mhurhangee/patent-ind-claim-en huggingface dataset:
A synthetic antimycotic molecule constituted of a chain of n basic units, wherein the number n of basic units is equal to a number of repeating units of a molecule of chondroitin sulphate, each basic unit having the structure: wherein: - for each basic unit of the chain, one of either R 3 or R 4 is a sulphate group with the structure with R 6 representing either a hydrogen atom, or one of either a metallic atom or a NH 4 group, bound to the corresponding oxygen atom O with a monovalent ionic bond; - for a plurality of basic units of the chain, at least one of R 1 , R 2 , or the one of either R 3 or R 4 which is not said sulphate group, is a group with antimycotic properties in turn having the structure: - for each basic unit of the chain, R 5 represents either a hydrogen atom, or one of either a metallic atom or a NH 4 group, bound to the corresponding oxygen atom O with a monovalent ionic bond; - and at least most of the remaining R 1 , R 2 , R 3 and R 4 of the entire chain are each constituted of a -OH group. - for each basic unit of the chain, one of either R 3 or R 4 is a sulphate group with the structure with R 6 representing either a hydrogen atom, or one of either a metallic atom or a NH 4 group, bound to the corresponding oxygen atom O with a monovalent ionic bond; - for a plurality of basic units of the chain, at least one of R 1 , R 2 , or the one of either R 3 or R 4 which is not said sulphate group, is a group with antimycotic properties in turn having the structure: - for each basic unit of the chain, R 5 represents either a hydrogen atom, or one of either a metallic atom or a NH 4 group, bound to the corresponding oxygen atom O with a monovalent ionic bond; - and at least most of the remaining R 1 , R 2 , R 3 and R 4 of the entire chain are each constituted of a -OH group.
A guide extension catheter , comprising: a distal sheath having a proximal opening , a distal opening , and a central lumen extending therebetween; a proximal shaft having an outer diameter smaller than an outer diameter of the distal sheath , the proximal shaft including a distal opening ; and a coupling member for securing the distal sheath to the proximal shaft , the coupling member including a distal portion attached to the distal sheath and a proximal portion disposed within the distal opening of the proximal shaft , characterized in that the proximal portion of the coupling member has an oval, polygonal, flat, irregular or flat ribbon-like profile. a distal sheath having a proximal opening , a distal opening , and a central lumen extending therebetween; a proximal shaft having an outer diameter smaller than an outer diameter of the distal sheath , the proximal shaft including a distal opening ; and a coupling member for securing the distal sheath to the proximal shaft , the coupling member including a distal portion attached to the distal sheath and a proximal portion disposed within the distal opening of the proximal shaft , characterized in that the proximal portion of the coupling member has an oval, polygonal, flat, irregular or flat ribbon-like profile.
A method of constructing (S230, S430) a merge candidate list for video coding, using spatial merge candidates (N) and a temporal merge candidate, the method comprising: checking (S210, S410) availability of a spatial merge candidate (N), wherein the spatial merge candidate (N) corresponding to a first prediction unit partitioned by an asymmetric partitioning is set as unavailable if a current block is a second prediction unit partitioned by the asymmetric partitioning, wherein if the size of the current prediction unit is (3/2)Nx2N, the left spatial merge candidate (N) is set as unavailable; deriving (S220, S420) the temporal merge candidate; constructing (S230, S430) the merge candidate list using available spatial and temporal merge candidates; and adding (S250, S460) one or more candidates if the number of available spatial and temporal merge candidates is smaller than a predetermined number, wherein the spatial merge candidate (N) is motion information of a spatial merge candidate block, and wherein the spatial merge candidate block is a left block (A), an above block (B), an above-right block (C), a left-below block (D) or an above-left block (E) of the current block. checking (S210, S410) availability of a spatial merge candidate (N), wherein the spatial merge candidate (N) corresponding to a first prediction unit partitioned by an asymmetric partitioning is set as unavailable if a current block is a second prediction unit partitioned by the asymmetric partitioning, wherein if the size of the current prediction unit is (3/2)Nx2N, the left spatial merge candidate (N) is set as unavailable; deriving (S220, S420) the temporal merge candidate; constructing (S230, S430) the merge candidate list using available spatial and temporal merge candidates; and adding (S250, S460) one or more candidates if the number of available spatial and temporal merge candidates is smaller than a predetermined number, wherein the spatial merge candidate (N) is motion information of a spatial merge candidate block, and wherein the spatial merge candidate block is a left block (A), an above block (B), an above-right block (C), a left-below block (D) or an above-left block (E) of the current block.
An intraluminal endoprosthesis comprising a body and at least one abluminal layer , which is disposed on the body, preferably contains at least one pharmaceutically active substance, and is additionally fastened in a transition region , which is understood to be an end region of the abluminal layer that is disposed farthest in the luminal direction, to the implant body by way of at least one anchoring layer disposed on the abluminal layer , wherein the anchoring layer covers the abluminal layer merely in the transition region, characterised in that the at least one anchoring layer extends in the luminal region of the endoprosthesis .
An adapter for connecting air ducts to a ventilation device, an air distribution device and/or the like, comprising a base body formed in one piece and comprising a plurality of channels which are fluidically separated from each other and which extend through the base body, wherein each channel comprises a first port and a second port , wherein each first port is configured for being connected to a ventilation device, an air distribution device and/or the like, and wherein each second port is configured for arranging an air duct, characterized in that the channels extend transversely with respect to each other at least in some sections and that the base body tapers from the first ports in the direction of the second ports .
A scan appliance for use in determining the relative arrangement of patient's jaws in a bite position when the patient's occlusion is not defined by natural teeth alone, the scan appliance comprising: - a first part adapted for engaging dental tissue of a first one of the patient's jaws, - a second part , wherein the second part is to be placed over an opposing structure on the jaw opposite of the first one of the patient's jaws on which the first part is to be placed, such that when the first part is engaged with the dental tissue of the first one of the patient's jaws and with the opposing structure , the patient's jaws are supported in an arrangement according to the bite position, thereby at least partly defining the patient's occlusion, characterized in that the first part of the scan appliance comprises one or more openings configured for providing visual access to underlying dental tissue of the first one of the jaws, and the second part of the scan appliance comprises one or more openings configured for providing visual access to underlying dental tissue of the second one of the jaws. - a first part adapted for engaging dental tissue of a first one of the patient's jaws, - a second part , wherein the second part is to be placed over an opposing structure on the jaw opposite of the first one of the patient's jaws on which the first part is to be placed, the first part of the scan appliance comprises one or more openings configured for providing visual access to underlying dental tissue of the first one of the jaws, and the second part of the scan appliance comprises one or more openings configured for providing visual access to underlying dental tissue of the second one of the jaws.
Method for documentation, monitoring and/or controlling a freeze drying process in a freeze drying system comprising a condensation chamber with a condensation element on which humidity which has been removed from the drying product during the freeze drying process in a sublimation process is deposited as ice , the method comprising the following method steps: a) performing the freeze drying process, b) acquisition of an image of ice in the condensator chamber or of the ice on the condensator element during the freeze drying process with a camera , c) performing an automatic image processing of the acquired image with the determination of an ice state parameter of the ice in the acquired image , wherein the ice state parameter determined by means of the automatic image processing is an extension of the ice in the acquired image , the determined extension is a length of the extension of the ice on the condensator element in a direction vertical to a surface of the condensator element and a longitudinal measurement scale having an extension vertical to a surface of the condensator element is fixed on the condensator element . a) performing the freeze drying process, b) acquisition of an image of ice in the condensator chamber or of the ice on the condensator element during the freeze drying process with a camera , c) performing an automatic image processing of the acquired image with the determination of an ice state parameter of the ice in the acquired image , wherein the ice state parameter determined by means of the automatic image processing is an extension of the ice in the acquired image , the determined extension is a length of the extension of the ice on the condensator element in a direction vertical to a surface of the condensator element and a longitudinal measurement scale having an extension vertical to a surface of the condensator element is fixed on the condensator element .
A method for triggering a transmission of sensor data from a wireless device arranged to an automatic door , characterized in that the method comprises: - receiving by a network node from the wireless device data processed from the sensor data, wherein the wireless device comprises at least one accelerometer , and wherein the sensor data is raw data obtained by the accelerometer of the wireless sensor device ; - analyzing by the network node the received data processed from the sensor data; and - generating by the network node a control signal to the wireless device in response to a detection of a predefined event, wherein the control signal comprises at least a request to the wireless device to trigger the transmission of the sensor data. - receiving by a network node from the wireless device data processed from the sensor data, wherein the wireless device comprises at least one accelerometer , and wherein the sensor data is raw data obtained by the accelerometer of the wireless sensor device ; - analyzing by the network node the received data processed from the sensor data; and - generating by the network node a control signal to the wireless device in response to a detection of a predefined event, wherein the control signal comprises at least a request to the wireless device to trigger the transmission of the sensor data.
A method comprising: receiving a notification from a switch that a first host joined an enterprise network; in response to receiving the notification, validating the first host is authorized to access the enterprise network; in response to the first host being authorized to access the enterprise network, assigning the first host an address within a common subnet associated with the enterprise network; generating a policy for the first host based on the assigned address, wherein the generated policy includes assigning to the first host a first role or a second role associated with the common subnet, wherein the first role is a provider and the second role is a subscriber, and defining allowable communications as being between hosts having different roles within the common subnet; receiving a transmission request for a data packet, wherein the request includes identification of a second host within the common subnet as a destination for the data packet; evaluating the data packet transmission request based on the generated policy for the first host; and in response to the evaluation indicating that the first host and the second host have different roles, providing instructions to the switch to instruct the switch to transmit the data packet from the first host to the second host using the common subnet. receiving a notification from a switch that a first host joined an enterprise network; in response to receiving the notification, validating the first host is authorized to access the enterprise network; in response to the first host being authorized to access the enterprise network, assigning the first host an address within a common subnet associated with the enterprise network; generating a policy for the first host based on the assigned address, wherein the generated policy includes assigning to the first host a first role or a second role associated with the common subnet, wherein the first role is a provider and the second role is a subscriber, and defining allowable communications as being between hosts having different roles within the common subnet; receiving a transmission request for a data packet, wherein the request includes identification of a second host within the common subnet as a destination for the data packet; evaluating the data packet transmission request based on the generated policy for the first host; and in response to the evaluation indicating that the first host and the second host have different roles, providing instructions to the switch to instruct the switch to transmit the data packet from the first host to the second host using the common subnet.
Volumetric doser for a feeding installation for providing feed, in particular dry feed for pigs, in particular for feeding individual animals, the volumetric doser comprising - a feed container having a first container section with a feed inlet and a second container section with a closable feed outlet for gravitational dispensing of feed (F), - wherein the first container section has a closable container opening which connects the first container section to the second container section for a gravitational passage of feed (F) from the first container section into the second container section , - wherein a height-adjustable partition wall is arranged between the first and the second container section , wherein the height-adjustable partition wall is oriented substantially vertically in an operating state of the volumetric doser, - characterized in that a closure element for closing the container opening is arranged on the partition wall , and that not only the feed outlet but also the container opening is to be opened for gravitational dispensing of the feed from the first container section. - a feed container having a first container section with a feed inlet and a second container section with a closable feed outlet for gravitational dispensing of feed (F), - wherein the first container section has a closable container opening which connects the first container section to the second container section for a gravitational passage of feed (F) from the first container section into the second container section , - wherein a height-adjustable partition wall is arranged between the first and the second container section , wherein the height-adjustable partition wall is oriented substantially vertically in an operating state of the volumetric doser, - characterized in that a closure element for closing the container opening is arranged on the partition wall , and that not only the feed outlet but also the container opening is to be opened for gravitational dispensing of the feed from the first container section.
A magnetic resonance imaging system comprising: a superconducting main coil exposed to vacuum and operable at a temperature in a range of 3.5 to 6 Kelvin; a cylindrical shell having an axis and supporting the superconducting main coil ; a thermal reflective sheet comprising a plurality of layers , wound around at least a portion of the superconducting main coil so that, when viewed in a cross section taken in a plane that coincides with the axis, the portion of the superconducting main coil is completely surrounded by the thermal reflective sheet ; and a coupling device for coupling the thermal reflective sheet to at least the portion of the superconducting main coil . a superconducting main coil exposed to vacuum and operable at a temperature in a range of 3.5 to 6 Kelvin; a cylindrical shell having an axis and supporting the superconducting main coil ; a thermal reflective sheet comprising a plurality of layers , wound around at least a portion of the superconducting main coil so that, when viewed in a cross section taken in a plane that coincides with the axis, the portion of the superconducting main coil is completely surrounded by the thermal reflective sheet ; and a coupling device for coupling the thermal reflective sheet to at least the portion of the superconducting main coil .
A microwave oven, in particular for a domestic appliance, wherein - the microwave oven comprises an oven cavity at least partially enclosed by a cavity wall , - the microwave oven comprises a microwave generator arranged out of the oven cavity , - a matching section is interconnected between the microwave generator and the cavity wall , - the matching section covers an opening in the cavity wall , and - a microwave antenna extends from the microwave generator into the matching section , - at least one antenna extension is arranged inside the oven cavity , - the antenna extension penetrates the opening in the cavity wall , - the antenna extension is electrically connected to the microwave antenna , characterized in that - the microwave oven comprises at least one further antenna extension arranged inside the oven cavity , - the further antenna extension is electrically connected to the antenna extension , and - the further antenna extension is an electric heating element. - the microwave oven comprises an oven cavity at least partially enclosed by a cavity wall , - the microwave oven comprises a microwave generator arranged out of the oven cavity , - a matching section is interconnected between the microwave generator and the cavity wall , - the matching section covers an opening in the cavity wall , and - a microwave antenna extends from the microwave generator into the matching section , - at least one antenna extension is arranged inside the oven cavity , - the antenna extension penetrates the opening in the cavity wall , - the antenna extension is electrically connected to the microwave antenna , characterized in that - the microwave oven comprises at least one further antenna extension arranged inside the oven cavity , - the further antenna extension is electrically connected to the antenna extension , and - the further antenna extension is an electric heating element.
A method of cooling a component with a heat exchange device , the method comprising: pulling air into a central airway in a heat exchange device using a blower ; directing the air from the blower through a diffuser and across a heat sink base , wherein a first component positioned underneath the heat sink base is cooled when the air passes over the heat sink base ; passing the air from the diffuser through a heat exchanger ; flowing the air through a plenum that extends between the diffuser and the second component ; wherein the heat exchanger is positioned between the plenum and the second component , and wherein the heat exchanger is configured to cool the air; and directing the air from the heat exchanger across a second component to cool the second component . pulling air into a central airway in a heat exchange device using a blower ; directing the air from the blower through a diffuser and across a heat sink base , wherein a first component positioned underneath the heat sink base is cooled when the air passes over the heat sink base ; passing the air from the diffuser through a heat exchanger ; flowing the air through a plenum that extends between the diffuser and the second component ; wherein the heat exchanger is positioned between the plenum and the second component , and wherein the heat exchanger is configured to cool the air; and directing the air from the heat exchanger across a second component to cool the second component .
A subsea communication network arranged in a topology having a first side (A) and a further side (B), comprising: two or more Subsea Control Modules (SCMs) (170 1-4 ) each comprising a respective A side Subsea Electronics Module (SEM) (200 1-4 ) connected to a further B side SEM (210 1-4 ) via an internal communication link (290 1-4 ); an A side surface modem unit (SMU) and a further B side SMU ; an A side surface Power Supply Module (PSM) connected to the respective A side SEM (200 1-4 ) of each SCM (170 1-4 ) and a further B side surface PSM connected to the respective B side SEM (210 1-4 ) of each SCM (170 1-4 ); wherein at least two SEMs (200 1-4 210 1-4 ) sharing a common side allocation in each of the first and further sides of the network are connected together via a point-to-point communication link (264, 266, 270; 274, 276, 278); and wherein at least one SEM (200, 200 4 210 1 210 4 ) in each of the A & B sides of the network is connected to a respective SMU sharing a common side allocation via a point-to-point communication link and to a further SEM (200 2 200 3 210 2 210 3 ) in the common side allocation via a point-to-point communication link . two or more Subsea Control Modules (SCMs) (170 1-4 ) each comprising a respective A side Subsea Electronics Module (SEM) (200 1-4 ) connected to a further B side SEM (210 1-4 ) via an internal communication link (290 1-4 ); an A side surface modem unit (SMU) and a further B side SMU ; an A side surface Power Supply Module (PSM) connected to the respective A side SEM (200 1-4 ) of each SCM (170 1-4 ) and a further B side surface PSM connected to the respective B side SEM (210 1-4 ) of each SCM (170 1-4 ); wherein at least two SEMs (200 1-4 210 1-4 ) sharing a common side allocation in each of the first and further sides of the network are connected together via a point-to-point communication link (264, 266, 270; 274, 276, 278); and wherein at least one SEM (200, 200 4 210 1 210 4 ) in each of the A & B sides of the network is connected to a respective SMU sharing a common side allocation via a point-to-point communication link and to a further SEM (200 2 200 3 210 2 210 3 ) in the common side allocation via a point-to-point communication link .