicate an instance in which the application behavior policy is to be applied; determining that a validity condition of the application behavior policy has been met; causing the application to be launched subject to the application behavior policy in an instance in which the application has not already been launched; or causing the application to be reconfigured such that it operates subject to the application behavior policy in an instance in which the application has already been launched; and: enforcing the application behavior policy via one or more application programming interfaces of the mobile terminal.
Method for dispensing cryogenic liquid, including the following steps: - connecting, in a sealtight manner, a fuel tank to be filled to a storage tank, - dispensing cryogenic liquid to the fuel tank and determining firstly the flow of liquid being dispensed and the amount of liquid dispensed, and secondly the pressure prevailing in the fuel tank, - stopping the dispensing of the liquid when the pressure exceeds a first predetermined threshold or else when the flow of liquid drops below a second predetermined threshold, characterized in that the method furthermore includes the following steps: - degassing the fuel tank after stopping the dispensing, while determining the amount of gas removed from the fuel tank during the degassing, and - determining whether or not liquid should be dispensed again on the basis of the amount of gas removed during the degassing and possibly of other parameters. - connecting, in a sealtight manner, a fuel tank to be filled to a storage tank, - dispensing cryogenic liquid to the fuel tank and determining firstly the flow of liquid being dispensed and the amount of liquid dispensed, and secondly the pressure prevailing in the fuel tank, - stopping the dispensing of the liquid when the pressure exceeds a first predetermined threshold or else when the flow of liquid drops below a second predetermined threshold, - degassing the fuel tank after stopping the dispensing, while determining the amount of gas removed from the fuel tank during the degassing, and - determining whether or not liquid should be dispensed again on the basis of the amount of gas removed during the degassing and possibly of other parameters.
A transducer protection system (10;100) for the protection of at least one transducer opening in a housing of a hearing device, comprising a supporting means (12;102) and a plurality of fibers (14;104) each fixed at one end to the supporting means (12;102) and free to move on the other end, wherein the supporting means comprises a central shaft, wherein the fibers are fixed to the central shaft such to protrude radially thereof, and wherein the supporting means is adapted to be inserted into the transducer opening such to be aligned to the center axis of the transducer opening.
A method for releasing a network device (8.1, 8.2) of a network system, which comprises at least the one network device (8.1, 8.2) and at least one server, wherein at least one second identifier assigned to a mobile computing device is stored in a database of the server, wherein the second identifier is a unique code, which is unambiguously assigned to the corresponding mobile computing device, comprising: - Detecting a first identifier installed on the network device (8.1, 8.2) by means of the mobile computing device, - Transmitting the detected first identifier and a second identifier assigned to the detecting mobile computing device from the mobile computing device to the server, - Comparing the transmitted second identifier with the at least one second identifier stored in the database, and - Releasing the network device (8.1, 8.2) through the server if the result of the check is positive. - Detecting a first identifier installed on the network device (8.1, 8.2) by means of the mobile computing device, - Transmitting the detected first identifier and a second identifier assigned to the detecting mobile computing device from the mobile computing device to the server, - Comparing the transmitted second identifier with the at least one second identifier stored in the database, and - Releasing the network device (8.1, 8.2) through the server if the result of the check is positive.
Process for producing biaryl compounds by aerobic cross dehydrogenative coupling of two arene groups comprising at least one aryl carbon-hydrogen bond, in the presence of a catalyst system comprising a palladium salt comprising at least one non-cyclopalladatable carboxylate anion and one or more non-beta-eliminatable, non-cyclopalladatable ligands comprising at least one N-donor atom, the one or more ligands having a 0.5/1 - 1.5/1 molar ratio of N-donor atoms relative to the Pd atoms, wherein the arene may also be a heteroarene, as long as the heteroarene does not have a heteroatom that interferes negatively in the CDC process.
A method of rendering an image of three-dimensional laser scan data, the method comprising: providing a plurality of sets of laser scan data for a set of scans as spherical displacement maps, wherein each set of laser scan data corresponds to a respective scan; generating a tessellation pattern which comprises a set of triangles by sampling the spherical displacement maps, wherein said generating of the tessellation pattern is performed by a graphics processing unit; and converting each triangle into raster data comprising pixels each pixel including a value of depth; writing a pixel into a depth buffer if the pixel has a lower depth value than a corresponding pixel stored in the depth buffer, and discarding a pixel if the pixel has a higher depth value than a corresponding pixel stored in the depth buffer; wherein pixel data generated from different scans is written to the same depth buffer. providing a plurality of sets of laser scan data for a set of scans as spherical displacement maps, wherein each set of laser scan data corresponds to a respective scan; generating a tessellation pattern which comprises a set of triangles by sampling the spherical displacement maps, wherein said generating of the tessellation pattern is performed by a graphics processing unit; and converting each triangle into raster data comprising pixels each pixel including a value of depth; writing a pixel into a depth buffer if the pixel has a lower depth value than a corresponding pixel stored in the depth buffer, and discarding a pixel if the pixel has a higher depth value than a corresponding pixel stored in the depth buffer; wherein pixel data generated from different scans is written to the same depth buffer.
A ring coupling comprising: a first cylindrical body (102; 202; 302) defining an outward facing coupling surface extending in a circumferential direction; a second cylindrical body (106; 206; 306) defining an inward facing coupling surface extending in the circumferential direction; and a retainer ring (110; 210; 310) engaged to the coupling surfaces of the first and second cylindrical bodies to prevent axial disengagement of the first and second cylindrical bodies; characterised in that the retainer ring (110; 210; 310) is flexible between: a first position seated in the coupling surface of the second cylindrical body (106; 206; 306) to clear the first cylindrical body (102; 202; 302) for assembly of the first and second cylindrical bodies together; and a second position flexed radially inward from the first position to engage the coupling surface of the first cylindrical body; and characterised by a plurality of set screws (114; 214) threaded to the second cylindrical body (106; 206; 306) to maintain the retainer ring (110; 210; 310) in the second position. a first cylindrical body (102; 202; 302) defining an outward facing coupling surface extending in a circumferential direction; a second cylindrical body (106; 206; 306) defining an inward facing coupling surface extending in the circumferential direction; and a retainer ring (110; 210; 310) engaged to the coupling surfaces of the first and second cylindrical bodies to prevent axial disengagement of the first and second cylindrical bodies; characterised in that the retainer ring (110; 210; 310) is flexible between: a first position seated in the coupling surface of the second cylindrical body (106; 206; 306) to clear the first cylindrical body (102; 202; 302) for assembly of the first and second cylindrical bodies together; and a second position flexed radially inward from the first position to engage the coupling surface of the first cylindrical body; and a first position seated in the coupling surface of the second cylindrical body (106; 206; 306) to clear the first cylindrical body (102; 202; 302) for assembly of the first and second cylindrical bodies together; and a second position flexed radially inward from the first position to engage the coupling surface of the first cylindrical body; and characterised by a plurality of set screws (114; 214) threaded to the second cylindrical body (106; 206; 306) to maintain the retainer ring (110; 210; 310) in the second position.