mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication terminal comprising a control unit which is adapted to transmit a dedicated channel establishment request message to a mobile communication network, and which is adapted to proceed with a dedicated channel establishment using a dedicated channel establishment parameter informed in response to said dedicated channel establishment request message from said mobile communication network, and which is also adapted to transmit a dedicated channel establishment completion message to said mobile communication network based on transmission start timing included in said dedicated channel establishment parameter, wherein the transmission start timing corresponds to the sum of a first parameter Power Control, PC, preamble, and a second parameter signaling radio bearer, SRB, delay, said control unit further being adapted to: store information representing that a retransmission of the dedicated channel establishment completion message has been done in a storage unit, when a retransmission request message for the dedicated channel establishment completion message has been received from said mobile communication network; judge whether the transmission start timing is greater than a predetermined value in case where the retransmission of the dedicated channel establishment completion message has been done; and execute a transmission power level adjustment process when the transmission start timing is greater, and execute a transmission start timing adjustment process when not, the transmission start timing adjustment process adding a predetermined delay time to the transmission start timing included in the dedicated channel establishment parameter informed from said mobile communication network, the transmission power level adjustment process adding a predetermined additional power level to the transmission power level included in the dedicated channel establishment parameter informed from said mobile communication network. store information representing that a retransmission of the dedicated channel establishment completion message has been done in a storage unit, when a retransmission request message for the dedicated channel establishment completion message has been received from said mobile communication network; judge whether the transmission start timing is greater than a predetermined value in case where the retransmission of the dedicated channel establishment completion message has been done; and execute a transmission power level adjustment process when the transmission start timing is greater, and execute a transmission start timing adjustment process when not, the transmission start timing adjustment process adding a predetermined delay time to the transmission start timing included in the dedicated channel establishment parameter informed from said mobile communication network, the transmission power level adjustment process adding a predetermined additional power level to the transmission power level included in the dedicated channel establishment parameter informed from said mobile communication network.
A burner tile for use in association with a burner plenum to form a gas burner apparatus for discharging a mixture of fuel gas and air into a furnace wherein the mixture is burned in the presence of flue gas while producing a low content of nitrous oxides, wherein the burner plenum includes a housing for attachment to the furnace that includes an upper end having an air outlet disposed therein, said burner tile having a central opening therein for receiving air from the outlet of the plenum housing and comprising: a bottom end attached to said upper end of said plenum housing over said air outlet disposed therein; a top end opposing said bottom end, said top end including a discharge outlet; and a wall connecting said bottom end to said top end and surrounding said central opening, said wall extending into said furnace and having an interior surface, an exterior surface and at least one gas circulation port extending through said wall, said interior surface of said wall including an internal Coanda surface which bulges into said central opening; said burner tile being characterized in that fuel gas can be injected on or adjacent to said internal Coanda surface from outside said wall through said gas circulation port in manner that fuel gas injected in close enough proximity to a curvature of said internal Coanda surface initiates a Coanda effect by pressure of said fuel gas and a curved surface area of said internal Coanda surface. a bottom end attached to said upper end of said plenum housing over said air outlet disposed therein; a top end opposing said bottom end, said top end including a discharge outlet; and a wall connecting said bottom end to said top end and surrounding said central opening, said wall extending into said furnace and having an interior surface, an exterior surface and at least one gas circulation port extending through said wall, said interior surface of said wall including an internal Coanda surface which bulges into said central opening; said burner tile being characterized in that fuel gas can be injected on or adjacent to said internal Coanda surface from outside said wall through said gas circulation port in manner that fuel gas injected in close enough proximity to a curvature of said internal Coanda surface initiates a Coanda effect by pressure of said fuel gas and a curved surface area of said internal Coanda surface.
A process comprising: elongating a multilayer film to a impart a haze value greater than 30% to the multilayer film, the multilayer film having at least two layers a core layer composed of an ethylene/α-olefin multi-block copolymer having a density from 0.860 g/cc to 0.887 g/cc and a first skin layer in contact with the core layer, the skin layer composed of an ethylene-based polymer; releasing the elongating force from the elongated multilayer film to form a mono-axially oriented hazed multilayer film having a haze value greater than 30%, the haze measured in accordance with ASTM D1003; stretching the hazed multilayer film to form a stretched multilayer film having a clarity value greater than 80%, the clarity measured in accordance with ASTM D 1746-15; and relaxing the stretch force from the stretched multilayer film to form a relaxed multilayer film having a haze value greater than 30%, the process further comprising providing a multilayer film having a layer volume ratio of core layer -to-skin layer from 4:1 to 8:1; and wherein the elongating step comprises elongating the multilayer film from at least 150% elongation to less than or equal to 300% elongation; wherein elongation is measured in accordance with the ASTM D882 testing procedure. elongating a multilayer film to a impart a haze value greater than 30% to the multilayer film, the multilayer film having at least two layers a core layer composed of an ethylene/α-olefin multi-block copolymer having a density from 0.860 g/cc to 0.887 g/cc and a first skin layer in contact with the core layer, the skin layer composed of an ethylene-based polymer; releasing the elongating force from the elongated multilayer film to form a mono-axially oriented hazed multilayer film having a haze value greater than 30%, the haze measured in accordance with ASTM D1003; stretching the hazed multilayer film to form a stretched multilayer film having a clarity value greater than 80%, the clarity measured in accordance with ASTM D 1746-15; and relaxing the stretch force from the stretched multilayer film to form a relaxed multilayer film having a haze value greater than 30%, the process further comprising providing a multilayer film having a layer volume ratio of core layer -to-skin layer from 4:1 to 8:1; and wherein the elongating step comprises elongating the multilayer film from at least 150% elongation to less than or equal to 300% elongation; wherein elongation is measured in accordance with the ASTM D882 testing procedure.
Electronics module, comprising a MEMS switch formed by means of layers with a thickness of less than 100 micrometres on at least one substrate and having a load current path and also a magnetic field sensor device (120, 180) formed by means of layers with a thickness of less than 100 micrometres, in which electronics module the magnetic field sensor device (120, 180) is arranged for detecting an electric load current of the MEMS switch flowing through the load current path, characterized in that the magnetic field sensor device (120, 180) is formed on a top side of the substrate on which the MEMS switch is formed, in which electronics module the electronics module has an additional substrate and the load current path is formed on a top side of the additional substrate, wherein the substrate and the additional substrate are bonded to each other surface-to-surface by way of their top sides, wherein the additional substrate has a recess on its top side, and wherein the magnetic field sensor device (120, 180) is arranged beneath the recess and the load current path is arranged at the bottom of the recess. the magnetic field sensor device (120, 180) is formed on a top side of the substrate on which the MEMS switch is formed, in which electronics module the electronics module has an additional substrate and the load current path is formed on a top side of the additional substrate, wherein the substrate and the additional substrate are bonded to each other surface-to-surface by way of their top sides, wherein the additional substrate has a recess on its top side, and wherein the magnetic field sensor device (120, 180) is arranged beneath the recess and the load current path is arranged at the bottom of the recess.
An inter prediction method comprising the steps of: determining a motion vector for a current prediction unit of a current picture to obtain a reference block in a reference picture; performing an interpolation process of generating pixel samples in the unit of sub pixels using a one-dimensional filter with pre-set filter coefficients and pixel samples of the reference block when the motion vector indicates a sub pixel position; and generating a predicted block on the basis of the motion vector and the pixel samples in the unit of sub pixels, characterized in that reconstructed pixel samples of the current picture located in at least one of an upper area and a left area of a current prediction unit, and pixel samples of the reference picture located in at least one of a bottom area and right area of the reference block are also used for the interpolation process. determining a motion vector for a current prediction unit of a current picture to obtain a reference block in a reference picture; performing an interpolation process of generating pixel samples in the unit of sub pixels using a one-dimensional filter with pre-set filter coefficients and pixel samples of the reference block when the motion vector indicates a sub pixel position; and generating a predicted block on the basis of the motion vector and the pixel samples in the unit of sub pixels, characterized in that reconstructed pixel samples of the current picture located in at least one of an upper area and a left area of a current prediction unit, and pixel samples of the reference picture located in at least one of a bottom area and right area of the reference block are also used for the interpolation process.
A hand-held mixer comprising a housing with a drive unit, said drive unit consisting of an electric motor and a gear unit which includes two spindles (31, 32), the hand-held mixer further comprising a first working member and a second working member having shanks (15, 16) at the other end thereof, each shank having two lugs, wherein the spindles are adapted to drive said first and second working members, the gear unit further including toothed rings configured to transmit the torque from the motor shaft to the working members (11, 12), wherein the spindles (31, 32) have fastening elements (24, 25), that define a mounting plane, the housing being further provided with an ejector, configured to apply an axial force with a first part and a second part of a working surface on shank ends (29, 30) of the first working member and the second working member to unlock them from the fastening elements (24, 25), wherein a height of the first part and a height of the second part with respect to the mounting plane are different, characterized in that the lengths of shanks (15, 16) within the part from lugs to the shank ends (29, 30) of the working members (11, 12) are different, and the distances between the ends (29, 30) of the first working member and the second working member, respectively, and the working surface are approximately equal, the working members (11, 12) being configured to be fixedly fastened in the spindles (31,32) by fastening elements (24, 25) and included in the housing and arranged coaxially against the spindles (31, 32), the housing further comprising openings (23,22), configured to allow positioning the working members (11, 12) into the spindles (31, 32), the openings having different diameters and one of the working members (11, 12) is provided with a ring, the ring being positioned on the shank at such a distance from the shank end (29, 30), that in a case where the working members (11, 12) are fixedly fastened in the spindles (31, 32), the ring is flush with the corresponding opening (22, 23) and wherein the diameter of the ring is greater than the smaller diameter of one of the openings (23, 22) and smaller than the larger diameter of the other opening (23, 22).
A method for aligning at least two image recording elements of two camera modules of a stereo camera system, particularly in relation to their roll angle with respect to one another, comprising the steps of: - arranging the image recording elements on support plates of the camera modules, wherein the image recording elements are each aligned with at least one reference outside edge of the support plates, particularly in relation to their roll angle; - arranging the camera modules within the stereo camera system, wherein the reference outside edges of the support plates are positioned against a common reference edge or against multiple reference edges aligned with respect to one another, wherein when the image recording elements are in each case aligned with at least one reference outside edge of the support plates, the image recording elements are each positioned against one or more stop edges, with which the support plates are configured, and wherein the image recording elements are positioned against the one or more stop edges of the support plates by means of one or more resilient elements, with which the support plates are configured and which apply a spring force to the image recording elements against the stop edges when said image recording elements are arranged on the support plate. - arranging the image recording elements on support plates of the camera modules, wherein the image recording elements are each aligned with at least one reference outside edge of the support plates, particularly in relation to their roll angle; - arranging the camera modules within the stereo camera system, wherein the reference outside edges of the support plates are positioned against a common reference edge or against multiple reference edges aligned with respect to one another,
Rotor blade (220, 320, 420, 520, 620, 720) for a wind turbine, comprising: at least one camera mounted inside the rotor blade and adapted to acquire an image of a portion of an inner surface of the rotor blade; at least one light source mounted inside the rotor blade, adapted to generate illumination light and arranged to illuminate the portion of the inner surface; and at least one frame, characterized in that the at least one camera and the at least one light source are mounted on the at least one frame that is mounted on the inner surface. at least one camera mounted inside the rotor blade and adapted to acquire an image of a portion of an inner surface of the rotor blade; at least one light source mounted inside the rotor blade, adapted to generate illumination light and arranged to illuminate the portion of the inner surface; and at least one frame, characterized in that the at least one camera and the at least one light source are mounted on the at least one frame that is mounted on the inner surface.
A ready-to-use composition for intramuscular or subcutaneous injection, comprising 15%-55% w/v penethamate hydroiodide and at least one oily vehicle including ethyl oleate; wherein the viscosity of the composition is below 3000 mPas at a temperature of 20°C and a shear rate of 1/s measured with a cup cylinder method.
A graphic processor device implemented on a field programmable gate array circuitry, comprising: a pipeline formatter that sets graphic commands and vertex data into primitives; a rasterizer that interpolates between vertices in the vertex data to generate lines and filling between at least one edge to generate a primitive, wherein output of the rasterizer is a stream of fragments that become pixels; a frame buffer manager that receives stream of fragments and blends a plurality of fragments before the plurality of fragments are stored in a frame buffer; and an output processor configured to retrieve a plurality of fragments from the frame buffer manager and transmits a plurality of pixels according to a predefined resolution. characterised in that the rasterizer comprises a packet processing engine configured to generate the stream of fragments, and further characterised in that inputs to the rasterizer are vertices that are treated as packets by the packet processing engine of the rasterizer. a pipeline formatter that sets graphic commands and vertex data into primitives; a rasterizer that interpolates between vertices in the vertex data to generate lines and filling between at least one edge to generate a primitive, wherein output of the rasterizer is a stream of fragments that become pixels; a frame buffer manager that receives stream of fragments and blends a plurality of fragments before the plurality of fragments are stored in a frame buffer; and an output processor configured to retrieve a plurality of fragments from the frame buffer manager and transmits a plurality of pixels according to a predefined resolution. characterised in that the rasterizer comprises a packet processing engine configured to generate the stream of fragments, and further characterised in that inputs to the rasterizer are vertices that are treated as packets by the packet processing engine of the rasterizer.
A cutter head for removing a mixture comprising water and solid materials from a water bottom, comprising rotating blades each provided with cutting means on a leading edge thereof, said cutter head being rotatably coupled to a tube for transporting said mixture, the shape of the leading edge of said rotating blades being defined by substantially fitting a rounded cone with a rotation axis, wherein each rotating blade at a middle part is coupled to a connecting ring and at a top part is linked to a top part of another rotating blade, wherein the rotation axis of said blades is substantially aligned with a rotation axis of said ring; wherein a trailing edge of part at least one of said blades is positioned closer to said rotation axis than a leading edge of said blades so as to provide a suction function towards said tube upon rotation of said cutter head; characterized in that said blades as viewed from said top part at a bottom part of said blades extend to a position beyond said connecting ring and are positioned partly inside the tube. wherein the rotation axis of said blades is substantially aligned with a rotation axis of said ring; wherein a trailing edge of part at least one of said blades is positioned closer to said rotation axis than a leading edge of said blades so as to provide a suction function towards said tube upon rotation of said cutter head; characterized in that said blades as viewed from said top part at a bottom part of said blades extend to a position beyond said connecting ring and are positioned partly inside the tube.
A bone fixation device comprising an elongated member and a washer suitable for being assembled in a manner to prevent relative longitudinal displacement at the same time allowing axial rotation of the washer with respect of the elongated member, wherein the elongated member comprises a proximal head and an elongated shaft extending from the proximal head along a shaft axis towards a distal end of the elongated member, the proximal head comprising at least a distal spherical portion having a diameter and defining a maximum transversal dimension (Dh) of the proximal head with respect to the shaft axis, wherein the washer has a central cavity configured to seat the proximal head and comprising a central spherical portion having the same diameter of the distal spherical portion of the proximal head, the central spherical portion extending along a washer axis between a distal rim and a proximal rim, the distal rim having a distal transversal dimension (Dd) larger than a maximum transversal dimension (d) of the elongated shaft and smaller than the maximum transversal dimension (Dh) of the proximal head, with respect to the washer axis and the shaft axis, the proximal rim having a proximal transversal dimension (Dw) larger than the maximum transversal dimension (d) of the elongated shaft and slightly smaller than the maximum transversal dimension (Dh) of the proximal head, with respect to the washer axis and the shaft axis, wherein the proximal transversal dimension (Dw) of the proximal rim is larger than the distal transversal dimension (Dd) of the distal rim and wherein the proximal rim is configured to be elastically deformable by pressing the proximal head through the proximal rim along the shaft axis and washer axis; characterized in that the maximum transversal dimension (Dh) of the proximal head is smaller than the diameter of the spherical portion of the proximal head.
A method of operating a fire control system, comprising: receiving, at a gateway device (104, 204, 304, 404), first operational data of a first format from a control panel (102, 202, 302) during a learning phase over a period of time that includes one or more alarms; determining a model associated with the control panel (102, 202, 302) based on the first operational data, wherein the model includes correlations between the first operational data and alarm information of a second format, the alarm information including descriptions of the one or more alarms; receiving second operational data of the first format from the control panel (102, 202, 302); and determining alarm information of the second format associated with the second operational data based on the model. receiving, at a gateway device (104, 204, 304, 404), first operational data of a first format from a control panel (102, 202, 302) during a learning phase over a period of time that includes one or more alarms; determining a model associated with the control panel (102, 202, 302) based on the first operational data, wherein the model includes correlations between the first operational data and alarm information of a second format, the alarm information including descriptions of the one or more alarms; receiving second operational data of the first format from the control panel (102, 202, 302); and determining alarm information of the second format associated with the second operational data based on the model.