mhurhangee/ep-ind-claims huggingface dataset:
A system (100, 300) operable to provision software in a computing network, wherein the computing network comprises a plurality of computing devices (104, 312, 314) and a plurality of users, the system comprising: a memory; and a processor, wherein the memory includes instructions executable by the processor to cause the system to: invoke one or more discovery probes to identify software installed on the plurality of computing devices within the computing network; retrieve software usage data based at least on the one or more discovery probes; determine software usage predictions based on the software usage data; allocate, based on the software usage predictions, software installation models, and software entitlement data, per user software entitlements and per device software entitlements to obtain an allocation of software entitlements; and invoke installation or uninstallation of the software responsive to the allocation of software entitlements. a memory; and a processor, wherein the memory includes instructions executable by the processor to cause the system to: invoke one or more discovery probes to identify software installed on the plurality of computing devices within the computing network; retrieve software usage data based at least on the one or more discovery probes; determine software usage predictions based on the software usage data; allocate, based on the software usage predictions, software installation models, and software entitlement data, per user software entitlements and per device software entitlements to obtain an allocation of software entitlements; and invoke installation or uninstallation of the software responsive to the allocation of software entitlements. invoke one or more discovery probes to identify software installed on the plurality of computing devices within the computing network; retrieve software usage data based at least on the one or more discovery probes; determine software usage predictions based on the software usage data; allocate, based on the software usage predictions, software installation models, and software entitlement data, per user software entitlements and per device software entitlements to obtain an allocation of software entitlements; and invoke installation or uninstallation of the software responsive to the allocation of software entitlements.
An electric infrared-heating film, wherein the electric infrared-heating film is mainly composed of following components in parts by weight: 10-15 parts of low-defect graphene, and 5~10 parts of amorphous carbon, and characterised by further 5-20 parts of inorganic filler.
A high temperature superconductor, HTS, magnet system comprising an HTS field coil and a power supply, wherein: the HTS field coil comprises: a plurality of turns comprising HTS material and a metallic stabiliser; an electrically conductive material connecting the turns, such that current can be shared between turns via the electrically conductive material; characterised in that the power supply is configured to: during ramp-up of the HTS field coil, to provide a first current to the HTS field coil during ramp-down of the HTS field coil, to provide a second current to the HTS field coil opposite in direction to the first current. the HTS field coil comprises: a plurality of turns comprising HTS material and a metallic stabiliser; an electrically conductive material connecting the turns, such that current can be shared between turns via the electrically conductive material; a plurality of turns comprising HTS material and a metallic stabiliser; an electrically conductive material connecting the turns, such that current can be shared between turns via the electrically conductive material; characterised in that the power supply is configured to: during ramp-up of the HTS field coil, to provide a first current to the HTS field coil during ramp-down of the HTS field coil, to provide a second current to the HTS field coil opposite in direction to the first current. during ramp-up of the HTS field coil, to provide a first current to the HTS field coil during ramp-down of the HTS field coil, to provide a second current to the HTS field coil opposite in direction to the first current.
A tissue ablation apparatus adapted for deployment within a blood-filled environment, comprising: a deployment catheter; a barrier or membrane projecting from the deployment catheter and defining a visualization field when the barrier or membrane is in an expanded and deployed configuration; a distal membrane (182, 242) which at least partially covers the visualization field, wherein the distal membrane further defines a central aperture (182, 240, 260, 268, 274) having a diameter which is less than an outer diameter of the distal membrane and through which fluid is permeable to an environment external to the barrier or membrane; an imaging element positioned within or adjacent to the visualization field and adapted to image a tissue surface adjacent to the barrier or membrane within a field of view of the imaging element when the visualization field is purged of blood via a transparent fluid, where the barrier or membrane is configured to maintain its deployed configuration prior to introduction of the transparent fluid into the visualization field; and an electrode positioned within or adjacent to the visualization field such that the electrode is spaced from the aperture and energy discharged from the electrode is directed through the transparent fluid and into the tissue surface being visualized, and where the imaging element is positioned to provide for visualization of the tissue surface through the transparent fluid while the electrode conducts the energy. a deployment catheter; a barrier or membrane projecting from the deployment catheter and defining a visualization field when the barrier or membrane is in an expanded and deployed configuration; a distal membrane (182, 242) which at least partially covers the visualization field, wherein the distal membrane further defines a central aperture (182, 240, 260, 268, 274) having a diameter which is less than an outer diameter of the distal membrane and through which fluid is permeable to an environment external to the barrier or membrane; an imaging element positioned within or adjacent to the visualization field and adapted to image a tissue surface adjacent to the barrier or membrane within a field of view of the imaging element when the visualization field is purged of blood via a transparent fluid, where the barrier or membrane is configured to maintain its deployed configuration prior to introduction of the transparent fluid into the visualization field; and an electrode positioned within or adjacent to the visualization field such that the electrode is spaced from the aperture and energy discharged from the electrode is directed through the transparent fluid and into the tissue surface being visualized, and where the imaging element is positioned to provide for visualization of the tissue surface through the transparent fluid while the electrode conducts the energy.
An image forming apparatus comprising: an apparatus body to accommodate an image forming device; a foreign object detector (23, 24) connected to the apparatus body, wherein the foreign object detector (23, 24) is to detect a foreign object beside the apparatus body; and a detector holding unit to hold the foreign object detector (23, 24), characterised in that the foreign object detector (23, 24) and the detector holding unit are movable together into the apparatus body in a prescribed direction. an apparatus body to accommodate an image forming device; a foreign object detector (23, 24) connected to the apparatus body, wherein the foreign object detector (23, 24) is to detect a foreign object beside the apparatus body; and a detector holding unit to hold the foreign object detector (23, 24), characterised in that the foreign object detector (23, 24) and the detector holding unit are movable together into the apparatus body in a prescribed direction.
Method for applying a processing composition to laundry in a laundry treatment appliance having a drum which is mounted in a rotatable manner, wherein (a) a predefined residual moisture content is achieved in the laundry by the addition of water and a first rotation of the drum; and (b) a processing composition is applied to the laundry, wherein the processing composition is applied to the laundry in liquid form or in the form of fine droplets (spray), and wherein the processing composition being applied to the laundry by spraying by way of an introduction apparatus, while the drum is moved at the speed at which the laundry lies against the drum or faster. (a) a predefined residual moisture content is achieved in the laundry by the addition of water and a first rotation of the drum; and (b) a processing composition is applied to the laundry,
A polyarylate obtained from a dihydric phenol component and an aromatic dicarboxylic acid component, wherein the dihydric phenol component contains at least one dihydric phenol selected from 1,1-bis(4-hydroxy-3-methylphenyl)cyclododecane and 1,1-bis(4-hydroxyphenyl)cyclododecane as a primary raw material and the ratio of the said dihydric phenol is 50 mol% or more based on the total amount of dihydric phenols, and wherein the pencil hardness of the polyarylate is H or higher as measured in accordance with JIS K5600-5-4.
A method for the manufacture of a liquid composition essentially consisting of an organic solvent of the type glycol and a urease inhibitor of the type phosphoric triamide, and optionally a dye system, the method comprising the step of heating an amount of said organic solvent of the type glycol to a first temperature at least above 20 °C but below the melt temperature of said urease inhibitor of the type phosphoric triamide, and subsequently adding an amount of solid urease inhibitor of the type phosphoric triamide in said amount of organic solvent of the type glycol at a second temperature which is at most about equal to the first temperature, characterized in that the method comprises the step of maintaining the liquid composition essentially consisting of an organic solvent of the type glycol and a urease inhibitor of the type phosphoric triamide, and optionally a dye system, at a third temperature, which temperature is greater than the first temperature, in the range of 60 to 80 °C.
A blend comprising: (i) a polymeric material having a repeat unit of formula -O-Ph-O-Ph-CO-Ph- I and a repeat unit of formula -O-Ph-Ph-O-Ph-CO-Ph- II wherein Ph represents a phenylene moiety; and (ii) a polymeric material having a repeat unit of formula wherein t1=1, v1=0 and w1=0. (i) a polymeric material having a repeat unit of formula -O-Ph-O-Ph-CO-Ph- I and a repeat unit of formula -O-Ph-Ph-O-Ph-CO-Ph- II wherein Ph represents a phenylene moiety; and (ii) a polymeric material having a repeat unit of formula wherein t1=1, v1=0 and w1=0.
A control method for a drying machine comprising a heat pump system for heating air to be supplied into a drum, and a heater having a smaller heat supply capacity than the heat pump system, the drying machine having a plurality of drying modes using the heat pump system and the heater individually or together, the method characterized by comprising the steps of: activating the heat pump system when a drying mode using both of the heat pump system and the heater is selected; determining whether or not a compressor disposed in the heat pump system normally operates after the activation of the heat pump system; and deciding whether or not to use the heater according to whether or not the compressor normally operates. activating the heat pump system when a drying mode using both of the heat pump system and the heater is selected; determining whether or not a compressor disposed in the heat pump system normally operates after the activation of the heat pump system; and deciding whether or not to use the heater according to whether or not the compressor normally operates.
A vehicular rearview assembly, comprising: an electro-optic element, comprising: a first substrate defining a first element surface and a second element surface; a first polarizer coupled to the second element surface; a second substrate spaced away from the first substrate and defining a third element surface and a fourth element surface; and an electro-optic material positioned between the first and second substrates (42, 50); a second polarizer coupled to the second substrate; and a display configured to emit light having a first polarization toward the second polarizer; characterized in that the first polarizer contacts the electro-optic material. an electro-optic element, comprising: a first substrate defining a first element surface and a second element surface; a first polarizer coupled to the second element surface; a second substrate spaced away from the first substrate and defining a third element surface and a fourth element surface; and an electro-optic material positioned between the first and second substrates (42, 50); a first substrate defining a first element surface and a second element surface; a first polarizer coupled to the second element surface; a second substrate spaced away from the first substrate and defining a third element surface and a fourth element surface; and an electro-optic material positioned between the first and second substrates (42, 50); a second polarizer coupled to the second substrate; and a display configured to emit light having a first polarization toward the second polarizer; characterized in that the first polarizer contacts the electro-optic material.
A method for providing position information for controlling at least one function of a vehicle provided with a vehicle coordinate system, the method comprising - receiving image information associated with at least one image of at least one part of the vehicle captured by a camera of a mobile device, the mobile device being separate from the vehicle, - determining a position associated with the mobile device in the vehicle coordinate system according to the image information associated with the at least one image, and - providing position information indicative of the position associated with the mobile device in the vehicle coordinate system to control at least one function of the vehicle according to the position. - receiving image information associated with at least one image of at least one part of the vehicle captured by a camera of a mobile device, the mobile device being separate from the vehicle, - determining a position associated with the mobile device in the vehicle coordinate system according to the image information associated with the at least one image, and - providing position information indicative of the position associated with the mobile device in the vehicle coordinate system to control at least one function of the vehicle according to the position.
Multi-junction solar cell, comprising at least one layer sequence of a tunnel diode which is disposed between two semiconductor layers (1, 2) in the manner of a sandwich and has degenerate layers (3, 4) and optionally barrier layers (8, 9) with a layer thickness of 10 nm to 100 nm, which are disposed between the degenerate layers (3, 4) and the semiconductor layers (1, 2) wherein the degenerate layers (3, 4) are one degenerate n-conducting layer and one degenerate p-conducting layer, with the proviso that the degenerate n-conducting layer and the degenerate p-conducting layer respectively have a thickness between 10 nm and 100 nm, wherein at least one further tunnel diode abuts against at least one of the two semiconductor layers (1, 2) and at least one further layer sequence abuts against the further tunnel diode in an iterative manner, outside the sandwich-like arrangement, wherein the degenerate n-conducting layer is voltage-compensated with the degenerate p-conducting layer or wherein the degenerate n-conducting layer or the degenerate p-conducting layer is voltage-compensated with the adjacent barrier layer (8, 9) and the lattice constants of the materials of the layers being voltage-compensated with each other have a difference of at least 0.5%.
A method of obtaining cucumber germplasm comprising the steps of: a) assaying cucumber plants for the presence of at least a first genetic marker genetically linked to a QTL that confers resistance to Downy Mildew; and b) selecting at least a first cucumber plant comprising the genetic marker and the QTL that confers resistance to Downy Mildew; wherein the QTL maps to a position between the sequence represented by SNP marker NN0223689 and SNP marker NN0228148 characterized by SEQ ID NOs:56 and 69, respectively, which map to approximately 41.0 cM and 82.3 cM on the genetic map of the linkage group termed cucumber chromosome 5; wherein the QTL maps to a position between the sequence represented by SNP marker NN0225012 and SNP marker NN0227587 characterized by SEQ ID NOs:33 and 51, respectively, which map to approximately 20.6 cM and 87.4 cM on the genetic map of the linkage group termed cucumber chromosome 4; or wherein the QTL maps to a position between the sequence represented by SNP marker NN0223782 and SNP marker NN0226638 characterized by SEQ ID NOs:20 and 32, respectively, which map to approximately 22.5 cM and 88.4 cM on the genetic map of the linkage group termed cucumber chromosome 2; or the genetic markers map within 1 cM of said QTL which confers resistance to Downy Mildew. a) assaying cucumber plants for the presence of at least a first genetic marker genetically linked to a QTL that confers resistance to Downy Mildew; and b) selecting at least a first cucumber plant comprising the genetic marker and the QTL that confers resistance to Downy Mildew;
A flexible automated wearable belt cardiac defibrillator, BCD, (500, 600, 700) for wearing by a subject, the subject having a body, the BCD characterized by comprising: at least two disposable patches (510, 610, 710) adapted for adhering to the body of the subject, each patch comprising a defibrillation electrode (516, 616, 716), wherein at least one patch includes an ECG sensor (518, 618, 718); and a controller (520, 620, 720) that is separate from the patches and connected via a connection cable (524, 624) to each patch, wherein the patches comprise an adhesive adapted for long-term adhering of the patches to the body of the subject, wherein the patches and the adhesive are adapted for movement of the subject while the patches are adhered to the body of the subject, wherein the controller is housed in a flexible belt comprising a plurality of compartments (526, 626) for wearing by the subject, is adapted for being flexible, and is not required to be in contact with the body of the subject, and wherein the adaptation for being flexible comprises distributing components of the controller between the plurality of compartments. at least two disposable patches (510, 610, 710) adapted for adhering to the body of the subject, each patch comprising a defibrillation electrode (516, 616, 716), wherein at least one patch includes an ECG sensor (518, 618, 718); and a controller (520, 620, 720) that is separate from the patches and connected via a connection cable (524, 624) to each patch, wherein the patches comprise an adhesive adapted for long-term adhering of the patches to the body of the subject, wherein the patches and the adhesive are adapted for movement of the subject while the patches are adhered to the body of the subject, wherein the controller is housed in a flexible belt comprising a plurality of compartments (526, 626) for wearing by the subject, is adapted for being flexible, and is not required to be in contact with the body of the subject, and wherein the adaptation for being flexible comprises distributing components of the controller between the plurality of compartments.
A delivery system for delivering a material to a target site, said delivery system comprising: a robotic manipulator comprising a plurality of links forming an arm and one or more joint motors (120', 122', 124') coupled to said plurality of links, wherein a delivery instrument is attached to the robotic manipulator; a delivery device having an opening and being configured to deliver the material to the target site through the opening, the delivery device removably attached to the delivery instrument; a navigation system being configured to track the delivery device and the target site and to generate position signals; and a controller in communication with said delivery device and said navigation system and being configured to: define a virtual boundary associated with the target site, wherein the virtual boundary is utilized to constrain movement of the delivery device; control movement of said opening with respect to the virtual boundary based on the position signals from the navigation system, by controlling said one or more joint motors (120', 122', 124') to move said opening via one or more of said links; characterized in that the controller is further configured to actuate a distal end tip of the delivery device to move away from the virtual boundary in response to detecting an attempt to move the delivery instrument or distal end tip beyond the virtual boundary. a robotic manipulator comprising a plurality of links forming an arm and one or more joint motors (120', 122', 124') coupled to said plurality of links, wherein a delivery instrument is attached to the robotic manipulator; a delivery device having an opening and being configured to deliver the material to the target site through the opening, the delivery device removably attached to the delivery instrument; a navigation system being configured to track the delivery device and the target site and to generate position signals; and a controller in communication with said delivery device and said navigation system and being configured to: define a virtual boundary associated with the target site, wherein the virtual boundary is utilized to constrain movement of the delivery device; control movement of said opening with respect to the virtual boundary based on the position signals from the navigation system, by controlling said one or more joint motors (120', 122', 124') to move said opening via one or more of said links; characterized in that define a virtual boundary associated with the target site, wherein the virtual boundary is utilized to constrain movement of the delivery device; control movement of said opening with respect to the virtual boundary based on the position signals from the navigation system, by controlling said one or more joint motors (120', 122', 124') to move said opening via one or more of said links; characterized in that the controller is further configured to actuate a distal end tip of the delivery device to move away from the virtual boundary in response to detecting an attempt to move the delivery instrument or distal end tip beyond the virtual boundary.
An assembly of: - multiple radiation detectors, - at least one radiation emitter and - a housing configured to be positioned inside the ear canal of a person or animal, wherein: - the detectors and emitter(s) are provided in or on the housing, - the emitter(s) is/are configured to emit radiation away from the housing and - the detectors have different directions and are configured to receive radiation directed toward the housing, wherein the assembly further comprises a sensor, characterized in that the assembly is configured to select or operate a detector, of the multiple detectors, with a direction being the lowest angle to vertical and downward. - multiple radiation detectors, - at least one radiation emitter and - a housing configured to be positioned inside the ear canal of a person or animal, - the detectors and emitter(s) are provided in or on the housing, - the emitter(s) is/are configured to emit radiation away from the housing and - the detectors have different directions and are configured to receive radiation directed toward the housing, wherein the assembly further comprises a sensor,