mhurhangee/patent-ind-claim-en huggingface dataset:
A processor-based device , comprising: a plurality of processing elements (PE) (102 -102(P)) comprising a master PE (102 ) and at least one snooper PE (102 , 102(P)); and a central ordering point (COP) ; the master PE configured to send a cache coherence bus command to the COP as part of a memory store operation; wherein a snooper PE refers to a PE that receives snoop commands associated with the memory store operation from the COP and then acts on the snoop commands to maintain cache coherence and the COP configured to: responsive to receiving the cache coherence bus command sent by the master PE, dynamically select , on a store-by-store basis, one of a write invalidate protocol and a write update protocol as a cache coherence protocol to use for maintaining cache coherency, based on one or more protocol preference indicators provided by one or more of the master PE, the at least one snooper PE, and the COP; and send a response message to each of the master PE and the at least one snooper PE indicating the selected cache coherence protocol, wherein the response message sent to the at least one snooper is sent as a snoop command. a plurality of processing elements (PE) (102 -102(P)) comprising a master PE (102 ) and at least one snooper PE (102 , 102(P)); and a central ordering point (COP) ; the master PE configured to send a cache coherence bus command to the COP as part of a memory store operation; wherein a snooper PE refers to a PE that receives snoop commands associated with the memory store operation from the COP and then acts on the snoop commands to maintain cache coherence and the COP configured to: responsive to receiving the cache coherence bus command sent by the master PE, dynamically select , on a store-by-store basis, one of a write invalidate protocol and a write update protocol as a cache coherence protocol to use for maintaining cache coherency, based on one or more protocol preference indicators provided by one or more of the master PE, the at least one snooper PE, and the COP; and send a response message to each of the master PE and the at least one snooper PE indicating the selected cache coherence protocol, wherein the response message sent to the at least one snooper is sent as a snoop command. responsive to receiving the cache coherence bus command sent by the master PE, dynamically select , on a store-by-store basis, one of a write invalidate protocol and a write update protocol as a cache coherence protocol to use for maintaining cache coherency, based on one or more protocol preference indicators provided by one or more of the master PE, the at least one snooper PE, and the COP; and send a response message to each of the master PE and the at least one snooper PE indicating the selected cache coherence protocol, wherein the response message sent to the at least one snooper is sent as a snoop command.
A method for comparing execution of a plurality of processing systems of a device, comprising: comparing execution of a program on a first processing system of the plurality of processing systems and execution of the program on a second processing system of the plurality of processing systems using a first comparator circuit; comparing the execution of the program on the first processing system and the execution of the program on the second processing system using a second comparator circuit; and the method is characterised by running a diagnosis program on the second comparator circuit while the comparing using the first comparator circuit is ongoing. comparing execution of a program on a first processing system of the plurality of processing systems and execution of the program on a second processing system of the plurality of processing systems using a first comparator circuit; comparing the execution of the program on the first processing system and the execution of the program on the second processing system using a second comparator circuit; and the method is characterised by running a diagnosis program on the second comparator circuit while the comparing using the first comparator circuit is ongoing.
A holder for a media roll , the holder including: a first support to support a first end of the roll ; a second support to support a second end of the roll ; and characterized by : a shifter including the second support, the shifter being to increase a first distance between the first support and the first end of the roll without changing a second distance between the second support and the second end of the roll and to decrease the first distance between the first support and the first end of the roll without changing the second distance between the second support and the second end of the roll , and wherein the second support is movable a third distance in response to changing the first distance. a first support to support a first end of the roll ; a second support to support a second end of the roll ; and characterized by : a shifter including the second support, the shifter being to increase a first distance between the first support and the first end of the roll without changing a second distance between the second support and the second end of the roll and to decrease the first distance between the first support and the first end of the roll without changing the second distance between the second support and the second end of the roll , and wherein the second support is movable a third distance in response to changing the first distance. a shifter including the second support, the shifter being to increase a first distance between the first support and the first end of the roll without changing a second distance between the second support and the second end of the roll and to decrease the first distance between the first support and the first end of the roll without changing the second distance between the second support and the second end of the roll , and wherein the second support is movable a third distance in response to changing the first distance.
A metal sampling vessel for sampling powder, comprising: a cylindrical body having a closed first end , an opposite second end including an opening, a cavity communicating with the opening, and a weight part extending between a bottom of the cavity and the first end and a connector for connecting the cylindrical body to a hanging line , wherein the cylindrical body satisfies a relationship M1>M2, wherein M1 represents a mass of the weight part extending between the bottom of the cavity and the first end and M2 represents a mass of the cylindrical body extending between the opening at the second end and the bottom of the cavity . a cylindrical body having a closed first end , an opposite second end including an opening, a cavity communicating with the opening, and a weight part extending between a bottom of the cavity and the first end and a connector for connecting the cylindrical body to a hanging line , wherein the cylindrical body satisfies a relationship M1>M2, wherein M1 represents a mass of the weight part extending between the bottom of the cavity and the first end and M2 represents a mass of the cylindrical body extending between the opening at the second end and the bottom of the cavity .
A light-emitting device comprising: an anode electrode land ; a cathode electrode land ; and a first light-emitting unit and a second light-emitting unit electrically connected to the anode electrode land and the cathode electrode land and provided in parallel to each other, wherein the first light-emitting unit and the second light-emitting unit each include blue light-emitting diode chips , the first light-emitting unit and the second light-emitting unit have different amounts of change in luminous flux with respect to an amount of change in current applied between the anode electrode land and the cathode electrode land , and a color temperature generated from an entire light-emitting unit including the first light-emitting unit and the second light-emitting unit can be adjusted, and each of the blue light-emitting diode chips included in the first light-emitting unit have different amounts of change in forward-direction current with respect to an amount of change in applied voltage from each of the blue light-emitting diode chips included in the second light-emitting unit . an anode electrode land ; a cathode electrode land ; and a first light-emitting unit and a second light-emitting unit electrically connected to the anode electrode land and the cathode electrode land and provided in parallel to each other, wherein the first light-emitting unit and the second light-emitting unit each include blue light-emitting diode chips , the first light-emitting unit and the second light-emitting unit have different amounts of change in luminous flux with respect to an amount of change in current applied between the anode electrode land and the cathode electrode land , and a color temperature generated from an entire light-emitting unit including the first light-emitting unit and the second light-emitting unit can be adjusted, and each of the blue light-emitting diode chips included in the first light-emitting unit have different amounts of change in forward-direction current with respect to an amount of change in applied voltage from each of the blue light-emitting diode chips included in the second light-emitting unit .
A mechanical pump comprising: a motor with an output shaft ; a cam coupled to the output shaft for rotating the cam when the motor is energized; a driver with spaced ledges engaging the cam and driven linearly by the rotating cam ; a piston driven by the driver ; a cylinder receiving the piston therein including an inlet section for drawing fluid into the cylinder and an outlet section for pumping fluid out of the cylinder as the piston reciprocates in the cylinder ; and characterized by an adjustor residing between a ledge of the driver and the piston configured to vary the stroke of the piston . a motor with an output shaft ; a cam coupled to the output shaft for rotating the cam when the motor is energized; a driver with spaced ledges engaging the cam and driven linearly by the rotating cam ; a piston driven by the driver ; a cylinder receiving the piston therein including an inlet section for drawing fluid into the cylinder and an outlet section for pumping fluid out of the cylinder as the piston reciprocates in the cylinder ; and characterized by an adjustor residing between a ledge of the driver and the piston configured to vary the stroke of the piston .
A battery module, comprising a liquid-tight housing ; a plurality of battery cells arranged in the liquid-tight housing ; and a first tempering fluid included in the liquid-tight housing in thermal contact with the plurality of battery cells and with an inner surface of the liquid-tight housing ; the liquid-tight housing is constructed to allow for a flow of a second tempering fluid between the inner surface and an outer surface of the liquid-tight housing ; characterized in that the liquid-tight housing comprises a profile housing with two open end sides, which are located opposite to each other along a main axis of the battery module; and a first end plate and a second end plate liquid-tightly closing the profile housing at the two open end sides, wherein the profile housing is configured as a double-walled profile housing, wherein a second fluid channel for the flow of the second tempering fluid is integrally formed. a liquid-tight housing ; a plurality of battery cells arranged in the liquid-tight housing ; and a first tempering fluid included in the liquid-tight housing in thermal contact with the plurality of battery cells and with an inner surface of the liquid-tight housing ; the liquid-tight housing is constructed to allow for a flow of a second tempering fluid between the inner surface and an outer surface of the liquid-tight housing ; characterized in that the liquid-tight housing comprises a profile housing with two open end sides, which are located opposite to each other along a main axis of the battery module; and a first end plate and a second end plate liquid-tightly closing the profile housing at the two open end sides, wherein a profile housing with two open end sides, which are located opposite to each other along a main axis of the battery module; and a first end plate and a second end plate liquid-tightly closing the profile housing at the two open end sides, wherein the profile housing is configured as a double-walled profile housing, wherein a second fluid channel for the flow of the second tempering fluid is integrally formed.
A method for producing toner, comprising: combining a first polymer latex emulsion with a colorant aqueous dispersion and a release agent aqueous dispersion in the presence of an anionic stabilizing agent to form toner cores; reducing the pH of the combination of the first polymer emulsion, the colorant dispersion and the release agent dispersion to promote agglomeration of the toner cores; once the toner cores reach a predetermined size, adding a borax coupling agent to the toner cores; combining a second polymer latex emulsion with the toner cores having the borax coupling agent and forming toner shells around the toner cores; once a desired toner particle size is reached, increasing the pH of the mixture of aggregated toner cores and toner shells to prevent additional particle growth; and fusing the aggregated toner cores and toner shells to form toner particles , wherein the borax coupling agent provides cross-linking through hydrogen bonding between its hydroxy groups and the functional groups of both the first polymer emulsion and the second polymer emulsion it is bonded to. combining a first polymer latex emulsion with a colorant aqueous dispersion and a release agent aqueous dispersion in the presence of an anionic stabilizing agent to form toner cores; reducing the pH of the combination of the first polymer emulsion, the colorant dispersion and the release agent dispersion to promote agglomeration of the toner cores; once the toner cores reach a predetermined size, adding a borax coupling agent to the toner cores; combining a second polymer latex emulsion with the toner cores having the borax coupling agent and forming toner shells around the toner cores; once a desired toner particle size is reached, increasing the pH of the mixture of aggregated toner cores and toner shells to prevent additional particle growth; and fusing the aggregated toner cores and toner shells to form toner particles , wherein the borax coupling agent provides cross-linking through hydrogen bonding between its hydroxy groups and the functional groups of both the first polymer emulsion and the second polymer emulsion it is bonded to.
A display control apparatus for displaying a three-dimensional virtual space on a display device configured to perform stereoscopic display, the display control apparatus comprising: first acquisition means (S103) for acquiring first input information from a user; first parallax adjustment means for adjusting a parallax of a user interface (60, 61, 62, and 63), based on the first input information acquired by the first acquisition means; second acquisition means (S101) for acquiring second input information from the user; second parallax adjustment means (S102) for adjusting a parallax of the three-dimensional virtual space, based on the second input information acquired by the second acquisition means; stereoscopic image generation means (S107) for generating a stereoscopic image including the user interface in which the parallax thereof is adjusted by the first parallax adjustment means and the three-dimensional virtual space in which the parallax thereof is adjusted by the second parallax adjustment means; and display control means (S108) for displaying on the display device the stereoscopic image generated by the stereoscopic image generation means, characterized in that the first parallax adjustment means adjusts the parallax of the user interface by placing the user interface in the three-dimensional virtual space, based on the first input information, and the stereoscopic image generation means generates the stereoscopic image by taking, by a virtual stereo camera, images of the three-dimensional virtual space in which the user interface is placed by the first parallax adjustment means. first acquisition means (S103) for acquiring first input information from a user; first parallax adjustment means for adjusting a parallax of a user interface (60, 61, 62, and 63), based on the first input information acquired by the first acquisition means; second acquisition means (S101) for acquiring second input information from the user; second parallax adjustment means (S102) for adjusting a parallax of the three-dimensional virtual space, based on the second input information acquired by the second acquisition means; stereoscopic image generation means (S107) for generating a stereoscopic image including the user interface in which the parallax thereof is adjusted by the first parallax adjustment means and the three-dimensional virtual space in which the parallax thereof is adjusted by the second parallax adjustment means; and display control means (S108) for displaying on the display device the stereoscopic image generated by the stereoscopic image generation means, characterized in that the first parallax adjustment means adjusts the parallax of the user interface by placing the user interface in the three-dimensional virtual space, based on the first input information, and the stereoscopic image generation means generates the stereoscopic image by taking, by a virtual stereo camera, images of the three-dimensional virtual space in which the user interface is placed by the first parallax adjustment means.
A fuel cell system comprising: a fuel cell that has a cathode and an anode and generates electricity by reducing a mediator at the cathode; a regenerator that oxidizes, with an oxidant, the mediator reduced by the cathode; a reformer; a combustor that heats the reformer; and a heating medium path that heats the regenerator, wherein through the heating medium path, combustion exhaust discharged from the combustor or a heat medium heated through heat exchange with the combustion exhaust flows. a fuel cell that has a cathode and an anode and generates electricity by reducing a mediator at the cathode; a regenerator that oxidizes, with an oxidant, the mediator reduced by the cathode; a reformer; a combustor that heats the reformer; and a heating medium path that heats the regenerator, wherein through the heating medium path, combustion exhaust discharged from the combustor or a heat medium heated through heat exchange with the combustion exhaust flows.
A heating zone for a cooking hob, in particular for an induction cooking hob, wherein: - the heating zone comprises an illumination device , - the illumination device comprises at least one light source element , - the illumination device comprises at least one reflecting element , and - the illumination device comprises at least one reflecting, diffusing and/or refracting layer, characterised in that - the illumination device comprises at least one insulating layer horizontally arranged within the heating zone , - said insulating layer includes at least one light channel formed as a cut-out, - the reflecting, diffusing and/or refracting layer covers at least the light channel , - the light source element and the reflecting element are arranged that a light beam from said light source element is redirected by the reflecting element into the light channel ; wherein the light source element and the reflecting elements are arranged in the centre of the heating zone , while a plurality of light channels extend radially; wherein the illumination device comprises at least one further reflecting, diffusing and/or refracting layer arranged beneath the insulating layer . - the heating zone comprises an illumination device , - the illumination device comprises at least one light source element , - the illumination device comprises at least one reflecting element , and - the illumination device comprises at least one reflecting, diffusing and/or refracting layer, characterised in that - the illumination device comprises at least one insulating layer horizontally arranged within the heating zone , - said insulating layer includes at least one light channel formed as a cut-out, - the reflecting, diffusing and/or refracting layer covers at least the light channel , - the light source element and the reflecting element are arranged that a light beam from said light source element is redirected by the reflecting element into the light channel ; wherein the light source element and the reflecting elements are arranged in the centre of the heating zone , while a plurality of light channels extend radially; wherein the illumination device comprises at least one further reflecting, diffusing and/or refracting layer arranged beneath the insulating layer .
Method for controlling the operation of a manure scraper based on information obtained from one or more cameras mounted such as to capture images of the area of operation of the scraper, comprising the actual need of manure to be cleared by the scraper determined by means of image processing of the images obtained by the camera(s), and wherein the controlling comprises triggering an action related to the scraper when information derived based on said obtained information fulfills a criterion, wherein the criterion relates to the amount of detected manure to be cleared, and/or the position of detected manure to be cleared, characterised in that the method further comprises: observing the amount of manure present at different parts of the area which is to be cleared by the scraper, and wherein the speed of the scraper is dynamically adapted to the observed presence of manure.