mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for determining a physical process quantity, comprising: - a first sensor unit for detecting a specific physical process quantity and for converting the process quantity into an electrical measuring signal, wherein the first sensor unit is based on a first measuring principle; - an evaluation unit for evaluating and generating a process quantity signal representing the physical process quantity from the electrical measuring signal of the sensor unit; - a communication unit for outputting the process quantity signal, - a voltage supply unit which serves to supply voltage to the apparatus for determining the physical process quantity; - a housing unit (22; 23; 24), which is designed to accommodate at least a plurality of units from the group of units comprising evaluation unit, communication unit and voltage supply unit, wherein the housing unit (22; 23; 24) comprises a receiving portion having electrical and mechanical connections in which a display and operating module can be detachably mounted; - a fastening unit (31; 32; 33) for mounting the apparatus to a container or wall portion for determining the physical process quantity, wherein at least one unit from the group of units comprising evaluation unit, communication unit, voltage supply unit, housing unit (22; 23; 24) and fastening unit (31; 32; 33) is configured and standardized in such a way that the apparatus can be mechanically coupled and operated with a second sensor unit instead of the first sensor unit, wherein the measuring principle, on which the second sensor unit is based, is different from the first measuring principle, on which the first sensor unit is based. - a first sensor unit for detecting a specific physical process quantity and for converting the process quantity into an electrical measuring signal, wherein the first sensor unit is based on a first measuring principle; - an evaluation unit for evaluating and generating a process quantity signal representing the physical process quantity from the electrical measuring signal of the sensor unit; - a communication unit for outputting the process quantity signal, - a voltage supply unit which serves to supply voltage to the apparatus for determining the physical process quantity; - a housing unit (22; 23; 24), which is designed to accommodate at least a plurality of units from the group of units comprising evaluation unit, communication unit and voltage supply unit, wherein the housing unit (22; 23; 24) comprises a receiving portion having electrical and mechanical connections in which a display and operating module can be detachably mounted; - a fastening unit (31; 32; 33) for mounting the apparatus to a container or wall portion for determining the physical process quantity,
A thermostatic valve comprising a hollow body, a first opening and a second opening emerging into the body and being hydraulically connected by a through section, and a shutter arranged at least partially in the through section and comprising a thermostatic actuator, a return means, a valve capable of opening the first opening when actuated by the thermostatic actuator and closing the first opening when returned by the return means, in which the thermostatic actuator comprises a cylinder containing an expansion material whose volume increases beyond a threshold temperature and a rod defining an axial direction, a relative displacement between the cylinder and the rod along the axial direction can occur under the action of the expansion material, and in which the rod bears at one of its ends against a stop element, said stop element being displaceable under the action of displacement means (14, 18) in the direction of the cylinder, said displacement means (14, 18) being at least partly arranged inside the through section, characterized in that it comprises sealing means capable of preventing a circulation of fluid between the through section and an external compartment partly housing the displacement means, said sealing means consisting of an O-ring arranged about a connecting element arranged between the through section and the external compartment and subjected to a rotational movement about an axis parallel to the axial direction under the action of the displacement means.
An apparatus for inpainting missing, removed, or moved, objects or areas in a captured image frame, comprising: (a) a computer processor; and (b) instructions which when executed by the computer processor cause the computer processor to perform the steps comprising: (i) identifying structure regions that reach an edge of a missing, removed, or moved area in an image frame; (ii) prioritizing a fill order for each structure region in response to its depth or distance from the camera capturing the image frame; (iii) filling each said structure region in its prioritized fill order; and (iv) filling remaining areas of the missing, removed, or moved, object area to complete inpainting of the image frame, characterised in that said instructions cause the computer processor to assign a priority to each structure based on its depth value utilizing a depth map, with elements and structures closer to an image capture device receiving higher priorities. (a) a computer processor; and (b) instructions which when executed by the computer processor cause the computer processor to perform the steps comprising: (i) identifying structure regions that reach an edge of a missing, removed, or moved area in an image frame; (ii) prioritizing a fill order for each structure region in response to its depth or distance from the camera capturing the image frame; (iii) filling each said structure region in its prioritized fill order; and (iv) filling remaining areas of the missing, removed, or moved, object area to complete inpainting of the image frame, characterised in that said instructions cause the computer processor to assign a priority to each structure based on its depth value utilizing a depth map, with elements and structures closer to an image capture device receiving higher priorities. (i) identifying structure regions that reach an edge of a missing, removed, or moved area in an image frame; (ii) prioritizing a fill order for each structure region in response to its depth or distance from the camera capturing the image frame; (iii) filling each said structure region in its prioritized fill order; and (iv) filling remaining areas of the missing, removed, or moved, object area to complete inpainting of the image frame,
A post of a safety traffic barrier in a form of a metal thin-walled shape of a substantially sigmoidal cross-section having two side walls, two end walls substantially perpendicular relative to the side walls, and two bevel walls inclined at an acute angle relative to the side walls and connected to a middle wall substantially perpendicular relative to the side walls, wherein the post additionally comprises two intermediate walls that are substantially perpendicular relative to the side walls and each of the intermediate walls connects one of the side walls with the respective one of the bevel walls, characterized in that a proportion of the total width of the post to the width of its intermediate wall is in a range from 3.5 to 4.0; a proportion of the total width of the post to its total length is in a range from 1.5 to 2.0; a proportion of the length of the post to the distance between the plane of the middle wall and the plane of the intermediate wall is in a range from 2.5 to 3.5; and the angle (α) between the bevel wall and the side wall is in the range from 20° to 28°.
A mug, being made by casting from a suitable castable material, such as clay, porcellaine or plastic, the mug comprising a handle connected to the side wall of the mug, a stirring unit connected to a liquid space of the mug, for stirring a beverage contained in the liquid space of the mug simultaneously by the same hand in which the mug is held, and in which mug the stirring unit comprises a pumping space separate from the liquid space and a pumping device connected to the pumping space, configured to increase and to decrease the pressure of air inside the pumping space in an alternating manner, and wherein a flow channel is a hole between the pumping space and the liquid space, having an inner diameter that is relatively small in relation to the inner diameters of the pumping space and the liquid space, and which flow channel extends from the pumping space to the liquid space, enabling the flow of the beverage contained in the liquid space from the liquid space to the pumping space and from the pumping space to the liquid space, whereby a liquid flow can be formed in the flow channel, for stirring the beverage in the liquid space by the pumping device, and wherein the pumping space is provided within the handle of the mug, characterized in that - the stirring unit is implemented in connection with the handle of the mug such that the handle is made hollow inside so that a pumping space is provided inside the handle; - the stirring unit comprises the pumping device which is a hollow pumping piece made of an elastic material, fastened to a connecting opening in the top part of the handle, and provided with a connecting collar to be connected to the connecting opening in an air-tight way, whereby air contained in the pumping piece can flow from the inside of the pumping piece to the pumping space inside the handle; and that the stirring unit also comprises whirling grooves and/or protrusions at the bottom of the mug on the side of the liquid space. - the stirring unit is implemented in connection with the handle of the mug such that the handle is made hollow inside so that a pumping space is provided inside the handle; - the stirring unit comprises the pumping device which is a hollow pumping piece made of an elastic material, fastened to a connecting opening in the top part of the handle, and provided with a connecting collar to be connected to the connecting opening in an air-tight way, whereby air contained in the pumping piece can flow from the inside of the pumping piece to the pumping space inside the handle; and that the stirring unit also comprises whirling grooves and/or protrusions at the bottom of the mug on the side of the liquid space.
A display device, comprising: a plurality of pixels; a plurality of gate signal lines extending in a first direction and connected to the plurality of pixels; a plurality of data signal lines extending in a second direction and connected to the plurality of pixels, wherein the second direction crosses the first direction; a fingerprint sensor configured to detect fingerprint information; a driver integrated circuit configured to transmit a plurality of scan signals to the pixels via the gate signal lines, transmit a plurality of data signals to the pixels via the data signal lines, and receive the fingerprint information from the fingerprint sensor; characterized in that the driver IC is further configured to encrypt the received fingerprint information; and the display device further comprises an application processor configured to receive the encrypted fingerprint information from the driver IC, wherein the driver IC is configured to convert the fingerprint information into an image, segment the image into a plurality of sub-blocks, select an encryption option for each of the sub-blocks, and perform the selected encryption option on each of the sub-blocks, wherein the encryption option is randomly selected. a plurality of pixels; a plurality of gate signal lines extending in a first direction and connected to the plurality of pixels; a plurality of data signal lines extending in a second direction and connected to the plurality of pixels, wherein the second direction crosses the first direction; a fingerprint sensor configured to detect fingerprint information; a driver integrated circuit configured to transmit a plurality of scan signals to the pixels via the gate signal lines, transmit a plurality of data signals to the pixels via the data signal lines, and receive the fingerprint information from the fingerprint sensor; the driver IC is further configured to encrypt the received fingerprint information; and the display device further comprises an application processor configured to receive the encrypted fingerprint information from the driver IC, wherein the driver IC is configured to convert the fingerprint information into an image, segment the image into a plurality of sub-blocks, select an encryption option for each of the sub-blocks, and perform the selected encryption option on each of the sub-blocks, wherein the encryption option is randomly selected.
A method of forming a tapered metallic cup, the method comprising: providing a stock material; forming at least one cup using a blank and draw operation; performing a redrawing operation on the cup to provide the cup with a predetermined height and a wall thickness; subsequent to the redrawing operation, trimming the cup to a second height; curling the top edge of the trimmed cup to form a lip; forming a plurality of straight wall sections of successively smaller diameter devoid of an expansion angle in the cup by drawing the cup; expanding each of the one or more straight wall sections using one or more dies with a tapered profile so that each section except for the uppermost section comprises an angled or tapered sidewall having an expansion angle formed by the tapered expansion die; and forming a dome in the bottom of the cup. providing a stock material; forming at least one cup using a blank and draw operation; performing a redrawing operation on the cup to provide the cup with a predetermined height and a wall thickness; subsequent to the redrawing operation, trimming the cup to a second height; curling the top edge of the trimmed cup to form a lip; forming a plurality of straight wall sections of successively smaller diameter devoid of an expansion angle in the cup by drawing the cup; expanding each of the one or more straight wall sections using one or more dies with a tapered profile so that each section except for the uppermost section comprises an angled or tapered sidewall having an expansion angle formed by the tapered expansion die; and forming a dome in the bottom of the cup.
Threading tool comprising a shaft and a profile body, wherein the profile body is designed for cutting or forming a thread, characterised in that the shaft is made of a first material in a bulk moulding process and the profile body is made of a second material with an additive process comprising applying a powdered precursor or raw material to the shaft. wherein the profile body is designed for cutting or forming a thread, characterised in that the shaft is made of a first material in a bulk moulding process and the profile body is made of a second material with an additive process comprising applying a powdered precursor or raw material to the shaft.
A method for a milking system, which milking system comprises a moving arrangement; a plurality of milking stalls arranged thereon, each of which being provided with teat cups and provided for housing a milking animal during milking thereof; an automatic teat cup attachment arrangement provided, for each of the milking stalls, to fetch the teat cups of the milking stall at default storage positions and to attach the teat cups to the teats of a milking animal present in the milking stall prior to the milking thereof; and an automatic teat cup returning arrangement provided, for each of the milking stalls, to withdraw the teat cups of the milking stall with the purpose of returning them to the default storage positions subsequent to the milking of the milking animal present in the milking stall, comprising the steps of: - for each of the milking stalls, sensing the positions of the teat cups after the teat cup returning arrangement has withdrawn the teat cups of the milking stall after the milking of the milking animal present in the milking stall, but before the automatic teat cup attachment arrangement is to fetch the teat cups of the milking stall in connection with the milking of a following milking animal; - for each of the milking stalls, comparing the sensed positions of the teat cups with the default storage positions of the teat cups; and - for each of the milking stalls, performing an action with respect to the milking system if the sensed positions of the teat cups deviate from the default storage positions of the teat cups by at least a specified amount, wherein said action is performed before the automatic teat cup attachment arrangement is to fetch the teat cups of the milking stall in connection with the milking of the following milking animal, and wherein, for each of the milking stalls, the specified amount is selected such that if the sensed positions of the teat cups deviate from the default storage positions at least the specified amount, the automatic teat cup attachment arrangement will not be able to fetch the teat cups of the milking stall or will not be able to attach the teat cups to the teats of a milking animal. - for each of the milking stalls, sensing the positions of the teat cups after the teat cup returning arrangement has withdrawn the teat cups of the milking stall after the milking of the milking animal present in the milking stall, but before the automatic teat cup attachment arrangement is to fetch the teat cups of the milking stall in connection with the milking of a following milking animal; - for each of the milking stalls, comparing the sensed positions of the teat cups with the default storage positions of the teat cups; and - for each of the milking stalls, performing an action with respect to the milking system if the sensed positions of the teat cups deviate from the default storage positions of the teat cups by at least a specified amount,
A voltage doubler, comprising: a signal output module, adapted to output a first output signal with a swing of 0 to 2×V IN, and a first oscillation signal and a further oscillation signal with the same swing of V IN to 2×V IN but with opposite phases; a charge storage module, adapted to take the first output signal as a triggering signal to generate two states, wherein one state is to charge one plate of a first capacitor by an input voltage V IN, and the other state is to provide a voltage higher than 0 volt to the other plate of the first capacitor; and a current output switch module, adapted to take the first oscillation signal and the further oscillation signal as triggering signals and output the charges stored in the charge storage module via the first capacitor. a signal output module, adapted to output a first output signal with a swing of 0 to 2×V IN, and a first oscillation signal and a further oscillation signal with the same swing of V IN to 2×V IN but with opposite phases; a charge storage module, adapted to take the first output signal as a triggering signal to generate two states, wherein one state is to charge one plate of a first capacitor by an input voltage V IN, and the other state is to provide a voltage higher than 0 volt to the other plate of the first capacitor; and a current output switch module, adapted to take the first oscillation signal and the further oscillation signal as triggering signals and output the charges stored in the charge storage module via the first capacitor.
A computer-implemented method to capture provisioning information for provisioning a virtual machine while the virtual machine is offline, the method comprising: displaying an interface for receiving provisioning data that configures the operation of a specific virtual machine, wherein the provisioning data includes state information unique to a particular virtual machine, wherein the state information includes network configuration and other type of data relevant for preparing the virtual machine for operation in a particular capacity, wherein the interface is provided by a state capture component; receiving provisioning data via the displayed interface; opening a configuration data store for persistently storing the received provisioning data; storing the received provisioning data in the opened configuration data store; and associating the stored provisioning data with a particular guest virtual machine, wherein associating the stored provisioning data is performed by a state application component, wherein the preceding steps are performed by at least one processor while the guest virtual machine was not running and wherein early in the boot process of an operating system running on the guest virtual machine a provisioning daemon component (140; 440) running within the guest virtual machine invokes a state access component, opens a communication channel, and retrieves via the opened communication channel the state information captured and stored while the guest virtual machine was not running. displaying an interface for receiving provisioning data that configures the operation of a specific virtual machine, wherein the provisioning data includes state information unique to a particular virtual machine, wherein the state information includes network configuration and other type of data relevant for preparing the virtual machine for operation in a particular capacity, wherein the interface is provided by a state capture component; receiving provisioning data via the displayed interface; opening a configuration data store for persistently storing the received provisioning data; storing the received provisioning data in the opened configuration data store; and associating the stored provisioning data with a particular guest virtual machine, wherein associating the stored provisioning data is performed by a state application component, wherein the preceding steps are performed by at least one processor while the guest virtual machine was not running and wherein early in the boot process of an operating system running on the guest virtual machine a provisioning daemon component (140; 440) running within the guest virtual machine invokes a state access component, opens a communication channel, and retrieves via the opened communication channel the state information captured and stored while the guest virtual machine was not running.