mhurhangee/patent-ind-claim-en huggingface dataset:
A method , executed by a policy enforcement and reporting function in a network , comprising: receiving , from a traffic monitoring function , traffic parameters associated with a packet data unit, PDU, data flow carrying real-time traffic, the traffic parameters representative of measurements taken during a short-term measurement window and measurements taken during a long-term measurement window , the short-term measurement window and the long-term measurement window being differently sized; and transmitting signaling comprising a traffic shaping policy, associated with the PDU data flow , in accordance with the traffic parameters associated with the short-term measurement window and the long-term measurement window , for enforcement at a user plane function in the network , characterized in that the traffic shaping policy shapes the PDU data flow such that an average bit rate associated with the short-term window is not higher than a maximum bit rate associated with the PDU data flow and that a minimum resource reservation for the PDU data flow in the network is ensured over the long term window. receiving , from a traffic monitoring function , traffic parameters associated with a packet data unit, PDU, data flow carrying real-time traffic, the traffic parameters representative of measurements taken during a short-term measurement window and measurements taken during a long-term measurement window , the short-term measurement window and the long-term measurement window being differently sized; and transmitting signaling comprising a traffic shaping policy, associated with the PDU data flow , in accordance with the traffic parameters associated with the short-term measurement window and the long-term measurement window , for enforcement at a user plane function in the network , characterized in that the traffic shaping policy shapes the PDU data flow such that an average bit rate associated with the short-term window is not higher than a maximum bit rate associated with the PDU data flow and that a minimum resource reservation for the PDU data flow in the network is ensured over the long term window.
A method of controlling a smart shoe , the smart shoe including an actuator and at least one sensor comprising a foot pressure sensor configured to measure a foot pressure of a user wearing the smart shoe to generate foot pressure information and a motion sensor configured to measure a motion size to generate motion information, the method comprising: estimating a posture of the user based on sensor data output from the sensor to generate an estimated posture, wherein the estimating the posture comprises estimating the posture of the user based on the foot pressure information and the motion information to generate the estimated posture; controlling the actuator based on the estimated posture of the user; and determining whether the posture of the user is a sitting posture or not, wherein the posture is determined as the sitting posture in response to the foot pressure being less than or equal to a first threshold value and the motion size being less than or equal to a second threshold value, and selectively stopping an operation of the actuator in response to the estimated posture of the user being the sitting posture or maintaining the operation of the actuator in response to the estimated posture of the user not being the sitting posture . estimating a posture of the user based on sensor data output from the sensor to generate an estimated posture, wherein the estimating the posture comprises estimating the posture of the user based on the foot pressure information and the motion information to generate the estimated posture; controlling the actuator based on the estimated posture of the user; and determining whether the posture of the user is a sitting posture or not, wherein the posture is determined as the sitting posture in response to the foot pressure being less than or equal to a first threshold value and the motion size being less than or equal to a second threshold value, and selectively stopping an operation of the actuator in response to the estimated posture of the user being the sitting posture or maintaining the operation of the actuator in response to the estimated posture of the user not being the sitting posture .
A measurement system for measuring an angular error introduced by a cover for a radar system or a respective device under test , the measurement system comprising: at least one transmit antenna , a receive array , and a processing unit connected to the receive array , wherein the at least one transmit antenna is configured to transmit a radio frequency signal, wherein the receive array is configured to receive the corresponding signal propagated through the cover or the respective device under test , and wherein the processing unit is configured to measure the corresponding complex transmission coefficients of the respective received signal over various positions in the receive array and to compare the corresponding measurement results to at least one reference measurement, characterized in that the measurement system further comprises a reflector , the receive array is further configured to receive the corresponding signal propagated through the cover or the respective device under test twice with the aid of the reflector located on the respective opposing site, and the processing unit is further configured to scale the corresponding phase and/or amplitude changes by a scaling factor. at least one transmit antenna , a receive array , and a processing unit connected to the receive array , wherein the at least one transmit antenna is configured to transmit a radio frequency signal, wherein the receive array is configured to receive the corresponding signal propagated through the cover or the respective device under test , and wherein the processing unit is configured to measure the corresponding complex transmission coefficients of the respective received signal over various positions in the receive array and to compare the corresponding measurement results to at least one reference measurement, characterized in that the measurement system further comprises a reflector , the receive array is further configured to receive the corresponding signal propagated through the cover or the respective device under test twice with the aid of the reflector located on the respective opposing site, and the processing unit is further configured to scale the corresponding phase and/or amplitude changes by a scaling factor.
Packaging material, in particular packaging sleeve (S), blank (B) or web material rolled up into a roll (R) for the production of in particular an aseptic packaging, substantially consisting of a composite material with at least one layer of pulp/cardboard, wherein the at least one layer of pulp/cardboard has a first partial region and at least one second partial region, and wherein the at least one second partial region having a load of at most half the colony-forming units per gram of pulp/cardboard of microorganisms and spores compared to the first partial region, characterised in that the first partial region having a load of at least 100 colony-forming units per gram of pulp/cardboard of microorganisms and spores, in that at least one of the second partial regions is delimited by an open cut edge or by perforated edges and in that the one layer of pulp/cardboard is hydrophilic and has a relative moisture of approximately 5.5 % to 8.5 %.
A containment system for providing a substantially dust-tight working space surrounding a work area , comprising: - a flexible enclosure adapted to be assembled around the work area and provided with an outlet opening ; - a suction hose connected with the outlet opening of the flexible enclosure; - a vacuum device connected with the suction hose to draw air from within the flexible enclosure; and - an air inlet device adapted to introduce air into the flexible enclosure; wherein the flexible enclosure in an assembled state comprises a main body section defining the substantially dust-tight working space, the main body section having a lower funnel-shaped section extending downwards and terminating in the outlet opening, and wherein the flexible enclosure is composed by one or more flexible sheets having a plurality of edges adapted to be assembled to provide the main body section, characterised in that the air inlet device is adapted to introduce compressed air into the flexible enclosure and said containment system is a frameless containment system. - a flexible enclosure adapted to be assembled around the work area and provided with an outlet opening ; - a suction hose connected with the outlet opening of the flexible enclosure; - a vacuum device connected with the suction hose to draw air from within the flexible enclosure; and - an air inlet device adapted to introduce air into the flexible enclosure;
A dialysate extraction apparatus comprising: a dialysate extraction device having an inlet and an outlet which are connected to a flow route of a liquid (L1) and which can circulate the liquid, having a collection port which can collect the circulating liquid and having a branch portion P, whereby the liquid flowing from the inlet toward the outlet flows via the branch portion P and whereby the liquid flowing from the inlet toward the tip of the collection port flows via the branch portion P; and an on-off device which is attachable to and detachable from the collection port of the dialysate extraction device and which can turn on and off the collection port , characterized in that in a state where the on-off device is attached, the collection port defines a guide route (α) which guides the liquid introduced from the inlet to a tip side of the collection port , and a discharge route (β) which discharges the liquid guided by the guide route (α) to the outlet side. a dialysate extraction device having an inlet and an outlet which are connected to a flow route of a liquid (L1) and which can circulate the liquid, having a collection port which can collect the circulating liquid and having a branch portion P, whereby the liquid flowing from the inlet toward the outlet flows via the branch portion P and whereby the liquid flowing from the inlet toward the tip of the collection port flows via the branch portion P; and an on-off device which is attachable to and detachable from the collection port of the dialysate extraction device and which can turn on and off the collection port , characterized in that in a state where the on-off device is attached, the collection port defines a guide route (α) which guides the liquid introduced from the inlet to a tip side of the collection port , and a discharge route (β) which discharges the liquid guided by the guide route (α) to the outlet side.
A preparation method for azoxystrobin intermediates, wherein the preparation method comprises reacting compound A and dichloropyrimidine in the presence of a trimethylamine catalyst with the addition of a sodium methoxide solution in methanol or the addition of sodium methoxide and methanol separately to produce a mixture of azoxystrobin intermediate compound B and compound C, with a reaction equation as following:
Method for an image-based measurement of a scene using a handheld apparatus , including - a recording of at least one first image and one second image of the scene by at least one camera of the apparatus , wherein the first image and the second image have an overlapping image region, - a photogrammetric evaluating of the first and the second image, and - a graphic outputting of an image representation of the scene on a display unit , an automatically proceeding edge measurement functionality, as part of which, in each case without user intervention, - edges in the scene are identified utilizing the first and the second image of the scene , - edge lengths of the identified edges are ascertained based on the photogrammetrically evaluated images, and - the ascertained edge lengths are displayed in the image representation of the scene ; characterized by an identifying of surfaces in the images, and a marking of the identified surfaces in the image representation of the scene , wherein - the surfaces are identified on the basis of typical dimensions and/or patterns, wherein the surfaces are assigned to windows or doors in the scene and have dimensions that are typical of windows or doors, and/or - the surfaces are identified using an adaptive algorithm. - a recording of at least one first image and one second image of the scene by at least one camera of the apparatus , wherein the first image and the second image have an overlapping image region, - a photogrammetric evaluating of the first and the second image, and - a graphic outputting of an image representation of the scene on a display unit , an automatically proceeding edge measurement functionality, as part of which, in each case without user intervention, - edges in the scene are identified utilizing the first and the second image of the scene , - edge lengths of the identified edges are ascertained based on the photogrammetrically evaluated images, and - the ascertained edge lengths are displayed in the image representation of the scene ; characterized by an identifying of surfaces in the images, and a marking of the identified surfaces in the image representation of the scene , wherein - the surfaces are identified on the basis of typical dimensions and/or patterns, wherein the surfaces are assigned to windows or doors in the scene and have dimensions that are typical of windows or doors, and/or - the surfaces are identified using an adaptive algorithm.
An optical transmitter device for emitting light within a body cavity, said optical transmitter device comprises an elongate penetrator member for penetrating through mammal skin and an associated structured lightning member, the penetrator member has a distal portion and a proximal portion , wherein the distal portion has a center axis and a length (L) and comprises a penetrator tip , the structured lightning member comprises a light source and a projector , wherein the light source is operatively connected to the projector by a light guiding structure , the light guiding structure and the projector form part of a projector probe, the projector is disposed at the distal portion of the penetrator member and is configured for projecting a diverging light pattern and wherein the projector comprises a diffractive optical element (DOE) comprising a microstructured surface configured for creating the light pattern and further comprises a beam expanding lens arrangement comprising a gradient index (GRIN) lens arranged prior to the DOE , preferably the projector has at least one position wherein it is configured for projecting the light pattern outwards relative to the optical transmitter device, preferably for projecting the light pattern distally relative to the optical transmitter device.
A wound dressing apparatus comprising: a wound dressing configured to be positioned over a wound site, a negative pressure source disposed on or positioned within the wound dressing, the negative pressure source comprising an inlet and an outlet and being operable to apply negative pressure to the wound site, and a porous polymer component fitted to the inlet of the negative pressure source and in fluid communication with the inlet, the porous polymer component comprising a three-dimensional body defining a plurality of flow paths between an interior of the wound dressing and the inlet such that occlusion of the inlet is inhibited; characterized in that the negative pressure source is a pump and wherein the porous polymer component is provided on the inlet of the pump and wherein the porous polymer component comprises a port - that is shaped to receive a portion of the pump inlet. a wound dressing configured to be positioned over a wound site, a negative pressure source disposed on or positioned within the wound dressing, the negative pressure source comprising an inlet and an outlet and being operable to apply negative pressure to the wound site, and a porous polymer component fitted to the inlet of the negative pressure source and in fluid communication with the inlet, the porous polymer component comprising a three-dimensional body defining a plurality of flow paths between an interior of the wound dressing and the inlet such that occlusion of the inlet is inhibited; characterized in that the negative pressure source is a pump and wherein the porous polymer component is provided on the inlet of the pump and wherein the porous polymer component comprises a port - that is shaped to receive a portion of the pump inlet.
Locking device (9, 11; 81) for securing a corner casting (27-33) of a container on a container foundation (17-23), the locking device (9, 11; 81) comprising: a body (59; 95) for fitting on the container foundation , on which the container with a corner casting is stowed; at least one sensor (35; 97) which emits a measuring signal related to the weight loaded on top of the locking device (9, 11; 81); and an electronic unit coupled to the sensor (35; 97), as well as a transmitter connected to the electronic unit ; characterized in that the sensor (35; 97) is arranged between the container casting and the container foundation (17-23); and in that the sensor (35; 97) comprises two strain gauges which are arranged on the wall of a cylinder , which cylinder is arranged in a through hole in the body (59; 95) and protrudes above and below the body. a body (59; 95) for fitting on the container foundation , on which the container with a corner casting is stowed; at least one sensor (35; 97) which emits a measuring signal related to the weight loaded on top of the locking device (9, 11; 81); and an electronic unit coupled to the sensor (35; 97), as well as a transmitter connected to the electronic unit ; characterized in that the sensor (35; 97) is arranged between the container casting and the container foundation (17-23); and in that the sensor (35; 97) comprises two strain gauges which are arranged on the wall of a cylinder , which cylinder is arranged in a through hole in the body (59; 95) and protrudes above and below the body.
An oral formulation for targeted delivery of cholestyramine to the colon, comprising: a) a plurality of extruded pellets comprising cholestyramine and i. at least 7% w/w of a vinylpyrrolidone-based polymer; or ii. a combination of at least 6% w/w of a vinylpyrrolidone-based polymer and at least 2% w/w of an acrylate copolymer; or iii. a combination of at least 5% w/w of a vinylpyrrolidone-based polymer and at least 3% w/w of an acrylate copolymer; or iv. a combination of at least 6% w/w of a vinylpyrrolidone-based polymer, at least 1% w/w of an acrylate copolymer and at least 10% w/w microcrystalline cellulose; b) a diffusion-controlled inner coating around said extruded pellets; and c) an enteric outer coating. a) a plurality of extruded pellets comprising cholestyramine and i. at least 7% w/w of a vinylpyrrolidone-based polymer; or ii. a combination of at least 6% w/w of a vinylpyrrolidone-based polymer and at least 2% w/w of an acrylate copolymer; or iii. a combination of at least 5% w/w of a vinylpyrrolidone-based polymer and at least 3% w/w of an acrylate copolymer; or iv. a combination of at least 6% w/w of a vinylpyrrolidone-based polymer, at least 1% w/w of an acrylate copolymer and at least 10% w/w microcrystalline cellulose; i. at least 7% w/w of a vinylpyrrolidone-based polymer; or ii. a combination of at least 6% w/w of a vinylpyrrolidone-based polymer and at least 2% w/w of an acrylate copolymer; or iii. a combination of at least 5% w/w of a vinylpyrrolidone-based polymer and at least 3% w/w of an acrylate copolymer; or iv. a combination of at least 6% w/w of a vinylpyrrolidone-based polymer, at least 1% w/w of an acrylate copolymer and at least 10% w/w microcrystalline cellulose; b) a diffusion-controlled inner coating around said extruded pellets; and c) an enteric outer coating.
A mobile station apparatus adapted to perform discontinuous reception, DRX, with a base station apparatus using a plurality of component carriers, the mobile station apparatus characterised by : a wireless section adapted to receive from the base station apparatus, a radio resource control message including at least a parameter indicating an effective period of each of the plurality of component carriers, and DRX parameters for each of the plurality of component carriers, the DRX parameters indicating at least a reception-ON period for monitoring a physical downlink control channel, PDCCH, and an extension period for extending the reception-ON period when control data destined to the mobile station apparatus is received during the reception-ON period; a control data section adapted to monitor the PDCCH in each of the plurality of component carriers during the reception-ON period; and a DRX control section adapted to when the control data is received during the reception ON-period through the PDCCH in any one of the plurality of component carriers, extend the reception ON-period by the extension period for all of the plurality of component carriers, and when the effective period expires in a component carrier, terminate reception processing in the expired one of the plurality of component carriers. a wireless section adapted to receive from the base station apparatus, a radio resource control message including at least a parameter indicating an effective period of each of the plurality of component carriers, and DRX parameters for each of the plurality of component carriers, the DRX parameters indicating at least a reception-ON period for monitoring a physical downlink control channel, PDCCH, and an extension period for extending the reception-ON period when control data destined to the mobile station apparatus is received during the reception-ON period; a parameter indicating an effective period of each of the plurality of component carriers, and DRX parameters for each of the plurality of component carriers, the DRX parameters indicating at least a reception-ON period for monitoring a physical downlink control channel, PDCCH, and an extension period for extending the reception-ON period when control data destined to the mobile station apparatus is received during the reception-ON period; a reception-ON period for monitoring a physical downlink control channel, PDCCH, and an extension period for extending the reception-ON period when control data destined to the mobile station apparatus is received during the reception-ON period; a control data section adapted to monitor the PDCCH in each of the plurality of component carriers during the reception-ON period; and a DRX control section adapted to when the control data is received during the reception ON-period through the PDCCH in any one of the plurality of component carriers, extend the reception ON-period by the extension period for all of the plurality of component carriers, and when the effective period expires in a component carrier, terminate reception processing in the expired one of the plurality of component carriers.