mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling power in a processor, the method comprising: during a previous cycle of power control, estimating a first power consumption estimate of power consumed by the processor during processing of one or more events; preventing further processing in the processor as a function of the first power consumption estimate exceeding a predetermined threshold to reduce power consumption; estimating an overshoot power value of power consumed after having prevented the further processing during the previous cycle of power control; and in a subsequent cycle of power control, estimating a second power consumption estimate of power consumed by the processor during processing of one or more events and preventing further processing of one or more events in the processor as a function of a sum of the overshoot power value estimated during the previous cycle of power control and the second power consumption estimate of the subsequent cycle of power control exceeding the predetermined threshold. during a previous cycle of power control, estimating a first power consumption estimate of power consumed by the processor during processing of one or more events; preventing further processing in the processor as a function of the first power consumption estimate exceeding a predetermined threshold to reduce power consumption; estimating an overshoot power value of power consumed after having prevented the further processing during the previous cycle of power control; and in a subsequent cycle of power control, estimating a second power consumption estimate of power consumed by the processor during processing of one or more events and preventing further processing of one or more events in the processor as a function of a sum of the overshoot power value estimated during the previous cycle of power control and the second power consumption estimate of the subsequent cycle of power control exceeding the predetermined threshold.
A parallel gripping device with carriages (100, 101) that carry movable gripping elements (1, 2), with the carriages (100, 101) being guided behind one another in the gripping direction of the gripping elements (1, 2) in a commonly used guide groove, which is arranged in a base body and open toward the gripping elements (1, 2) at least in certain regions, such that they can be driven between an open position and a closed position parallel to the gripping direction, and with said carriages being mounted transverse to the gripping direction such that they are supported on all sides, - wherein the open guide groove has two opposing guide groove walls (23, 24), - wherein a rail guide groove with a planar base is arranged in each of the guide groove walls (23, 24), - wherein a carriage guide rail (31, 32) is fastened on each rail guide groove, and - wherein the region of the cross section of the carriage guide rail (31, 32), which protrudes from the rail guide groove, has a trapezoidal cross section. - wherein the open guide groove has two opposing guide groove walls (23, 24), - wherein a rail guide groove with a planar base is arranged in each of the guide groove walls (23, 24), - wherein a carriage guide rail (31, 32) is fastened on each rail guide groove, and - wherein the region of the cross section of the carriage guide rail (31, 32), which protrudes from the rail guide groove, has a trapezoidal cross section.
Desk or worktable as an office workstation with an office workstation status display system, wherein the office workstation status display system comprises at least one electroluminescent display and at least one screen for displaying status information regarding the use or availability of this office workstation or an employee at this office workstation, wherein - at least one electroluminescent display is configured to be individually controllable and formed as a continuous band, strip, and/or running light, and is arranged or integrated in or on at least one outer edge or underside of a tabletop of the desk or worktable, or in the surface of the tabletop of the desk or worktable, and at least one screen is arranged or integrated in the surface of the tabletop of the desk or worktable or adhered to or screwed onto the surface of the tabletop of the desk or worktable, wherein the electroluminescent display and the screen at least one interface is connected to at least one application for a user management application, with an electronic reservation system, and/or a detection unit, wherein at least one electroluminescent display and at least one screen are at least configured to display the status in relation to the desk or worktable as an office workstation and/or the applications, environmental conditions, and/or the employee. - at least one electroluminescent display is configured to be individually controllable and formed as a continuous band, strip, and/or running light, and is arranged or integrated in or on at least one outer edge or underside of a tabletop of the desk or worktable, or in the surface of the tabletop of the desk or worktable, and at least one screen is arranged or integrated in the surface of the tabletop of the desk or worktable or adhered to or screwed onto the surface of the tabletop of the desk or worktable, wherein the electroluminescent display and the screen at least one interface is connected to at least one application for a user management application, with an electronic reservation system, and/or a detection unit, wherein at least one electroluminescent display and at least one screen are at least configured to display the status in relation to the desk or worktable as an office workstation and/or the applications, environmental conditions, and/or the employee.
A method for adding a plurality of customizable event timers to a food freshness barcode printer or smart printer for sounding an alarm to indicate an elapse in time and further enabling a user to either display a message or print a set of labels when the timers expire, comprising the steps of: entering a button process in the food freshness barcode printer or smart printer; and determining if a button selected in the button process is a label or not; if the button selected corresponds to a label, then printing a label batch and exiting the button process; and if the button selected does not correspond to a label, then adding an active event timer and adding the event timer to an active timer list for further enabling either display of a message or printing of the set of labels on the expiry of the active event timer; determining if a one second reference timer is running; if the one second reference timer is running, then completing and exiting the button process. entering a button process in the food freshness barcode printer or smart printer; and determining if a button selected in the button process is a label or not; if the button selected corresponds to a label, then printing a label batch and exiting the button process; and if the button selected does not correspond to a label, then adding an active event timer and adding the event timer to an active timer list for further enabling either display of a message or printing of the set of labels on the expiry of the active event timer; determining if a one second reference timer is running; if the one second reference timer is running, then completing and exiting the button process.
A hybrid polyol based on functionalized natural oil useful in flexible polyurethane foam manufacturing produced by reacting at least one functionalized natural oil with at least one polyfunctional carboxylic acid and at least one polyhydric alcohol; wherein said functionalized natural oil is derived by subjecting an ethylenically unsaturated natural oil to a free radical mediated grafting reaction involving an ethylenically unsaturated monomer.
A nitric oxide-releasing compound for use in treating overproduction of sebum in the skin of a subject, wherein the NO-releasing compound comprises a diazeniumdiolate functional group or a nitrosothiol functional group as an NO donor.
A method of transmitting data by a user equipment, UE, in a wireless communication system, the method comprising: receiving first scheduling information from a network, the first scheduling information including first uplink, UL, channel resource allocation information, a first UE identifier, and a first new data indicator, NDI, the first UE identifier indicating that the first scheduling information is associated with a persistent scheduling; transmitting an initial transmission data packet to the network using the first channel resource allocation information when the first NDI has a value of "0"; receiving a negative acknowledgement, NACK, in response to the initial transmission data packet from the network; receiving second scheduling information from the network, the second scheduling information including second channel resource allocation information, a UE identifier, and a second NDI; determining that the second scheduling information is to be used for transmitting a retransmission packet of the initial transmission data packet when the UE identifier included in the second scheduling information is identical to the first UE identifier and the second NDI has a value of "1 "; and transmitting the retransmission packet to the network using the second channel resource allocation information. receiving first scheduling information from a network, the first scheduling information including first uplink, UL, channel resource allocation information, a first UE identifier, and a first new data indicator, NDI, the first UE identifier indicating that the first scheduling information is associated with a persistent scheduling; transmitting an initial transmission data packet to the network using the first channel resource allocation information when the first NDI has a value of "0"; receiving a negative acknowledgement, NACK, in response to the initial transmission data packet from the network; receiving second scheduling information from the network, the second scheduling information including second channel resource allocation information, a UE identifier, and a second NDI; determining that the second scheduling information is to be used for transmitting a retransmission packet of the initial transmission data packet when the UE identifier included in the second scheduling information is identical to the first UE identifier and the second NDI has a value of "1 "; and transmitting the retransmission packet to the network using the second channel resource allocation information.
Device (100a, 100b) for measuring forces, comprising: at least one sensor; at least one force input device configured to elastically deform in relation to an external force acting on the device; and a casing coupled to the sensor and the force input device, wherein the sensor is configured such that, when the force is applied to the device (100a, 100b), the sensor detects the force in relation to the elastic deformation of the force input device, wherein the casing is configured to accommodate the sensor in the casing in at least two different positions, wherein the casing comprises a circular cylindrical shape of a predetermined height; the device (100a, 100b) for measuring forces characterised in that a first side of the casing comprises a recess of a predetermined depth, wherein a second side of the casing comprises a first recess (106b1) of a predetermined depth and a second recess (106b3) of a predetermined depth; wherein the casing comprises a step (106a3) of a predetermined height, and a recess (106a4) of a predetermined length, and wherein the casing further comprises an elongated hole (106a5) of a predetermined depth. at least one sensor; at least one force input device configured to elastically deform in relation to an external force acting on the device; and a casing coupled to the sensor and the force input device, wherein the sensor is configured such that, when the force is applied to the device (100a, 100b), the sensor detects the force in relation to the elastic deformation of the force input device, wherein the casing is configured to accommodate the sensor in the casing in at least two different positions, wherein the casing comprises a circular cylindrical shape of a predetermined height; the device (100a, 100b) for measuring forces characterised in that a first side of the casing comprises a recess of a predetermined depth, wherein a second side of the casing comprises a first recess (106b1) of a predetermined depth and a second recess (106b3) of a predetermined depth; wherein the casing comprises a step (106a3) of a predetermined height, and a recess (106a4) of a predetermined length, and wherein the casing further comprises an elongated hole (106a5) of a predetermined depth.
A vibration actuator, comprising: a fixing body including a magnet (21, 22); a movable body including a coil holder, a coil and a weight, and configured to reciprocally move in a vibration direction with respect to the fixing body by cooperation work of the coil that is to be energized and the magnet (21, 22); and an elastic body movably supporting the movable body with respect to the fixing body, characterized in that the coil holder has the coil disposed on an inner side of the coil holder, and holds an outer periphery face of the coil, the elastic body is fixed at one side face of the coil holder, and the weight is fixed at the other side face of the coil holder on the opposite side of the elastic body, the coil and the magnet (21, 22) are provided on the fixing body and the movable body such that the magnet (21, 22) is capable of being inserted into and removed from the coil in the vibration direction, the elastic body is a plate-like elastic body with one end being fixed to the fixing body and another end being fixed to the coil holder to support the movable body with a cantilever structure to be capable of reciprocally oscillating in the vibration direction, and one end of the weight is a free end and another end of the weight is fixed to the coil holder. a fixing body including a magnet (21, 22); a movable body including a coil holder, a coil and a weight, and configured to reciprocally move in a vibration direction with respect to the fixing body by cooperation work of the coil that is to be energized and the magnet (21, 22); and an elastic body movably supporting the movable body with respect to the fixing body, characterized in that the coil holder has the coil disposed on an inner side of the coil holder, and holds an outer periphery face of the coil, the elastic body is fixed at one side face of the coil holder, and the weight is fixed at the other side face of the coil holder on the opposite side of the elastic body, the coil and the magnet (21, 22) are provided on the fixing body and the movable body such that the magnet (21, 22) is capable of being inserted into and removed from the coil in the vibration direction, the elastic body is a plate-like elastic body with one end being fixed to the fixing body and another end being fixed to the coil holder to support the movable body with a cantilever structure to be capable of reciprocally oscillating in the vibration direction, and one end of the weight is a free end and another end of the weight is fixed to the coil holder.
An image sensor IC comprising: light receiving elements disposed linearly adjacent to each other on a surface of a quadrilateral semiconductor substrate having two sets of opposite parallel sides, and disposed oblique to the two sets of opposite sides from a predetermined position on one side thereof to be opposed in the semiconductor substrate to a predetermined position on the other side thereof; and an interpolation element provided at an end portion of the one side or the other side on a side of a region in which an angle formed by the linearly disposed light receiving elements and the one side or the other side is obtuse, the interpolation element having an oblique angle to a line formed by the linearly disposed light receiving elements and disposed to receive light at a position that is displaced from the line of the light receiving elements. light receiving elements disposed linearly adjacent to each other on a surface of a quadrilateral semiconductor substrate having two sets of opposite parallel sides, and disposed oblique to the two sets of opposite sides from a predetermined position on one side thereof to be opposed in the semiconductor substrate to a predetermined position on the other side thereof; and an interpolation element provided at an end portion of the one side or the other side on a side of a region in which an angle formed by the linearly disposed light receiving elements and the one side or the other side is obtuse, the interpolation element having an oblique angle to a line formed by the linearly disposed light receiving elements and disposed to receive light at a position that is displaced from the line of the light receiving elements.
An occlusal state identifying method executed by a processor included in an occlusal state identifying apparatus, the occlusal state identifying method comprising: obtaining maxillary shape data and mandibular shape data; arranging a maxillary image including a plurality of maxillary teeth corresponding to the obtained maxillary shape data and a mandibular image including a plurality of mandibular teeth corresponding to the obtained mandibular shape data such that X coordinate and Y coordinate of a center of gravity of corresponding predetermined teeth match each other; defining a state indicating an occlusal state where maxillary teeth included in the maxillary image, which has fallen naturally in the -Z direction, collide with mandibular teeth included in the mandibular image and stop, by executing a dynamic simulation based on the arranged maxillary image and the arranged mandibular image; and identifying a positional relationship between the maxillary image and the mandibular image obtained by the specified state as a positional relationship corresponding to an occlusal state of the maxillary teeth included in the maxillary image and the mandibular teeth included in the mandibular image. obtaining maxillary shape data and mandibular shape data; arranging a maxillary image including a plurality of maxillary teeth corresponding to the obtained maxillary shape data and a mandibular image including a plurality of mandibular teeth corresponding to the obtained mandibular shape data such that X coordinate and Y coordinate of a center of gravity of corresponding predetermined teeth match each other; defining a state indicating an occlusal state where maxillary teeth included in the maxillary image, which has fallen naturally in the -Z direction, collide with mandibular teeth included in the mandibular image and stop, by executing a dynamic simulation based on the arranged maxillary image and the arranged mandibular image; and identifying a positional relationship between the maxillary image and the mandibular image obtained by the specified state as a positional relationship corresponding to an occlusal state of the maxillary teeth included in the maxillary image and the mandibular teeth included in the mandibular image.
Push-pull converter, comprising: a primary-side input converter circuit comprising a multiplicity of primary-side switching devices (31, 32, 33, 34) in a full-bridge circuit, which is configured to convert a DC input voltage into a first AC voltage; a transformer comprising a primary-side winding and a secondary-side winding, which transformer is configured to receive the first AC voltage on the primary-side winding and to generate a second AC voltage on the secondary-side winding; and a secondary-side output converter circuit which is configured to convert the second AC voltage into a DC output voltage, comprising a first half-bridge circuit, which comprises a first secondary-side switching device, a second secondary-side switching device and a first centre tap, which is connected to a first connection of the secondary-side winding, and a second half-bridge circuit, which comprises a first secondary-side diode, a second secondary-side diode and a second centre tap, which is connected to a second connection of the secondary-side winding, characterized in that the second half-bridge circuit does not comprise any switchable components. a primary-side input converter circuit comprising a multiplicity of primary-side switching devices (31, 32, 33, 34) in a full-bridge circuit, which is configured to convert a DC input voltage into a first AC voltage; a transformer comprising a primary-side winding and a secondary-side winding, which transformer is configured to receive the first AC voltage on the primary-side winding and to generate a second AC voltage on the secondary-side winding; and a secondary-side output converter circuit which is configured to convert the second AC voltage into a DC output voltage, comprising a first half-bridge circuit, which comprises a first secondary-side switching device, a second secondary-side switching device and a first centre tap, which is connected to a first connection of the secondary-side winding, and a second half-bridge circuit, which comprises a first secondary-side diode, a second secondary-side diode and a second centre tap, which is connected to a second connection of the secondary-side winding, characterized in that the second half-bridge circuit does not comprise any switchable components.
A liquid filter, particularly an oil filter for an internal combustion engine, having a filter housing with a removable cover and with a raw-liquid inlet and a pure-liquid outlet, having a replaceable filter insert arranged in the filter housing and separating a raw side from a pure side of the liquid filter, and having a hollow-cylindrical filter medium body enclosed at its end faces by two end discs (21, 22), wherein the in the installed state lower end disc has a central mounting opening, wherein the liquid filter has a filter bypass valve, for which the in the installed state upper end disc has, on the underside, a central valve seat which interacts with a valve body, wherein the filter housing also has a central discharge duct to drain the filter housing when the filter insert is removed, and wherein a closure pin arranged in the discharge duct is fixed with respect to the housing in the installed state and is axially adjustable between a closed position assumed when the filter insert is installed and the cover is closed, and an open position assumed when the cover is open and the filter insert has been removed, characterised in that - a valve body carrier which runs through the filter insert is connected with limited axial displaceability to the closure pin and has on its free end a valve body of the filter bypass valve, and the filter insert can be mounted onto the valve body carrier, with the end disc thereof which has the mounting opening being forward, - the valve body carrier is preloaded with the force of a spring supported on the filter housing, which force acts in the closing direction of the filter bypass valve, and - during, or during and after, the mounting of the filter insert onto the valve body carrier, a force acting in the closing direction of the closure pin can be exerted directly on the latter by the filter insert. - a valve body carrier which runs through the filter insert is connected with limited axial displaceability to the closure pin and has on its free end a valve body of the filter bypass valve, and the filter insert can be mounted onto the valve body carrier, with the end disc thereof which has the mounting opening being forward, - the valve body carrier is preloaded with the force of a spring supported on the filter housing, which force acts in the closing direction of the filter bypass valve, and - during, or during and after, the mounting of the filter insert onto the valve body carrier, a force acting in the closing direction of the closure pin can be exerted directly on the latter by the filter insert.