mhurhangee/patent-ind-claim-en huggingface dataset:
Computer-implemented method, comprising the following steps: - receiving or generating a first representation (R1 F ), wherein the first representation (R1 F ) represents an examination region of an examination object without contrast agent or after application of a first amount of a contrast agent in frequency space, - receiving or generating a second representation (R2 F ), wherein the second representation (R2 F ) represents the examination region of the examination object after application of a second amount of the contrast agent in frequency space, - generating a third representation (R3 F ) on the basis of the first representation (R1 F ) and the second representation (R2 F ), wherein the third representation (R3 F ) represents the signal amplification in frequency space caused by the second amount of contrast agent in the examination region, - generating a weighted third representation (R3 F,w ) by applying a frequency-dependent weight function (WF) to the third representation (R3 F ), - generating a fourth representation (R4 F ) by combining the first representation (R1 F ) with the weighted third representation (R3 F,w ), - transforming the fourth representation (R4 F ) into a representation (R4 I ) of the examination region in real space, - outputting and/or storing the representation (R4 I ) of the examination region in real space and/or transmitting the representation (R4 I ) of the examination region in real space to a separate computer system. - receiving or generating a first representation (R1 F ), wherein the first representation (R1 F ) represents an examination region of an examination object without contrast agent or after application of a first amount of a contrast agent in frequency space, - receiving or generating a second representation (R2 F ), wherein the second representation (R2 F ) represents the examination region of the examination object after application of a second amount of the contrast agent in frequency space, - generating a third representation (R3 F ) on the basis of the first representation (R1 F ) and the second representation (R2 F ), wherein the third representation (R3 F ) represents the signal amplification in frequency space caused by the second amount of contrast agent in the examination region, - generating a weighted third representation (R3 F,w ) by applying a frequency-dependent weight function (WF) to the third representation (R3 F ), - generating a fourth representation (R4 F ) by combining the first representation (R1 F ) with the weighted third representation (R3 F,w ), - transforming the fourth representation (R4 F ) into a representation (R4 I ) of the examination region in real space, - outputting and/or storing the representation (R4 I ) of the examination region in real space and/or transmitting the representation (R4 I ) of the examination region in real space to a separate computer system.
A magnetic marker configured to be laid on a road surface so as to be detectable by a magnetic sensor attached to a bottom surface side of a vehicle to achieve driving support control on a vehicle side for supporting driving of a driver, wherein the magnetic marker has a surface taken as a reference height, and a magnetism reach ratio Gh/Gs, which is a ratio of a magnetic flux density Gh at a position at a height of 250 mm with respect to a magnetic flux density Gs at a position at a height of 0 mm, is equal to or larger than 1.0%, the magnetic marker has a diameter equal to or larger than 110 mm, the magnetic marker has a thickness equal to or smaller than 5 mm and can be laid on the road surface without boring a recessed accommodation hole, characterized in that the magnetic flux density Gh is equal to or larger than 0.5 μT and equal to or smaller than 20 μT. the magnetic marker has a surface taken as a reference height, and a magnetism reach ratio Gh/Gs, which is a ratio of a magnetic flux density Gh at a position at a height of 250 mm with respect to a magnetic flux density Gs at a position at a height of 0 mm, is equal to or larger than 1.0%, the magnetic marker has a diameter equal to or larger than 110 mm, the magnetic marker has a thickness equal to or smaller than 5 mm and can be laid on the road surface without boring a recessed accommodation hole, characterized in that the magnetic flux density Gh is equal to or larger than 0.5 μT and equal to or smaller than 20 μT.
A medical thread structure, comprising: a proximal end and a distal end, with a progression axis from the proximal end to the distal end; and a plurality of threads , wherein at least one of said plurality of threads comprises an electrically conductive filament coated with an electrically isolative layer, and the electrically conductive filament is exposed at predetermined locations for achieving a contact thereat; characterized in that the plurality of threads are aligned vertically, in parallel to the progression axis, at said proximal end, structured to each have horizontal portions, perpendicular to the progression axis, and vertical portions, parallel to the progression axis, such that a horizontal portion of one thread is configured to pass between vertical portions of other threads, thereby interlocking therewith, wherein a horizontal portion of one or more threads passing between vertical portions of other threads is a beat, and each beat determines a vertical distance along the progression axis between said proximal end and said distal end a proximal end and a distal end, with a progression axis from the proximal end to the distal end; and a plurality of threads , wherein at least one of said plurality of threads comprises an electrically conductive filament coated with an electrically isolative layer, and the electrically conductive filament is exposed at predetermined locations for achieving a contact thereat; characterized in that the plurality of threads are aligned vertically, in parallel to the progression axis, at said proximal end, structured to each have horizontal portions, perpendicular to the progression axis, and vertical portions, parallel to the progression axis, such that a horizontal portion of one thread is configured to pass between vertical portions of other threads, thereby interlocking therewith, wherein a horizontal portion of one or more threads passing between vertical portions of other threads is a beat, and each beat determines a vertical distance along the progression axis between said proximal end and said distal end
An electrical driving assembly , comprising a motor , a reducer , a first bearing , a second bearing , a third bearing , a first spacer , or a second spacer , wherein the reducer has a reducer input shaft , and the reducer input shaft comprises a first end and a second end that are disposed opposite to each other; the motor has a motor shaft , and the motor shaft comprises a third end and a fourth end that are disposed opposite to each other; and the third end is inserted into the second end , the first bearing is disposed at the first end , the second bearing is disposed at the second end , the third bearing is disposed at the fourth end , and an axial length of the first spacer is greater than an axial length of the second spacer ; when no parking apparatus is disposed on the reducer input shaft , the first spacer is disposed on the reducer input shaft and is in contact with an end face that is of the second bearing and that faces the first bearing ; and when a parking apparatus is disposed on the reducer input shaft , the second spacer is disposed on the reducer input shaft , and the second spacer is located between the parking apparatus and the end face that is of the second bearing and that faces the first bearing . when no parking apparatus is disposed on the reducer input shaft , the first spacer is disposed on the reducer input shaft and is in contact with an end face that is of the second bearing and that faces the first bearing ; and when a parking apparatus is disposed on the reducer input shaft , the second spacer is disposed on the reducer input shaft , and the second spacer is located between the parking apparatus and the end face that is of the second bearing and that faces the first bearing .
A light-signalling device of a motor vehicle, said device including at least a first light source , a second light source , a first reflector suitable for forming at least a portion of the reflection means of the said first light source and a second reflector suitable for forming reflection means of the said second light source , the second light source releasing more heat than the first light source , characterized in that the second reflector has a thermal resistance greater than that of the first reflector .
A destruction device capable of destroying a plurality of types of storage devices having different shapes and sizes, the destruction device comprising: a support plate mounting part to which a support plate that accords with a type of a storage device is detachably mounted; a crushing member mounting part to which a crushing member that (i) accords with the type of the storage device and (ii) sandwiches and crushes the storage device with the support plate is detachably mounted; characterised in that it comprises: a support plate detection part capable of detecting the support plate mounted on the support plate mounting part ; a crushing member detection part capable of detecting the crushing member mounted on the crushing member mounting part ; and a control unit that determines whether the support plate detected by the support plate detection part and the crushing member detected by the crushing member detection part correspond to the same type of storage device, and executes a crushing process for crushing the storage device upon determining that the support plate and the crushing member correspond to the same type of storage device. a support plate mounting part to which a support plate that accords with a type of a storage device is detachably mounted; a crushing member mounting part to which a crushing member that (i) accords with the type of the storage device and (ii) sandwiches and crushes the storage device with the support plate is detachably mounted; a support plate detection part capable of detecting the support plate mounted on the support plate mounting part ; a crushing member detection part capable of detecting the crushing member mounted on the crushing member mounting part ; and a control unit that determines whether the support plate detected by the support plate detection part and the crushing member detected by the crushing member detection part correspond to the same type of storage device, and executes a crushing process for crushing the storage device upon determining that the support plate and the crushing member correspond to the same type of storage device.
A parachute device for a divisible shell , the divisible shell comprising an active body and a shell base , wherein the parachute device comprises two parachutes, a first, main parachute adapted to be connected to the active body by parachute lines and a second parachute adapted to be connected to the shell base , characterised in that the main parachute is packed in the second parachute , wherein the second parachute comprises a front, open part, referred to as the base , and a rear part, referred to as the chute , wherein the chute is adapted to be connected to the shell base by a fixing plate and a fixing screw arrangeable on the inside of the chute , wherein the fixing plate is adapted to be fixed to the inside of the shell base by the fixing screw , so that the chute is clamped firmly between the fixing plate and the shell base .
A complex comprising an initiating capped oligonucleotide primer and a DNA template, the initiating capped oligonucleotide primer comprising the following structure: wherein: B 1 and B2 are independently a natural, modified or unnatural nucleoside base; R 1 and R 2 are independently OH or O-methyl; and R 3 is OH or OMe, wherein the DNA template comprises a promoter region comprising a transcriptional start site having a first nucleotide at nucleotide position +1 and a second nucleotide at nucleotide position +2; and wherein B 1 is completely complementary to nucleoside base on the nucleic acid template at transcription template position +1 and B 2 hybridizes to the nucleotide at position +2. B 1 and B2 are independently a natural, modified or unnatural nucleoside base; R 1 and R 2 are independently OH or O-methyl; and R 3 is OH or OMe,
A wind turbine configured as a multi-rotor wind turbine, comprising: a plurality of energy generating units , each energy generating unit including a rotor having at least one wind turbine blade wherein the rotor is configured to rotate under a primary airflow and a generator configured to convert the rotation of the rotor into electrical energy; a support structure for carrying the energy generating units , the support structure having an aerodynamic portion which is exposed to the primary airflow and/or a secondary airflow resulting from the rotation of the rotor of at least one of the energy generating units, and the aerodynamic portion having an upstream side and a downstream side ; the support structure includes a tower generally defining a tower axis and a plurality of support arms , each support arm being coupled to the tower and carrying an energy generating unit at a spaced distance from the tower axis; and a fairing coupled to the support structure and positioned along a downstream side of the aerodynamic portion and defining a trailing edge , wherein the trailing edge has a corrugated profile . a plurality of energy generating units , each energy generating unit including a rotor having at least one wind turbine blade wherein the rotor is configured to rotate under a primary airflow and a generator configured to convert the rotation of the rotor into electrical energy; a support structure for carrying the energy generating units , the support structure having an aerodynamic portion which is exposed to the primary airflow and/or a secondary airflow resulting from the rotation of the rotor of at least one of the energy generating units, and the aerodynamic portion having an upstream side and a downstream side ; the support structure includes a tower generally defining a tower axis and a plurality of support arms , each support arm being coupled to the tower and carrying an energy generating unit at a spaced distance from the tower axis; and a fairing coupled to the support structure and positioned along a downstream side of the aerodynamic portion and defining a trailing edge , wherein the trailing edge has a corrugated profile .
Men's pants having a band-shaped support element and a front support part , wherein the front support part arranged centrally on the front side of the pants extends from a crotch area to a waistband of the pants , and wherein the band-shaped support element runs continuously from the back side of the pants over the sides of the pants to the front support part , and wherein the band-shaped support element has a lower edge , the lower edge of the band-shaped support element on the front side of the pants starting from the front support part has an arched-shaped course over the right or left groin portions of the wearer, and wherein the pants have pant legs , the two pant legs starting from the lower edge of the band-shaped support element , and the two pant legs are firmly connected to the lower edge of the band-shaped support element , and wherein the band-shaped support element is fixedly connected along its upper edge to the waistband , the men's pants is characterized in that the width (B) of the band-shaped support element at its two ends is at most 60% of the length (L) of the front support element .
A method for providing authentication of a user to a first peripheral device connected to a host computer using an authentication of the user on an independently connected second peripheral device also connected to the host computer, wherein the interaction between the host computer, the first and second peripheral devices is marshaled by a token client program loaded into the host computer, operating the host computer to detect that the user is attempting use of the first peripheral device; operating the second peripheral device to cause the user to authenticate to the second peripheral device; operating said token client program to marshal the authentication mechanism by which the authentication process vis-à-vis the second peripheral device is used to authorize access to the first peripheral device, wherein operating the token client program - to cause the second peripheral device to produce a result that uniquely links the first peripheral device to the second peripheral device - to calculate an authentication phrase based on the result returned from the second peripheral device; transmitting the authentication phrase from the token client program to the first peripheral device; operating the first peripheral device to allow the user access to private assets stored on the first peripheral device only upon positive determination by the first peripheral device that the second peripheral device used to authenticate the user is the same as the second peripheral device used to produce the result based on verification of the authentication phrase as corresponding to an accepted authentication phrase. - to cause the second peripheral device to produce a result that uniquely links the first peripheral device to the second peripheral device - to calculate an authentication phrase based on the result returned from the second peripheral device;
Method performed by an access point and in which requests of a number of user devices are received, each of the requests indicating one or multiple requested data blocks of at least one file which are not stored in a cache of the user device, and wherein each of the request contains an indication of data blocks stored in the cache of the user device , and in which an set, C, of multicast groups, G, is determined on the basis of the received requests, each of the multicast groups, G, including an set of indices, {m}, of one or multiple user devices and an set of indices, {ij}, of the data blocks which are to be transmitted the user devices which are indexed in the multicast group, G, and in which for each multicast group, G, of the set, C, the data blocks indexed in the multicast group, G, are retrieved and encoded, characterized in that a forward correction method is used in which for each of the multicast groups, G, of the set, C, the encoded data blocks indexed in the multicast group, G, are transmitted to the user devices indexed in the multicast group, G, wherein at least two of the data blocks indexed in at least one of the multicast groups, G, of the set, C, are parts of different files.
An air conditioning ventilation device comprising: a first air path having first air-blowing means disposed therein and configured to supply outdoor air to an indoor space; a second air path having second air-blowing means disposed therein and configured to discharge to outdoors indoor air from the indoor space; and heat exchange means for performing heat exchange between air passing through the first air path and air passing through the second air path , characterized in that the air conditioning ventilation device further comprises: a bypass air path connecting with the second air path and configured to bypass the heat exchange means ; air path switching means for opening and closing the bypass air path to switch an air path through which air passes; and control means for controlling the first air-blowing means and the second air-blowing means and controlling the air path switching means , and the control means , during outdoor air cooling that takes outdoor air into the indoor space, is configured to control the air path switching means to open the bypass air path , and is configured to cause stoppage of the first air-blowing means . a first air path having first air-blowing means disposed therein and configured to supply outdoor air to an indoor space; a second air path having second air-blowing means disposed therein and configured to discharge to outdoors indoor air from the indoor space; and heat exchange means for performing heat exchange between air passing through the first air path and air passing through the second air path , characterized in that the air conditioning ventilation device further comprises: a bypass air path connecting with the second air path and configured to bypass the heat exchange means ; air path switching means for opening and closing the bypass air path to switch an air path through which air passes; and control means for controlling the first air-blowing means and the second air-blowing means and controlling the air path switching means , and a bypass air path connecting with the second air path and configured to bypass the heat exchange means ; air path switching means for opening and closing the bypass air path to switch an air path through which air passes; and control means for controlling the first air-blowing means and the second air-blowing means and controlling the air path switching means , and the control means , during outdoor air cooling that takes outdoor air into the indoor space, is configured to control the air path switching means to open the bypass air path , and is configured to cause stoppage of the first air-blowing means .
A composition containing ethyl lactate, an anti-hydrolysis agent, and water, wherein the anti-hydrolysis agent is a basic amino acid selected from a group consisting of arginine, lysine, histidine, and combinations thereof, and wherein a pH of the composition at room temperature is in a range of 6.5 to 7.5, wherein a content of the anti-hydrolysis agent is in a range of 0.1 wt% to 5 wt%.
A secondary packaging container packaging a plurality of hemodialysis dialyzers , comprising: a box having one or more side walls and a bottom surface, wherein the bottom surface is connected to an edge of the side wall; and one or more packaging divisions , the packaging divisions comprising a plurality of housing cavities , each housing cavity having one dialyzer received therein in a horizontal way, wherein each packaging division is placed horizontally in the box , characterized in that the housing cavities of each packaging division are formed by a first separator set and a second separator set , each of the separator sets having a plurality of separators arranged in parallel, wherein the first separator set is vertically arranged against the second separator set to form the housing cavities . a box having one or more side walls and a bottom surface, wherein the bottom surface is connected to an edge of the side wall; and one or more packaging divisions , the packaging divisions comprising a plurality of housing cavities , each housing cavity having one dialyzer received therein in a horizontal way, wherein each packaging division is placed horizontally in the box , characterized in that the housing cavities of each packaging division are formed by a first separator set and a second separator set , each of the separator sets having a plurality of separators arranged in parallel, wherein the first separator set is vertically arranged against the second separator set to form the housing cavities .
A brake caliper , said caliper comprising a body wherein the caliper is formed by additive layer manufacturing characterised in that the body is formed at least in part by a three-dimensional lattice having a bulk density of 50% or less of the material from which it is formed, the lattice having at least a partial skin .