mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: performing, by a computing device , image analysis and/or classification techniques on an image stored by the computing device to identify, within the image , one or more elements indicative of sensitive or proprietary enterprise information being depicted within the image, wherein the one or more elements include a writing element that indicates handwritten text is depicted within the image or a graph element that indicates a chart is depicted within the image or that indicates a hand drawn line is depicted within the image ; determining that the image is a work product image based on the one or more elements; and responsive to determining that the image is a work product image, applying security restrictions to prevent unauthorized viewing of the image . performing, by a computing device , image analysis and/or classification techniques on an image stored by the computing device to identify, within the image , one or more elements indicative of sensitive or proprietary enterprise information being depicted within the image, wherein the one or more elements include a writing element that indicates handwritten text is depicted within the image or a graph element that indicates a chart is depicted within the image or that indicates a hand drawn line is depicted within the image ; determining that the image is a work product image based on the one or more elements; and responsive to determining that the image is a work product image, applying security restrictions to prevent unauthorized viewing of the image .
A process for preparing a copper tube for the construction industry, wherein said tube comprises equiaxial grains with a grain size of 0.03 mm, a hardness of 35 HRF, a diameter of 28.2 × 1.9 mm, a phosphorous concentration of 0.024% wt, a sulfur concentration of 6.58 ppm, an arsenic concentration of 0.001% wt, an iron concentration of 0.001 % wt, a silver concentration of 0.001% wt, an oxygen concentration of 10.45 ppm, a Cu + Ag concentration of 99.970% wt and 0.000% wt of Zn, Ni, Pb, Sb, Bi, and Sn, comprising: a) A pre-tube obtained from a continuous vertical casting process is prepared with the tapering equipment, the pre-tube is lubricated internally and a wiredrawing chuck is inserted. Then a point is made at the beginning of the roll of pre-tube and it is inserted in the spool. b) The first wiredrawer is started up at a constant speed; c) The tube that comes out of the first wiredrawer passes through tension regulating equipment in tandem; d) The tube that has already passed through the first wiredrawer contained by the tension regulating equipment passes to the second wiredrawer also in tandem, where a second reduction is carried out; e) The material that comes out of the second wiredrawer is accumulated continuously in baskets; f) The material accumulated and that has passed through two wiredrawers enters the annealing furnace in order to realign the microstructure of the final tube reducing the oxidation speed so that it can be stranded; g) The tube is purged internally with nitrogen; h) The exterior of the tube is cleaned; i) The furnace heats the tube by induction; j) The tube quickly passes into a cooling chamber; k) The final tube is rolled up in a basket for its subsequent dimensioning. a) A pre-tube obtained from a continuous vertical casting process is prepared with the tapering equipment, the pre-tube is lubricated internally and a wiredrawing chuck is inserted. Then a point is made at the beginning of the roll of pre-tube and it is inserted in the spool. b) The first wiredrawer is started up at a constant speed; c) The tube that comes out of the first wiredrawer passes through tension regulating equipment in tandem; d) The tube that has already passed through the first wiredrawer contained by the tension regulating equipment passes to the second wiredrawer also in tandem, where a second reduction is carried out; e) The material that comes out of the second wiredrawer is accumulated continuously in baskets; f) The material accumulated and that has passed through two wiredrawers enters the annealing furnace in order to realign the microstructure of the final tube reducing the oxidation speed so that it can be stranded; g) The tube is purged internally with nitrogen; h) The exterior of the tube is cleaned; i) The furnace heats the tube by induction; j) The tube quickly passes into a cooling chamber; k) The final tube is rolled up in a basket for its subsequent dimensioning.
An intramedullary nail system comprising a nail stem and a fastener , the nail stem having a multi-featured proximal end , a distal end and a central conduit configured to accommodate the fastener having a proximal end , a distal end and a central shaft , wherein the fastener comprises a stop extending laterally from the proximal end relative to a vertical axis of the fastener and which is configured to matingly engage with an internal wall of the multi-featured proximal end , the internal wall further comprising a longitudinal indentation in communication with a slot and a hole on the internal wall , in which the longitudinal indentation provides clearance for the stop when the fastener is placed within the central conduit and wherein distal movement of the fastener within the nail stem is limited by the engagement of the stop within the dimensions of the slot and the dimensions of the hole in the nail stem to provide control over rotational and distal movement of the system when secured with a bone screw.
A shear wrench tool comprising: an output sleeve configured to mate with a nut to facilitate winding of the nut onto a threaded bolt the output sleeve having a plurality of circumferentially arranged locking features ; a transmission sleeve for transferring torque between the output sleeve and at least one feature of a transmission section of the shear wrench tool the transmission sleeve having a first set of circumferentially arranged locking features interlocking with the locking features of the output sleeve ; a locking sleeve coupled to the output sleeve in a manner which permits the locking sleeve to rotate between first and second rotational positions relative to the output sleeve , the locking sleeve having circumferentially arranged locking features which cooperate with a second set of circumferentially arranged locking features of the transmission sleeve to restrict axial movement between the output sleeve and the transmission sleeve when the locking sleeve is in the second rotational position relative to the output sleeve , wherein the circumferentially arranged locking features of the locking sleeve do not cooperate with the second set of circumferentially arranged locking features of the transmission sleeve to restrict axial movement between the output sleeve and the transmission sleeve when the locking sleeve is in the first rotational position relative to the output sleeve . an output sleeve configured to mate with a nut to facilitate winding of the nut onto a threaded bolt the output sleeve having a plurality of circumferentially arranged locking features ; a transmission sleeve for transferring torque between the output sleeve and at least one feature of a transmission section of the shear wrench tool the transmission sleeve having a first set of circumferentially arranged locking features interlocking with the locking features of the output sleeve ; a locking sleeve coupled to the output sleeve in a manner which permits the locking sleeve to rotate between first and second rotational positions relative to the output sleeve , the locking sleeve having circumferentially arranged locking features which cooperate with a second set of circumferentially arranged locking features of the transmission sleeve to restrict axial movement between the output sleeve and the transmission sleeve when the locking sleeve is in the second rotational position relative to the output sleeve , wherein the circumferentially arranged locking features of the locking sleeve do not cooperate with the second set of circumferentially arranged locking features of the transmission sleeve to restrict axial movement between the output sleeve and the transmission sleeve when the locking sleeve is in the first rotational position relative to the output sleeve .
An electrical plug comprising a plug housing , a contact holder and two pin-shaped contact elements , wherein the contact holder is arranged in the plug housing , wherein the respective pin-shaped contact element has a first contact region at a first end and a second contact region at a second end, wherein a middle region extends therebetween and the first contact region is aligned along a plug-in axis (X) of the electrical plug , wherein the contact holder has two recesses which extend from its surface into the contact holder and which are configured to receive and hold the middle region of the respective pin-shaped contact element , characterized in that the recesses extend towards one another in a first plane, which is spanned by the plug-in axis (X) and a second axis at a right angle to the plug-in axis, from oppositely disposed regions of the surface , along a third axis which is arranged at a right angle to the plug-in axis (X) and at a right angle to the second axis, into the contact holder , in that the two pin-shaped contact elements are held in the two recesses which extend from oppositely disposed sides of the contact holder into the material of the contact holder, in that the two pin-shaped contact elements are arranged in parallel with and spaced apart from one another, and in that each recess extends from a first contact holder end , which adjoins the first contact region , up to a second contact holder end which adjoins the second contact region . the recesses extend towards one another in a first plane, which is spanned by the plug-in axis (X) and a second axis at a right angle to the plug-in axis, from oppositely disposed regions of the surface , along a third axis which is arranged at a right angle to the plug-in axis (X) and at a right angle to the second axis, into the contact holder , in that the two pin-shaped contact elements are held in the two recesses which extend from oppositely disposed sides of the contact holder into the material of the contact holder, in that the two pin-shaped contact elements are arranged in parallel with and spaced apart from one another, and in that each recess extends from a first contact holder end , which adjoins the first contact region , up to a second contact holder end which adjoins the second contact region .
An apparatus that controls gas delivery to a patient during a medical procedure, the apparatus comprising: a heater arranged to heat at least one of the gas or a humidification liquid; and a hardware controller , the hardware controller configured to monitor an electrical characteristic of the heater; wherein the hardware controller is configured to automatically select a mode of operation from a plurality of modes of operation based on the monitored electrical characteristic of the heater, wherein the plurality of modes of operation include at least a first mode and a second mode, wherein the first mode is associated with an open medical procedure using a first flow rate of gas, and wherein the second mode is associated with a closed medical procedure using a second different flow rate of gas, and the first flow rate of gas is a relatively high flow rate of gas and the second flow rate of gas is a relatively low or intermittent flow rate of gas, characterized in that the monitored electrical characteristic is power drawn by the heater, a power duty cycle of the heater or current drawn by the heater. a heater arranged to heat at least one of the gas or a humidification liquid; and a hardware controller , the hardware controller configured to monitor an electrical characteristic of the heater; wherein the hardware controller is configured to automatically select a mode of operation from a plurality of modes of operation based on the monitored electrical characteristic of the heater, wherein the plurality of modes of operation include at least a first mode and a second mode, wherein the first mode is associated with an open medical procedure using a first flow rate of gas, and wherein the second mode is associated with a closed medical procedure using a second different flow rate of gas, and the first flow rate of gas is a relatively high flow rate of gas and the second flow rate of gas is a relatively low or intermittent flow rate of gas, characterized in that the monitored electrical characteristic is power drawn by the heater, a power duty cycle of the heater or current drawn by the heater.
A waste-less cut-less composed wooden panel for a wooden timber building construction, the panel having side walls and layers , the layers being composed from cross-laminated wooden planks , where contact walls of the planks form the contact walls of the layers , by which the individual layers of the panel fit closely, where the planks of a second layer are laid in respect of the planks of a first layer at an angle ranging from 45° to 135°, wherein the side walls of the planks are arranged in orthogonal projection onto the contact wall of closely fitted layers of the panel to create projection patterns having a shape of quadrangles, characterized in that the panel has at least one opening and/or at least one depression and contains a static core with buckling resistance of at least 45 kN in three meters of height and one meter of width, where the static core is composed from three closely fitted layers of planks with thickness of the planks ranging from 19 to 35 mm and width of the planks ranging from 80 to 400 mm, where the planks of an external layer of the static core are placed vertically in the panel and the side walls of the planks of the external layers of the static core fit closely, wherein the planks placed in the same layer have the same thickness and the layers of the planks are screwed together by steel wood screws placed in at least two pieces in each projection pattern .
Reverse vending system for disposable goods that are to be broken down, having a breakdown unit for destroying the disposable goods to be broken down, wherein for the purpose of manipulation detection there is provision for at least one sensor element (S1, S2, ... Sn) for capturing at least one characteristic quantity (US1; US2) and an evaluation unit , wherein the evaluation unit evaluates the at least one characteristic quantity (US1, US2) in order to check whether the disposable good is destroyed by the breakdown unit , wherein the evaluation unit also performs a control function for the reverse vending system or for components thereof, and wherein the evaluation unit produces a control signal, an error message and/or an alarm if the result of the check is that the disposable good is not destroyed by the breakdown unit in a regular or intended manner even though a sensor system indicates that the disposable good to be broken down has been supplied to the reverse vending system , characterized in that the at least one sensor element (S1, S2, ... Sn) captures at least one mechanical characteristic quantity (US1; US2), with the exception of sound, that is characteristic of the operation of the breakdown unit during destruction of a disposable good .
A magnetic bearing contactlessly supporting a rotor by magnetic force, comprising: a bearing rotor member made of a magnetic material disposed in the rotor ; and a bearing stator member arranged around the bearing rotor member , wherein the bearing stator member includes a core made of a magnetic material and a coil wound around the core , wherein the core has a longitudinal cross-sectional shape including: a first part extending in a first direction orthogonal to a second direction extending from the core to the bearing rotor member , and wound around with the coil ; a pair of second parts extending in the second direction from both end portions of the first part toward the bearing rotor member side and subsequently extending in a direction approaching each other in the first direction; and a pair of third parts extending in the second direction from respective distal end portions of the pair of second parts toward the bearing rotor member side, wherein the bearing rotor member includes a permanent magnet supplying a bias magnetic flux (φb) to a magnetic circuit formed by the bearing rotor member and the core . a bearing rotor member made of a magnetic material disposed in the rotor ; and a bearing stator member arranged around the bearing rotor member , wherein the bearing stator member includes a core made of a magnetic material and a coil wound around the core , wherein the core has a longitudinal cross-sectional shape including: a first part extending in a first direction orthogonal to a second direction extending from the core to the bearing rotor member , and wound around with the coil ; a pair of second parts extending in the second direction from both end portions of the first part toward the bearing rotor member side and subsequently extending in a direction approaching each other in the first direction; and a pair of third parts extending in the second direction from respective distal end portions of the pair of second parts toward the bearing rotor member side, wherein a first part extending in a first direction orthogonal to a second direction extending from the core to the bearing rotor member , and wound around with the coil ; a pair of second parts extending in the second direction from both end portions of the first part toward the bearing rotor member side and subsequently extending in a direction approaching each other in the first direction; and a pair of third parts extending in the second direction from respective distal end portions of the pair of second parts toward the bearing rotor member side, wherein the bearing rotor member includes a permanent magnet supplying a bias magnetic flux (φb) to a magnetic circuit formed by the bearing rotor member and the core .
A package suitable for containing a food item both during storage of the food item and during cooking of the food item, the package comprising: a container formed by at least one container wall, said container walls surrounding a package interior and being substantially impermeable to gasses; a ventilation hole penetrating one of the container walls; a sealing patch applied to the container wall so as to seal the ventilation hole; characterized in that the sealing patch comprises a material that melts to cause the ventilation hole to become unsealed when the container is heated to a specified venting temperature. a container formed by at least one container wall, said container walls surrounding a package interior and being substantially impermeable to gasses; a ventilation hole penetrating one of the container walls; a sealing patch applied to the container wall so as to seal the ventilation hole; characterized in that the sealing patch comprises a material that melts to cause the ventilation hole to become unsealed when the container is heated to a specified venting temperature.
A communication server device comprising: an agent interface configured for a human agent to communicate between the agent interface and a remote client (110A-C); enhancement logic configured to receive a communication from the remote client (110A-C) via a first communication channel and to execute application logic on the remote client, the application logic being configured to open a second communication channel between the remote client and the server device using an identifier of the remote client, the second communication channel having an enhanced communication functionality relative to the first communication channel ; account identification logic configured to associate the identifier of the remote client (110A-C) with an account of a user of the remote client; and a processor configured to execute at least the enhancement logic , wherein the enhancement logic is configured to download the application logic to the remote client (110A-C). an agent interface configured for a human agent to communicate between the agent interface and a remote client (110A-C); enhancement logic configured to receive a communication from the remote client (110A-C) via a first communication channel and to execute application logic on the remote client, the application logic being configured to open a second communication channel between the remote client and the server device using an identifier of the remote client, the second communication channel having an enhanced communication functionality relative to the first communication channel ; account identification logic configured to associate the identifier of the remote client (110A-C) with an account of a user of the remote client; and a processor configured to execute at least the enhancement logic , wherein the enhancement logic is configured to download the application logic to the remote client (110A-C).
A computer implemented method for probe data management, comprising: receiving a plurality of probe objects, each probe object comprising substantially real-time position information indicative of one or more geographical positions of a probe device and probe identification information identifying a source of the position information within a probe data management system; and temporarily storing the received probe objects in a data store, the method further comprising: periodically extracting probe objects from the data store; using the position information from probe objects having the same probe identification information to create a historic journey trace, and storing the historic journey trace in a database without an association with the probe identification information. receiving a plurality of probe objects, each probe object comprising substantially real-time position information indicative of one or more geographical positions of a probe device and probe identification information identifying a source of the position information within a probe data management system; and temporarily storing the received probe objects in a data store, the method further comprising: periodically extracting probe objects from the data store; using the position information from probe objects having the same probe identification information to create a historic journey trace, and storing the historic journey trace in a database without an association with the probe identification information. periodically extracting probe objects from the data store; using the position information from probe objects having the same probe identification information to create a historic journey trace, and storing the historic journey trace in a database without an association with the probe identification information.