mhurhangee/ep-ind-claims huggingface dataset:
An apparatus with a plurality of side panels (140-146, 202-204) detachably coupled to form a testing chamber (100, 200) configured to isolate an animal subject from at least one external stimuli and configured for cognitive assessment and training of an animal subject (108, 230), the apparatus characterized by a trial assembly (300, 400) comprising a display device configured to display a plurality of stimuli, wherein at least one target stimuli selected from the plurality of stimuli is associated with a reward, wherein the trial assembly is further configured to allow for replacement of the plurality of stimuli and changing of a target object associated with the reward; and a divider assembly (104, 208) detachably coupled with the plurality of side panels (144, 146) to divide the testing chamber into a stimuli chamber (102, 242) and a subject chamber (106, 240), wherein the trial assembly (300,400) is located in the stimuli chamber and the stimuli chamber (102, 242) is configured to prevent the animal subject (108, 230) from completely entering the stimuli chamber (102, 242), but allow the animal subject (108, 230) to reach into the stimuli chamber with one or more limbs to interact with objects in the stimuli chamber (102, 242).
A clad material comprising: a first layer made of stainless steel; a second layer made of Cu or a Cu alloy and roll-bonded to the first layer; and a third layer made of stainless steel and roll-bonded to a side of the second layer opposite to the first layer; wherein the clad material has an overall thickness of 1 mm or less; and in a cross-sectional view along a stacking direction, a minimum thickness of the first layer in the stacking direction and a minimum thickness of the third layer in the stacking direction are 70% or more and less than 100% of an average thickness of the first layer in the stacking direction and an average thickness of the third layer in the stacking direction, respectively, the grain size of the second layer is 0.150 mm or less which is determined according to JIS H 0501. a first layer made of stainless steel; a second layer made of Cu or a Cu alloy and roll-bonded to the first layer; and a third layer made of stainless steel and roll-bonded to a side of the second layer opposite to the first layer; wherein the clad material has an overall thickness of 1 mm or less; and in a cross-sectional view along a stacking direction, a minimum thickness of the first layer in the stacking direction and a minimum thickness of the third layer in the stacking direction are 70% or more and less than 100% of an average thickness of the first layer in the stacking direction and an average thickness of the third layer in the stacking direction, respectively, the grain size of the second layer is 0.150 mm or less which is determined according to JIS H 0501.
A method for transmitting data from at least one mobile unit, in particular from at least one peer, to a backend system if restricted connectivity is present between the mobile unit and the backend system, wherein the mobile unit comprises a local database for storing own data and preferably for buffering data of at least one further mobile unit, wherein the mobile unit generates a local index according to the stored own data and preferably the buffered data, wherein the backend system comprises a master database for storing received data from at least one mobile unit, wherein the backend system generates a master index according to the stored data, wherein the method carries out the following steps if connectivity is present between the at least one mobile unit and the backend system: receiving the master index from the backend system, deleting the data of the local database which are contained in the master database on the basis of a comparison of the local index with the master index and updating the local index, transmitting data which are stored in the local database and which are not yet contained in the master database, receiving and storing a new master index from the backend system, and deleting the data of the local database transmitted in step on the basis of a comparison of the updated local index with the new master index and newly updating the local index. receiving the master index from the backend system, deleting the data of the local database which are contained in the master database on the basis of a comparison of the local index with the master index and updating the local index, transmitting data which are stored in the local database and which are not yet contained in the master database, receiving and storing a new master index from the backend system, and deleting the data of the local database transmitted in step on the basis of a comparison of the updated local index with the new master index and newly updating the local index.
A pressure switch arrangement comprising: a pressure switch body defining a chamber, the pressure switch body also having a fitting end defining a conduit leading to the chamber; a switching component disposed within the chamber of the pressure switch body, the switching component including a trigger; an actuation unit disposed within the chamber and being movable relative to the switching component, the actuation unit extending along a length between a first end and a second end, the first end facing the fitting end and the second end facing the trigger, the actuation unit including a limiter disposed at an intermediate position between the first end and the second end, the actuation unit also defining a spring stop region disposed between the limiter and the second end; an insert (140, 142) disposed within the chamber of the pressure switch body, the insert defining an aperture through which the actuation unit extends so that at least a portion of the insert is disposed between the limiter and the spring stop region of the actuation unit, the insert cooperating with the pressure switch body to define a pocket into which the limiter radially extends, the limiter being movable within the pocket as the actuation unit moves within the chamber; and a spring arrangement engaging the spring stop region of the actuation unit, the spring arrangement biasing the actuation unit away from the trigger of the switching component. a pressure switch body defining a chamber, the pressure switch body also having a fitting end defining a conduit leading to the chamber; a switching component disposed within the chamber of the pressure switch body, the switching component including a trigger; an actuation unit disposed within the chamber and being movable relative to the switching component, the actuation unit extending along a length between a first end and a second end, the first end facing the fitting end and the second end facing the trigger, the actuation unit including a limiter disposed at an intermediate position between the first end and the second end, the actuation unit also defining a spring stop region disposed between the limiter and the second end; an insert (140, 142) disposed within the chamber of the pressure switch body, the insert defining an aperture through which the actuation unit extends so that at least a portion of the insert is disposed between the limiter and the spring stop region of the actuation unit, the insert cooperating with the pressure switch body to define a pocket into which the limiter radially extends, the limiter being movable within the pocket as the actuation unit moves within the chamber; and a spring arrangement engaging the spring stop region of the actuation unit, the spring arrangement biasing the actuation unit away from the trigger of the switching component.
A radio resource management system, comprising: circuitry including at least a processor and a memory, the circuity configured to: equate at least two secondary systems to an equivalent secondary system, wherein coverage ranges of interference regions of the at least two secondary systems overlap and the at least two secondary systems are of a plurality of secondary systems that are managed by the radio resource management system, and add the transmission power of the at least two secondary systems together to equate to the transmission power of the equivalent secondary system, so as to determine an interference region of the equivalent secondary system; and transmit radio resource usage information, including the transmission power of the equivalent secondary system, and geographical location information of the equivalent secondary system to another radio resource management system, wherein the geographical location information indicates a location of the equivalent secondary system, wherein the location of the equivalent secondary system is based on location information of the at least two secondary systems, the location of the secondary system which is closest to a communication system region managed by the another radio resource management system among the at least two secondary systems having been equated to the one equivalent secondary system is equated to the location of the equivalent secondary system, and the location including at least X and Y coordinates of the equivalent secondary system. equate at least two secondary systems to an equivalent secondary system, wherein coverage ranges of interference regions of the at least two secondary systems overlap and the at least two secondary systems are of a plurality of secondary systems that are managed by the radio resource management system, and add the transmission power of the at least two secondary systems together to equate to the transmission power of the equivalent secondary system, so as to determine an interference region of the equivalent secondary system; and transmit radio resource usage information, including the transmission power of the equivalent secondary system, and geographical location information of the equivalent secondary system to another radio resource management system, wherein the geographical location information indicates a location of the equivalent secondary system, wherein the location of the equivalent secondary system is based on location information of the at least two secondary systems, the location of the secondary system which is closest to a communication system region managed by the another radio resource management system among the at least two secondary systems having been equated to the one equivalent secondary system is equated to the location of the equivalent secondary system, and the location including at least X and Y coordinates of the equivalent secondary system.
Security closure device for a beverage bottle, in particular for an alcoholic beverage bottle, comprising a monolithic hollow piece, made of polymer material and that extends substantially along an axis and comprises: a cap portion, provided with an internal thread for engaging, in use, an external thread of the bottle; a sleeve portion, axially attachable by snap engagement to the bottle by an axial snap coupling; and a weakened breaking portion that joins the cap portion and the sleeve portion; wherein the cap portion comprises a double-walled cup body, having an internal lateral wall and an external lateral wall, coaxial to each other and separated by an annular gap; the internal lateral wall extending from an end wall, substantially perpendicular to the axis, of the cap portion and being joined to the end wall by an annular root edge defining a flexible hinge that allows the internal lateral wall to bend radially; the internal lateral wall being provided with said internal thread and being elastically radially deformable inside the gap without reaching or deforming the external lateral wall as a result of stresses exerted on an inner surface of the internal lateral wall, and being radially surrounded by the external lateral wall that masks the deformation of the internal lateral wall.
A processing method in a terminal, characterized in that the terminal supports enhanced Near Field Communication (eNFC) and the method comprises: when the terminal determines that a user card does not support a Single Wire Protocol interface, disabling a Near Field Communication function; wherein said terminal determines that said user card does not support said SWP interface through interface support information provided by said user card or a stored SWP interface flag; wherein said terminal comprises a NFC control unit and a NFC emulation front end chip, said NFC control unit is configured to instruct the NFC emulation front end chip to be disabled when determining that the user card does not support the SWP interface, and said NFC emulation front end chip is configured to disable the NFC function according to the instruction of said NFC control unit. when the terminal determines that a user card does not support a Single Wire Protocol interface, disabling a Near Field Communication function; wherein said terminal determines that said user card does not support said SWP interface through interface support information provided by said user card or a stored SWP interface flag; wherein said terminal comprises a NFC control unit and a NFC emulation front end chip, said NFC control unit is configured to instruct the NFC emulation front end chip to be disabled when determining that the user card does not support the SWP interface, and said NFC emulation front end chip is configured to disable the NFC function according to the instruction of said NFC control unit.
A method of pre-processing a picture, the method comprising: (a) receiving linear RGB color values for pixels of the picture and sub-sampling the received linear RGB color values to obtain sub-sampled linear RGB color values; (b) applying a first, non-linear transfer function to the sub-sampled linear RGB color values from (a) to obtain sub-sampled non-linear color values R'G'B'; (c) applying a first color transform to the sub-sampled non-linear R'G'B' color values from (b) to obtain sub-sampled non-linear chroma component values Cb', Cr'; (d) up-sampling the sub-sampled non-linear chroma component values Cb', Cr' from (c) to obtain up-sampled non-linear chroma component values Cb', Cr' for the pixels of the picture; (e) determining, from the received linear RGB color values, original linear luminance values, Yo, for the pixels of the picture, the original luminance values Yo representing a luminance that the eye is sensitive to; and (f) deriving a non-linear luma component value, Y', for a pixel of the picture by selecting a value for Y' such that, when the combination of the selected value for Y' and the up-sampled non-linear chroma component values Cb', Cr' for the pixel, from (d) is transformed into corresponding linear RGB color values for the pixel, the difference between the original linear luminance value Yo for the pixel from (e) and a linear luminance value Y derived from the corresponding linear RGB color values is reduced. (a) receiving linear RGB color values for pixels of the picture and sub-sampling the received linear RGB color values to obtain sub-sampled linear RGB color values; (b) applying a first, non-linear transfer function to the sub-sampled linear RGB color values from (a) to obtain sub-sampled non-linear color values R'G'B'; (c) applying a first color transform to the sub-sampled non-linear R'G'B' color values from (b) to obtain sub-sampled non-linear chroma component values Cb', Cr'; (d) up-sampling the sub-sampled non-linear chroma component values Cb', Cr' from (c) to obtain up-sampled non-linear chroma component values Cb', Cr' for the pixels of the picture; (e) determining, from the received linear RGB color values, original linear luminance values, Yo, for the pixels of the picture, the original luminance values Yo representing a luminance that the eye is sensitive to; and (f) deriving a non-linear luma component value, Y', for a pixel of the picture by selecting a value for Y' such that, when the combination of the selected value for Y' and the up-sampled non-linear chroma component values Cb', Cr' for the pixel, from (d) is transformed into corresponding linear RGB color values for the pixel, the difference between the original linear luminance value Yo for the pixel from (e) and a linear luminance value Y derived from the corresponding linear RGB color values is reduced.
A process for roasting of gold bearing sulfide concentrate, wherein concentrate particles with a carbon content of more than 0.5 wt-% are fed into a roaster where they are thermally treated at a temperature in the range of 500 and 1000 °C in a fluidized bed to form a calcine, and wherein at least parts of the calcine are withdrawn from the roaster together with a gas stream as a solid fraction, characterized in that concentrate particles with a diameter at least 50 % smaller than the average diameter of the concentrate particles are separated as small particles and/or that particles from the gas-solid-fraction are separated in at least one step as small calcine particles, that the small particles and/ or at least part of the small calcine particles are pelletized, whereby at least 80 % of the pellets feature a diameter of at least 80 % of the concentrate particles average diameter and that the pellets are fed into the roaster.
A system for repairing a component made out of a plastic, comprising: - a frame, - a multiaxial guide device coupled with the frame, with a tool holder arranged thereon, - an optical acquisition device, - a processing device, and - a plastic deposition device, wherein the frame comprises a mounting device for retaining the frame on a component surface, wherein the optical acquisition device, the processing device and the plastic deposition device are arranged on the tool holder, wherein the optical acquisition device is set up to optically inspect a surface area of the component lying in proximity to the frame from at least one viewing angle, so as to acquire the spatial structure of the surface area, wherein the processing device is set up to remove material of a damaged area from the component for generating a base surface with a desired structure and boundary edges, wherein the plastic deposition device is set up to periodically apply plastic onto the base surface in layers by moving the tool holder over the entire base surface in regular webs as a function of acquired model of the base surface, at least until a repair layer generated by the applied plastic comes to abut flush against the adjacent component surface in an undamaged area, wherein the system is configured to apply fibers at the same time that the plastic is deposited. - a frame, - a multiaxial guide device coupled with the frame, with a tool holder arranged thereon, - an optical acquisition device, - a processing device, and - a plastic deposition device,
A pump insert to be located within a pump casing and having an inner surface which in use defines a portion of a pump volute, wherein said pump insert is adapted to be coupled by relative rotational motion of the pump insert with a pump casing by an inter-engaging profiled coupling arrangement, and wherein said pump insert, in use, is adapted to secure a pump casing closure element between the pump insert and the pump casing.
A closure device for connecting two parts, comprising - a first closure part, - a second closure part, which for closing the closure device is attachable to the first closure part in a closing direction, is held at the first closure part in a closed position, for opening the closure device is movable relative to the first closure part in an opening direction different from the closing direction, and after opening of the closure device is removable from the first closure part against the closing direction for separating the closure parts (2, 3), - magnetic means (22, 23, 314, 315), which act between the first closure part and the second closure part, in order to support closing of the closure device by providing a force of magnetic attraction, and - blocking means (25, 253; 32, 322; 27) which are formed to block a return movement of the second closure part against the opening direction relative to the first closure part on separation of the closure parts (2, 3) characterized in that the blocking means are formed by a connecting link guideway (25, 32) for at least sectionally guiding the second closure part on opening of the closure device and/or on separation of the closure parts (2, 3), wherein the connecting link guideway (25, 32) includes at least one abutment portion (253, 322) which on separation of the closure parts (2, 3) blocks a return movement of the second closure part against the opening direction relative to the first closure part. - a first closure part, - a second closure part, which for closing the closure device is attachable to the first closure part in a closing direction, is held at the first closure part in a closed position, for opening the closure device is movable relative to the first closure part in an opening direction different from the closing direction, and after opening of the closure device is removable from the first closure part against the closing direction for separating the closure parts (2, 3), - magnetic means (22, 23, 314, 315), which act between the first closure part and the second closure part, in order to support closing of the closure device by providing a force of magnetic attraction, and - blocking means (25, 253; 32, 322; 27) which are formed to block a return movement of the second closure part against the opening direction relative to the first closure part on separation of the closure parts (2, 3)
A method of preparing a metal / metal oxide material, the method comprising: providing a nanostructure, wherein the nanostructure is a material, particle, structure or object having at least one dimension that is between 0.1 nm and 100 nm and comprises a first metal to form the metal oxide, and a reaction surface with a reducing agent on the reaction surface; depositing a second metal onto the reaction surface to form a bimetallic product, wherein depositing the second metal onto the reaction surface comprises reacting a metal salt of the second metal with the nanostructure, wherein reacting the metal salt with the nanostructure comprises reducing the second metal; and calcining the bimetallic product to form the metal / metal oxide material, wherein the first metal forms the metal oxide. providing a nanostructure, wherein the nanostructure is a material, particle, structure or object having at least one dimension that is between 0.1 nm and 100 nm and comprises a first metal to form the metal oxide, and a reaction surface with a reducing agent on the reaction surface; depositing a second metal onto the reaction surface to form a bimetallic product, wherein depositing the second metal onto the reaction surface comprises reacting a metal salt of the second metal with the nanostructure, wherein reacting the metal salt with the nanostructure comprises reducing the second metal; and calcining the bimetallic product to form the metal / metal oxide material, wherein the first metal forms the metal oxide.