mhurhangee/ep-ind-claims huggingface dataset:
An image forming apparatus comprising: application manager software configured to install applications (A, B, 321) to operate in the image forming apparatus and selectively to cause the applications to be activated provisionally or fully, such that hardware specific to image forming performed in the image forming apparatus is not used during provisional activation and may be used by the applications only when they are activated fully; a log recording unit configured to record, during provisional activation of an application, in response to at least one of a use request for use of a predetermined function of the image forming apparatus from the application for use in the image forming apparatus and consumption of a memory of the image forming apparatus by the application, memory consumption of the application in each of a number of states of the application as log information; and a determining unit configured to determine based on the log information whether a maximum value of memory consumption of the application in each state of the application is less than or equal to a predetermined restriction, and, only if so, to transmit to the application manager software a message of successful provisional activation, and otherwise to transmit to it a message of the failure of provisional activation; the application manager software being configured to respond to the successful provisional activation message to enable full activation of the application and to respond to the failure message to disable the full activation of the application. application manager software configured to install applications (A, B, 321) to operate in the image forming apparatus and selectively to cause the applications to be activated provisionally or fully, such that hardware specific to image forming performed in the image forming apparatus is not used during provisional activation and may be used by the applications only when they are activated fully; a log recording unit configured to record, during provisional activation of an application, in response to at least one of a use request for use of a predetermined function of the image forming apparatus from the application for use in the image forming apparatus and consumption of a memory of the image forming apparatus by the application, memory consumption of the application in each of a number of states of the application as log information; and a determining unit configured to determine based on the log information whether a maximum value of memory consumption of the application in each state of the application is less than or equal to a predetermined restriction, and, only if so, to transmit to the application manager software a message of successful provisional activation, and otherwise to transmit to it a message of the failure of provisional activation; the application manager software being configured to respond to the successful provisional activation message to enable full activation of the application and to respond to the failure message to disable the full activation of the application.
A ventilation device for ventilating a room in a building, said building comprising a window, said window comprising at least two essentially parallel panes of glass, said at least two panes of glass being arranged in a common frame, casement or sash, hereinafter referred to as a frame, or in two or more juxtaposed and preferably connected frames, thus forming said window, e.g. a double window, where said at least two panes of glass are arranged with a distance, and thus appear with an air space between said panes of glass, said window further comprising an intake opening communicating with said air space and with either the interior or the exterior of said building, where said ventilation device further comprises at least one preheating unit, comprising a first chassis and a first rotatable throttle, where said first chassis comprises a first opening communicating with the interior of said building, a second opening communicating with the exterior of said building and a third opening communicating with said air space, and where said at least one preheating unit is arranged in said frame whereby said first rotatable throttle comprises a central longitudinal rotation axis, and said at least one preheating unit further comprises means for operating said first rotatable throttle about said central rotation axis, characterised in, that the said at least one preheating unit is modular and, the said first rotatable throttle and/or at least one of said first chassis comprises connection means (25, 53, 54) for connection with a further modular unit (11, 26, 33) of a ventilation device in a longitudinal direction.
A method of assessing status of a human subject with a solid tumor cancer, comprising: quantifying an amount of one or more cancer-associated somatic mutation in a nucleic acid sequence in a sample obtained from the subject with the solid tumor cancer and monitoring the solid tumor cancer in the subject, wherein the subject has completed one or more cycle of therapy, the therapy comprises administration of tyrosine kinase inhibitor and the sample is a plasma sample collected prior to therapy administration and at the end of the third cycle of therapy, wherein quantifying comprises performing a quantitative real-time polymerase-chain reaction using primers specific for a mutated nucleic acid sequence to generate a PCR cycle threshold; and comparing the cycle threshold to a control value, wherein the control value takes into account the concentration of genomic DNA in the sample, and wherein if the cycle threshold is below the control value the tumor-associated mutation is present in the sample and if the cycle threshold is above the control value the tumor-associated mutation is absent from the sample.
An inverted pendulum vehicle, comprising: a vehicle body frame; a main wheel combining a plurality of free rollers arranged along a circle such that rotational center lines of the free rollers are each directed along a tangential line of the circle; a pair of drive disks each carrying a plurality of free rollers arranged along a circumferential direction and configured to engage the free rollers of the main wheel; a pair of drive units (72, 86) including a pair of electric motors (68, 82) for individually driving the drive disks under an inverted pendulum control; a battery mounted on the vehicle body frame to supply electric power to the electric motors; and a saddle mounted on the vehicle body frame for seating a rider; wherein the drive units are provided with respective drive pulleys (76, 90), the drive disks are provided with respective driven pulleys (54, 56), and the vehicle comprises a pair of endless belts (92, 94), such that one of the endless belts is passed around one of the drive pulleys and the corresponding driven pulley, while the other of the endless belts is passed around the other of the drive pulleys and the corresponding driven pulley, characterized in that the two drive units are positioned one behind the other between the saddle and a rotational center line of the main wheel, and the two drive units are positioned on a same circle centered around the rotational center line of the main wheel. a vehicle body frame; a main wheel combining a plurality of free rollers arranged along a circle such that rotational center lines of the free rollers are each directed along a tangential line of the circle; a pair of drive disks each carrying a plurality of free rollers arranged along a circumferential direction and configured to engage the free rollers of the main wheel; a pair of drive units (72, 86) including a pair of electric motors (68, 82) for individually driving the drive disks under an inverted pendulum control; a battery mounted on the vehicle body frame to supply electric power to the electric motors; and a saddle mounted on the vehicle body frame for seating a rider; wherein the drive units are provided with respective drive pulleys (76, 90), the drive disks are provided with respective driven pulleys (54, 56), and the vehicle comprises a pair of endless belts (92, 94), such that one of the endless belts is passed around one of the drive pulleys and the corresponding driven pulley, while the other of the endless belts is passed around the other of the drive pulleys and the corresponding driven pulley, characterized in that the two drive units are positioned one behind the other between the saddle and a rotational center line of the main wheel, and the two drive units are positioned on a same circle centered around the rotational center line of the main wheel.
A computer-implemented method, comprising: analyzing spoken audio content included in an audio presentation to identify one or more entities addressed in the audio presentation; receiving a user query during playback of the audio presentation, wherein the user query is an automated assistant query; and determining if the user query is directed to the audio presentation, and if the user query is determined to be directed to the audio presentation, generating a response to the user query, wherein determining if the user query is directed to the audio presentation and generating the response to the user query uses the identified one or more entities, wherein the method further comprises buffering audio data from the audio presentation prior to receiving the user query, wherein analyzing the spoken audio content associated with the audio presentation includes analyzing spoken audio content from the buffered audio data after receiving the user query to identify one or more entities addressed in the buffered audio data, and wherein determining if the user query is directed to the audio presentation and generating the response to the user query uses the identified one or more entities addressed in the buffered audio data. analyzing spoken audio content included in an audio presentation to identify one or more entities addressed in the audio presentation; receiving a user query during playback of the audio presentation, wherein the user query is an automated assistant query; and determining if the user query is directed to the audio presentation, and if the user query is determined to be directed to the audio presentation, generating a response to the user query, wherein determining if the user query is directed to the audio presentation and generating the response to the user query uses the identified one or more entities, wherein the method further comprises buffering audio data from the audio presentation prior to receiving the user query, wherein analyzing the spoken audio content associated with the audio presentation includes analyzing spoken audio content from the buffered audio data after receiving the user query to identify one or more entities addressed in the buffered audio data, and wherein determining if the user query is directed to the audio presentation and generating the response to the user query uses the identified one or more entities addressed in the buffered audio data.
Vehicle headlamp, in particular motor vehicle headlamp, comprising an adjusting device for adjusting, for example for pivoting, at least one optically relevant unit of the vehicle headlamp, which optically relevant unit, for example, is a lighting unit or a light module or comprises at least one light unit or light module, and wherein the adjusting device comprises an actuating element and a driving device, wherein the actuating element is, with a first end portion, articulately connected to the optical unit, and wherein the actuating element, at a second end portion thereof, is coupled to the driving device in such a manner in that the actuating element is rotatable about its longitudinal axis by means of the driving device and is mounted longitudinally displaceable along its longitudinal axis, wherein the actuating element comprises a threaded section by means of which the actuating element is mounted rotatable about its longitudinal axis within in a mating thread, the mating thread being arranged fixed with respect to a housing of the vehicle headlight, wherein the driving device is mounted at the housing of the vehicle headlamp, wherein the adjustment device comprises a guide element separate from the housing of the vehicle headlamp, the guide element being fixedly connected to the housing, and wherein the mating thread is fixedly connected to the guide element, characterised in that the guide element includes a guide receptacle, in which guide receptacle the at least one optically relevant unit is mounted with a bearing region being displaceable in the direction of the longitudinal axis of the actuating element, and the bearing region having a articulation section, with which the actuating element is connected in an articulated manner to its first end region.
A cutting insert for a high-speed milling cutter having a shank with an insert pocket for receiving said cutting insert, said cutting insert comprising: a top surface, a bottom surface and side surfaces (36, 38, 40 42); radiused primary cutting edges (44, 52) defined at the intersection between the top surface and two side surfaces (36, 42); radiused secondary cutting edges (46, 54) defined at the intersection between the top surface and one of said two side surfaces; tertiary cutting edges (48, 56) defined at the intersection between the top surface and the other one of said side surfaces, and a downwardly sloping primary rake face extending from said primary cutting edges, said radiused secondary cutting edges and said tertiary cutting edges; transitional edges (49, 57) defined at the intersection between said top surface, said tertiary cutting edges (48, 56) and said radiused secondary cutting edges (46, 54); characterized by a downward sloping radial relief rake face (50, 58) extending from said transitional edges (49, 57), wherein said bottom surface is flat and the cutting insert further comprises a countersunk bore in said top surface and a relatively larger bore in said bottom surface opposite said countersunk bore, said larger bore being capable of receiving a raised boss located on said insert pocket. a top surface, a bottom surface and side surfaces (36, 38, 40 42); radiused primary cutting edges (44, 52) defined at the intersection between the top surface and two side surfaces (36, 42); radiused secondary cutting edges (46, 54) defined at the intersection between the top surface and one of said two side surfaces; tertiary cutting edges (48, 56) defined at the intersection between the top surface and the other one of said side surfaces, and a downwardly sloping primary rake face extending from said primary cutting edges, said radiused secondary cutting edges and said tertiary cutting edges; transitional edges (49, 57) defined at the intersection between said top surface, said tertiary cutting edges (48, 56) and said radiused secondary cutting edges (46, 54); characterized by a downward sloping radial relief rake face (50, 58) extending from said transitional edges (49, 57), wherein said bottom surface is flat and the cutting insert further comprises a countersunk bore in said top surface and a relatively larger bore in said bottom surface opposite said countersunk bore, said larger bore being capable of receiving a raised boss located on said insert pocket.
An elongated signal tape comprising: a core material and a protective material; said protective material comprising; a top sheet of thermoplastic material having a first predetermined length, a top and a bottom surface, an outer edge at each lateral portion of said top sheet, a first predetermined width; and, a bottom sheet of thermoplastic material having a second predetermined length, a top surface and a bottom surface, an outer edge at each lateral portion of said bottom sheet, and a second predetermined width; with said first and said second predetermined lengths being approximately equal and with said first and second predetermined widths being approximately equal; said core material being a generally non-stretchable material and being positioned between said top and bottom (134, 144) thermoplastic sheets, said core material having; a predetermined length, an outer surface, a maximum lateral dimension of approximately 2,54 cm, a tensile strength of at least 445 N; and, said elongated signal tape further comprising adhesive, bonding at least one of the top or bottom sheet (134, 144) of thermoplastic material to a substantial portion of the outer surface of said core material and also bonding the outer edges of said top and bottom (134, 144) thermoplastic sheets together. a core material and a protective material; said protective material comprising; a top sheet of thermoplastic material having a first predetermined length, a top and a bottom surface, an outer edge at each lateral portion of said top sheet, a first predetermined width; and, a bottom sheet of thermoplastic material having a second predetermined length, a top surface and a bottom surface, an outer edge at each lateral portion of said bottom sheet, and a second predetermined width; with said first and said second predetermined lengths being approximately equal and with said first and second predetermined widths being approximately equal; a top sheet of thermoplastic material having a first predetermined length, a top and a bottom surface, an outer edge at each lateral portion of said top sheet, a first predetermined width; and, a bottom sheet of thermoplastic material having a second predetermined length, a top surface and a bottom surface, an outer edge at each lateral portion of said bottom sheet, and a second predetermined width; with said first and said second predetermined lengths being approximately equal and with said first and second predetermined widths being approximately equal; said core material being a generally non-stretchable material and being positioned between said top and bottom (134, 144) thermoplastic sheets, said core material having; a predetermined length, an outer surface, a maximum lateral dimension of approximately 2,54 cm, a tensile strength of at least 445 N; and, a predetermined length, an outer surface, a maximum lateral dimension of approximately 2,54 cm, a tensile strength of at least 445 N; and,
A fluid chamber which can be used in a microfluidic device, said fluid chamber being in communication with just two channels, a first channel and a second channel, - the first channel suitable for functioning as an inlet for fluids into said fluid chamber; - the second channel suitable for functioning as an outlet for fluids out of the fluid chamber; wherein the first channel and the second channel are positioned next to each other, and only one protrusion projects into the fluid chamber, wherein the first channel and the second channel are connected to the fluid chamber next to each other and wherein said protrusion is located between the first channel and the second channel, wherein the fluid chamber is of cylindrical form with a circular or elliptical cross-sectional shape, and wherein the first channel and the second channel are connected to the side wall of fluid chamber of cylindrical form. - the first channel suitable for functioning as an inlet for fluids into said fluid chamber; - the second channel suitable for functioning as an outlet for fluids out of the fluid chamber;
A rigid template for producing prescription spectacles, the template being formed by a facial portion similar to a spectacles frame, comprising two spaced rings connected by a bridge and on each side of which a temple is fixed or adapted to be fixed rigidly and removably, said facial portion of the template being provided with marking means precisely positioned on the external surface of its two rings, characterised in that each lateral edge of the facial portion comprises a vertical oblong opening configured to rigidly and removably receive the fixing end of a temple, the fixing end of each of the temples has two rigid flexible latching tabs disposed in mutually facing relationship to permit engagement of the temples in the facial portion, each tab being provided with a head having a beveled end to permit the tabs to move towards each other when they pass into the oblong opening and a wide base to retain the head on the outside of the oblong opening.
A jackshaft and grain elevator arrangement for an agricultural combine driven by an internal combustion engine, the jackshaft and grain elevator arrangement comprising: a grain elevator with a housing, a drive sprocket disposed within the housing, a driven sprocket disposed within the housing, wherein a chain disposed within the housing is wrapped around the drive sprocket and the driven sprocket, and a plurality of paddles are attached to the chain; a shaft extending through the drive sprocket, wherein the shaft is fixed to the drive sprocket to drive the drive sprocket in rotation; a first pulley disposed outside the housing, wherein the first pulley is fixed to the shaft to receive power from the internal combustion engine and is configured to transmit that power to the shaft; and a second pulley disposed outside the housing, wherein the second pulley is fixed to the shaft to receive power from the shaft and is configured to transmit that power to a first crop processing device, characterized in that the first pulley is disposed on the shaft between the second pulley and the grain elevator. a grain elevator with a housing, a drive sprocket disposed within the housing, a driven sprocket disposed within the housing, wherein a chain disposed within the housing is wrapped around the drive sprocket and the driven sprocket, and a plurality of paddles are attached to the chain; a shaft extending through the drive sprocket, wherein the shaft is fixed to the drive sprocket to drive the drive sprocket in rotation; a first pulley disposed outside the housing, wherein the first pulley is fixed to the shaft to receive power from the internal combustion engine and is configured to transmit that power to the shaft; and a second pulley disposed outside the housing, wherein the second pulley is fixed to the shaft to receive power from the shaft and is configured to transmit that power to a first crop processing device, characterized in that the first pulley is disposed on the shaft between the second pulley and the grain elevator.
Food cooking appliance comprising: - a centrifuge turbine arranged to create a flow of air in a cooking space, - a window for extracting steam arranged to extract the steam present in the cooking space towards the outside of the appliance, characterised in that the extraction window has at any point of its passage surface a normal direction with at least one non-zero component along a direction tangent to a circle centred on the centrifuge turbine and passing through the centre of the extraction window. - a centrifuge turbine arranged to create a flow of air in a cooking space, - a window for extracting steam arranged to extract the steam present in the cooking space towards the outside of the appliance,