mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: detecting , by a computer system , an association of an embedded artifact with a resource container ; associating the embedded artifact with an access control policy of the resource container ; creating a restrictive version of the access control policy ; associating the embedded artifact with the restrictive version of the access control policy ; redacting a part of the embedded artifact based on the restrictive version of the access control policy ; and sharing the embedded artifact with a user that is authorized to access the embedded artifact based on the restrictive version of the access control policy . detecting , by a computer system , an association of an embedded artifact with a resource container ; associating the embedded artifact with an access control policy of the resource container ; creating a restrictive version of the access control policy ; associating the embedded artifact with the restrictive version of the access control policy ; redacting a part of the embedded artifact based on the restrictive version of the access control policy ; and sharing the embedded artifact with a user that is authorized to access the embedded artifact based on the restrictive version of the access control policy .
Sensor structure for online monitoring of levels of Furans in oil of a transformer tank , the sensor structure being characterized in comprising: an ultraviolet light source , a filter permitting only ultraviolet light of a certain wavelength range to pass the filter , a transparent window arranged so that the filtered ultraviolet light passes there-through, the window having a passage through which the oil can flow, wherein ultraviolet light is transmitted through a first side of the window , travels through the passage and exits on a second side of the window , and an ultraviolet light detector configured to receive ultraviolet light that passes through the window , wherein, when the sensor structure is mounted with respect to the transformer tank that is online so that the window is exposed to oil, and the Furans in the oil are being monitored, the Furans will absorb ultraviolet light, thus creating a difference in ultraviolet light received by the ultraviolet light detector when compared to the ultraviolet light received by the ultraviolet light detector when the monitored oil has no Furans therein, and wherein the ultraviolet light detector is configured to provide an output signal that is substantially proportional to a total of the Furans in the monitored oil. an ultraviolet light source , a filter permitting only ultraviolet light of a certain wavelength range to pass the filter , a transparent window arranged so that the filtered ultraviolet light passes there-through, the window having a passage through which the oil can flow, wherein ultraviolet light is transmitted through a first side of the window , travels through the passage and exits on a second side of the window , and an ultraviolet light detector configured to receive ultraviolet light that passes through the window , wherein, when the sensor structure is mounted with respect to the transformer tank that is online so that the window is exposed to oil, and the Furans in the oil are being monitored, the Furans will absorb ultraviolet light, thus creating a difference in ultraviolet light received by the ultraviolet light detector when compared to the ultraviolet light received by the ultraviolet light detector when the monitored oil has no Furans therein, and wherein the ultraviolet light detector is configured to provide an output signal that is substantially proportional to a total of the Furans in the monitored oil.
An apparatus comprising: an acquisition unit configured to acquire specific information used to specify a physical multicast channel, PMCH, of two or more component carriers including a first component carrier; and a control unit configured to control transmission of the specific information on the first component carrier; wherein the specific information is scheduling information of a multicast control channel, MCCH, for the two or more component carriers; and wherein the acquisition unit is configured to acquire a predetermined system information block including the scheduling information, and wherein the control unit is configured to control transmission of the predetermined system information block in the first component carrier. an acquisition unit configured to acquire specific information used to specify a physical multicast channel, PMCH, of two or more component carriers including a first component carrier; and a control unit configured to control transmission of the specific information on the first component carrier; wherein the specific information is scheduling information of a multicast control channel, MCCH, for the two or more component carriers; and wherein the acquisition unit is configured to acquire a predetermined system information block including the scheduling information, and wherein the control unit is configured to control transmission of the predetermined system information block in the first component carrier.
A method of measuring properties of a harvested crop utilising a measuring device within or carried by a frame of an agricultural machine, the method comprising: generating, utilising the measuring device, a first electrical field in a first volume containing crop material; measuring a first attribute of the first electric field; generating, utilising the measuring device, a second electrical field in a second volume containing crop material, the second electrical field having a different volume and/or a different response curve to the first electrical field; measuring a second attribute of the second electric field; and determining at least two different properties of the crop material based at least in part on the first attribute and the second attribute. generating, utilising the measuring device, a first electrical field in a first volume containing crop material; measuring a first attribute of the first electric field; generating, utilising the measuring device, a second electrical field in a second volume containing crop material, the second electrical field having a different volume and/or a different response curve to the first electrical field; measuring a second attribute of the second electric field; and determining at least two different properties of the crop material based at least in part on the first attribute and the second attribute.
A dressing , comprising: a polyurethane evaporative film layer comprising a wound-facing side and a non-wound-facing side , the polyurethane evaporative film layer having a high moisture vapor transfer rate; a carrier film layer coupled to the non-wound-facing side of the evaporative film layer and comprising a plurality of holes extending through the carrier film layer , the carrier film layer being made of a thicker material than the evaporative film layer ; a superabsorbent layer coupled to the wound-facing side of the evaporative film layer ; and a wicking layer coupled to the superabsorbent layer , the superabsorbent layer positioned between the wicking layer and the evaporative film layer ; wherein: the wicking layer is configured to wick fluid from a wound; the superabsorbent layer is configured to absorb the fluid from the wicking layer ; and the evaporative film layer and the carrier film layer allow evaporation of the fluid from the superabsorbent layer through the plurality of holes , the carrier film layer providing structural support to the evaporative film layer . a polyurethane evaporative film layer comprising a wound-facing side and a non-wound-facing side , the polyurethane evaporative film layer having a high moisture vapor transfer rate; a carrier film layer coupled to the non-wound-facing side of the evaporative film layer and comprising a plurality of holes extending through the carrier film layer , the carrier film layer being made of a thicker material than the evaporative film layer ; a superabsorbent layer coupled to the wound-facing side of the evaporative film layer ; and a wicking layer coupled to the superabsorbent layer , the superabsorbent layer positioned between the wicking layer and the evaporative film layer ; wherein: the wicking layer is configured to wick fluid from a wound; the superabsorbent layer is configured to absorb the fluid from the wicking layer ; and the evaporative film layer and the carrier film layer allow evaporation of the fluid from the superabsorbent layer through the plurality of holes , the carrier film layer providing structural support to the evaporative film layer . the wicking layer is configured to wick fluid from a wound; the superabsorbent layer is configured to absorb the fluid from the wicking layer ; and the evaporative film layer and the carrier film layer allow evaporation of the fluid from the superabsorbent layer through the plurality of holes , the carrier film layer providing structural support to the evaporative film layer .
A system for localising the local position of a mobile terminal that can be operated in a mobile radio network for communication connections directed to the mobile terminal , wherein the mobile radio network comprises at least one device which realizes switching functions for establishing communication connections in the mobile radio network and/or in a further communication network , which device can be connected at least for this purpose with a database of the mobile radio network , which database contains information about the identity, the local position and the available services of the mobile terminals in the mobile radio network , wherein for at least one mobile terminal that is operable in a first operation mode in the mobile radio network and in a second operation mode in the further communication network , at least one information item about the second operation mode is gathered in the database of the mobile radio network , which information item comprises an information item about an identity of the mobile terminal in the further communication network and/or an information item about a local position of the mobile terminal in the further communication network , characterized in that the at least one information item about the second operation mode can be used by the device for establishing and/or switching a communication connection directed to the mobile terminal , the further communication network is a digital trunked radio network according to the TETRA and/or TETRAPOL standard, the mobile terminal is operated in the second operation mode while using a group communication of the digital trunked radio network, wherein the mobile terminal is no more reachable by means of communication connections of the mobile radio network due to an active login in the trunked radio network via the mobile radio network , wherein in case of operating the mobile terminal in the second operation mode, at least one communication connection directed to the mobile terminal via the mobile radio network is not possible and the mobile terminal (2 cannot be actively found in the database of the mobile radio network with respect to the local position thereof in the mobile radio network , and it is provided by the database and/or by the trunked radio network to consider information for determining other user individual communication conditions comprising information whether the communication connection directed to the mobile terminal is desired or permitted.
A safety needle device comprising: a housing having a proximal end and a distal end having an opening ; a retractable sheath disposed and movable in the opening and surrounding a needle ; the needle connected to a needle hub at the proximal end of the housing and having a needle bevel at a distal end of the needle; the retractable sheath having a sheath bevel at a distal end of the retractable sheath, the sheath bevel and needle bevel being offset from each other, characterized in that the sheath bevel comprises a first injection angle guide configured for a first injection angle in the range between 10 to 90 degrees relative to the needle forming a primary bevel, a second injection angle guide configured for a second injection angle in the range between 10 to 90 degrees relative to the needle and configured to be larger than the first injection angle guide, the second injection angle guide forming a secondary bevel, the primary bevel and the secondary bevel meet at an intersection, and a third injection angle guide configured for a third injection angle as a blunted tip of the distal end of the retractable sheath, the secondary bevel and the blunted tip meet at an intersection; the first injection angle guide, the second injection angle guide, and the third injection angle guide define a beveled face about a periphery of the distal end of the retractable sheath to adjust the needle bevel relative to an injection site. a housing having a proximal end and a distal end having an opening ; a retractable sheath disposed and movable in the opening and surrounding a needle ; the needle connected to a needle hub at the proximal end of the housing and having a needle bevel at a distal end of the needle; the retractable sheath having a sheath bevel at a distal end of the retractable sheath, the sheath bevel and needle bevel being offset from each other,
Electrical household food-preparation appliance comprising a working vessel , a rotary working accessory arranged in the working vessel , a top motorised housing arranged on the working vessel in order to rotate the rotary working accessory about an axis of rotation , a base receiving the working vessel and comprising an upright having a motor electrical connector to supply power to the top motorised housing , characterised in that the motor electrical connector is arranged laterally in the upright , in that the top motorised housing comprises at least two lateral pins , preferably three lateral pins , in that the lateral pins extend transversally with respect to the axis of rotation , and in that the top motorised housing arranged on the working vessel can be turned on the working vessel to bring the motor electrical connector into engagement with the lateral pins and supply power to the top motorised housing .
A roll for use in a continuous coating line, wherein the roll comprises a generally cylindrical roll portion extending along a longitudinal axis, wherein the roll comprises at least 90% of a refractory ceramic material wherein the roll comprises a channel extending inwardly from each end of the roll along the longitudinal axis, wherein each channel is sized to extend through an end portion of each end of the roll such that each channel does not extend through an entire length of the roll along the longitudinal axis; wherein the roll comprises a support rod positioned within each channel, wherein each support rod is sized to extend through the end portion of each end of the roll such that each support rod does not extend through an entire length of the roll along the longitudinal axis. wherein the roll comprises a channel extending inwardly from each end of the roll along the longitudinal axis, wherein each channel is sized to extend through an end portion of each end of the roll such that each channel does not extend through an entire length of the roll along the longitudinal axis; wherein the roll comprises a support rod positioned within each channel, wherein each support rod is sized to extend through the end portion of each end of the roll such that each support rod does not extend through an entire length of the roll along the longitudinal axis.
Apparatus for increasing sensitivity of sensory nerves of a portion of a body of a subject, the apparatus comprising: a plurality of electrodes configured to be placed at respective locations upon a surface of the body portion; a user interface ; and at least one computer processor configured to: apply sets of electrical stimulation pulses to the respective locations upon the surface of the body portion, via the electrodes , receive respective inputs from the subject, via the user interface , each of the inputs corresponding to a respective one of the sets of electrical stimulation pulses, and being indicative of a location at which the subject sensed the set of electrical stimulation pulse as having been applied, and in response to the inputs from the subject, modulate parameters of the sets of electrical stimulation pulses that are applied to respective locations upon the surface of the body portion. a plurality of electrodes configured to be placed at respective locations upon a surface of the body portion; a user interface ; and at least one computer processor configured to: apply sets of electrical stimulation pulses to the respective locations upon the surface of the body portion, via the electrodes , receive respective inputs from the subject, via the user interface , each of the inputs corresponding to a respective one of the sets of electrical stimulation pulses, and being indicative of a location at which the subject sensed the set of electrical stimulation pulse as having been applied, and in response to the inputs from the subject, modulate parameters of the sets of electrical stimulation pulses that are applied to respective locations upon the surface of the body portion. apply sets of electrical stimulation pulses to the respective locations upon the surface of the body portion, via the electrodes , receive respective inputs from the subject, via the user interface , each of the inputs corresponding to a respective one of the sets of electrical stimulation pulses, and being indicative of a location at which the subject sensed the set of electrical stimulation pulse as having been applied, and in response to the inputs from the subject, modulate parameters of the sets of electrical stimulation pulses that are applied to respective locations upon the surface of the body portion.
A gas turbine engine, the engine comprising an accessory gearbox aligned in an axial direction along the engine; in which the accessory gearbox is mounted on a bypass casing of the engine, the bypass casing defining an outer wall of a bypass duct ; and in which the accessory gearbox is recessed at least partly into a recess in the bypass casing, the recess causing a reduction in the bypass duct cross-sectional area in the region of the recess; wherein an inner wall of the bypass duct comprises a corresponding recess to mitigate the reduction in cross-sectional area.
A device configured to couple to a mass spectrometer instrument housing at an ion source site to permit positioning of a chromatography column in the instrument housing, the device comprising a cylindrical body comprising at least one groove configured to couple to an aperture of the instrument by rotation of the coupled cylindrical body in the housing to provide a substantially fluid tight seal between the cylindrical body and the aperture of the housing, the device further comprising at least one positioning guide comprising a marking to permit positioning of the chromatography column in a plane tangential to the positioning guide of the device, wherein the cylindrical body is configured to be locked into place by rotating it along said groove to permit a user to look into the cylindrical body and position a column tip of the chromatography column with the positioning guide .
A computer-implemented method, comprising: receiving a first transition probability matrix, TPM, of a subsurface region, wherein the first TPM defines, for a given lithology at a current depth sample, a probability of particular lithologies at a next depth sample; receiving seismic data for the subsurface region; utilizing the first TPM and the seismic data to generate first pseudo wells; calculating a second TPM from the first pseudo wells; determining whether the second TPM is consistent with the first TPM ; and utilizing the first pseudo wells to characterize a reservoir in the subsurface region when the second TPM is determined to be consistent with the first TPM . receiving a first transition probability matrix, TPM, of a subsurface region, wherein the first TPM defines, for a given lithology at a current depth sample, a probability of particular lithologies at a next depth sample; receiving seismic data for the subsurface region; utilizing the first TPM and the seismic data to generate first pseudo wells; calculating a second TPM from the first pseudo wells; determining whether the second TPM is consistent with the first TPM ; and utilizing the first pseudo wells to characterize a reservoir in the subsurface region when the second TPM is determined to be consistent with the first TPM .
A terminal communicating with a base station apparatus in a first cell and in a second cell by using carrier aggregation, the terminal comprising: a receiving section configured to receive a Radio Resource Control, RRC, connection reconfiguration message including information of a Radio Link Monitoring, RLM, reference signal relating to the first cell or the second cell; and a control section configured to control stop of a radio link failure detection timer T310 and reset of a counter N310 indicating reception of an Out of Sync, OOS, for starting the detection timer and reset of a counter N311 indicating reception of In Sync, IS, for stopping the detection timer in the first cell or the second cell based on the RRC connection reconfiguration message, wherein when the RRC connection reconfiguration message includes information about whether or not to stop the detection timer T310, the control section stops the detection timer T310. a receiving section configured to receive a Radio Resource Control, RRC, connection reconfiguration message including information of a Radio Link Monitoring, RLM, reference signal relating to the first cell or the second cell; and a control section configured to control stop of a radio link failure detection timer T310 and reset of a counter N310 indicating reception of an Out of Sync, OOS, for starting the detection timer and reset of a counter N311 indicating reception of In Sync, IS, for stopping the detection timer in the first cell or the second cell based on the RRC connection reconfiguration message, wherein when the RRC connection reconfiguration message includes information about whether or not to stop the detection timer T310, the control section stops the detection timer T310.
A computer-implemented method of decorating a computer generated character with skin-attached features in computer graphics, the method comprising: defining a skin surface of the computer generated character, the skin surface being defined using a set of one or more connected parametric surfaces; placing feature locations for the features on the defined skin surface; placing guide locations for guides on the defined skin surface; partitioning the skin surface into a plurality of cells, each cell having a set of vertices, the set of vertices for each cell being a set of the guide locations; and determining interpolation weights for the feature locations using the guide locations and the plurality of cells, wherein the interpolation weights for a feature location are determined based on relative distances of the feature location to the guide locations that define the vertices of the cell within which the feature location is located; performing an instancing process to create a feature at each feature location using the interpolation weights. defining a skin surface of the computer generated character, the skin surface being defined using a set of one or more connected parametric surfaces; placing feature locations for the features on the defined skin surface; placing guide locations for guides on the defined skin surface; partitioning the skin surface into a plurality of cells, each cell having a set of vertices, the set of vertices for each cell being a set of the guide locations; and determining interpolation weights for the feature locations using the guide locations and the plurality of cells, wherein the interpolation weights for a feature location are determined based on relative distances of the feature location to the guide locations that define the vertices of the cell within which the feature location is located;