mhurhangee/ep-ind-claims huggingface dataset:
Support pin holder for a pipe cutter of the type having a nearly C-shaped hoop which bears counterpressure rollers at one end and is connected to a longitudinal handle at the other end, containing a feeding unit which bears a cutting wheel; where these components define a tool plane through which a vertical axis passes which is defined between and axially parallel to the counterpressure rollers and the cutting wheel; and where the tool plane contains the cutting point of the cutting wheel; characterized in that the support pin holder further has: a)a coupling portion designed to radially and axially encompass an arc-shaped portion of the C-shaped hoop; b) an outer longitudinal portion extending axially parallel to the vertical axis from the coupling portion down to an end portion; and c) an inner longitudinal portion (14; 24) which extends from the end portion back up to approximately the tool plane along the vertical axis and which is adapted to rotatably support a support pin or to support a rotatable support pin. a)a coupling portion designed to radially and axially encompass an arc-shaped portion of the C-shaped hoop; b) an outer longitudinal portion extending axially parallel to the vertical axis from the coupling portion down to an end portion; and c) an inner longitudinal portion (14; 24) which extends from the end portion back up to approximately the tool plane along the vertical axis and which is adapted to rotatably support a support pin or to support a rotatable support pin.
Cryogenic preservation or vitrification device, comprising: - an accumulator including a first volume of pressurised hydraulic oil (V 1H); - a control system controlling a valve capable of releasing a second volume of hydraulic oil (V 2H) from the accumulator toward a cylinder by means of a pipe; - a cylinder including a piston configured to be driven by the second volume of hydraulic oil (V 2H) and to drive a first volume of cryogenic fluid (V 1A) in a cryogenic vessel intended to receive a sample to be cryogenically preserved. - an accumulator including a first volume of pressurised hydraulic oil (V 1H); - a control system controlling a valve capable of releasing a second volume of hydraulic oil (V 2H) from the accumulator toward a cylinder by means of a pipe; - a cylinder including a piston configured to be driven by the second volume of hydraulic oil (V 2H) and to drive a first volume of cryogenic fluid (V 1A) in a cryogenic vessel intended to receive a sample to be cryogenically preserved.
Use of adult STRO-1 bright mesenchymal precursor cells, or expanded cells thereof, in the manufacture of a medicament for treating or preventing macular degeneration or diabetic retinopathy in a subject.
A method comprising: - receiving in parallel, by a first data communication circuit, first electric power delivery configuration data and second data (110A, 810, 820), the first circuit forming part of a device comprising a second data communication circuit, and a wireless transmission/reception circuit; - supplying in series, by the first circuit, the first and second data; and - wirelessly transmitting, by the wireless transmission/reception circuit, the first and second data in series; - wirelessly receiving, by the wireless transmission/reception circuit, third electric power delivery configuration data and fourth data (110B, 810, 820) in series; and - supplying in parallel the third and fourth data by the second circuit. - receiving in parallel, by a first data communication circuit, first electric power delivery configuration data and second data (110A, 810, 820), the first circuit forming part of a device comprising a second data communication circuit, and a wireless transmission/reception circuit; - supplying in series, by the first circuit, the first and second data; and - wirelessly transmitting, by the wireless transmission/reception circuit, the first and second data in series; - wirelessly receiving, by the wireless transmission/reception circuit, third electric power delivery configuration data and fourth data (110B, 810, 820) in series; and - supplying in parallel the third and fourth data by the second circuit.
A photonic device, comprising a structure having, a doped semiconductor substrate, at least one active component (ACi) and at least one passive component optically coupled to the at least one active component, an intrinsic layer as a waveguide is comprised by the active and the passive component, said active component (ACi) being laterally directly buried by means of a semi-insulating semiconductor and vertically directly buried by means of a doped semiconductor cladding layer, thereby forming a heterojunction structure, and said passive component being laterally and vertically directly buried by means of said semi-insulating semiconductor, and said active component and said passive component being monolithically integrated onto said doped semiconductor substrate.
A method for diagnosis chronic heart failure, acute heart failure or diabetic cardiomyopathy in a patient comprising: ➢ determining the expression level of Apolipoprotein O (Apo O) in a sample obtained from said patient; and ➢ comparing said expression level to a threshold value. ➢ determining the expression level of Apolipoprotein O (Apo O) in a sample obtained from said patient; and ➢ comparing said expression level to a threshold value.
A map information creation system comprising a movable body and a server, the server configured to perform wireless communication with the movable body via a communication network, the server comprising a map information creation device configured to create map information in the system, the map information creation device comprising: an operation obtaining unit configured to obtain, from the movable body via the communication network, operation information indicating (i) a frequency of an operation performed by a user on a device related to predetermined information, and (ii) a position of the movable body at a time of the operation performed on the device, the operation being performed in response to provision of the predetermined information which is information regarding a question to the user of the movable body; a determining unit configured to compare, for each of positions on a map, a magnitude relationship between the frequency indicated by the operation information and a predetermined threshold value, based on the operation information obtained by the operation obtaining unit, and determine that a current position is a position at which presentable information, that is an information to be presented to the user, can be presented to the user of the movable body when the frequency is higher than the threshold value, and determine that a current position is a position at which the presentable information cannot be presented to the user of the movable body when the frequency is not higher than the threshold value; and a creating unit configured to create map information indicating a result of the determination by the determining unit for each position on the map. an operation obtaining unit configured to obtain, from the movable body via the communication network, operation information indicating (i) a frequency of an operation performed by a user on a device related to predetermined information, and (ii) a position of the movable body at a time of the operation performed on the device, the operation being performed in response to provision of the predetermined information which is information regarding a question to the user of the movable body; a determining unit configured to compare, for each of positions on a map, a magnitude relationship between the frequency indicated by the operation information and a predetermined threshold value, based on the operation information obtained by the operation obtaining unit, and determine that a current position is a position at which presentable information, that is an information to be presented to the user, can be presented to the user of the movable body when the frequency is higher than the threshold value, and determine that a current position is a position at which the presentable information cannot be presented to the user of the movable body when the frequency is not higher than the threshold value; and a creating unit configured to create map information indicating a result of the determination by the determining unit for each position on the map.
Method implemented by a processor to execute a non-abortable transaction, said transaction comprising a sequence of instructions, the processor being associated with a persistent memory and with a cache memory, wherein the cache memory comprises a plurality of cache lines and each cache line is associated with a respective state from a set of predefined states, the method comprising, for at least one instruction of the sequence of instructions requiring data to be copied to at least one cache line associated with a state other than a state representative of an allocation to data of said transaction: a. if at least one cache line is associated with a state enabling data to be copied directly into said at least one cache line: i. copying data corresponding to said instruction into said at least one cache line; and ii. associating said at least one cache line with a state representative of an allocation to data of said transaction; b. if no cache line is associated with a state enabling data to be copied directly: i. copying data corresponding to said instruction into at least one cache line from a set of cache lines associated with a state representative of an allocation to data outside said transaction; and ii. associating said at least one cache line with a state representative of an allocation to data of said transaction. a. if at least one cache line is associated with a state enabling data to be copied directly into said at least one cache line: i. copying data corresponding to said instruction into said at least one cache line; and ii. associating said at least one cache line with a state representative of an allocation to data of said transaction; i. copying data corresponding to said instruction into said at least one cache line; and ii. associating said at least one cache line with a state representative of an allocation to data of said transaction; b. if no cache line is associated with a state enabling data to be copied directly: i. copying data corresponding to said instruction into at least one cache line from a set of cache lines associated with a state representative of an allocation to data outside said transaction; and ii. associating said at least one cache line with a state representative of an allocation to data of said transaction. i. copying data corresponding to said instruction into at least one cache line from a set of cache lines associated with a state representative of an allocation to data outside said transaction; and ii. associating said at least one cache line with a state representative of an allocation to data of said transaction.
A method of authenticating a message frame on a multi-master access bus with message broadcasting, said method comprising, for a broadcasting node out of a plurality of nodes that are connected to the multi-master access bus: providing a logic bus identifier, LID, out of a plurality of logic bus identifiers, wherein the logic bus identifier, LID, is associated with a logical group of nodes to which the broadcasting node is assigned; obtaining a permission indication of a key associated with the logic bus identifier, LID, the permission indication relating to a usage limitation of the key; retrieving the key associated with the logic bus identifier, LID, in response to verifying that the permission indication allows for using the key for generating a cryptographic hash value, MAC, wherein a different key is assigned to each logical group; generating a cryptographic hash value, MAC, using the retrieved key and based on at least the logic bus identifier, LID; and composing a message frame comprising the logic bus identifier, LID, and the cryptographic hash value, MAC. providing a logic bus identifier, LID, out of a plurality of logic bus identifiers, wherein the logic bus identifier, LID, is associated with a logical group of nodes to which the broadcasting node is assigned; obtaining a permission indication of a key associated with the logic bus identifier, LID, the permission indication relating to a usage limitation of the key; retrieving the key associated with the logic bus identifier, LID, in response to verifying that the permission indication allows for using the key for generating a cryptographic hash value, MAC, wherein a different key is assigned to each logical group; generating a cryptographic hash value, MAC, using the retrieved key and based on at least the logic bus identifier, LID; and composing a message frame comprising the logic bus identifier, LID, and the cryptographic hash value, MAC.
A façade element for buildings, comprising: an internal panel arrangement having at least one glass panel, an external panel arrangement having at least one glass panel (22, 24), and a frame arrangement connecting the internal panel arrangement and the external panel arrangement together to form an intermediate space, wherein the frame arrangement has at least one opening connecting the intermediate space to the atmosphere, characterized in that the external panel arrangement is thermotechnically insulated so as to have a thermal resistance of at least 0.3 m 2 *K/W and that preferentially the at least one opening is directly connected in tube-like manner to the outer atmosphere, wherein the at least one opening is arranged on the lower side of the fagade element and the intermediate space is connected to the environment solely by means of the at least one opening, and wherein at least the internal panel arrangement seals off the intermediate space from the internal side in air/vapor-tight manner. an internal panel arrangement having at least one glass panel, an external panel arrangement having at least one glass panel (22, 24), and a frame arrangement connecting the internal panel arrangement and the external panel arrangement together to form an intermediate space, wherein the frame arrangement has at least one opening connecting the intermediate space to the atmosphere, characterized in that the external panel arrangement is thermotechnically insulated so as to have a thermal resistance of at least 0.3 m 2 *K/W and that preferentially the at least one opening is directly connected in tube-like manner to the outer atmosphere, wherein the at least one opening is arranged on the lower side of the fagade element and the intermediate space is connected to the environment solely by means of the at least one opening, and wherein at least the internal panel arrangement seals off the intermediate space from the internal side in air/vapor-tight manner.
A dishwasher comprising - a tub having a base, - a rear wall and two side walls surrounding the base; - a door providing access to the tub, connected to the tub from its lower side and opening by tilting forward; - a rack having a washing position wherein it is placed on the base so as to entirely remain inside the tub and a loading position wherein it is positioned on the inner surface of the door by being moved forward when the door is open and wherein loading-unloading can be performed; - a spray arm that remains under the rack when the rack is in the washing position and that sprays water into the rack by rotating around itself; and - an additional spray arm disposed in the vicinity of the spray arm, under the spray arm; characterized in that the additional spray arm is arranged to rotate, around a fixed axis with respect to the base, for a limited angular distance as a result of the pressure of the water pumped thereinto and sweep a region of the rack with water. - a tub having a base, - a rear wall and two side walls surrounding the base; - a door providing access to the tub, connected to the tub from its lower side and opening by tilting forward; - a rack having a washing position wherein it is placed on the base so as to entirely remain inside the tub and a loading position wherein it is positioned on the inner surface of the door by being moved forward when the door is open and wherein loading-unloading can be performed; - a spray arm that remains under the rack when the rack is in the washing position and that sprays water into the rack by rotating around itself; and - an additional spray arm disposed in the vicinity of the spray arm, under the spray arm;
A method for producing rotationally symmetrical components (1, 12) consisting of metal, in particular steel, in which a blank is arranged in a rotationally fixed manner on a first receptacle, the receptacle is rotated about a rotation axis so that the blank is set in rotation about said rotation axis, at least one linear moulding element (6, 7, 8, 9) being moved tangentially to the surface of the synchronously rotating blank, said moulding element with a contour at least partially having an unrolled outer contour of the rotationally symmetrical component (1, 12) or of a preform of the component, the linear moulding element (6, 7, 8, 9) at the same time being pressed against the blank in such a manner that the contour of the linear moulding element (6, 7, 8, 9) is at least partially moulded into the blank during the tangential movement, characterised in that an king pin or link pin (1, 12) of a connection link with a connection shaft and a link outer part being produced.
A condensate collection tank for an air conditioning system, comprising: a body for storing condensate liquid; a lid; an inlet port (50;90) for condensate liquid from the air conditioning system; a first outlet port which is selectively closable by a user, for removing condensate liquid from the tank; a second outlet port which is selectively closable by a user, for condensate liquid from the tank, and which extends through the body; a sensor for determining whether an amount of condensate liquid in the tank exceeds a threshold value; and a controller for controlling removal of the condensate liquid from the tank via the outlet ports (40;80) when the sensor determines that the threshold value has been exceeded; wherein one of the first and second outlet ports (40;80) is connectable to a pump; wherein the other of the first and second outlet ports (40;80) is closed; wherein the condensate collection tank does not contain a pump, characterised in that the lid is releasably connectable to the body to form the tank; the condensate collection tank comprises a mounting bracket for fixing the lid to a mounting surface; and the first outlet port extends through the lid. a body for storing condensate liquid; a lid; an inlet port (50;90) for condensate liquid from the air conditioning system; a first outlet port which is selectively closable by a user, for removing condensate liquid from the tank; a second outlet port which is selectively closable by a user, for condensate liquid from the tank, and which extends through the body; a sensor for determining whether an amount of condensate liquid in the tank exceeds a threshold value; and a controller for controlling removal of the condensate liquid from the tank via the outlet ports (40;80) when the sensor determines that the threshold value has been exceeded; wherein one of the first and second outlet ports (40;80) is connectable to a pump; wherein the other of the first and second outlet ports (40;80) is closed; wherein the condensate collection tank does not contain a pump, characterised in that the lid is releasably connectable to the body to form the tank; the condensate collection tank comprises a mounting bracket for fixing the lid to a mounting surface; and the first outlet port extends through the lid.
A turbomachine with axial compression or expansion, comprising a ring of blades whose radially outer ends are connected to an annular end wall and which each have a leading edge, a trailing edge, a pressure side and a suction side, wherein a deflector wedge is provided on the end wall in front of the leading edge, seen in the upstream direction, the deflector wedge having two guide surfaces (21, 22) diverging in the downstream direction that generate pressure-side and suction-side vortices (30, 31), wherein the height of the guide surfaces (21, 22) with respect to the end wall decreases in the downstream direction from a common peak and the guide surfaces (21, 22) start in a common bow line, characterized in that the bow line rises concavely from the end wall onward.
A method for altering the composition distribution of an ethylene alpha olefin copolymer, the method comprising contacting a reaction mixture and a catalyst system consisting of a hafnocene and, optionally, at least one support material and, optionally, at least one activator, in a polymerization reactor, wherein the reaction mixture comprises ethylene, hydrogen, and one or more alpha olefins, and wherein the composition distribution of the copolymer is altered by altering at least one or more of the following: a. the molar ratio of hydrogen to ethylene by 1% or more; b. the molar ratio of comonomer to ethylene by 1% or more; c. the partial pressure of ethylene by 50 kPa or more; and d. the temperature by 1°C or more; and wherein the maximum change in the copolymers density is less than (+/-) 0.004 g/cm 3 or wherein the maximum change in the copolymers melt index is less than (+/-) 2g/10 min. a. the molar ratio of hydrogen to ethylene by 1% or more; b. the molar ratio of comonomer to ethylene by 1% or more; c. the partial pressure of ethylene by 50 kPa or more; and d. the temperature by 1°C or more; and wherein the maximum change in the copolymers density is less than (+/-) 0.004 g/cm 3 or wherein the maximum change in the copolymers melt index is less than (+/-) 2g/10 min.
Cylindrical symmetric volumetric machine, which machine comprises a housing with two co-operating rotors (6a, 6b) therein, namely an outer rotor mounted rotatably in the housing and an inner rotor mounted rotatably in the outer rotor, whereby a compression chamber is located between the rotors (6a, 6b), which will move by rotation of the rotors (6a, 6b) from the inlet side of the rotors (6a, 6b) to the outlet side of the rotors (6a, 6b), characterised in that the inlet side of the outer rotor is provided with a ventilator, to supply air to the compression chamber.