mhurhangee/patent-ind-claim-en huggingface dataset:
A radiation shield , in particular for shielding main coils of a magnetic resonance imaging system , whereby the radiation shield comprises a cavity for housing at least one main coil , whereby the cavity is formed between an inner cylindrical wall , an outer cylindrical wall , which are arranged essentially concentrically to each other, and two ring-shaped base walls , which interconnect the inner cylindrical wall and the outer cylindrical wall , wherein at least one out of the inner cylindrical wall , the outer cylindrical wall , and optionally also the two ring-shaped base walls is/are provided at least partially with an inner layer , which faces the cavity , and an outer layer , wherein the inner layer is a layer comprising carbon fiber reinforced plastic, the outer layer comprising a metal, which is paramagnetic or diamagnetic and the fibers of the carbon fiber reinforced plastic of the inner layer provided on at least one out of the inner cylindrical wall , the outer cylindrical wall are commonly aligned in an axial direction of the respective inner cylindrical wall and the outer cylindrical wall . the radiation shield comprises a cavity for housing at least one main coil , whereby the cavity is formed between an inner cylindrical wall , an outer cylindrical wall , which are arranged essentially concentrically to each other, and two ring-shaped base walls , which interconnect the inner cylindrical wall and the outer cylindrical wall , wherein at least one out of the inner cylindrical wall , the outer cylindrical wall , and optionally also the two ring-shaped base walls is/are provided at least partially with an inner layer , which faces the cavity , and an outer layer , wherein the inner layer is a layer comprising carbon fiber reinforced plastic, the outer layer comprising a metal, which is paramagnetic or diamagnetic and the fibers of the carbon fiber reinforced plastic of the inner layer provided on at least one out of the inner cylindrical wall , the outer cylindrical wall are commonly aligned in an axial direction of the respective inner cylindrical wall and the outer cylindrical wall .
An apparatus for use in fluid jetting, the apparatus comprising: a printhead including a flow path and a nozzle in communication with the flow path , the flow path having a first end and a second end; a first container fluidically coupled to the first end of the flow path , the first container having a first controllable internal pressure; and a second container fluidically coupled to the second end of the flow path , the second container having a second controllable internal pressure; characterized by a controller to control the first internal pressure and the second internal pressure to have a fluid flow between the first container and the second container through the flow path in the printhead according to a first mode and a second mode, while in either mode, at least a portion of the fluid flowing along the flow path is delivered to the nozzle when the nozzle is jetting, the first mode having the first internal pressure higher than the second internal pressure and the second mode having the second internal pressure higher than the first internal pressure, the fluid flowing from the first container to the second container according to the first mode and flowing from the second container to the first container according to the second mode. a printhead including a flow path and a nozzle in communication with the flow path , the flow path having a first end and a second end; a first container fluidically coupled to the first end of the flow path , the first container having a first controllable internal pressure; and a second container fluidically coupled to the second end of the flow path , the second container having a second controllable internal pressure; characterized by a controller to control the first internal pressure and the second internal pressure to have a fluid flow between the first container and the second container through the flow path in the printhead according to a first mode and a second mode, while in either mode, at least a portion of the fluid flowing along the flow path is delivered to the nozzle when the nozzle is jetting, the first mode having the first internal pressure higher than the second internal pressure and the second mode having the second internal pressure higher than the first internal pressure, the fluid flowing from the first container to the second container according to the first mode and flowing from the second container to the first container according to the second mode. while in either mode, at least a portion of the fluid flowing along the flow path is delivered to the nozzle when the nozzle is jetting, the first mode having the first internal pressure higher than the second internal pressure and the second mode having the second internal pressure higher than the first internal pressure, the fluid flowing from the first container to the second container according to the first mode and flowing from the second container to the first container according to the second mode.
A microencapsulated microsuspension of a serum-free cell culture medium composition comprising a mixture of a labile component and an antioxidant, wherein the serum-free cell culture medium composition is microencapsulated into a bead with a capsular matrix, wherein the bead has a diameter within the range of 0.05-1.5 mm, wherein a powdered cell culture medium is used for the microencapsulated microsuspension, wherein the composition is irradiated with gamma-rays, and wherein the powdered cell culture medium used for the microencapsulated microsuspension is a serum free advanced granulation technology cell culture medium.
A system, comprising an external authentication system and a control apparatus other than the authentication system, and a mobile device for performing communication for authentication with the external authentication system , the mobile device comprising: first transmission means for transmitting authentication information to the authentication system; reception means for receiving from the authentication system a request according to authentication using the authentication information; and whereby the mobile device comprises control means for, in a case where a start request to start a function of sending a signal using wireless communication at a predetermined frequency or on a predetermined cycle is received as the request from the authentication system, controlling a start of the function in response to the reception of the request, wherein information according to a content of the start request from the authentication system is reflected as a content of a signal to be sent by the mobile device using the started function, and second transmission means for transmitting one or more signals including the information according to the start of the function ; wherein the control apparatus other than the authentication system, when receiving the one or more signals, is configured to provide, for a user of the mobile device, a service corresponding to the content of one of the transmitted signals. first transmission means for transmitting authentication information to the authentication system; reception means for receiving from the authentication system a request according to authentication using the authentication information; and whereby the mobile device comprises control means for, in a case where a start request to start a function of sending a signal using wireless communication at a predetermined frequency or on a predetermined cycle is received as the request from the authentication system, controlling a start of the function in response to the reception of the request, wherein information according to a content of the start request from the authentication system is reflected as a content of a signal to be sent by the mobile device using the started function, and second transmission means for transmitting one or more signals including the information according to the start of the function ; wherein the control apparatus other than the authentication system, when receiving the one or more signals, is configured to provide, for a user of the mobile device, a service corresponding to the content of one of the transmitted signals.
Dosing device for a household appliance , in particular dishwasher, wherein the dosing device is designed to dose a partial quantity of an additive , which is configured to create a chemical reaction inside the household appliance, by means of light into a working medium of the household appliance , wherein the dosing device is characterised by a light source for generating the light , wherein the light source is designed to decompose a fixing material , in which the additive is embedded or which encases the additive , by means of the generated light in order to release the partial quantity of the additive for the dosing into the working medium , the dosing device is further characterised by a receiving device for receiving a spatially stable substance in the form of a one-piece unit, which contains the additive and the fixing material , wherein the substance is preferably configured to be bar-shaped, the dosing device is further characterised by a control device which is designed to control the light source for adjusting at least one parameter (P1) of the generated light as a function of a set value (S) of the partial quantity of the additive to be dosed, wherein the at least one parameter (P1) is preferably selected from the group comprising: an intensity of the generated light , a wavelength of the generated light , an exposure period during which the fixing material is to be illuminated, and/or a size of a region on the surface of the fixing material which is to be illuminated. wherein the dosing device is characterised by a light source for generating the light , wherein the light source is designed to decompose a fixing material , in which the additive is embedded or which encases the additive , by means of the generated light in order to release the partial quantity of the additive for the dosing into the working medium , the dosing device is further characterised by a receiving device for receiving a spatially stable substance in the form of a one-piece unit, which contains the additive and the fixing material , wherein the substance is preferably configured to be bar-shaped, the dosing device is further characterised by a control device which is designed to control the light source for adjusting at least one parameter (P1) of the generated light as a function of a set value (S) of the partial quantity of the additive to be dosed, wherein the at least one parameter (P1) is preferably selected from the group comprising: an intensity of the generated light , a wavelength of the generated light , an exposure period during which the fixing material is to be illuminated, and/or a size of a region on the surface of the fixing material which is to be illuminated.
A method for determining the rate of progression of Parkinson's disease in a human patient, comprising the steps of: in a sample that has been obtained from said human patient, determining the level of expression of a miRNA according to SEQ ID NO: 45 within said sample, wherein said sample is serum, plasma, whole blood or CSF; and correlating the level of expression of the determined miRNA to determine the rate of progression of Parkinson's Disease in the patient. in a sample that has been obtained from said human patient, determining the level of expression of a miRNA according to SEQ ID NO: 45 within said sample, wherein said sample is serum, plasma, whole blood or CSF; and correlating the level of expression of the determined miRNA to determine the rate of progression of Parkinson's Disease in the patient.
A hay making machine , in particular a rotary swather, comprising a base frame which can be supported by way of support wheels on a ground to be worked and by way of which the hay making machine can be coupled to a towing vehicle, at least one rake rotor which is driven in rotation about a rotor axis and which has tine arms with rake tines , wherein the or each rake rotor is mounted to the base frame in such a way that the respective rake rotor is displaceable between a working position and a transport position and between a working position and a headland position, wherein the or each rake rotor can be supported in the working position by way of feeler and support wheels on the ground to be worked, and the respective feeler and support wheel is mounted by way of a wheel carrier to a or the carrier of the respective rake rotor for the feeler and support wheels thereof in such a way that a first portion of the wheel carrier is fixed at a first end fixedly to the carrier of the rake rotor , that a second portion of the wheel carrier receives the respective feeler and support wheel at a first end and that oppositely disposed second ends of the two portions of the wheel carrier hingedly or pivotably engage each other, characterised in that the oppositely disposed second ends of the two portions of the wheel carrier are rotatably or pivotably coupled by way of a sliding guide defining two end positions.
A method for transmitting system information for the Narrowband Internet of Things, NB-IoT, carried out by a wireless communication node, comprising: configuring K transmission windows within a scheduling window, wherein each of the K transmission windows comprises a plurality of subframes; determining L transmission windows from the K transmission windows; determining Q subframes from the L transmission windows; and using the Q subframes to broadcast a first system information broadcast, SIB1, message, wherein L is an integer greater than 0 and less than or equal to K, and K and Q are each integers greater than 1; characterized in that when operating under a non-in-band mode, a size of the scheduling window does not exceed the size of a scheduling window when operating under an in-band mode, and a size of the transmission window does not exceed the size of a transmission window when operating under an in-band mode. configuring K transmission windows within a scheduling window, wherein each of the K transmission windows comprises a plurality of subframes; determining L transmission windows from the K transmission windows; determining Q subframes from the L transmission windows; and using the Q subframes to broadcast a first system information broadcast, SIB1, message, wherein L is an integer greater than 0 and less than or equal to K, and K and Q are each integers greater than 1; characterized in that when operating under a non-in-band mode, a size of the scheduling window does not exceed the size of a scheduling window when operating under an in-band mode, and a size of the transmission window does not exceed the size of a transmission window when operating under an in-band mode.
Method for winding a two-layer winding intended for a three-phase synchronous or asynchronous machine on a hollow cylindrical stator by inserting, comprising the steps: providing the stator in which a rotor can be inserted in the direction of a stator axis , wherein the stator comprises a plurality N of open slots , in each of which a back layer winding can be inserted as a back layer in the radial direction at the outside and a top layer winding as a top layer in the radial direction at the inside, wherein N = number of holes q ∗ number of poles 2p ∗ phase m, with number of holes q of the stator ≥ 3, number of poles 2 ∗ p of the stator ≥ 2 and phase m = 3; and successively for each phase m and for each pole pair number p: winding of p ∗ q individual coils i provided in series of a coil group associated to the respective phase m with one pole of a pole pair in a slot group of q adjacent slots , which adjoins a slot group of the previous phase, and with the other pole of the pole pair in another slot group of q adjacent slots which is arranged spaced apart by 2 ∗ q slots from the slot group , so that the individual coils i = 1 ... p ∗ q - 2 ∗ k of the series come to rest in pairs in a respective slot of the slot group first as a back layer winding and then as a top layer winding , the individual coils i = p ∗ q - 2 ∗ k + 1 ... p ∗ q - 1 ∗ k come to rest in the remaining back layers of the slot group and the individual coils i = p ∗ q - 1 ∗ k + 1 ... p ∗ q ∗ k come to rest in the remaining top layers of the slot group of the previous phase, with short pitch k < q. providing the stator in which a rotor can be inserted in the direction of a stator axis , wherein the stator comprises a plurality N of open slots , in each of which a back layer winding can be inserted as a back layer in the radial direction at the outside and a top layer winding as a top layer in the radial direction at the inside, wherein N = number of holes q ∗ number of poles 2p ∗ phase m, with number of holes q of the stator ≥ 3, number of poles 2 ∗ p of the stator ≥ 2 and phase m = 3; and successively for each phase m and for each pole pair number p: winding of p ∗ q individual coils i provided in series of a coil group associated to the respective phase m with one pole of a pole pair in a slot group of q adjacent slots , which adjoins a slot group of the previous phase, and with the other pole of the pole pair in another slot group of q adjacent slots which is arranged spaced apart by 2 ∗ q slots from the slot group , so that the individual coils i = 1 ... p ∗ q - 2 ∗ k of the series come to rest in pairs in a respective slot of the slot group first as a back layer winding and then as a top layer winding , the individual coils i = p ∗ q - 2 ∗ k + 1 ... p ∗ q - 1 ∗ k come to rest in the remaining back layers of the slot group and the individual coils i = p ∗ q - 1 ∗ k + 1 ... p ∗ q ∗ k come to rest in the remaining top layers of the slot group of the previous phase, with short pitch k < q.
Mower knife device with: a knife bar , and a double-knife cutting system, wherein the double-knife cutting system comprises an upper cutting knife and a lower cutting knife which are configured to be movable relative to each other, wherein the upper cutting knife is configured to be connected to the knife bar by means of an upper holding device and the lower cutting knife is configured to be connected to the knife bar by means of a lower holding device , and wherein the upper holding device is mounted on the knife bar by means of a guide bush ; characterized in that a pre-tensioned tension spring is arranged inside the guide bush , wherein the tensile force of the tension spring is configured to bring about a contact pressure of the upper cutting knife on the lower cutting knife via the upper holding device . a knife bar , and a double-knife cutting system, wherein the double-knife cutting system comprises an upper cutting knife and a lower cutting knife which are configured to be movable relative to each other, wherein the upper cutting knife is configured to be connected to the knife bar by means of an upper holding device and the lower cutting knife is configured to be connected to the knife bar by means of a lower holding device , and wherein the upper holding device is mounted on the knife bar by means of a guide bush ; characterized in that a pre-tensioned tension spring is arranged inside the guide bush , wherein the tensile force of the tension spring is configured to bring about a contact pressure of the upper cutting knife on the lower cutting knife via the upper holding device .
An intra-oral handheld 3D optical scanner comprising: an illumination module configured to generate an illumination signal to illuminate a dental object ; an image sensor configured to obtain data in response to the illumination of the dental object, the data being configured to be used to generate a 3D dental model of the dental object; a lens housing comprising an optical lens that is configured to direct the illuminating signal towards the dental object; a drive comprising a shaft that is configured to rotate around a rotation axis ; a guide extending continuously along at least a part of a length of the shaft; characterised by a spring , arranged intermediate between the lens housing and the guide, configured to exert a spring force towards the guide. an illumination module configured to generate an illumination signal to illuminate a dental object ; an image sensor configured to obtain data in response to the illumination of the dental object, the data being configured to be used to generate a 3D dental model of the dental object; a lens housing comprising an optical lens that is configured to direct the illuminating signal towards the dental object; a drive comprising a shaft that is configured to rotate around a rotation axis ; a guide extending continuously along at least a part of a length of the shaft; characterised by a spring , arranged intermediate between the lens housing and the guide, configured to exert a spring force towards the guide.
A rotor blade assembly comprising: a rotor blade including a pocket ; and a housing located at the rotor blade within the pocket ; a drive mechanism ; and a control surface operably connected to the drive mechanism , the drive mechanism controlling a position of the control surface ; characterized in that the drive mechanism is disposed in the housing ; and in that the rotor blade assembly further comprises: two interface pieces secured to the rotor blade to define a rotor opening having lateral ends, wherein one interface piece is installed at each lateral end of the rotor opening , the housing secured to the interface pieces via one or more dovetail joints ; and a wireless controller disposed in the housing and operably connected to the drive mechanism to communicate commands to the drive mechanism ; each of the interface pieces including an interface dovetail to receive a corresponding housing dovetail of the housing . a rotor blade including a pocket ; and a housing located at the rotor blade within the pocket ; a drive mechanism ; and a control surface operably connected to the drive mechanism , the drive mechanism controlling a position of the control surface ; characterized in that the drive mechanism is disposed in the housing ; and in that the rotor blade assembly further comprises: two interface pieces secured to the rotor blade to define a rotor opening having lateral ends, wherein one interface piece is installed at each lateral end of the rotor opening , the housing secured to the interface pieces via one or more dovetail joints ; and a wireless controller disposed in the housing and operably connected to the drive mechanism to communicate commands to the drive mechanism ; two interface pieces secured to the rotor blade to define a rotor opening having lateral ends, wherein one interface piece is installed at each lateral end of the rotor opening , the housing secured to the interface pieces via one or more dovetail joints ; and a wireless controller disposed in the housing and operably connected to the drive mechanism to communicate commands to the drive mechanism ; each of the interface pieces including an interface dovetail to receive a corresponding housing dovetail of the housing .
A method for identifying an article marked with a luminescent marker, including carrying out the following steps in order: (a) providing an article marked with a luminescent marker which identifies said article, (b) exciting the marker with a first type of electromagnetic radiation in order to store luminescence in said marker, (c) ceasing said exciting step, (d) waiting for a period of time, (e) applying a second type of electromagnetic radiation to the marker in order to release said stored luminescence, and (f) detecting said released luminescence in order to identify said article characterized in that the article is moved along a path between step (b) and step (f). (a) providing an article marked with a luminescent marker which identifies said article, (b) exciting the marker with a first type of electromagnetic radiation in order to store luminescence in said marker, (c) ceasing said exciting step, (d) waiting for a period of time, (e) applying a second type of electromagnetic radiation to the marker in order to release said stored luminescence, and (f) detecting said released luminescence in order to identify said article