mhurhangee/ep-ind-claims huggingface dataset:
A heating circuit, comprising: a heating device comprising a heating coil for resonance heating of an object to be heated; and a measurement coil, wherein a portion of the measurement coil is in mutual induction with the heating coil and another portion is in mutual induction with the heating coil and the object to be heated, respectively, and a corresponding measurement signal is output, the measurement signal being used to cooperate with a measured and collected resonance electric parameter of the heating coil to determine a temperature of the object to be heated, wherein the measurement coil comprises: a first measurement sub-coil being arranged close to the heating coil to be in mutual induction with the heating coil and being arranged to be in mutual induction with the object to be heated; and a second measurement sub-coil being arranged to be in mutual induction with the heating coil, characterized in that one pair of dotted terminals of the first measurement sub-coil and the second measurement sub-coil is connected, and another pair of dotted terminals of the first measurement sub-coil and the second measurement sub-coil serves as an output end of the measurement coil to output the measurement signal. a heating device comprising a heating coil for resonance heating of an object to be heated; and a measurement coil, wherein a portion of the measurement coil is in mutual induction with the heating coil and another portion is in mutual induction with the heating coil and the object to be heated, respectively, and a corresponding measurement signal is output, the measurement signal being used to cooperate with a measured and collected resonance electric parameter of the heating coil to determine a temperature of the object to be heated, wherein the measurement coil comprises: a first measurement sub-coil being arranged close to the heating coil to be in mutual induction with the heating coil and being arranged to be in mutual induction with the object to be heated; and a second measurement sub-coil being arranged to be in mutual induction with the heating coil, characterized in that one pair of dotted terminals of the first measurement sub-coil and the second measurement sub-coil is connected, and another pair of dotted terminals of the first measurement sub-coil and the second measurement sub-coil serves as an output end of the measurement coil to output the measurement signal.
A system for performing an endoscopic surgical procedure in a surgical cavity, comprising: a) a gas delivery device housing a pump configured to deliver pressurized gas to an internal gas delivery lumen extending from the pump; b) a gaseous sealing module housed within the gas delivery device, communicating with the internal gas delivery lumen and configured to generate a gaseous seal within an internal gas sealed tube extending from the gaseous sealing module, wherein the internal gas sealed tube is adapted and configured to communicate with a gas sealed lumen extending externally from the gas delivery device; and c) an access port communicating with a distal end of the gas sealed lumen so as to provide sealed instrument access to the surgical cavity and maintain a stable pressure within the surgical cavity. a) a gas delivery device housing a pump configured to deliver pressurized gas to an internal gas delivery lumen extending from the pump; b) a gaseous sealing module housed within the gas delivery device, communicating with the internal gas delivery lumen and configured to generate a gaseous seal within an internal gas sealed tube extending from the gaseous sealing module, wherein the internal gas sealed tube is adapted and configured to communicate with a gas sealed lumen extending externally from the gas delivery device; and c) an access port communicating with a distal end of the gas sealed lumen so as to provide sealed instrument access to the surgical cavity and maintain a stable pressure within the surgical cavity.
A pad printing machine having a machine frame, wherein the machine frame includes a plurality of rod elements, which have a cylindrically embodied fastening section and at least one supporting element (18, 20), preferably embodied in platelike fashion, the supporting element having openings or recesses for the rod elements, and the rod elements are each connectable by means of a respective connection device in a respective opening or recess to the supporting element (18, 20), in order when in a mounted state to form the machine frame having an axial direction and a radial direction, characterized in that the connection device includes at least one tensioning element, in particular in the form of a tensioning screw, a clamping element, and a sleeve element, which in the mounted state acts as a clamping sheath and is located in the opening or recess of the supporting element (18, 20), and the sleeve element is embodied in flangelike fashion and rests with an outer flange section that has a contact face axially against the supporting element (18, 20), and with a sheet-forming radially inner portion, the sleeve element surrounds the cylindrically embodied fastening section of the rod element and in the mounted state rests in clamping fashion with a contact face against the fastening section, and in the radial direction between the sleeve element and a wall of the supporting element (18, 20), which wall defines the opening or recess, a preferably annular gap is formed, which narrows in wedgelike fashion in the axial direction toward the outer flange section of the sleeve element, and the clamping element is received in the gap and is pulled axially farther into the gap by tension of the tensioning element, and as a result the sleeve element is pressed by its contact face radially inward against the fastening section of the rod element, as a result of which the connection device is consequently tensed between the rod element and the supporting element (18, 20), and thus the rod element is also fixed in clamping fashion against the supporting element (18, 20).
Gardening machine, in particular lawn mower, having at least one switch unit (14a; 14b) which comprises at least one electric switch (16a; 16b), and having at least one actuating unit (18a; 18b) which comprises at least one movably mounted actuating element (20a; 20b) for generating an actuating force for actuating the switch (16a; 16b), wherein the actuating unit (18a; 18b) comprises at least one cam mechanism unit (22a; 22b) by means of which a movement of the actuating element (20a; 20b) is usable to actuate the switch (16a; 16b), characterized in that the actuating element (20a; 20b), along its axis of rotation (90a, 90b), surrounds the at least one electric switch (16a; 16b) in a sleeve-like manner.
A method for identifying agents that promote wound healing, comprising the following steps: (a) providing a keratinocyte culture containing the olfactory factor OR2AT4, (b) adding the agent to be tested to the culture; and (c) determining the change in intracellular calcium concentration. (a) providing a keratinocyte culture containing the olfactory factor OR2AT4, (b) adding the agent to be tested to the culture; and (c) determining the change in intracellular calcium concentration.
Method for digital image processing, comprising - providing an immunofluorescence image, which represents a staining of a biological cell substrate by a fluorescence stain, - determining segmentation information comprising at least one first and one second segmentation area (SEG1, SEG2), wherein the segmentation areas each represent a respective cell substrate area (D, BL), via segmentation of the immunofluorescence image using a first neural network, - determining a boundary area, which represents a transition from the first cell substrate area towards the second cell substrate area in the fluorescence image, on the basis of the segmentation information, - selecting multiple partial images (TB1,..., TBX) from the immunofluorescence image along the boundary area, - determining a confidence measure of a presence of the fluorescence pattern on the basis of the multiple partial images (TB1,..., TBX) via a second neural network. - providing an immunofluorescence image, which represents a staining of a biological cell substrate by a fluorescence stain, - determining segmentation information comprising at least one first and one second segmentation area (SEG1, SEG2), wherein the segmentation areas each represent a respective cell substrate area (D, BL), via segmentation of the immunofluorescence image using a first neural network, - determining a boundary area, which represents a transition from the first cell substrate area towards the second cell substrate area in the fluorescence image, on the basis of the segmentation information, - selecting multiple partial images (TB1,..., TBX) from the immunofluorescence image along the boundary area, - determining a confidence measure of a presence of the fluorescence pattern on the basis of the multiple partial images (TB1,..., TBX) via a second neural network.
A method for inclined shooting of a projectile weapon having a weapon sight that has been sighted in for a horizontal sighted-in range (R 0), comprising: measuring an inclination (θ) of a line of sight between a vantage point and a target that is elevated or depressed relative to the vantage point, the target being at a horizontal distance from the vantage point; measuring a line-of-sight range (R 1, R 2) from the vantage point to the target; for a projectile to be shot from the projectile weapon so as to have, at the line-of-sight range, a trajectory parameter comprising any of: a ballistic path height, a ballistic drop relative to line of initial trajectory, an observed ballistic drop perpendicular to the LOS, velocity, energy, and momentum, calculating an equivalent horizontal range (EHR 1, EHR 2) as a function of the trajectory parameter and a ballistic coefficient or other ballistic characteristic representative of an aerodynamic property of the projectile, the equivalent horizontal range being different from the horizontal distance; and providing ballistic correction for aiming the weapon sight when shooting the projectile at the target. measuring an inclination (θ) of a line of sight between a vantage point and a target that is elevated or depressed relative to the vantage point, the target being at a horizontal distance from the vantage point; measuring a line-of-sight range (R 1, R 2) from the vantage point to the target; for a projectile to be shot from the projectile weapon so as to have, at the line-of-sight range, a trajectory parameter comprising any of: a ballistic path height, a ballistic drop relative to line of initial trajectory, an observed ballistic drop perpendicular to the LOS, velocity, energy, and momentum, calculating an equivalent horizontal range (EHR 1, EHR 2) as a function of the trajectory parameter and a ballistic coefficient or other ballistic characteristic representative of an aerodynamic property of the projectile, the equivalent horizontal range being different from the horizontal distance; and providing ballistic correction for aiming the weapon sight when shooting the projectile at the target.
A connector assembly comprising: an electrical connector (102, 104) comprising a housing (120, 150) having a mating end (122, 152) and a high voltage interlock (HVIL) conductor (192, 194, 196, 198), the HVIL conductor being configured to be electrically connected to a corresponding HVIL conductor of a second electrical connector (102, 104) when the electrical connector and the second electrical connector are coupled together, characterised in that the housing has an exterior profile being generally D-shaped, the housing having a pair of corners (134, 136, 164, 166), the electrical connector further comprising an insert (220, 250) held within the housing, the insert having a mating end (224, 254), and the high voltage interlock (HVIL) conductor is routed through at least one of the corners of the housing. an electrical connector (102, 104) comprising a housing (120, 150) having a mating end (122, 152) and a high voltage interlock (HVIL) conductor (192, 194, 196, 198), the HVIL conductor being configured to be electrically connected to a corresponding HVIL conductor of a second electrical connector (102, 104) when the electrical connector and the second electrical connector are coupled together, characterised in that the housing has an exterior profile being generally D-shaped, the housing having a pair of corners (134, 136, 164, 166), the electrical connector further comprising an insert (220, 250) held within the housing, the insert having a mating end (224, 254), and the high voltage interlock (HVIL) conductor is routed through at least one of the corners of the housing.
A process of sterilizing a non-sterile heterogeneous product, said process comprising the steps of: • providing a non-sterile heterogeneous product comprising a continuous aqueous phase, dispersed solid particles and dispersed droplets of a water-in-oil (W 1 /O) emulsion containing an internal aqueous phase W 1, said internal aqueous phase W 1 having a higher electrical conductivity than the continuous aqueous phase; and • sterilizing the non-sterile heterogeneous product by ohmic heating. • providing a non-sterile heterogeneous product comprising a continuous aqueous phase, dispersed solid particles and dispersed droplets of a water-in-oil (W 1 /O) emulsion containing an internal aqueous phase W 1, said internal aqueous phase W 1 having a higher electrical conductivity than the continuous aqueous phase; and • sterilizing the non-sterile heterogeneous product by ohmic heating.
A method of processing an spectral contrast enhanced digital mammography image to determine whether the image indicates presence of malignancy in the breast, the method comprising: acquiring a contrast enhanced region of interest, CE-ROI, comprised in an X-ray image of a patient's breast, the X-ray image comprising X-ray pixels that indicate intensity of X-rays that passed through the breast to generate the image; determining a texture neighborhood for each of the plurality of X-ray pixels, the texture neighborhood for a given X-ray pixel of the plurality of X-ray pixels extending to a bounding pixel radius of BPR pixels from the given pixel; selecting a plurality of R different pixel radii PR(r), 1 ≤ r ≤ R, in the texture neighborhood, for which PR(r)< PR(r+1) and PR = BPR; determining values for a number of M representative bins of a texture vector histogram HTV having a bin length in number of bins T equal to a sum over r from 1 to R of 2^J(r), where J(r) is a number of X-ray pixels at radius r selected for processing, and values HTV(t) 1 ≤ t ≤ T that are a function of texture vectors TV determined for the texture neighborhoods of a plurality of pixels in the CE-ROI; generating a texture feature vector, TF, having components which are based on the indications of intensity provided by a plurality of X-ray pixels in the CE-ROI and which comprise a set of the values determined for the M representative bins; and using a classifier to classify the texture feature vector TF to determine whether the CE-ROI is malignant. acquiring a contrast enhanced region of interest, CE-ROI, comprised in an X-ray image of a patient's breast, the X-ray image comprising X-ray pixels that indicate intensity of X-rays that passed through the breast to generate the image; determining a texture neighborhood for each of the plurality of X-ray pixels, the texture neighborhood for a given X-ray pixel of the plurality of X-ray pixels extending to a bounding pixel radius of BPR pixels from the given pixel; selecting a plurality of R different pixel radii PR(r), 1 ≤ r ≤ R, in the texture neighborhood, for which PR(r)< PR(r+1) and PR = BPR; determining values for a number of M representative bins of a texture vector histogram HTV having a bin length in number of bins T equal to a sum over r from 1 to R of 2^J(r), where J(r) is a number of X-ray pixels at radius r selected for processing, and values HTV(t) 1 ≤ t ≤ T that are a function of texture vectors TV determined for the texture neighborhoods of a plurality of pixels in the CE-ROI; generating a texture feature vector, TF, having components which are based on the indications of intensity provided by a plurality of X-ray pixels in the CE-ROI and which comprise a set of the values determined for the M representative bins; and using a classifier to classify the texture feature vector TF to determine whether the CE-ROI is malignant.
A method executed by a network device in a network including a plurality of network devices, the network device implementing a software defined networking,SDN, controller, where the SDN controller controls a first switch and a second switch in a network, the method to improve packet processing performance in the network by organizing flow entries to decrease time to match active flows, the method comprising: receiving flow statistics for a first flow from the first switch; determining, based on the flow statistics for the first flow, that the first flow has a traffic usage that exceeds a pre-defined threshold; and in response to determining that the first flow has a traffic usage that exceeds the pre-defined threshold, programming the second switch to create a new flow table for processing the first flow,. wherein the new flow table is a dedicated flow table for processing the first flow, wherein creating the new flow table for processing the first flow comprises: determining, based on analysis of the flow statistics, that the first flow to which a packet belongs is a highly active flow; and creating the new flow table for processing the highly active flow that only includes flow entries for processing the highly active flow. receiving flow statistics for a first flow from the first switch; determining, based on the flow statistics for the first flow, that the first flow has a traffic usage that exceeds a pre-defined threshold; and in response to determining that the first flow has a traffic usage that exceeds the pre-defined threshold, programming the second switch to create a new flow table for processing the first flow,. wherein the new flow table is a dedicated flow table for processing the first flow, wherein creating the new flow table for processing the first flow comprises: determining, based on analysis of the flow statistics, that the first flow to which a packet belongs is a highly active flow; and creating the new flow table for processing the highly active flow that only includes flow entries for processing the highly active flow.
A communication method, comprising: determining, by a first network device, that a terminal device (103, 106) is to enter a first area, wherein the first area is an area in which the terminal device (103, 106) is handed over from the first network device to a second network device, or the first area is an area in which the first network device and the second network device perform joint transmission; and sending, by the first network device, first indication information to the terminal device (103, 106) before the terminal device (103, 106) enters the first area, wherein the first indication information indicates to measure a first tracking reference signal of the second network device; wherein the first indication information comprises at least one of an identifier of the first tracking reference signal or information about a time-frequency resource that carries the first tracking reference signal, and wherein, before the terminal device (103, 106) enters the first area, the method further comprises: receiving, by the first network device, a first message from the second network device, wherein the first message comprises the first indication information. determining, by a first network device, that a terminal device (103, 106) is to enter a first area, wherein the first area is an area in which the terminal device (103, 106) is handed over from the first network device to a second network device, or the first area is an area in which the first network device and the second network device perform joint transmission; and sending, by the first network device, first indication information to the terminal device (103, 106) before the terminal device (103, 106) enters the first area, wherein the first indication information indicates to measure a first tracking reference signal of the second network device; wherein the first indication information comprises at least one of an identifier of the first tracking reference signal or information about a time-frequency resource that carries the first tracking reference signal, and wherein, before the terminal device (103, 106) enters the first area, the method further comprises: receiving, by the first network device, a first message from the second network device, wherein the first message comprises the first indication information.
A storage system for mounting in buildings, wherein the storage system includes at least one bottom face and a first lifting/lowering mechanism, wherein the system further includes a rail system disposed in a vertical plane, the rail system having at least one means guided along the longitudinal axis of the rail system, that the bottom face further includes first coupling means for coupling/engagement with the means of the rail system, that the bottom face further includes a number of second coupling means, characterized in that the lifting/lowering mechanism includes third coupling means for coupling/engagement with the second coupling means of the bottom face or with the means of the rail system, the bottom face constituting a plane with a first side and a second side, provided with at least one wheel at the first side.
A powder composition for air polishing the surface of hard dental tissue comprising • a powder of water-soluble organic particles as component A, • a powder of inorganic anti-caking agent(s) particles as component B and • a powder of antihypersensitive acting particles as component C. • the mean particle size of component A being in a range from 15 to 500 μm, • the mean particle size of component C being in a range from 0.5 to 10 μm, wherein component A is selected from organic acids, amino acids, sugars, the respective alkaline metal salts, alkaline earth metal salts, ammonium salts and mixtures thereof and wherein component C is selected from tricalciumphosphate coated with an organic acid. • a powder of water-soluble organic particles as component A, • a powder of inorganic anti-caking agent(s) particles as component B and • a powder of antihypersensitive acting particles as component C. • the mean particle size of component A being in a range from 15 to 500 μm, • the mean particle size of component C being in a range from 0.5 to 10 μm,