mhurhangee/patent-ind-claim-en huggingface dataset:
A system for monitoring a wound, comprising: means for capturing an image of a wound dressing; means for determining the color of a pH indicator on the wound dressing, wherein the means for determining the color comprises means for extracting RGB values from the captured image; means for calculating a pH value for the wound dressing from the dressing RGB values; and means for displaying an indication of the calculated pH value; wherein means for extracting dressing RGB values from the captured image comprises means for determining individual pixel RGB values for each one of a plurality of pixels in the image and means for averaging the individual pixel RGB values for the plurality of pixels to determine the dressing RGB values; and further comprising means for capturing an image of a color calibration strip wherein the color calibration strip is captured in the same image as the wound dressing and further comprising means for extracting calibration RGB values from the image of the color calibration strip for each of a plurality of color blocks in the color calibration strip wherein each color block is associated with a standardized pH value; and wherein the pH value for the wound dressing is calculated using the dressing RGB values and the calibration RGB values. means for capturing an image of a wound dressing; means for determining the color of a pH indicator on the wound dressing, wherein the means for determining the color comprises means for extracting RGB values from the captured image; means for calculating a pH value for the wound dressing from the dressing RGB values; and means for displaying an indication of the calculated pH value; wherein means for extracting dressing RGB values from the captured image comprises means for determining individual pixel RGB values for each one of a plurality of pixels in the image and means for averaging the individual pixel RGB values for the plurality of pixels to determine the dressing RGB values; and further comprising means for capturing an image of a color calibration strip wherein the color calibration strip is captured in the same image as the wound dressing and further comprising means for extracting calibration RGB values from the image of the color calibration strip for each of a plurality of color blocks in the color calibration strip wherein each color block is associated with a standardized pH value; and wherein the pH value for the wound dressing is calculated using the dressing RGB values and the calibration RGB values.
Sleeve for a tap for removing a drink from a container, preferably beer from a beer keg, in a very particularly preferred manner beer from a 5L party beer keg, comprising a piston chamber , an outer shell and an inflow opening , wherein the piston chamber is formed inside the sleeve and for at least partially receiving a piston , wherein the inflow opening is formed in the sleeve and an inflow of the drink into the piston chamber is enabled and wherein at longitudinal sides of the sleeve a lower side and an upper side can be defined, characterised in that at least one flow channel is formed on the outer shell , wherein the at least one flow channel extends in a direction transverse relative to the sleeve and wherein the at least one flow channel is constructed to direct a gas which accumulates at the lower side in the direction towards the upper side .
A dialysis system comprising: a dialysis machine ; at least one of a patient weight sensor (WS) and a blood pressure sensor (BP) in wireless communication with the dialysis machine; and wherein the dialysis machine is positioned and arranged relative to the at least one of the wireless weight sensor and the wireless blood pressure sensor such that the dialysis machine is discoverable by the at least one sensor when either of the at least one sensors is powered, wherein the at least one of the patient weight sensor and the blood pressure sensor is paired with the dialysis machine for secure wireless communication as a result of the dialysis machine being configured to: determine whether a wireless code request is received from the corresponding sensor regarding a measurement performed on a patient; responsive to determining the request has been received, display an identifier request for a user to enter an identifier for the blood pressure sensor or weight sensor into the dialysis machine; and responsive to receiving the identifier, pair with the corresponding sensor using the identifier. a dialysis machine ; at least one of a patient weight sensor (WS) and a blood pressure sensor (BP) in wireless communication with the dialysis machine; and wherein the dialysis machine is positioned and arranged relative to the at least one of the wireless weight sensor and the wireless blood pressure sensor such that the dialysis machine is discoverable by the at least one sensor when either of the at least one sensors is powered, wherein the at least one of the patient weight sensor and the blood pressure sensor is paired with the dialysis machine for secure wireless communication as a result of the dialysis machine being configured to: determine whether a wireless code request is received from the corresponding sensor regarding a measurement performed on a patient; responsive to determining the request has been received, display an identifier request for a user to enter an identifier for the blood pressure sensor or weight sensor into the dialysis machine; and responsive to receiving the identifier, pair with the corresponding sensor using the identifier. determine whether a wireless code request is received from the corresponding sensor regarding a measurement performed on a patient; responsive to determining the request has been received, display an identifier request for a user to enter an identifier for the blood pressure sensor or weight sensor into the dialysis machine; and responsive to receiving the identifier, pair with the corresponding sensor using the identifier.
An apparatus to generate an artificial bird for impact testing, the apparatus comprising: a mold generator to form a mold; a mold filler to fill the mold with a first layer of crushed ice and a second layer of crushed ice; a compressor to compress an ice surface of at least one of the first layer or the second layer of the crushed ice, characterized in that the apparatus further comprises: a sprayer to mist an ice surface of the first layer of the crushed ice with water prior to positioning the second layer of the crushed ice on the first layer of the crushed ice; and a freezer to re-freeze the crushed ice layers inside the mold to form an artificial bird, wherein the compressor compresses the ice surface of the first layer or the second layer to form indentations on the ice surface. wherein the mold is formed based on a bird class identification, and the bird class identification includes a bird weight, the bird weight used to determine a total amount of crushed ice used to fill the mold. a mold generator to form a mold; a mold filler to fill the mold with a first layer of crushed ice and a second layer of crushed ice; a compressor to compress an ice surface of at least one of the first layer or the second layer of the crushed ice, characterized in that the apparatus further comprises: a sprayer to mist an ice surface of the first layer of the crushed ice with water prior to positioning the second layer of the crushed ice on the first layer of the crushed ice; and a freezer to re-freeze the crushed ice layers inside the mold to form an artificial bird, wherein the compressor compresses the ice surface of the first layer or the second layer to form indentations on the ice surface. wherein the mold is formed based on a bird class identification, and the bird class identification includes a bird weight, the bird weight used to determine a total amount of crushed ice used to fill the mold. a sprayer to mist an ice surface of the first layer of the crushed ice with water prior to positioning the second layer of the crushed ice on the first layer of the crushed ice; and a freezer to re-freeze the crushed ice layers inside the mold to form an artificial bird, wherein the compressor compresses the ice surface of the first layer or the second layer to form indentations on the ice surface. wherein the mold is formed based on a bird class identification, and the bird class identification includes a bird weight, the bird weight used to determine a total amount of crushed ice used to fill the mold.
Assembly suitable for forming a ballot box, said assembly comprising a first box-shaped body , a second box-shaped body and barrier means , said first box-shaped body comprising first side wall means closed below by at least one bottom , said second box-shaped body comprising second side wall means arranged inside said first side wall means , said first side wall means being provided with at least one first opening , said second side wall means being provided with at least one second opening , there being provided at least one window in which said first opening and said second opening are at least partly facing each other, characterised by said barrier means being inserted between said first side wall means and said second side wall means and being at least partially arranged at said window so as to close the access to an internal space of the assembly through said window, said barrier means being at least partially transparent or semitransparent to allow at least part of said internal space to be seen through said window, said assembly comprising cover means for closing above said first side wall means and/or said second side wall means , said cover means being provided with slit means for the introduction of objects in said interior space.
A method for dynamically learning and using foreign mobility management node information for telecommunications network security screening, the method comprising: operating a telecommunications network routing node in a learn mode in which traffic from foreign mobility management nodes is received and identities of the foreign mobility management nodes are learned and used to populate a security database maintained by the telecommunications network routing node ; and characterized in that the method comprises the steps of: operating the telecommunications network routing node in a test mode to dynamically learn foreign mobility management node security status and maintaining the security status for the foreign mobility management nodes in the security database; and operating the telecommunications network routing node in an active mode to filter traffic from the foreign mobility management nodes using the dynamically learned node identities and security statuses. operating a telecommunications network routing node in a learn mode in which traffic from foreign mobility management nodes is received and identities of the foreign mobility management nodes are learned and used to populate a security database maintained by the telecommunications network routing node ; and characterized in that the method comprises the steps of: operating the telecommunications network routing node in a test mode to dynamically learn foreign mobility management node security status and maintaining the security status for the foreign mobility management nodes in the security database; and operating the telecommunications network routing node in an active mode to filter traffic from the foreign mobility management nodes using the dynamically learned node identities and security statuses. operating the telecommunications network routing node in a test mode to dynamically learn foreign mobility management node security status and maintaining the security status for the foreign mobility management nodes in the security database; and operating the telecommunications network routing node in an active mode to filter traffic from the foreign mobility management nodes using the dynamically learned node identities and security statuses.
Gantry device for a vehicle treatment system , comprising two support apparatuses , which are arranged at a distance from one another, and a cross-member apparatus , which connects the support apparatuses to one another, it being possible for the support apparatuses to be installed via a respective installation region on an installation surface for the gantry device and the support apparatuses being connected to the cross-member apparatus at a connecting region facing away from the installation region , at least one support apparatus having a first portion and a second portion , the first portion being connected to the cross-member apparatus at the connecting region , and the second portion comprising the installation region , as well as a hinge apparatus which connects the first portion to the second portion and is arranged between the installation region and the connecting region , characterized in that the second portion is pivotable relative to the first portion away from the other support apparatus about a pivot axis .
A compound saw, comprising: a frame ; a motor driving assembly sleeved in the frame and rotatable around a first axis (Z1) perpendicular to a main plane (P) of the frame relative to the frame ; and a saw blade mounted on an output shaft of the motor driving assembly and rotatable around a second axis (Z2) passing through the output shaft relative to the motor driving assembly , wherein, the second axis (Z2) is parallel to the first axis (Z1), and there is an eccentric distance (A) between the second axis (Z2) and the first axis (Z1), characterized in that the compound saw further comprises: a lower shielding case hinged on the frame and swingable within the main plane (P) of the frame relative to the frame , wherein, the motor driving assembly is capable of driving the lower shielding case to swing when the motor driving assembly is rotated around the first axis (Z1) relative to the frame . a frame ; a motor driving assembly sleeved in the frame and rotatable around a first axis (Z1) perpendicular to a main plane (P) of the frame relative to the frame ; and a saw blade mounted on an output shaft of the motor driving assembly and rotatable around a second axis (Z2) passing through the output shaft relative to the motor driving assembly , wherein, the second axis (Z2) is parallel to the first axis (Z1), and there is an eccentric distance (A) between the second axis (Z2) and the first axis (Z1), a lower shielding case hinged on the frame and swingable within the main plane (P) of the frame relative to the frame , wherein, the motor driving assembly is capable of driving the lower shielding case to swing when the motor driving assembly is rotated around the first axis (Z1) relative to the frame .
Punching machining station with at least two holding devices for fixing polymeric motor vehicle bumpers , which are provided with a finish, during a punching process, wherein each holding device has respectively - a base frame and - a fixing device with a number of fixing elements spaced from one another for fixing the motor vehicle bumper on the base frame , characterised in that - the fixing elements are arranged respectively on a linear drive unit with at least two linear drives , which enable individual displacement of each individual fixing element in at least two axial directions relative to the base frame , and - that due to the totality of movements of the fixing elements , the fixing device is individually adaptable to the surface contour of the motor vehicle bumper specifically to be fixed, - that the base frame is designed to be movable on the floor side and has a roller device and/or a sliding device on the floor side to guarantee mobility, and that the punching machining station further comprises at least one punching device for punching the motor vehicle bumper , wherein the punching device comprises at least one punch and at least one die , wherein both punch and die are each attached to a holding device of a mobile, preferably rotating, carrier , wherein the two carriers each have at least one further holding device for attaching at least one further machining device , so that by a movement of the two carriers an adjustment of the punching machine to a new, differently configured machining step with the further machining devices can be undertaken and that both carriers are arranged on a C-shaped bracket , on which the entire punching device is mounted. - a base frame and - a fixing device with a number of fixing elements spaced from one another for fixing the motor vehicle bumper on the base frame , characterised in that - the fixing elements are arranged respectively on a linear drive unit with at least two linear drives , which enable individual displacement of each individual fixing element in at least two axial directions relative to the base frame , and - that due to the totality of movements of the fixing elements , the fixing device is individually adaptable to the surface contour of the motor vehicle bumper specifically to be fixed, - that the base frame is designed to be movable on the floor side and has a roller device and/or a sliding device on the floor side to guarantee mobility, and that the punching machining station further comprises at least one punching device for punching the motor vehicle bumper , wherein the punching device comprises at least one punch and at least one die , wherein both punch and die are each attached to a holding device of a mobile, preferably rotating, carrier , wherein the two carriers each have at least one further holding device for attaching at least one further machining device , so that by a movement of the two carriers an adjustment of the punching machine to a new, differently configured machining step with the further machining devices can be undertaken and that both carriers are arranged on a C-shaped bracket , on which the entire punching device is mounted.
A method for processing remote-device data messages entering a network , the method comprising: at a computer , receiving a data message sent by a remote device ; identifying a set of remote device management, RDM, attributes associated with the received data message and specified by an RDM system that manages the remote device; and performing a service operation on the data message by using the identified RDM attribute set to identify a service rule that specifies the service operation to perform on the received data message. receiving a data message sent by a remote device ; identifying a set of remote device management, RDM, attributes associated with the received data message and specified by an RDM system that manages the remote device; and performing a service operation on the data message by using the identified RDM attribute set to identify a service rule that specifies the service operation to perform on the received data message.
A waveguide array antenna for satellite communications, the antenna being configured to transmit and/or receive a first polarization signal and a second polarization signal, said second polarization being orthogonal to said first polarization, and comprising an array of unit cells , each unit cell comprising a radiating element , said antenna further comprising: - a grid configured to divide each radiating element into a number of radiating sub-elements having an inter-element distance that is lower than or equal to the wavelength at a highest frequency of operation of said antenna; and - an electromagnetic band gap layer configured to support said grid above said radiating elements , wherein said grid comprises a number of grid unit portions including walls, and said electromagnetic band gap layer consists of a number of pins protruding from the walls of each grid unit portion . - a grid configured to divide each radiating element into a number of radiating sub-elements having an inter-element distance that is lower than or equal to the wavelength at a highest frequency of operation of said antenna; and - an electromagnetic band gap layer configured to support said grid above said radiating elements ,
Rotor bearing unit for a wind turbine comprising a sleeve-like inner connecting structure extending along a central axis (A), a sleeve-like outer connecting structure arranged coaxially to the inner connecting structure and two tapered roller bearings arranged axially spaced from one another, each with at least one inner bearing ring fastened to the inner connecting structure and at least one outer bearing ring fastened to the outer connecting structure , wherein at least one radially extending mounting flange with an axial mounting surface is formed on the inner and/or the outer connecting structure , characterized in the mounting flange is assigned one of the bearing rings , which has a first bolt circle through which the bearing ring assigned to the mounting flange is screwed to the axial mounting surface of the mounting flange while introducing an axial preload into the rotor bearing unit . a sleeve-like inner connecting structure extending along a central axis (A), a sleeve-like outer connecting structure arranged coaxially to the inner connecting structure and two tapered roller bearings arranged axially spaced from one another, each with at least one inner bearing ring fastened to the inner connecting structure and at least one outer bearing ring fastened to the outer connecting structure , wherein at least one radially extending mounting flange with an axial mounting surface is formed on the inner and/or the outer connecting structure ,
Drive apparatus for a power take-off shaft having a first shifting apparatus , via which the power take-off shaft can be connected in the sense of an engine power take-off shaft to a first input shaft , it being possible for the first input shaft to be operated in a manner which is dependent on a rotational speed of a drive engine, and the power take-off shaft can be connected in the sense of a ground-speed power take-off shaft to a second shifting apparatus , via which the power take-off shaft can be connected to a second input shaft , it being possible for the second input shaft to be operated in a manner which is dependent on a rotational speed of a traction drive, characterized in that the second input shaft can be connected to a drive for front wheels , the drive apparatus having a first gearwheel and a second gearwheel , the first gearwheel and the second gearwheel being mounted rotatably on the power take-off shaft , and it being possible for the first gearwheel to be connected via a third shifting apparatus to the power take-off shaft , and it being possible for the second gearwheel to be connected via the third shifting apparatus to the power take-off shaft , characterized in that the first gearwheel is in a meshing connection with a fifth gearwheel , and the second gearwheel is in a meshing connection with a sixth gearwheel , the fifth gearwheel and the sixth gearwheel being connected fixedly so as to rotate to one another, and the fifth gearwheel or the sixth gearwheel being in a meshing connection with a seventh gearwheel , and it being possible for the seventh gearwheel to be brought into a connection with the second input shaft via the second shifting apparatus .