mhurhangee/ep-ind-claims huggingface dataset:
A medical instrument comprising: a medical instrument body which has a long length and flexibility and is suitable to be inserted into a body cavity; a lumen which is formed in the medical instrument body along a longitudinal direction of the medical instrument body; an operating wire which is accommodated in the lumen, extends along a longitudinal direction of the lumen, and is slidable in the longitudinal direction of the lumen, the operating wire allowing the medical instrument body to be bent by an operation of pulling the operating wire; and a lubricating liquid which adheres to at least a surface of the operating wire, wherein the operating wire is a stranded wire formed by stranding a plurality of thin wires (43, 43a, 43b) together, a portion of the lubricating liquid is held in a gap between the adjacent thin wires (43, 43a, 43b), in the transverse cross-section of the operating wire, in an intermediate portion between the adjacent thin wires (43, 43a, 43b), the lubricating liquid is present inside a circumscribed circle which circumscribes the operating wire, and in each of the thin wires, a small groove that extends in the longitudinal direction thereof is formed, the lubricating liquid being held in the grooves. a medical instrument body which has a long length and flexibility and is suitable to be inserted into a body cavity; a lumen which is formed in the medical instrument body along a longitudinal direction of the medical instrument body; an operating wire which is accommodated in the lumen, extends along a longitudinal direction of the lumen, and is slidable in the longitudinal direction of the lumen, the operating wire allowing the medical instrument body to be bent by an operation of pulling the operating wire; and a lubricating liquid which adheres to at least a surface of the operating wire, wherein the operating wire is a stranded wire formed by stranding a plurality of thin wires (43, 43a, 43b) together, a portion of the lubricating liquid is held in a gap between the adjacent thin wires (43, 43a, 43b), in the transverse cross-section of the operating wire, in an intermediate portion between the adjacent thin wires (43, 43a, 43b), the lubricating liquid is present inside a circumscribed circle which circumscribes the operating wire, and in each of the thin wires, a small groove that extends in the longitudinal direction thereof is formed, the lubricating liquid being held in the grooves.
Device for filling at least one cell of an accumulator with electrolyte fluid, comprising a filling appliance, an evacuable sealing container for receiving the filling appliance and the accumulator, as well as a feeder device that is guided through the container wall for supplying the filling appliance with electrolyte fluid, characterized in that the filling appliance has at least one intermediate container which can be filled with electrolyte fluid and which in the filled state is in pressure compensation with the internal space of the sealing container above the electrolyte fluid level, and which can be brought into a flow connection with a filling opening of the cell to be filled via at least one outlet below the electrolyte fluid level, with the internal space of the cell being closed in a pressure-tight manner against the internal space of the sealing container, wherein at least parts of the filling appliance, in particular the at least one filling spout and/or the at least one intermediate container, are held in a spring-elastic manner at the top part of the sealing container, and wherein the filling appliance comprises mechanical guide means, in particular adjusting bolts, for bringing the one or multiple outlets or filling spouts into a flow connection with the one or multiple filling opening(s) of the accumulator in a precisely positioned manner.
A compound represented by the following formula, a pharmaceutically acceptable salt thereof, or a solvate thereof: wherein: R 1 and R 2 are each separately selected from the group consisting of hydrogen, C 1-15 alkyl, C 2-15 alkenyl, -CO-(C 1-15 alkyl), -CO-(C 2-15 alkenyl), -CO-(C 2-15 alkynyl), and hydroxy C 1-15 alkyl; R 3 is hydrogen or halogen; ring A is a pyridine ring; ring B is selected from the group consisting of the following formulas (i), (ii), (iii), and (iv): in the formula (ii), R a is C 1-15 alkyl; R 4 and R 5 are each separately selected from the group consisting of hydrogen, hydroxy, C 1-15 alkoxy, halo C 1-15 alkoxy, halohydroxy C 1-15 alkoxy, and amino C 1-15 alkyl; and represents a double bond or a triple bond. R 1 and R 2 are each separately selected from the group consisting of hydrogen, C 1-15 alkyl, C 2-15 alkenyl, -CO-(C 1-15 alkyl), -CO-(C 2-15 alkenyl), -CO-(C 2-15 alkynyl), and hydroxy C 1-15 alkyl; R 3 is hydrogen or halogen; ring A is a pyridine ring; ring B is selected from the group consisting of the following formulas (i), (ii), (iii), and (iv):
Rail vehicle, which defines a longitudinal direction, having: a carbody with a front end; a crash module deformable in the case of a collision; and a rigid safety module connecting the crash module to the front end of the carbody, wherein the crash module and the safety module together form a driver's cab; wherein the crash module has at least two energy absorber elements (124, 125) and a frame structure (121, 122), wherein the energy absorber elements (124, 125) are respectively connected to the frame structure (121, 122) with their front ends facing away from the safety module, characterized in that the crash module has a mounting structure which defines a connection interface to the safety module and with which the crash module is connected to the safety module, wherein the energy absorber elements (124, 125) are respectively connected to the mounting structure with their rear ends facing the safety module, wherein the frame structure (121, 122) is connected at its upper end to the mounting structure, wherein the crash module is detachably connected with its mounting structure to the safety module. a carbody with a front end; a crash module deformable in the case of a collision; and a rigid safety module connecting the crash module to the front end of the carbody, wherein the crash module and the safety module together form a driver's cab; wherein the crash module has at least two energy absorber elements (124, 125) and a frame structure (121, 122), wherein the energy absorber elements (124, 125) are respectively connected to the frame structure (121, 122) with their front ends facing away from the safety module, characterized in that the crash module has a mounting structure which defines a connection interface to the safety module and with which the crash module is connected to the safety module, wherein the energy absorber elements (124, 125) are respectively connected to the mounting structure with their rear ends facing the safety module, wherein the frame structure (121, 122) is connected at its upper end to the mounting structure, wherein the crash module is detachably connected with its mounting structure to the safety module.
A method for transmitting, by a user equipment, UE, a connection request message in a wireless communication system, the method comprising: receiving a configuration of a specific value of a configurable establishment cause for a voice service from an eNodeB, eNB; initiating the voice service; transmitting a radio resource control, RRC, connection request message including the configurable establishment cause which is set to the specific value for the voice service to the eNB; receiving an RRC connection setup message from the eNB; receiving an indication related to an access barring check for the voice service; and if the indication informs skipping the access barring check at a cell configured by the eNB, performing the voice service without the access barring check for the voice service. receiving a configuration of a specific value of a configurable establishment cause for a voice service from an eNodeB, eNB; initiating the voice service; transmitting a radio resource control, RRC, connection request message including the configurable establishment cause which is set to the specific value for the voice service to the eNB; receiving an RRC connection setup message from the eNB; receiving an indication related to an access barring check for the voice service; and if the indication informs skipping the access barring check at a cell configured by the eNB, performing the voice service without the access barring check for the voice service.
A method of manufacturing a gear (100; 302), the method comprising: forming a plurality of gear teeth (108; 308) in a surface of a gear (100; 302), the gear teeth (108; 308) having tooth faces defining tooth edges including tooth edge flanks and tooth edge top land; and generating a convex contour at an edge break of at least one of the tooth edge flanks and tooth edge top land, characterized in that the same tool is employed for forming the plurality of gear teeth (108; 308) in the surface of the gear (100; 302) and for generating the convex contour at the edge break of the at least one of the tooth edge flanks and tooth edge top land. forming a plurality of gear teeth (108; 308) in a surface of a gear (100; 302), the gear teeth (108; 308) having tooth faces defining tooth edges including tooth edge flanks and tooth edge top land; and generating a convex contour at an edge break of at least one of the tooth edge flanks and tooth edge top land, characterized in that the same tool is employed for forming the plurality of gear teeth (108; 308) in the surface of the gear (100; 302) and for generating the convex contour at the edge break of the at least one of the tooth edge flanks and tooth edge top land.
A method of burning coal in a furnace to reduce emissions of nitrogen oxides and at least one of sulfur oxides and mercury, the method comprising burning a refined coal in the furnace, wherein the refined coal comprises an admixture of sub-bituminous coal or lignite coal, bromine compound, and a powder sorbent, and wherein the powder sorbent comprises calcium, silica, alumina, and further comprises less than 1% by weight Na 2 O and less than 1% by K 2 O, based on the weight of the powder sorbent, wherein the powder sorbent comprises cement kiln dust.
A device for feeding and dosing infusion or extraction product for a machine for making filter bags containing infusion or extraction product, comprising: - a space for containing infusion or extraction product defined by an outer lateral wall and by an inner lateral wall which has openings for the passage of the product; - a feeding chamber made inside the inner lateral wall, communicating through the openings with the containment space and equipped with an outlet leading outside the containment space; - a shutter, movable along a predetermined direction of movement inside the feeding chamber between a lower end closing position, wherein it occludes the openings, and an upper end open position, wherein it allows the passage of a dose of product from the containment space to the feeding chamber through the openings and from the feeding chamber to a filter bag being formed through the outlet, the device being characterised in that it further comprises a rotary member, positioned inside the containment space and activated in rotation to push the product inside the containment space towards the openings. - a space for containing infusion or extraction product defined by an outer lateral wall and by an inner lateral wall which has openings for the passage of the product; - a feeding chamber made inside the inner lateral wall, communicating through the openings with the containment space and equipped with an outlet leading outside the containment space; - a shutter, movable along a predetermined direction of movement inside the feeding chamber between a lower end closing position, wherein it occludes the openings, and an upper end open position, wherein it allows the passage of a dose of product from the containment space to the feeding chamber through the openings and from the feeding chamber to a filter bag being formed through the outlet, the device being characterised in that it further comprises a rotary member, positioned inside the containment space and activated in rotation to push the product inside the containment space towards the openings.
Unsaturated derivatives of polysaccharides comprising, in their structure, at least one heterocycle having a double bond in positions 4 and 5 according to the structural formula X, where R represents -NH-CO-CH 3 or -OH.
A method for protecting a computer file, stored in an electronic device managed by an operating system, from a possible encryption performed by malicious code, wherein the method comprises the following steps performed by the electronic device: a) detecting a request to access the computer file made by a user or a computer process of the operating system; b) copying the computer file in a temporary folder of a memory unit of the electronic device, wherein copying the computer file in a temporary folder comprises creating a handler for the copy of the computer file and sending said handler to the user or the computer process that performed the access request; c) assigning a level of maximum security direct access to the computer file, according to the operating system, thereby denying direct access to the computer file for all users and processes, except those with maximum privileges; d) performing modifications made by the user or the computer process on the copy of the computer file; e) in case of file modification, checking, in a verification module, if the modifications entail an encryption of the copy of the computer file; f) if after checking in step e) it is determined that the modifications do not entail the encryption of the copy of the computer file, performing the same modifications in the computer file; g) if after checking in step e) it is determined that the modifications do entail the encryption of the copy of the computer file, creating a warning for the user, through an interface of the electronic device; wherein the method further comprises registering any action that affects the computer file in a registry of the operating system. a) detecting a request to access the computer file made by a user or a computer process of the operating system; b) copying the computer file in a temporary folder of a memory unit of the electronic device, wherein copying the computer file in a temporary folder comprises creating a handler for the copy of the computer file and sending said handler to the user or the computer process that performed the access request; c) assigning a level of maximum security direct access to the computer file, according to the operating system, thereby denying direct access to the computer file for all users and processes, except those with maximum privileges; d) performing modifications made by the user or the computer process on the copy of the computer file; e) in case of file modification, checking, in a verification module, if the modifications entail an encryption of the copy of the computer file; f) if after checking in step e) it is determined that the modifications do not entail the encryption of the copy of the computer file, performing the same modifications in the computer file; g) if after checking in step e) it is determined that the modifications do entail the encryption of the copy of the computer file, creating a warning for the user, through an interface of the electronic device;
A damper for an aircraft landing gear, comprising: a housing comprising an internal cavity; a weight slidingly disposed within the cavity, the weight sealingly engaging a wall of the cavity to divide the cavity into a first chamber and a second chamber; a passageway extending from the first chamber to the second chamber and providing an unregulated fluid connection between the first and second chambers (42, 44); and a fluid disposed within the first and second chambers (42, 44), wherein the fluid provides a resistive force in response to movement of the weight within the cavity, characterized in that the passageway is integrally formed in the housing. a housing comprising an internal cavity; a weight slidingly disposed within the cavity, the weight sealingly engaging a wall of the cavity to divide the cavity into a first chamber and a second chamber; a passageway extending from the first chamber to the second chamber and providing an unregulated fluid connection between the first and second chambers (42, 44); and a fluid disposed within the first and second chambers (42, 44), wherein the fluid provides a resistive force in response to movement of the weight within the cavity, characterized in that the passageway is integrally formed in the housing.
Supply air unit, which comprises: - a supply air chamber, - at least one mixing chamber (20, 20a, 20b), - nozzles (60, 60a, 60b) or a nozzle gap, through which a fresh airflow is conducted from the supply air chamber to said at least one mixing chamber (20, 20a, 20b), - at least one suction chamber (40, 40a, 40b), into which a circulated airflow is conducted from the air-conditioned room space, - at least one outlet opening (25, 25a, 25b), through which a combined airflow formed in said at least one mixing chamber (20, 20a, 20b) from the fresh airflow and the circulated airflow is conducted into the air-conditioned room space, - at least one air flow controller, characterised in that the supply air unit also comprises: - the at least one airflow controller (70, 70a, 70b, 70c, 80, 90) located in a wall between the supply chamber and the at least one suction chamber (40, 40a, 40b), through the airflow controller (70, 70a, 70b, 70c, 80, 90) an additional airflow is arranged to be conducted from the supply air chamber to said at least one suction chamber (40, 40a, 40b), from which the additional airflow is sucked along with the circulated airflow into said at least one mixing chamber (20, 20a, 20b), whereby in the at least one mixing chamber (20, 20a, 20b), the fresh airflow, the additional airflow and the circulated airflow form a combined airflow. - a supply air chamber, - at least one mixing chamber (20, 20a, 20b), - nozzles (60, 60a, 60b) or a nozzle gap, through which a fresh airflow is conducted from the supply air chamber to said at least one mixing chamber (20, 20a, 20b), - at least one suction chamber (40, 40a, 40b), into which a circulated airflow is conducted from the air-conditioned room space, - at least one outlet opening (25, 25a, 25b), through which a combined airflow formed in said at least one mixing chamber (20, 20a, 20b) from the fresh airflow and the circulated airflow is conducted into the air-conditioned room space, - at least one air flow controller, characterised in that the supply air unit also comprises: - the at least one airflow controller (70, 70a, 70b, 70c, 80, 90) located in a wall between the supply chamber and the at least one suction chamber (40, 40a, 40b), through the airflow controller (70, 70a, 70b, 70c, 80, 90) an additional airflow is arranged to be conducted from the supply air chamber to said at least one suction chamber (40, 40a, 40b), from which the additional airflow is sucked along with the circulated airflow into said at least one mixing chamber (20, 20a, 20b), whereby in the at least one mixing chamber (20, 20a, 20b), the fresh airflow, the additional airflow and the circulated airflow form a combined airflow.
A stacked bearing structure comprising: a first bearing having a first inner race, a first outer race and a first set of roller elements housed between the first inner race and the first outer race; a second bearing having a second inner race, a second outer race and a second set of roller elements housed between the second inner race and the second outer race; a housing surrounding the first and second bearings (2, 6); a first compliant element fixedly connected to the first outer race, the first compliant element connected between the housing and the first outer race, wherein the first compliant element, first outer race and housing, optionally in combination with the second outer race and a second compliant element, define a pressure chamber; and wherein the first outer race is axially slidable relative to the second outer race such that an increase in pressure in the pressure chamber causes a change in axial spacing between the first and second outer races (4, 8) a first bearing having a first inner race, a first outer race and a first set of roller elements housed between the first inner race and the first outer race; a second bearing having a second inner race, a second outer race and a second set of roller elements housed between the second inner race and the second outer race; a housing surrounding the first and second bearings (2, 6); a first compliant element fixedly connected to the first outer race, the first compliant element connected between the housing and the first outer race, wherein the first compliant element, first outer race and housing, optionally in combination with the second outer race and a second compliant element, define a pressure chamber; and wherein the first outer race is axially slidable relative to the second outer race such that an increase in pressure in the pressure chamber causes a change in axial spacing between the first and second outer races (4, 8)
A helmet comprising a shell to at least partially protect the head of a user, and a camcorder integrated in the helmet, provided with at least one lens arranged to frame at least a portion of the ambient around the helm, the camcorder being provided with a recording activation/interruption switch, wherein said switch is positioned on the helmet so as to activate the recording when the helmet is worn by the user, and to deactivate the recording when the helmet is unworn by the user, characterized in that the switch is integrated into a throat-lash, and when the throat-lash is properly fastened, the switch activates the recording, while when the throat-lash is unfastened, the registration is stopped.
A tongue element of an article of footwear comprising a knitted component having a compressible area, a flange area extending outward from an end of the compressible area, the compressible area including a first knit layer and a second knit layer formed of unitary knit construction, wherein areas of the first knit layer and the second knit layer are spaced from each other to define a cavity within the knitted component, edges of the first knit layer and the second knit layer are joined to each other around at least a portion of the cavity, characterized in that the knitted component further comprises at least one peripheral knit structure extending outward from a side of the compressible area, wherein the at least one peripheral knit structure has a different type of knit structure than the first knit layer and the second knit layer, and wherein the peripheral knit structure does not form a portion of the cavity.