mhurhangee/patent-ind-claim-en huggingface dataset:
A cell growth scaffold having a memory property structure, comprising a matrix material for cell growth, characterized in that , said scaffold is formed by mixing, in respective dry weight mass proportions, a micro-fibrous or flocculent acellular tissue matrix material having a fibre diameter of 2-250 microns and a length of 100-3000 microns with an acidification-treated, hydrogel-like acellular tissue matrix material having a particle diameter of 2-150 microns, followed by injection molding, freezing and extruding, re-interweaving and radiation processes; wherein, the matrix material for cell growth is a matrix material of said cell growth scaffold, the content of the total acellular tissue matrix materials in the matrix material of said cell growth scaffold is 10~100 mg/cm 3 , the total voidage is 90~99%, and, the voidage of the matrix material with particles larger than 25 microns is 80-98%.
A rotary machine , including: - at least one bearing mount ; - at least one bearing carried by the bearing mount , the bearing including inner and outer races and rolling elements between the races; - a shaft engaged in the bearing, axially blocked relative to the inner race; - a pushrod cover arranged on one side of the bearing, having a surface opposite the bearing; - at least one push element moved transversally to the axis of rotation (X) of the shaft in order to exert a pressure on said surface of the pushrod cover in order to press it against the outer race and axially block same, characterised in that the pushrod cover has on its radially outer edge a bead of material in contact with the outer race and on its radially inner edge a turnback directed towards the radially inner race , the turnback extending with a small clearance from the shaft so as to retain the grease present in the space between the bearing and the pushrod cover . - at least one bearing mount ; - at least one bearing carried by the bearing mount , the bearing including inner and outer races and rolling elements between the races; - a shaft engaged in the bearing, axially blocked relative to the inner race; - a pushrod cover arranged on one side of the bearing, having a surface opposite the bearing; - at least one push element moved transversally to the axis of rotation (X) of the shaft in order to exert a pressure on said surface of the pushrod cover in order to press it against the outer race and axially block same, characterised in that the pushrod cover has on its radially outer edge a bead of material in contact with the outer race and on its radially inner edge a turnback directed towards the radially inner race , the turnback extending with a small clearance from the shaft so as to retain the grease present in the space between the bearing and the pushrod cover .
A system comprising: a magnetic field source mounted in a touch pen; and an electronic device comprising: a pulse wave sensor configured to measure a pulse wave signal from an object; a magnetic field detector configured to detect a change in a magnetic field generated by the magnetic field source according to a change in a force exerted by the object to the pulse wave sensor ; and a processor configured to acquire a contact pressure between the object and the pulse wave sensor based on the change in the magnetic field and obtain bio-information based on the pulse wave signal and the contact pressure, wherein the magnetic field source mounted in the touch pen is provided separately from the electronic device , and wherein the touch pen comprising the magnetic field source is adapted to be placed on the object in opposition to a contact surface of the object and the pulse wave sensor , and to press the object against the contact surface of the object and the pulse wave sensor . a magnetic field source mounted in a touch pen; and an electronic device comprising: a pulse wave sensor configured to measure a pulse wave signal from an object; a magnetic field detector configured to detect a change in a magnetic field generated by the magnetic field source according to a change in a force exerted by the object to the pulse wave sensor ; and a processor configured to acquire a contact pressure between the object and the pulse wave sensor based on the change in the magnetic field and obtain bio-information based on the pulse wave signal and the contact pressure, a pulse wave sensor configured to measure a pulse wave signal from an object; a magnetic field detector configured to detect a change in a magnetic field generated by the magnetic field source according to a change in a force exerted by the object to the pulse wave sensor ; and a processor configured to acquire a contact pressure between the object and the pulse wave sensor based on the change in the magnetic field and obtain bio-information based on the pulse wave signal and the contact pressure, wherein the magnetic field source mounted in the touch pen is provided separately from the electronic device , and wherein the touch pen comprising the magnetic field source is adapted to be placed on the object in opposition to a contact surface of the object and the pulse wave sensor , and to press the object against the contact surface of the object and the pulse wave sensor .
A catheter device , comprising - a drive shaft extending from a driving region of the catheter device to a distal end region of the catheter device , - a rotor which is attached to the drive shaft in the distal end region , - a distal bearing for bearing a distal end of the drive shaft , wherein the distal bearing comprises a drive shaft cover , the drive shaft cover being configured to cover a section of the drive shaft , which section extends distally of the rotor , characterized in that on a distal side of the rotor , a radially inner part of the rotor is recessed with respect to radially outer parts of the rotor to form a hollow space (2.3) surrounding the drive shaft , wherein a proximal end of the drive shaft cover lies in said hollow space (2.3). - a drive shaft extending from a driving region of the catheter device to a distal end region of the catheter device , - a rotor which is attached to the drive shaft in the distal end region , - a distal bearing for bearing a distal end of the drive shaft , wherein the distal bearing comprises a drive shaft cover , the drive shaft cover being configured to cover a section of the drive shaft , which section extends distally of the rotor ,
A computer system for error detection within a multi-session collaborative environment, the computer system comprising: a communication interface , and an electronic processor coupled to the communication interface and configured to receive, from a first client application session associated with a first user, a first diagnostic log , the first diagnostic log including an error message; determine a second client application session associated with a second user in a collaboration session with the first client session; trigger, in the second client application session, an artificial error condition based on the error message; in response to triggering the artificial error condition, receive, from the second client application session, a second diagnostic log ; tag the first and second diagnostic logs with a session identifier indicative of the collaboration session; transmit, via the communication interface , the first and second diagnostic logs to a collaborative environment administrator for analysis in order to determine the cause of the error; and transmit, via the communication interface , a notification based on the error to at least one selected from the group consisting of the first client application session and the second client application session. a communication interface , and an electronic processor coupled to the communication interface and configured to receive, from a first client application session associated with a first user, a first diagnostic log , the first diagnostic log including an error message; determine a second client application session associated with a second user in a collaboration session with the first client session; trigger, in the second client application session, an artificial error condition based on the error message; in response to triggering the artificial error condition, receive, from the second client application session, a second diagnostic log ; tag the first and second diagnostic logs with a session identifier indicative of the collaboration session; transmit, via the communication interface , the first and second diagnostic logs to a collaborative environment administrator for analysis in order to determine the cause of the error; and transmit, via the communication interface , a notification based on the error to at least one selected from the group consisting of the first client application session and the second client application session.
An annotation support system , the system comprising: at least one display device ; at least one processor programmed to: determine a context of a current medical image from a current image study of a patient; compare the context of the current medical image to contexts of prior medical images from prior image studies of the patient; and display context relevant annotations and context relevant medical images from the prior image studies of the patient which match the context of the current medical image, wherein the context includes the modality of the current image study, the body part being imaged, and information related to the current region of interest, characterized by : wherein comparing and matching is performed in a two pass process in which in a first fast pass search, only annotations and prior studies that match the modality and body part of the current region of interest are retrieved, and in a second pass, measurable quantities of the region of interest are compared and matched. at least one display device ; at least one processor programmed to: determine a context of a current medical image from a current image study of a patient; compare the context of the current medical image to contexts of prior medical images from prior image studies of the patient; and display context relevant annotations and context relevant medical images from the prior image studies of the patient which match the context of the current medical image, wherein the context includes the modality of the current image study, the body part being imaged, and information related to the current region of interest, determine a context of a current medical image from a current image study of a patient; compare the context of the current medical image to contexts of prior medical images from prior image studies of the patient; and display context relevant annotations and context relevant medical images from the prior image studies of the patient which match the context of the current medical image, wherein the context includes the modality of the current image study, the body part being imaged, and information related to the current region of interest, wherein comparing and matching is performed in a two pass process in which in a first fast pass search, only annotations and prior studies that match the modality and body part of the current region of interest are retrieved, and in a second pass, measurable quantities of the region of interest are compared and matched.
A device for dispensing a water jet in the form of a vortex, comprising a device body in which at least one water swirling path comprising a swirling chamber is obtained; wherein said swirling chamber is defined between two opposite side walls which axially extend between a plurality of water inlet ends which are arranged circumferentially about the swirling chamber , and a water outlet end ; wherein said swirling path comprises a plurality of chamber supply channels which are angled with respect to the swirling chamber , each channel being fluidly connectable to a water feeding conduit and leading into an inlet end of the swirling chamber ; characterized in that said opposite side walls are concave so that the swirling chamber has a concave cross section with a concavity facing outwards. wherein said swirling chamber is defined between two opposite side walls which axially extend between a plurality of water inlet ends which are arranged circumferentially about the swirling chamber , and a water outlet end ; wherein said swirling path comprises a plurality of chamber supply channels which are angled with respect to the swirling chamber , each channel being fluidly connectable to a water feeding conduit and leading into an inlet end of the swirling chamber ; characterized in that said opposite side walls are concave so that the swirling chamber has a concave cross section with a concavity facing outwards.
A cryogenic fuel supply system for the combustion chamber of an aircraft turbine engine , this turbine engine successively comprising at least one air compressor , said combustion chamber and at least one turbine , this system comprising: - a storage tank for this cryogenic fuel in the liquid state , - a mixing chamber receiving various flows of cryogenic fuel in the supercritical or gaseous state, this mixing chamber being connected to said combustion chamber in order to supply it with cryogenic fuel in the supercritical or gaseous state, this supply system being characterised in that it comprises: - an auxiliary heating device mounted in a line which connects said tank to the mixing chamber , this auxiliary heating device enabling heating of the cryogenic fuel, - a heat exchanger assembly , connected to said cryogenic fuel tank and to said mixing chamber , and mounted in parallel with said auxiliary heating device , this heat exchanger assembly comprising a cryogenic fuel/oil heat exchanger and a heat exchanger between the cryogenic fuel and the air circulating in the primary duct of the turbine engine, - a flow distribution device disposed upstream of the auxiliary heating device , at least one flow distribution device , such as a valve, disposed upstream of the heat exchanger assembly , the opening and the closing of these various flow distribution devices being controlled by a central control unit . - a storage tank for this cryogenic fuel in the liquid state , - a mixing chamber receiving various flows of cryogenic fuel in the supercritical or gaseous state, this mixing chamber being connected to said combustion chamber in order to supply it with cryogenic fuel in the supercritical or gaseous state, - an auxiliary heating device mounted in a line which connects said tank to the mixing chamber , this auxiliary heating device enabling heating of the cryogenic fuel, - a heat exchanger assembly , connected to said cryogenic fuel tank and to said mixing chamber , and mounted in parallel with said auxiliary heating device , this heat exchanger assembly comprising a cryogenic fuel/oil heat exchanger and a heat exchanger between the cryogenic fuel and the air circulating in the primary duct of the turbine engine, - a flow distribution device disposed upstream of the auxiliary heating device , at least one flow distribution device , such as a valve, disposed upstream of the heat exchanger assembly , the opening and the closing of these various flow distribution devices being controlled by a central control unit .
A node upgrading method in a mesh network, characterized in that the method is applied to a first node in the mesh network, the first node is any node in the mesh network, and the mesh network includes N nodes, where N is a natural number greater than 1; the node upgrading method in the mesh network comprising: performing wireless firmware Over-the-Air (OTA) upgrade by the first node according to instructions from a terminal ; simultaneously performing OTA upgrade on at least part of second nodes in the mesh network by the first node using a broadcast channel, after completion of the wireless firmware OTA upgrade, wherein a second node is a node other than the first node in the mesh network. performing wireless firmware Over-the-Air (OTA) upgrade by the first node according to instructions from a terminal ; simultaneously performing OTA upgrade on at least part of second nodes in the mesh network by the first node using a broadcast channel, after completion of the wireless firmware OTA upgrade, wherein a second node is a node other than the first node in the mesh network.
A method performed by a wireless device for handling communication of the wireless device in a wireless communication network , wherein a radio network node serves the wireless device , the method comprising: - obtaining a first indication indicating a first number of beams for performing cell quality derivation on and a second indication indicating a second number of beams for performing measurement reporting on, wherein the first and second numbers are different and the first number is lower than the second number, wherein obtaining the first indication comprises assuming the first indication to indicate that the first number of beam is one when no indication is received by the wireless device, or when only receiving the second indication from the radio network node; - performing a cell quality derivation taking the first indication into account; and - performing measurement reporting of the second number of beams taking the second indication into account. - obtaining a first indication indicating a first number of beams for performing cell quality derivation on and a second indication indicating a second number of beams for performing measurement reporting on, wherein the first and second numbers are different and the first number is lower than the second number, wherein obtaining the first indication comprises assuming the first indication to indicate that the first number of beam is one when no indication is received by the wireless device, or when only receiving the second indication from the radio network node; - performing a cell quality derivation taking the first indication into account; and - performing measurement reporting of the second number of beams taking the second indication into account.
A substance determining apparatus for determining a substance within a fluid , the substance determining apparatus comprising: - particles for being attached to the substance within the fluid , - a binding surface for binding the particles , if the particles have been attached to the substance, - a sensing unit for sensing the particles on the binding surface , wherein the sensing unit is adapted to generate a sensing signal depending on the bound particles, characterized in that the substance determining apparatus further comprises: - a binding event determination unit for determining binding events indicating a binding of a particle on the binding surface from the generated sensing signal, - a substance determination unit for determining the substance within the fluid based on the determined binding events, wherein the sensing unit is adapted such that the generated sensing signal is indicative of starting moments and ending moments of binding events and wherein the binding event determination unit is adapted to determine a number of starting moments per unit time at a certain time for determining a particle arrival rate, or to determine a number of ending moments per unit time at a certain time for determining a particle desorption rate, or to determine the lifetimes of binding events as the time which has passed between a starting moment and an ending moment of a single binding event from the generated sensing signal. - particles for being attached to the substance within the fluid , - a binding surface for binding the particles , if the particles have been attached to the substance, - a sensing unit for sensing the particles on the binding surface , wherein the sensing unit is adapted to generate a sensing signal depending on the bound particles, - a binding event determination unit for determining binding events indicating a binding of a particle on the binding surface from the generated sensing signal, - a substance determination unit for determining the substance within the fluid based on the determined binding events, wherein the sensing unit is adapted such that the generated sensing signal is indicative of starting moments and ending moments of binding events and wherein the binding event determination unit is adapted to determine a number of starting moments per unit time at a certain time for determining a particle arrival rate, or to determine a number of ending moments per unit time at a certain time for determining a particle desorption rate, or to determine the lifetimes of binding events as the time which has passed between a starting moment and an ending moment of a single binding event from the generated sensing signal.
Bearing cage for a rolling bearing, having the following features: a plurality of separate bearing cage segments for receiving rolling elements in rolling element pockets formed by the bearing cage segments , wherein each of the bearing cage segments has a coupling arrangement that is configured for arranging the bearing cage segment on at least one carrier ring in the form of a plate ring; and at least one carrier ring in the form of a plate ring, in order for it to be possible to attach the separate bearing cage segments to the at least one carrier ring by means of their coupling arrangement such that, by means of two bearing cage segments arranged adjacently on the carrier ring in the circumferential direction, at least one rolling element pocket can be formed, wherein the carrier ring in the form of a plate ring is formed from a wound band as a spiral ring with at least two windings and with two ring halves that bear adjacently against one another and are axially or radially pretensioned, such that one ring end of the plate ring can be introduced into the coupling arrangement of a bearing cage segment with the ring halves (12a; 12b) being spread axially or radially. a plurality of separate bearing cage segments for receiving rolling elements in rolling element pockets formed by the bearing cage segments , wherein each of the bearing cage segments has a coupling arrangement that is configured for arranging the bearing cage segment on at least one carrier ring in the form of a plate ring; and at least one carrier ring in the form of a plate ring, in order for it to be possible to attach the separate bearing cage segments to the at least one carrier ring by means of their coupling arrangement such that, by means of two bearing cage segments arranged adjacently on the carrier ring in the circumferential direction, at least one rolling element pocket can be formed, wherein the carrier ring in the form of a plate ring is formed from a wound band as a spiral ring with at least two windings and with two ring halves that bear adjacently against one another and are axially or radially pretensioned, such that one ring end of the plate ring can be introduced into the coupling arrangement of a bearing cage segment with the ring halves (12a; 12b) being spread axially or radially.