mhurhangee/ep-ind-claims huggingface dataset:
An arrangement for recirculation of exhaust gases of a combustion engine in a vehicle, which arrangement comprises an exhaust line intended to lead exhaust gases out from the combustion engine, and a return line adapted to recirculating part of the exhaust gases in the exhaust line to the combustion engine, a high-temperature cooling system containing a circulating coolant in the form of a liquid medium, an EGR cooler for subjecting the recirculating exhaust gases in the return line to a first step of cooling by the circulating high-temperature coolant, and a radiator element in which the high-temperature coolant is intended to be cooled by air, characterised in that the liquid medium has, at an intended operating pressure in the high-temperature cooling system, a boiling point of at least 300°C, and that the radiator element of the high-temperature cooling system is situated in a region which is adapted to having air flowing through it, at a location downstream of a radiator element of a cooling system which is adapted to cooling the combustion engine.
A method performed by at least one apparatus (510, 513), the method comprising: receiving a request for assistance data for a satellite signal based positioning of a device, the request including a request for a satellite specific ionospheric model (action 611); assembling upon the request assistance data for a satellite signal based positioning of the device, the assistance data comprising a satellite specific ionospheric model for at least one specific satellite and a time stamp that relates the satellite specific ionospheric model to particular ephemeris data for the at least one specific satellite (action 612; 712); and providing the assistance data for transmission (action 613; 713). receiving a request for assistance data for a satellite signal based positioning of a device, the request including a request for a satellite specific ionospheric model (action 611); assembling upon the request assistance data for a satellite signal based positioning of the device, the assistance data comprising a satellite specific ionospheric model for at least one specific satellite and a time stamp that relates the satellite specific ionospheric model to particular ephemeris data for the at least one specific satellite (action 612; 712); and providing the assistance data for transmission (action 613; 713).
Method for manufacturing brushes, whereby use is made of a device which is formed of at least one support with openings which are mutually arranged according to a specific pattern, and in that bundles of fibres are provided in this support which are to be placed in a transparent brush body, and in that this method further consists of the combination of at least five steps, whereby in a first step at least one amount of bundles of fibres is separated sidelong from loose fibres; whereby in a second step the above-mentioned bundles of fibres are gradually and mechanically provided in the above-mentioned support; whereby in a third step the bundles of fibres provided in the above-mentioned support are transferred to a holder by means of said support to subsequently, in a fourth step, fix the bundles of fibres in the brush body, or at least in a part of the brush body by means of the holder, such that they protrude from the holder with one far end and in that the far ends of the fibres of every bundle of fibres are fused together whereby in a fifth step, an object is provided between the holder and the above-mentioned brush body or the above-mentioned part, that covers the far ends of the bundles of fibres.
An anesthesia system comprising: a unit for providing a measured inspired oxygen value for oxygen delivered to a patient fluidly connected to said system; a control unit for triggering an alarm action in said system for an inspiratory oxygen alarm if said measured inspired oxygen value is below a first threshold value and above a second threshold value that is lower than the first threshold value; and wherein said control unit is configured to set said system to an operational safety mode for increasing delivery of oxygen to said patient, and wherein said control unit is configured to activate said operational safety mode if said measured inspired oxygen value is below the second threshold value. a unit for providing a measured inspired oxygen value for oxygen delivered to a patient fluidly connected to said system; a control unit for triggering an alarm action in said system for an inspiratory oxygen alarm if said measured inspired oxygen value is below a first threshold value and above a second threshold value that is lower than the first threshold value; and wherein said control unit is configured to set said system to an operational safety mode for increasing delivery of oxygen to said patient, and wherein said control unit is configured to activate said operational safety mode if said measured inspired oxygen value is below the second threshold value.
A glycosylated polypeptide comprising an amino acid sequence being at least 90 % identical to at least a fragment of human vWF (SEQ ID NO: 1), wherein said glycosylated polypeptide contains one or more clusters of O-glycosylation sites, wherein said clusters contain at least two O-glycosylation sites and one or more sialylated O-glycans, wherein the combined number of sialylated core 2 and extended core 1 O-glycans of the glycosylated polypeptide is higher than the number of sialylated core 2 and extended core 1 O-glycans of the human vWF or the fragment thereof and wherein the glycosylated polypeptide shows an increased binding affinity to one or more SIGLECs, selected from SIG-5, SIG-7, SIG-8, and SIG-9 compared to the human vWF or the fragment thereof.
A method for initiating a videoconference comprising: receiving, at a processing circuit, video data captured by a digital camera associated with a device; analyzing, by the processing circuit, the video data to detect the presence of a user; determining an avatar (502, 604) to represent the user; further analysing the video data to detect movement of the user; providing display data to a remote device via a network interface, the display data being configured to cause the remote device to display the avatar on a display, wherein the display data is provided in response to the presence of the user being detected, and wherein the movement of the avatar on the display mimics the detect movement of the user; receiving a request from the remote device to initiate the video conference; and initiating the videoconference; wherein the determining the avatar to represent the user further comprises: identifying other users participating in the videoconference; and selecting the avatar from a plurality of avatars based on the identified other users in the videoconference. receiving, at a processing circuit, video data captured by a digital camera associated with a device; analyzing, by the processing circuit, the video data to detect the presence of a user; determining an avatar (502, 604) to represent the user; further analysing the video data to detect movement of the user; providing display data to a remote device via a network interface, the display data being configured to cause the remote device to display the avatar on a display, wherein the display data is provided in response to the presence of the user being detected, and wherein the movement of the avatar on the display mimics the detect movement of the user; receiving a request from the remote device to initiate the video conference; and initiating the videoconference; wherein the determining the avatar to represent the user further comprises: identifying other users participating in the videoconference; and selecting the avatar from a plurality of avatars based on the identified other users in the videoconference. identifying other users participating in the videoconference; and selecting the avatar from a plurality of avatars based on the identified other users in the videoconference.
A display assembly, comprising: a display screen, comprising: a display panel, and a backlight module, comprising a base plate, wherein the display screen defines a light transmitting hole at least penetrating through the backlight module, and the light transmitting hole is configured to accommodate a functional device; and a positioning member, being protruded out from a side of the base plate facing away from the display panel and located at a periphery of the light transmitting hole, and the positioning member being configured to limit a movement of the functional device in a direction parallel to the base plate; characterized in that the positioning member comprises a supporting plate and a limit ring extending from the supporting plate toward a direction away from the display screen, and the supporting plate is fixed to the backlight module. a display screen, comprising: a display panel, and a backlight module, comprising a base plate, wherein the display screen defines a light transmitting hole at least penetrating through the backlight module, and the light transmitting hole is configured to accommodate a functional device; and a display panel, and a backlight module, comprising a base plate, wherein the display screen defines a light transmitting hole at least penetrating through the backlight module, and the light transmitting hole is configured to accommodate a functional device; and a positioning member, being protruded out from a side of the base plate facing away from the display panel and located at a periphery of the light transmitting hole, and the positioning member being configured to limit a movement of the functional device in a direction parallel to the base plate; characterized in that the positioning member comprises a supporting plate and a limit ring extending from the supporting plate toward a direction away from the display screen, and the supporting plate is fixed to the backlight module.
A base transceiver station that transmits same data through a common channel shared by transmission paths, comprising: a cell total transmit power detector that detects, with respect to each of a plurality of cells, a total amount of said transmit power for transmitting said data to a mobile station located inside each of said cells; a relative value information receiver that receives relative value information that represents relative values for relatively correcting said total transmit power of each of said plurality of cells, from a base transceiver station controller; and a weight adjustment and power determination unit that corrects said total transmit power for transmitting said data with respect to each cell, based on said relative value information received by said relative value information receiver and said total transmit power detected by said cell total transmit power detector, and determines a modified total transmit power, wherein said weight adjustment and power determination unit is arranged: i) to calculate said weight adjustment of said relative value information based on said total transmit power detected by said cell total transmit power detector, ii) to add to said total transmit power said relative value information to which said calculated weight adjustment has been applied, and iii) to determine said modified total transmit power with respect to each cell. a cell total transmit power detector that detects, with respect to each of a plurality of cells, a total amount of said transmit power for transmitting said data to a mobile station located inside each of said cells; a relative value information receiver that receives relative value information that represents relative values for relatively correcting said total transmit power of each of said plurality of cells, from a base transceiver station controller; and a weight adjustment and power determination unit that corrects said total transmit power for transmitting said data with respect to each cell, based on said relative value information received by said relative value information receiver and said total transmit power detected by said cell total transmit power detector, and determines a modified total transmit power, wherein said weight adjustment and power determination unit is arranged: i) to calculate said weight adjustment of said relative value information based on said total transmit power detected by said cell total transmit power detector, ii) to add to said total transmit power said relative value information to which said calculated weight adjustment has been applied, and iii) to determine said modified total transmit power with respect to each cell.
A rotor for use in an internal mixer having a mixing vessel in which the rotor rotates, the rotor comprising: one or more blades, each blade having a tip whose profile has a predefined curvature; and an anti-wear device comprising a plate with a profile defined by a lower surface with a curvature complementary to that of the tip and an upper surface with a curvature complementary to that of a wall of the vessel to define, between them, a zone of minimum distance that allows a passage of a mixture between the plate and the wall of the vessel; characterized in that the anti-wear device is detachably fixed to the tip of at least one blade, and characterized in that the plate comprises one or more cooling channels that extend axially along a length of the plate, the cooling channels being arranged along the profile of the plate and connecting to supply conduits that convey a corresponding coolant to the plate from a main conduit of the rotor. one or more blades, each blade having a tip whose profile has a predefined curvature; and an anti-wear device comprising a plate with a profile defined by a lower surface with a curvature complementary to that of the tip and an upper surface with a curvature complementary to that of a wall of the vessel to define, between them, a zone of minimum distance that allows a passage of a mixture between the plate and the wall of the vessel; characterized in that the anti-wear device is detachably fixed to the tip of at least one blade, and characterized in that the plate comprises one or more cooling channels that extend axially along a length of the plate, the cooling channels being arranged along the profile of the plate and connecting to supply conduits that convey a corresponding coolant to the plate from a main conduit of the rotor.
Crystalline anhydrate Form II of 17α-acetoxy-21-methoxy-11β-[4-N,N-dimethylaminophenyl]-19-norpregna-4,9-diene-3,20-dione characterized in that it provides one or more of: a) having characteristic X-ray powder diffractions at about 6.8, 11.0, 11.6, 14.9, 19.1 ±0.2 [°] 2θ; b) having characteristic FT Raman absorption bands at about 3054, 2963, 2850, 1604; 1195, 1159 ± 4 cm -1; c) having a 13 C solid-state NMR spectrum comprising characteristic resonances at about 196.7, 172.4, 169.3, 20.7, 20.1, 17.7 ± 0.1 ppm. a) having characteristic X-ray powder diffractions at about 6.8, 11.0, 11.6, 14.9, 19.1 ±0.2 [°] 2θ; b) having characteristic FT Raman absorption bands at about 3054, 2963, 2850, 1604; 1195, 1159 ± 4 cm -1; c) having a 13 C solid-state NMR spectrum comprising characteristic resonances at about 196.7, 172.4, 169.3, 20.7, 20.1, 17.7 ± 0.1 ppm.
Vacuum insulation element for a domestic refrigeration appliance with a covering, which encloses an evacuated cavity, which is at least partially filled by a supporting body, wherein the covering has an elevation which encloses a recess, and an insert part separate from the supporting body is arranged in the recess, characterised in that the insert part is embodied so as to be self-expanding.
Plug-type connection for media-carrying lines, comprising a plug body, on which at least one connection is provided, and a securing body, wherein the securing body is held on the plug body such that it can be moved between a first and a second stop position in a securing direction and in an unlocking direction, wherein a latching element, which is arranged on the securing body, can be moved into a first latching contour of the plug body for an unlocked position of the plug-type connection and into a second latching contour of the plug body for a locked position of the plug-type connection, and wherein, in the unlocked position, at least one second latching element (40, 41) of the securing body is adjusted in the unlocking direction against at least one projection which is arranged on the plug body, characterized in that the securing body has two arms (11, 12) which extend away from a cover section and are spaced apart from one another in a parallel manner, wherein one arm is designed as a spring-action latching arm with the latching elements (14; 40, 41) integrally formed on it, while the other arm serves as a guide arm of rigid design.
A method for the treatment of a substrate (2, 2') with millimetre and/or micrometre and/or nanometre structures, wherein at least one protective material (4, 4') is applied on the structures, wherein at least one protective material (4, 4') is soluble in a solvent, wherein the substrate (2, 2') comprises a first substrate surface (2o 1) and a second substrate surface (2o 2), wherein the millimetre and/or micrometre and/or nanometre structures are arranged on the first surface (2o 1), wherein the millimetre and/or micrometre and/or nanometre structures are produced by an imprint process, wherein the first substrate surface (2o 1) is fixed with the applied at least one protective material (4, 4') on a substrate holder, wherein the second substrate surface (2o 2) is treated, whilst the first substrate surface (2o 1) is fixed on the substrate holder.
A method of automatically generating secure code (12, 26), the method comprising: receiving source code and security constraints for the source code, the security constraints encoding, to what extend a variable in the source code is considered secure; generating secure code (12, 26) from the source code and the security constraints by replacing non-secure operations in the source code, which operate on the variables considered as secure, with secure operations; wherein a secure operation is an operation, which, when applied to at least one encrypted variable, generates an encrypted result, which, when decrypted, is the result of the non-secure operation applied to the not encrypted variable; characterised in that, the security constraints encode a confidentiality domain for at least one of the variables in the source code; wherein, when generating secure code (12, 26), an operation in the source code, which operates on a variable with a confidentiality domain is replaced with a confidentiality domain operation; wherein a confidentiality domain operation comprises the non-secure operation and a corresponding secure operation. receiving source code and security constraints for the source code, the security constraints encoding, to what extend a variable in the source code is considered secure; generating secure code (12, 26) from the source code and the security constraints by replacing non-secure operations in the source code, which operate on the variables considered as secure, with secure operations; wherein a secure operation is an operation, which, when applied to at least one encrypted variable, generates an encrypted result, which, when decrypted, is the result of the non-secure operation applied to the not encrypted variable; characterised in that, the security constraints encode a confidentiality domain for at least one of the variables in the source code; wherein, when generating secure code (12, 26), an operation in the source code, which operates on a variable with a confidentiality domain is replaced with a confidentiality domain operation; wherein a confidentiality domain operation comprises the non-secure operation and a corresponding secure operation.
A pouch for collecting biological fluids comprising: a body side wall and a distal side wall defining a collection chamber therebetween; an inlet opening provided in the body side wall; an insert mounted to the body side wall, the insert having an insert opening overlying the inlet opening; and an anti-reflux device disposed in the collection chamber, the anti-reflux device having a plurality of openings therein to provide flow communication from an interior of the anti-reflux device to the collection chamber; characterized in that the anti-reflux device is a tube, a first end of the anti reflux device mounted to the insert and overlying the insert opening, a second end of the anti-reflux device mounted to the distal side wall. a body side wall and a distal side wall defining a collection chamber therebetween; an inlet opening provided in the body side wall; an insert mounted to the body side wall, the insert having an insert opening overlying the inlet opening; and an anti-reflux device disposed in the collection chamber, the anti-reflux device having a plurality of openings therein to provide flow communication from an interior of the anti-reflux device to the collection chamber;
Mechatronic lock-key system, comprising a lock cylinder as well as a cylinder core that is rotatably mounted in the lock cylinder housing, which has a keyway for inserting a key, and having a device for generating electrical energy in the lock cylinder by means of a generator drive that converts the movement of the key in the keyway into rotation, characterised in that the generator drive can be put into rotation by the linear movement of a shiftable toothed rack, which is axially spring-loaded and which tensions the axially arranged compression spring when the key is removed from the keyway, taking the toothed rack with it, while the compression spring is relaxed when the key is inserted into the keyway and the toothed rack shifts linearly, wherein the generator drive is put into rotation.
An apparatus, comprising: a cache configured as a set associative cache having a plurality of sets, wherein the cache is configured to support multiple indexing modes for indexing memory blocks such that, for a memory operation for a given memory block, the multiple indexing modes are configured to cause selection of different ones of the plurality of sets of the cache for the memory operation for the given memory block, characterized in that each indexing mode uses a disjoint subset of bits from the memory block address to select the set in the set associative cache. a cache configured as a set associative cache having a plurality of sets, wherein the cache is configured to support multiple indexing modes for indexing memory blocks such that, for a memory operation for a given memory block, the multiple indexing modes are configured to cause selection of different ones of the plurality of sets of the cache for the memory operation for the given memory block, characterized in that each indexing mode uses a disjoint subset of bits from the memory block address to select the set in the set associative cache.