mhurhangee/patent-ind-claim-en huggingface dataset:
A cell mobilizing composition for use in an in vivo intraosseous method to mobilize stem cells from their native milieu, the method comprising: inserting an aspiration device into a bone marrow tissue; wherein the aspiration device has at least one elongate member with a lumen extending between a proximal opening and a distal opening; and administering a cell mobilizing composition through the at least one elongate member into the bone marrow tissue, thereby mobilizing stem cells in the bone marrow tissue from their native milieu. inserting an aspiration device into a bone marrow tissue; wherein the aspiration device has at least one elongate member with a lumen extending between a proximal opening and a distal opening; and administering a cell mobilizing composition through the at least one elongate member into the bone marrow tissue, thereby mobilizing stem cells in the bone marrow tissue from their native milieu.
A pilot pressure control system for controlling a pilot signal pressure at a pilot inlet (24; 26) of a control valve , said pilot pressure control system comprising a pilot outlet adapted to be connected to said pilot inlet (24; 26), wherein said pilot pressure control system further comprises a first pilot valve assembly and a second pilot valve assembly , each one of said first and second pilot valve assemblies being individually controllable so as to selectively provide a first fluid flow direction from a pressure line to said pilot outlet and a second fluid flow direction from said pilot outlet to a drain line , characterized in that at least said first pilot valve assembly is adapted to assume a maximum pressure supply condition so as to supply a first pilot valve assembly maximum pressure (P max ) to said pilot outlet , at least said second pilot valve assembly being adapted to provide a pressure drop from said pilot outlet to said drain line via said second pilot valve assembly , said pilot pressure control system being configured such that, when said pilot pressure control system is connected to said pressure and drain lines and when said first pilot valve assembly is controlled so as to assume said maximum pressure supply condition and said second pilot valve assembly provides a fluid flow in said second fluid direction with a minimum pressure drop, the pressure at said pilot outlet is equal to or above 20 % of said first pilot valve assembly maximum pressure (P max ).
Apparatus for sensing at least one parameter in water, which apparatus comprises: (i) a conductivity sensor for sensing conductivity in the water; (ii) a dissolved oxygen sensor comprising a working electrode and a reference electrode for sensing dissolved oxygen in the water; (iii) a glass substrate; (iv) the conductivity sensor and the dissolved oxygen sensor are fabricated on the glass substrate using photolithography and etching; characterized in that the dissolved oxygen sensor is located in a recess; and (v) the apparatus includes an electronic circuit configured to apply - a voltage signal between the working electrode and the reference electrode of the oxygen sensor, the voltage signal providing a conditioning waveform, - a wait time for the oxygen concentration in the recess to return to the bulk oxygen concentration, and - a measurement voltage signal having a controlled time duration such that the depleted oxygen volume during the measurement period remains within the recess. (i) a conductivity sensor for sensing conductivity in the water; (ii) a dissolved oxygen sensor comprising a working electrode and a reference electrode for sensing dissolved oxygen in the water; (iii) a glass substrate; (iv) the conductivity sensor and the dissolved oxygen sensor are fabricated on the glass substrate using photolithography and etching; characterized in that the dissolved oxygen sensor is located in a recess; and (v) the apparatus includes an electronic circuit configured to apply - a voltage signal between the working electrode and the reference electrode of the oxygen sensor, the voltage signal providing a conditioning waveform, - a wait time for the oxygen concentration in the recess to return to the bulk oxygen concentration, and - a measurement voltage signal having a controlled time duration such that the depleted oxygen volume during the measurement period remains within the recess. - a voltage signal between the working electrode and the reference electrode of the oxygen sensor, the voltage signal providing a conditioning waveform, - a wait time for the oxygen concentration in the recess to return to the bulk oxygen concentration, and - a measurement voltage signal having a controlled time duration such that the depleted oxygen volume during the measurement period remains within the recess.
A couplant device for transmission of acoustic energy between transducers and a target, comprising: an array of transducer elements (no) to transmit acoustic signals toward a target volume and to receive returned acoustic signals that return from at least part of the target volume; a housing body including a curved section on which the array of transducer elements are arranged; an acoustic coupling component including a hydrogel material, the acoustic coupling component operable to conduct the acoustic signals between a transducer element disposed in the housing body and a receiving medium in contact with the acoustic coupling component to propagate the acoustic signals toward the target volume; and a flexible bracket coupled to and capable of moving with respect to the housing body , wherein the flexible bracket includes a plurality of arch components configured to a size and curvature to span across the curved section of the housing body , and the flexible bracket, and thereby the acoustic coupling component , is adapted to secure in place to the housing body , and the acoustic coupling component is thus adapted to attach to the housing structure and to directly couple the acoustic coupling component , comprising the hydrogel material, and the transducer elements at the interface, wherein the acoustic coupling component is capable to conform to the receiving medium and the transducer element such that there is an acoustic impedance matching between the receiving medium and the transducer element. an array of transducer elements (no) to transmit acoustic signals toward a target volume and to receive returned acoustic signals that return from at least part of the target volume; a housing body including a curved section on which the array of transducer elements are arranged; an acoustic coupling component including a hydrogel material, the acoustic coupling component operable to conduct the acoustic signals between a transducer element disposed in the housing body and a receiving medium in contact with the acoustic coupling component to propagate the acoustic signals toward the target volume; and a flexible bracket coupled to and capable of moving with respect to the housing body , wherein the flexible bracket includes a plurality of arch components configured to a size and curvature to span across the curved section of the housing body , and the flexible bracket, and thereby the acoustic coupling component , is adapted to secure in place to the housing body , and the acoustic coupling component is thus adapted to attach to the housing structure and to directly couple the acoustic coupling component , comprising the hydrogel material, and the transducer elements at the interface, wherein the acoustic coupling component is capable to conform to the receiving medium and the transducer element such that there is an acoustic impedance matching between the receiving medium and the transducer element.
A device for dosing into a container : (a) a pasty food product including solid pieces having an average diameter of 6mm to 13mm; and (b) a sauce; said device comprising an metering nozzle , wherein said metering nozzle comprises a main outlet , and at least two peripheral outlets situated at a periphery of the main outlet , the metering nozzle comprising a first channel adapted for providing the pasty food product with solid pieces having an average diameter of 6mm to 13mm to the main outlet , and at least a second channel for providing the sauce to each peripheral outlet , the device comprising a support for holding the container to be filled from the nozzle , the device being configured so that the metering nozzle and the support have a relative movement such that the nozzle follows a path (P,P') around a central axis (A) of the support , wherein the main outlet is substantially circular and has a diameter of 15mm to 30mm. said device comprising an metering nozzle , wherein said metering nozzle comprises a main outlet , and at least two peripheral outlets situated at a periphery of the main outlet , the metering nozzle comprising a first channel adapted for providing the pasty food product with solid pieces having an average diameter of 6mm to 13mm to the main outlet , and at least a second channel for providing the sauce to each peripheral outlet , the device comprising a support for holding the container to be filled from the nozzle , the device being configured so that the metering nozzle and the support have a relative movement such that the nozzle follows a path (P,P') around a central axis (A) of the support , wherein the main outlet is substantially circular and has a diameter of 15mm to 30mm.
Pharmaceutical or nutraceutical composition, comprising a) a core a), comprising a pharmaceutical or a nutraceutical active ingredient and b) a coating layer b), comprising a mixture of 80 to 96 % by weight of a water-insoluble (meth)acrylate polymer and 4 to 20 % by weight of guar gum, wherein the water-insoluble (meth)acrylate polymer is composed of polymerized units of more than 95 and up to 100 % by weight C 1 - to C 4 -alkyl esters of acrylic acid or of methacrylic acid and less than 5% by weight of acrylic acid or methacrylic acid. a) a core a), comprising a pharmaceutical or a nutraceutical active ingredient and b) a coating layer b), comprising a mixture of 80 to 96 % by weight of a water-insoluble (meth)acrylate polymer and 4 to 20 % by weight of guar gum, wherein the water-insoluble (meth)acrylate polymer is composed of polymerized units of more than 95 and up to 100 % by weight C 1 - to C 4 -alkyl esters of acrylic acid or of methacrylic acid and less than 5% by weight of acrylic acid or methacrylic acid.
A myocardial excitation determining apparatus comprising: an acquiring section configured to acquire an intracardiac electrocardiogram of a subject; a processing section configured to perform computation to produce visualized data indicating a state of excitation in a myocardium, based on the intracardiac electrocardiogram; and a determining section configured to determine a type of excitation dynamics of the myocardium based on the visualized data; wherein the visualized data are configured by frames for every predetermined time unit, each of the frames being partitioned into a plurality of grids , and the determining section has a calculating section which is configured to calculate total numbers of excitation grids contained in the frames , wherein an excitation grid is a grid indicating the state of excitation in the myocardium, and determine the type of excitation dynamics of the myocardium, based on the total number excitation grids for each of the frames. an acquiring section configured to acquire an intracardiac electrocardiogram of a subject; a processing section configured to perform computation to produce visualized data indicating a state of excitation in a myocardium, based on the intracardiac electrocardiogram; and a determining section configured to determine a type of excitation dynamics of the myocardium based on the visualized data; wherein the visualized data are configured by frames for every predetermined time unit, each of the frames being partitioned into a plurality of grids , and the determining section has a calculating section which is configured to calculate total numbers of excitation grids contained in the frames , wherein an excitation grid is a grid indicating the state of excitation in the myocardium, and determine the type of excitation dynamics of the myocardium, based on the total number excitation grids for each of the frames.
A sliding door system comprising a door drive with a traction means , in particular a belt, a cable or a chain, a sliding door running gear with a movable carriage for a sliding door element , which is coupled to the traction means and which, starting from a closed position, can be moved over a distance into at least one predetermined open position, and a locking device for locking the door drive , wherein the locking device has at least one locking means which is movable back and forth between a release position and a locking position, wherein a locking section of the locking means cooperates with the traction means in a force-fitting and/or form-fitting manner in the locking position such that the carriage coupled to the traction means is arrested, wherein the locking device has a linear motor for moving the locking means between the release position and the locking position, characterized in that the linear motor has a translationally, in particular linearly, movable runner and a stator core , relative to which the runner is movable translationally, wherein the stator core has three stator teeth (22.1, 22.2) which are spaced apart from one another in a movement direction (B) of the runner , and wherein the runner has two permanent magnets with opposing directions of magnetization. a locking device for locking the door drive , wherein the locking device has at least one locking means which is movable back and forth between a release position and a locking position, wherein a locking section of the locking means cooperates with the traction means in a force-fitting and/or form-fitting manner in the locking position such that the carriage coupled to the traction means is arrested, wherein the locking device has a linear motor for moving the locking means between the release position and the locking position, characterized in that the linear motor has a translationally, in particular linearly, movable runner and a stator core , relative to which the runner is movable translationally, wherein the stator core has three stator teeth (22.1, 22.2) which are spaced apart from one another in a movement direction (B) of the runner , and wherein the runner has two permanent magnets with opposing directions of magnetization.
An iron-based sprayed coating for coating a bore inner surface of a cylinder block for an internal combustion engine, wherein a surface of the coating contains pits, and the amount of the pits is within a range of 0.01% to 0.21%, wherein the amount of pits means a total sum (percentage) of an area occupied by all the pits present in a unit coating surface area when observing the sprayed coating by plane observation; an average roughness Ra of the coating surface is within a range of 0.01 μm to 0.15 μm; the iron-based sprayed coating has pores, and whose cross section porosity is within a range of 0.01% to 0.75%, wherein the cross-section porosity means a total sum (percentage) of an area occupied by all the pores present in the unit cross-section area when observing the sprayed coating as a cross-section; an average hardness of the iron-based sprayed coating is within a range of HV280 to HV500; and the iron-based sprayed coating, comprises: iron as its main component; and carbon in an amount of 0.05 mass% to 0.25 mass%. a surface of the coating contains pits, and the amount of the pits is within a range of 0.01% to 0.21%, wherein the amount of pits means a total sum (percentage) of an area occupied by all the pits present in a unit coating surface area when observing the sprayed coating by plane observation; an average roughness Ra of the coating surface is within a range of 0.01 μm to 0.15 μm; the iron-based sprayed coating has pores, and whose cross section porosity is within a range of 0.01% to 0.75%, wherein the cross-section porosity means a total sum (percentage) of an area occupied by all the pores present in the unit cross-section area when observing the sprayed coating as a cross-section; an average hardness of the iron-based sprayed coating is within a range of HV280 to HV500; and the iron-based sprayed coating, comprises: iron as its main component; and carbon in an amount of 0.05 mass% to 0.25 mass%.
Valve cage for a control valve , comprising a plurality of throttle channels which extend from an inner contour of the valve cage to its outer contour and penetrate the valve cage , each throttle channel having, as viewed in the flow direction (S), an inlet opening on its inner contour side and an outlet opening on its outer contour side characterized in that, as viewed in the circumferential direction (u), the valve cage has a plurality of arcuate outer contour sections that are each separated from one another by a step which is aligned in the radial direction (r) with respect to the lateral surface of the outer contour sections and which acts as a tear-off edge, and in that the throttle channels are arranged to extend in such a way that the outlet openings of the throttle channels located on the outer contour side are arranged in the step between two outer contour sections .
A method of sensing a physical object, the method comprising - providing a photorealistic virtual object of the physical object; - performing a measurement step, the measurement step comprising recording the physical object and acquiring physical field measurements of the physical object comprising at least one dimensional image; - performing an estimation step, the estimation step comprising applying external excitations to the photorealistic virtual object to create photorealistic virtual field measurements and comparing the photorealistic virtual field measurements with the physical field measurements and therefor sensing the physical object, characterized in that the photorealistic virtual object reproduces pixel intensities of an image of the physical object and the at least one dimensional image is at least one 2-dimensional image to provide image pixel intensities, and wherein said comparing comprises comparing pixel intensities of the photorealistic virtual field measurements with corresponding pixel intensities of the physical field measurements . - providing a photorealistic virtual object of the physical object; - performing a measurement step, the measurement step comprising recording the physical object and acquiring physical field measurements of the physical object comprising at least one dimensional image; - performing an estimation step, the estimation step comprising applying external excitations to the photorealistic virtual object to create photorealistic virtual field measurements and comparing the photorealistic virtual field measurements with the physical field measurements and therefor sensing the physical object,
A method for supporting location services for a user equipment, UE, performed by a Network Exposure Function, NEF, the method comprising: receiving by the NEF a location request for the UE from an other entity, wherein the NEF is in a Public Land Mobile Network, PLMN, that is a Home PLMN, HPLMN, for the UE or a Visited PLMN, VPLMN, for the UE, the location request including a type of location request, a required location accuracy, a required location response time or some combination of these; determining either a Gateway Mobile Location Center, GMLC, or a serving Access and Mobility Management Function, AMF, to obtain a UE location, wherein the GMLC employs a location server to obtain the UE location, wherein the serving AMF obtains the UE location based on a serving Radio Access Network, RAN, for the UE, wherein the determining the GMLC or the serving AMF is based on at least one of the type of location request, the required location accuracy, the required location response time and whether the PLMN supports location of UEs using a GMLC or a serving AMF; sending the location request to the determined GMLC or the determined serving AMF; receiving the UE location or a confirmation of acceptance of the location request from the determined GMLC or the determined serving AMF; and sending the UE location or the confirmation of the acceptance of the location request to the other entity. receiving by the NEF a location request for the UE from an other entity, wherein the NEF is in a Public Land Mobile Network, PLMN, that is a Home PLMN, HPLMN, for the UE or a Visited PLMN, VPLMN, for the UE, the location request including a type of location request, a required location accuracy, a required location response time or some combination of these; determining either a Gateway Mobile Location Center, GMLC, or a serving Access and Mobility Management Function, AMF, to obtain a UE location, wherein the GMLC employs a location server to obtain the UE location, wherein the serving AMF obtains the UE location based on a serving Radio Access Network, RAN, for the UE, wherein the determining the GMLC or the serving AMF is based on at least one of the type of location request, the required location accuracy, the required location response time and whether the PLMN supports location of UEs using a GMLC or a serving AMF; sending the location request to the determined GMLC or the determined serving AMF; receiving the UE location or a confirmation of acceptance of the location request from the determined GMLC or the determined serving AMF; and sending the UE location or the confirmation of the acceptance of the location request to the other entity.
A computer-implemented method for hiding copyright information in printable materials, the method comprising: generating, by a computing device , a unique identifier, ID, based on copyright information associated with digital content , wherein the copyright information and the digital content are recorded on a blockchain of a blockchain network ; determining, by the computing device , one or more features associated with one or more printable materials; and converting, by the computing device , the unique ID to a digital watermark based on the one or more features, the digital watermark being configured to enable retrieval of the copyright information from the blockchain based on the unique ID, wherein the one or more features are identifiable from reproduction of one or more printed content after the digital watermark is printed on the one or more printable materials to provide the one or more printed content, and wherein the one or more printable materials include paper and the one or more features include one or more of texture, hue, deformation, ruggedness, and ink attributes associated with the paper. generating, by a computing device , a unique identifier, ID, based on copyright information associated with digital content , wherein the copyright information and the digital content are recorded on a blockchain of a blockchain network ; determining, by the computing device , one or more features associated with one or more printable materials; and converting, by the computing device , the unique ID to a digital watermark based on the one or more features, the digital watermark being configured to enable retrieval of the copyright information from the blockchain based on the unique ID, wherein the one or more features are identifiable from reproduction of one or more printed content after the digital watermark is printed on the one or more printable materials to provide the one or more printed content, and wherein the one or more printable materials include paper and the one or more features include one or more of texture, hue, deformation, ruggedness, and ink attributes associated with the paper.