mhurhangee/ep-ind-claims huggingface dataset:
A rack system, comprising: a rack; a chassis having a lateral side provided with a fixing member; and a slide rail assembly (10, 200, 300) mounted on the rack, wherein the slide rail assembly (10, 200, 300) includes a guide rail (22, 206, 306), the guide rail (22, 206, 306) having a first segment (24, 208, 308), a second segment (26, 210, 310), and a third segment (28, 212, 312), wherein the first segment (24, 208, 308) is configured for supporting a portion of the chassis, and the second segment (26, 210, 310) and the third segment (28, 212, 312) define a passage (32, 216, 316) therebetween to allow passage of the fixing member of the chassis, wherein the first segment (24, 208) of the guide rail (22, 206) extends substantially perpendicularly from the second segment (26, 210) of the guide rail (22, 206) in order to support the portion of the chassis, and wherein the first segment (24, 208, 308) of the guide rail (22, 206, 306) has a length, and the second segment (26, 210, 310) and the third segment (28, 212, 312) of the guide rail (22, 206, 306) extend along the length of the first segment (24, 208, 308) of the guide rail (22, 206, 306). a rack; a chassis having a lateral side provided with a fixing member; and a slide rail assembly (10, 200, 300) mounted on the rack, wherein the slide rail assembly (10, 200, 300) includes a guide rail (22, 206, 306), the guide rail (22, 206, 306) having a first segment (24, 208, 308), a second segment (26, 210, 310), and a third segment (28, 212, 312), wherein the first segment (24, 208, 308) is configured for supporting a portion of the chassis, and the second segment (26, 210, 310) and the third segment (28, 212, 312) define a passage (32, 216, 316) therebetween to allow passage of the fixing member of the chassis, wherein the first segment (24, 208) of the guide rail (22, 206) extends substantially perpendicularly from the second segment (26, 210) of the guide rail (22, 206) in order to support the portion of the chassis, and wherein the first segment (24, 208, 308) of the guide rail (22, 206, 306) has a length, and the second segment (26, 210, 310) and the third segment (28, 212, 312) of the guide rail (22, 206, 306) extend along the length of the first segment (24, 208, 308) of the guide rail (22, 206, 306).
An in vitro method for identifying and evaluating the effectiveness of compounds for cancer therapy: a) placing a culture of tumor cells in contact with the candidate compound, under the suitable conditions and for the suitable time to allow them to interact, b) detecting and quantifying the expression levels of the choline kinase alpha gene or the choline kinase alpha protein and c) comparing said expression levels with those of the control cultures of tumor cells not treated with the candidate compound. a) placing a culture of tumor cells in contact with the candidate compound, under the suitable conditions and for the suitable time to allow them to interact, b) detecting and quantifying the expression levels of the choline kinase alpha gene or the choline kinase alpha protein and c) comparing said expression levels with those of the control cultures of tumor cells not treated with the candidate compound.
Device for replacing the chordae tendineae of an atrioventricular valve, wherein said device comprises a cuspidal end, an apical end, and a plurality of cord elements extending between said cuspidal end and said apical end, characterized in that at said cuspidal end the cord elements are connected together by a strip part so as to be spaced from each other, said strip part being able to be fixed along a portion (C1P) of the free edge of a cusp of said atrioventricular valve, and in that at said apical end the cord elements are joined together at a joining point, and fastening means (17, 19) are provided at said joining point in order to fasten said plurality of cord elements to an apex of a papillary muscle of said atrioventricular valve.
A composite material composition comprising - a continuous matrix of a thermoplastic, in particular biodegradable thermoplastic polymer, having a melting point greater than 150 °C and, - distributed within the matrix, non-fibrillated wood particles having a sieved size greater than 1.0 mm, at least a part of the wood particles being in the form of flat-shaped wood chips, the weight ratio of thermoplastic polymer to wood particles being 35:65 to 80:20 and, wherein at least 70 % of the weight of the wood particles have a sieved size in the range of 1.0 mm to 2 mm, or at least 70 % by weight of the wood particles have a sieved size in the range of 1.4 to 2.5 mm, the sieved size being determined before mixing. - a continuous matrix of a thermoplastic, in particular biodegradable thermoplastic polymer, having a melting point greater than 150 °C and, - distributed within the matrix, non-fibrillated wood particles having a sieved size greater than 1.0 mm, at least a part of the wood particles being in the form of flat-shaped wood chips,
A funnel-shaped enema nozzle of the kind comprising a flared proximal part that tapers into a tubular distal part that has an outlet opening at a distal end, at least a part of an exterior annular wall of the tubular distal part has a hydrophilic coating, wherein - the tubular distal part has an elastic tubular coupling piece with an inlet opening at a proximal opposite end, which tubular coupling piece is surrounded by the flared proximal part and does not protrude outside the flared proximal part, and characterized in that - the tubular coupling piece is a plastic tube inserted at least a distance into the tubular distal part via a transition opening between the tubular distal part and the flared proximal part, or the tubular coupling piece is made as an integral part of the funnel-shaped enema nozzle by using multi-component injection molding. - the tubular distal part has an elastic tubular coupling piece with an inlet opening at a proximal opposite end, which tubular coupling piece is surrounded by the flared proximal part and does not protrude outside the flared proximal part, and characterized in that - the tubular coupling piece is a plastic tube inserted at least a distance into the tubular distal part via a transition opening between the tubular distal part and the flared proximal part, or the tubular coupling piece is made as an integral part of the funnel-shaped enema nozzle by using multi-component injection molding.
A conversion apparatus for processing a dunnage material along a path, comprising: a cutting member having an edge configured for cutting or tearing the dunnage material; a biasing member located adjacent to the cutting member and having a cutting position in which the dunnage material passes between the biasing member and the cutting member with the biasing member bending the dunnage material along a path around the edge of the cutting member so that in response to the dunnage material being retracted back into the conversion apparatus in a reverse direction, the cutting member begins to sever the dunnage material; and a driving mechanism that drives the dunnage material in a dispensing and the reverse direction, wherein in response to the driving mechanism driving the dunnage material in the reverse direction, the biasing member is moved into the cutting position and biases the dunnage material around the edge. a cutting member having an edge configured for cutting or tearing the dunnage material; a biasing member located adjacent to the cutting member and having a cutting position in which the dunnage material passes between the biasing member and the cutting member with the biasing member bending the dunnage material along a path around the edge of the cutting member so that in response to the dunnage material being retracted back into the conversion apparatus in a reverse direction, the cutting member begins to sever the dunnage material; and a driving mechanism that drives the dunnage material in a dispensing and the reverse direction, wherein in response to the driving mechanism driving the dunnage material in the reverse direction, the biasing member is moved into the cutting position and biases the dunnage material around the edge.
A process for the preparation of a pillared RUB-36 silicate compound comprising the steps of providing an acidic mixture comprising RUB-36, one or more metal compounds, and water; and reacting the mixture obtained in step to obtain at least one pillared RUB-36 silicate compound; wherein the reacting of the mixture in step comprises heating said mixture under autogenous pressure at a temperature in the range of from 140 to 180 °C, and wherein the one or more metal compounds comprise one or more metals selected from the group consisting of Al, Sn, Ti, Mo, Mn, Fe, Co, Cu, Zn, Zr, Ru, Pd, Ag, Pt, Au, Sm, Eu, and combinations of two or more thereof and wherein the pH of the mixture provided in step is in the range of from -0.5 to 5. providing an acidic mixture comprising RUB-36, one or more metal compounds, and water; and reacting the mixture obtained in step to obtain at least one pillared RUB-36 silicate compound;
Method for producing a steering column having a steering spindle which, so as to be rotatable about the axis thereof, is mounted in a casing unit, wherein the casing unit is mounted in a console which is configured for connecting the casing unit directly or indirectly to the body of the motor vehicle, and wherein at least one of the components of the steering column is configured as a fibre-composite component, said method comprising the following steps: a) winding fibres along predefined paths about at least one winding spool of a winding core; b) incorporating a curable resin into the fibres; c) curing the resin and forming the fibre-composite component; d) retrieving the at least one winding spool inwardly into the winding core; e) retrieving the winding core and releasing the fibre-composite component; f) assembling the steering column while installing the fibre-composite component in the steering column. a) winding fibres along predefined paths about at least one winding spool of a winding core; b) incorporating a curable resin into the fibres; c) curing the resin and forming the fibre-composite component; d) retrieving the at least one winding spool inwardly into the winding core; e) retrieving the winding core and releasing the fibre-composite component; f) assembling the steering column while installing the fibre-composite component in the steering column.
Shelf device having a couch, comprising - a couch, which stands on a stand surface; - a first armrest, which describes a first armrest surface; and - a second armrest, which describes a second armrest surface; - the first armrest having a first support - the second armrest have a second support and the first and the second armrest (110, 120) being joined to one another wherein - the first support is supported freely on the stand surface - the second support is supported freely on the stand surface and - the first and the second armrest (110, 120) are connected by means of a base plate, which rests on the stand surface. - a couch, which stands on a stand surface; - a first armrest, which describes a first armrest surface; and - a second armrest, which describes a second armrest surface; - the first armrest having a first support - the second armrest have a second support and the first and the second armrest (110, 120) being joined to one another - the first support is supported freely on the stand surface - the second support is supported freely on the stand surface and - the first and the second armrest (110, 120) are connected by means of a base plate, which rests on the stand surface.
A processing system comprising: an acquisition unit that acquires measurement data indicating a state of a power storage device; an item value calculation unit that calculates an item value affecting safety of the power storage device based on the measurement data; a safety determination unit that determines the safety of the power storage device based on the calculated item value; and a certification unit that outputs certification information certifying that the power storage device is safe, in a case where the determined safety satisfies a predetermined condition; wherein the safety determination unit estimates a period in which a state where the safety satisfies the predetermined condition is maintained, based on the calculated item value, wherein the certification unit outputs the period as an effective period of the certification information, and wherein the display control unit displays, as the certification information, a mark certifying that the power storage device is safe on a display, the display being included in the power storage device, or being installed around the power storage device. an acquisition unit that acquires measurement data indicating a state of a power storage device; an item value calculation unit that calculates an item value affecting safety of the power storage device based on the measurement data; a safety determination unit that determines the safety of the power storage device based on the calculated item value; and a certification unit that outputs certification information certifying that the power storage device is safe, in a case where the determined safety satisfies a predetermined condition; wherein the safety determination unit estimates a period in which a state where the safety satisfies the predetermined condition is maintained, based on the calculated item value, wherein the certification unit outputs the period as an effective period of the certification information, and wherein the display control unit displays, as the certification information, a mark certifying that the power storage device is safe on a display, the display being included in the power storage device, or being installed around the power storage device.
Oral thin film comprising at least one polymer and at least one pharmaceutically active ingredient, characterised in that the oral thin film is substantially U-shaped and wherein the oral thin film is constructed in such a way that the two ends are substantially parallel, wherein the at least one pharmaceutically active ingredient comprises ketamine in a quantity of 20 to 40% by weight and wherein the at least one polymer comprises hydroxypropyl methylcellulose or polyvinyl alcohol.
Detection device comprising: - an absorbent first stack configured to absorb an electromagnetic radiation in at least a first wavelength range and presenting a first thermal expansion coefficient, the absorbent first stack comprising a layer made from absorbent material and - a second stack forming an optical function and presenting a second thermal expansion coefficient, where the first thermal expansion coefficient is different from the second thermal expansion coefficient and the detection device comprises a buffer layer separating the absorbent first stack and second stack so as to separate the absorbent first stack from a set of mechanical stresses introduced by the second stack, characterized in that the buffer layer presents a thickness comprised between 0.5μm and 50μm, and in that the buffer layer is formed by a semiconductor material that is lattice matched with the first stack or in that the difference of lattice parameter between the buffer layer and absorbent first stack is less than 1%, and in that the absorbent material is a II-VI material or a III-V material. - an absorbent first stack configured to absorb an electromagnetic radiation in at least a first wavelength range and presenting a first thermal expansion coefficient, the absorbent first stack comprising a layer made from absorbent material and - a second stack forming an optical function and presenting a second thermal expansion coefficient, characterized in that the buffer layer presents a thickness comprised between 0.5μm and 50μm, and in that the buffer layer is formed by a semiconductor material that is lattice matched with the first stack or in that the difference of lattice parameter between the buffer layer and absorbent first stack is less than 1%, and in that the absorbent material is a II-VI material or a III-V material.
A method of manufacturing a waterproof connector, the method comprising: providing a shell with a seamless and substantially tubular shape; providing a resin support formed in a wall pattern; accommodating said resin support in said shell; providing a contact terminal and supporting said contact terminal with said resin support; and providing a sealing member and locating said sealing member on and around a periphery of said shell; characterised in that the step of providing said shell comprises; providing a flat metal plate; forming the shell from said flat metal plate using a drawing press and providing a stepped part abutting on the sealing member and formed in a peripheral pattern. providing a shell with a seamless and substantially tubular shape; providing a resin support formed in a wall pattern; accommodating said resin support in said shell; providing a contact terminal and supporting said contact terminal with said resin support; and providing a sealing member and locating said sealing member on and around a periphery of said shell; characterised in that the step of providing said shell comprises; providing a flat metal plate; forming the shell from said flat metal plate using a drawing press and providing a stepped part abutting on the sealing member and formed in a peripheral pattern.
A scalable, multi-tenant network architecture for a virtualized datacenter, the network architecture comprising: a network comprising a plurality of servers (135a-d) connected to a plurality of switches (120a,b), the plurality of servers hosting a plurality of virtual interfaces for a plurality of tenants; a configuration repository connected to the network; a network agent (110a-d) in each server in the plurality of servers to encapsulate packets for transmission across the network from a source virtual interface to a destination virtual interface in the plurality of virtual interfaces for a tenant in the plurality of tenants, the packets encapsulated with information identifying and locating the destination virtual interface, the information interpreted by switches connected to the source virtual interface and the destination virtual interface; and characterised in that the network agent comprises a configuration module to: assign an IP address to the each server based on a port number of a switch connected to the each server; and associate a plurality of virtual interfaces with an IP address based on a tenant ID for a tenant associated with the plurality of virtual interfaces and the port number of the switch connected to the each server, wherein each tenant in the plurality of tenants forms one or more MAC address spaces. a network comprising a plurality of servers (135a-d) connected to a plurality of switches (120a,b), the plurality of servers hosting a plurality of virtual interfaces for a plurality of tenants; a configuration repository connected to the network; a network agent (110a-d) in each server in the plurality of servers to encapsulate packets for transmission across the network from a source virtual interface to a destination virtual interface in the plurality of virtual interfaces for a tenant in the plurality of tenants, the packets encapsulated with information identifying and locating the destination virtual interface, the information interpreted by switches connected to the source virtual interface and the destination virtual interface; and characterised in that the network agent comprises a configuration module to: assign an IP address to the each server based on a port number of a switch connected to the each server; and associate a plurality of virtual interfaces with an IP address based on a tenant ID for a tenant associated with the plurality of virtual interfaces and the port number of the switch connected to the each server, assign an IP address to the each server based on a port number of a switch connected to the each server; and associate a plurality of virtual interfaces with an IP address based on a tenant ID for a tenant associated with the plurality of virtual interfaces and the port number of the switch connected to the each server, wherein each tenant in the plurality of tenants forms one or more MAC address spaces.
Passenger conveyance device comprising a frame element (11,13) and a seating area, wherein the passenger conveyance device further comprises a mounting assembly (21, 21') for mounting an accessory (15, 17, 19) to the frame element (11, 13) adjacent to the seating area, the assembly (21, 21') comprises at least one connection element (23a, 23b, 23a', 23b') connectable to at least one first connection point (25a, 25b, 25a', 25b') of the frame element (11, 13) and to at least one second connection point of the accessory (13, 17, 19) and the connection element (23a, 23b, 23a', 23b') is pivotable relative to the frame element (11, 13) in the first connection point (25a, 25b, 25a', 25b') around a first, mainly vertical axis (35a, 35b, 35a', 35b') and relative to the accessory (15, 17, 19) in the second connection point around a second axis (37a, 37b, 37a', 37b') being parallel to the first axis (35a, 35b, 35a', 35b'), characterized by at least two connection elements (23a, 23b, 23a', 23b'), wherein further the connection elements (23a, 23b, 23a', 23b') are connected to the respective first connection point in at least one respective first mounting point and are connected to the respective second connection point in at least one respective second mounting point, wherein the respective first mounting point is movable along a course and/or contour of the respective connection element (23a, 23b, 23a', 23b').
Measuring device for measuring a frame start time in a measuring signal comprising receiving means for receiving the measuring signal and outputting a digital measuring signal, and processing means for determining the frame start time, wherein the processing means comprise active resource block determination means for determining active resource blocks of a first signal derived from the digital measuring signal by - determining a power of each received resource block, and - determining a resource block as active, if the determined power is above a given threshold, wherein the processing means comprise frame start determination means for determining the frame start time by calculating a frame start metric from the digital measuring signal, and wherein the frame start determination means are setup for calculating the frame start metric based upon the determined active resource blocks, after the active resource blocks are known. - determining a power of each received resource block, and - determining a resource block as active, if the determined power is above a given threshold,