mhurhangee/ep-ind-claims huggingface dataset:
A device for detecting a target analyte on a surface comprising a female member having a first region and a second region, a corresponding male member engaged within the first region of the female member which is capable of movement within the female member in response to an applied force, said male member comprising detection means to the target analyte, and an absorbent material supported within the second region of the female member which is at least partially externally available to contact the surface and collect the target analyte, wherein the male member is capable of applying pressure to the absorbent material through movement of the male member within the female member, such that in use the majority of a fluid absorbed to the absorbent material is squeezed from the absorbent material and remains in the device to communicate with the detection means.
Assembly comprising a mouth guard blank having at least one channel made of a heat-deformable material for the reception of at least one portion of a dental arch (3a, 3b), said assembly further comprising a tool allowing for the taking of an impression of said portion of arch in said channel after heating of said material, said tool having a gripping handle bearing a head for maintaining said blank, at least said head being made from a material remaining rigid at a deformation temperature of the channel, said head having a vault of which the front face is complementary with a front wall of said blank, at least one zone of the channel intended for receiving incisors (I 1, I 2) extending to the rear of said front wall, said assembly being characterised in that the vault comprises two tabs which are spaced apart on its front face by a distance such that they are arranged respectively under a lateral incisor (I 2) zone (Z 2) of the channel once maintained on the head, said tabs having a height that is arranged in order to form between them a cavity which is arranged under a central incisor (I 1) zone (Z 1) of said channel.
A mounting station for releasably holding a computer terminal, comprising: a housing comprising a first surface, a second surface, and an attachment mechanism disposed on the first surface for attaching the mounting station to a structure; a power input port disposed along the housing for receiving supply power for the computer terminal; an electrical connector electrically coupled to the power input port and comprising a plurality of electrically conductive members disposed in an indentation of the second surface, the indentation for receiving a raised surface of the computer terminal comprising a plurality of electrically conductive elements; a tab disposed along an upper edge of the second surface for engaging a slot disposed on an upper surface of the computer terminal to align each electrically conductive member with a respective electrically conductive element of the plurality of electrically conductive elements; and a ridge disposed along a lower edge of the second surface for engaging a locking mechanism of the computer terminal to securely attach the computer terminal to the mounting station, wherein each of the plurality of electrically conductive members contacts the respective electrically conductive element when the computer terminal is properly attached to the mounting station. a housing comprising a first surface, a second surface, and an attachment mechanism disposed on the first surface for attaching the mounting station to a structure; a power input port disposed along the housing for receiving supply power for the computer terminal; an electrical connector electrically coupled to the power input port and comprising a plurality of electrically conductive members disposed in an indentation of the second surface, the indentation for receiving a raised surface of the computer terminal comprising a plurality of electrically conductive elements; a tab disposed along an upper edge of the second surface for engaging a slot disposed on an upper surface of the computer terminal to align each electrically conductive member with a respective electrically conductive element of the plurality of electrically conductive elements; and a ridge disposed along a lower edge of the second surface for engaging a locking mechanism of the computer terminal to securely attach the computer terminal to the mounting station, wherein each of the plurality of electrically conductive members contacts the respective electrically conductive element when the computer terminal is properly attached to the mounting station.
An oral pharmaceutical composition in the form of a tablet comprising an intragranular portion and an extragranular portion, which oral pharmaceutical composition comprises: imatinib mesylate in an amount of greater than 95.6% by weight based on the total weight of the composition; a film coating, which film coating comprises a polymer selected from hydroxypropylmethyl cellulose, sodium alginate, cellulose acetate phthalate, hydroxypropylmethyl cellulose phthalate and methacrylic acid co-polymers; and a lubricant which is sodium stearyl fumarate, wherein the lubricant is present in the extragranular portion of the tablet. imatinib mesylate in an amount of greater than 95.6% by weight based on the total weight of the composition; a film coating, which film coating comprises a polymer selected from hydroxypropylmethyl cellulose, sodium alginate, cellulose acetate phthalate, hydroxypropylmethyl cellulose phthalate and methacrylic acid co-polymers; and a lubricant which is sodium stearyl fumarate,
A roller bearing for automobiles, wherein surfaces of the rolling elements of the roller bearing are provided with innumerable minute, recess-shaped cavities at random, such that said surfaces have a combination of a surface roughness parameter Ryni in a range of 0.4μm ≦ Ryni ≦ 1.0 μm, an Sk value of not more than -1.6, a surface roughness parameter Rymax in a range of 0.4 μm - 1.0 μm, and a surface roughness parameter Rqni such that 0.05μm ≤ Rqni ≤ 0.09μm, wherein the value of the ratio, Rqni / Rqni, where the Rqni is the axial surface roughness and the Rqni is the circumferential surface roughness, is not more than 1.0, wherein Ryni is a mean value for sampling length per maximum height, Rymax is the maximum value for sampling length per maximum height, Rqni is the root mean square roughness and Sk is the skewness of the roughness curve.
A testing device for testing the level of a selected chemical, for example a corrosion inhibitor, in central heating system water in a central heating system circuit, the device comprising: a sample chamber for holding a sample of central heating system water to be tested, the sample chamber being connectable to the central heating system circuit to allow fluid to pass between the central heating system circuit and the sample chamber; a piston for controlling filling of the sample chamber with central heating system water from the central heating system circuit, and emptying of the sample chamber, the piston being movable to a retracted position for drawing water out of the central heating system circuit into the sample chamber, and to an extended position for emptying the sample chamber and returning the water to the central heating system circuit; at least one valve for isolating the sample of central heating system water from the central heating system circuit during testing; and optical testing apparatus including a light source and a detector, for measuring an optical property of the sample of central heating system water isolated within the sample chamber, and the testing device being adapted to thereby make a determination as to whether or not the level of the selected chemical in the water is greater than a predetermined threshold level, characterised in that the valve for isolating the sample during testing is integrated into the piston, a sealing element on the piston sealing the entrance to the sample chamber when the piston is in a retracted position, for preventing any further flow between the sample chamber and the central heating system circuit. a sample chamber for holding a sample of central heating system water to be tested, the sample chamber being connectable to the central heating system circuit to allow fluid to pass between the central heating system circuit and the sample chamber; a piston for controlling filling of the sample chamber with central heating system water from the central heating system circuit, and emptying of the sample chamber, the piston being movable to a retracted position for drawing water out of the central heating system circuit into the sample chamber, and to an extended position for emptying the sample chamber and returning the water to the central heating system circuit; at least one valve for isolating the sample of central heating system water from the central heating system circuit during testing; and optical testing apparatus including a light source and a detector, for measuring an optical property of the sample of central heating system water isolated within the sample chamber, and the testing device being adapted to thereby make a determination as to whether or not the level of the selected chemical in the water is greater than a predetermined threshold level, characterised in that the valve for isolating the sample during testing is integrated into the piston, a sealing element on the piston sealing the entrance to the sample chamber when the piston is in a retracted position, for preventing any further flow between the sample chamber and the central heating system circuit.
A DC-to-DC power converter comprising: a transformer having a primary winding and at least a first secondary winding (34, 36) and a second secondary winding; an input circuit coupled to said primary winding and adapted to apply an alternating polarity square wave voltage to said primary winding; an output circuit comprising an output filter coupled to a tap of said first secondary winding (34, 36), said output filter providing a DC output voltage, a first synchronous rectifier (52, 62) coupled to a first end of said first secondary winding (34, 36) and a second synchronous rectifier (62, 52) coupled to a second end of said first secondary winding (34, 36), said second secondary winding having a first end coupled to a control terminal of said first synchronous rectifier (52, 62) and a second end coupled to a control terminal of said second synchronous rectifier (62, 52); a first snubber circuit (72, 74; 82, 84); and a second snubber circuit (82, 84; 72, 74); characterized in that said first snubber circuit.(72, 74; 82, 84) is coupled between said control terminal of said first synchronous rectifier (52, 62) and said second end of said first secondary winding (34, 36); and said second snubber circuit (82, 84; 72, 74) is coupled between said control terminal of said second synchronous rectifier (62, 52) and said first end of said first secondary winding (34, 36). a transformer having a primary winding and at least a first secondary winding (34, 36) and a second secondary winding; an input circuit coupled to said primary winding and adapted to apply an alternating polarity square wave voltage to said primary winding; an output circuit comprising an output filter coupled to a tap of said first secondary winding (34, 36), said output filter providing a DC output voltage, a first synchronous rectifier (52, 62) coupled to a first end of said first secondary winding (34, 36) and a second synchronous rectifier (62, 52) coupled to a second end of said first secondary winding (34, 36), said second secondary winding having a first end coupled to a control terminal of said first synchronous rectifier (52, 62) and a second end coupled to a control terminal of said second synchronous rectifier (62, 52); a first snubber circuit (72, 74; 82, 84); and a second snubber circuit (82, 84; 72, 74); characterized in that said first snubber circuit.(72, 74; 82, 84) is coupled between said control terminal of said first synchronous rectifier (52, 62) and said second end of said first secondary winding (34, 36); and said second snubber circuit (82, 84; 72, 74) is coupled between said control terminal of said second synchronous rectifier (62, 52) and said first end of said first secondary winding (34, 36).
A tunnel management method, comprising: receiving a tunnel management request from an initiating node; sending to the initiating node a response message, which comprises information of a node that causes failure of the tunnel management request when the tunnel management request fails; sending the tunnel management request to a remote node; receiving from the remote node a response message, which comprises a cause value of tunnel management request failure; and wherein the step of sending to the initiating node the response message, which comprises information of the node that causes failure of the tunnel management request when the tunnel management request fails, comprises: sending to the initiating node a response message that comprises the cause value of tunnel management request failure and information of the remote node, wherein the information of the remote node is information of the node that causes the failure of the tunnel management request. receiving a tunnel management request from an initiating node; sending to the initiating node a response message, which comprises information of a node that causes failure of the tunnel management request when the tunnel management request fails; sending the tunnel management request to a remote node; receiving from the remote node a response message, which comprises a cause value of tunnel management request failure; and wherein the step of sending to the initiating node the response message, which comprises information of the node that causes failure of the tunnel management request when the tunnel management request fails, comprises: sending to the initiating node a response message that comprises the cause value of tunnel management request failure and information of the remote node, wherein the information of the remote node is information of the node that causes the failure of the tunnel management request. sending to the initiating node a response message that comprises the cause value of tunnel management request failure and information of the remote node, wherein the information of the remote node is information of the node that causes the failure of the tunnel management request.
An inhibitor that acts directly to alter the activity of chemokine receptor CCX-CKR for use in the prevention and/or treatment of a metastatic cancer in a subject, wherein the inhibitor comprises one or more of a small interfering RNA, a microRNA, an antisense RNA, a ligand for a chemokine receptor CCX-CKR, and a neutralising antibody and/or an antigen-binding part thereof.
A money item conveyor comprising a plurality of money item conveying members configured to convey money items around a looped path, the plurality of conveying members each comprising a first money item support surface on a first section of the conveying member and a second money item support surface on a second section of the conveying member, wherein the first and second money item support surfaces are configured to simultaneously support a main face of a money item on the conveying member, the first and second support surfaces of each conveying member being separated by an articulation region to allow relative movement of the first and second support surfaces, wherein, on each conveying member, a money item conveying surface is upstanding from the first support surface and is configured to exert a driving force against an edge of a money item supported by the first and second support surfaces of the conveying member; wherein, on each conveying member, the second support surface comprises two parts which are non coplanar; and wherein the plurality of money item conveying members are connected together by flexible joints to form a conveying track, the flexible joints being separate from the articulation regions of the money item conveying members. wherein, on each conveying member, a money item conveying surface is upstanding from the first support surface and is configured to exert a driving force against an edge of a money item supported by the first and second support surfaces of the conveying member; wherein, on each conveying member, the second support surface comprises two parts which are non coplanar; and wherein the plurality of money item conveying members are connected together by flexible joints to form a conveying track, the flexible joints being separate from the articulation regions of the money item conveying members.
A method of monitoring a power cable carrying multiple AC phases to detect deformation of the power cable, the method comprising: performing distributed fibre optic sensing on a sensing optical fibre to provide a measurement signal from each of a plurality of longitudinal sensing portions of the sensing optical fibre, the sensing optical fibre being coupled to the power cable; characterised by analysing said measurements signals to detect a characteristic of an imbalance in magnetic fields; and wherein said characteristic of an imbalance in magnetic fields is a signal component at a characteristic frequency related to a power frequency of the AC phases. performing distributed fibre optic sensing on a sensing optical fibre to provide a measurement signal from each of a plurality of longitudinal sensing portions of the sensing optical fibre, the sensing optical fibre being coupled to the power cable; characterised by analysing said measurements signals to detect a characteristic of an imbalance in magnetic fields; and wherein said characteristic of an imbalance in magnetic fields is a signal component at a characteristic frequency related to a power frequency of the AC phases.
A lighter (1,6,7,8,9) comprising a safety protection device, an ignition switch (3,63,73,83,93) and an energy supply module (4,65,74,84,94), wherein the safety protection device comprises a safety switch (51,67,79,86,902,903,904), a trigger module (52,66,78,89,99) and a wireless transceiver module (53,68,77,88,98), wherein the wireless transceiver module (53,68,77,88,98) is capable of transmitting a wireless request signal, receiving a wireless response signal and transmitting the received wireless response signal to the trigger module (52,66,78,89,99), wherein the trigger module (52,66,78,89,99) is configured to trigger the safety switch (51,67,79,86,902,903,904) according to the wireless response signal to enable the safety switch (51,67,79,86,902,903,904) to act so that ignition can be realized, and the lighter is further configured such that the ignition cannot be realized even the ignition switch (3,63,73,83,93) is actuated when the wireless transceiver module (53,68,77,88,98) does not receive the wireless response signal.
A nacelle assembly for a high-bypass gas turbine engine comprising: a core nacelle defined about an engine centerline axis; a fan nacelle mounted at least partially around said core nacelle to define a fan bypass flow path; and a variable area fan nozzle (VAFN) in communication with said fan bypass flow path, said variable area fan nozzle having a first fan nacelle section and a second fan nacelle section, said second fan nacelle section axially movable relative said first fan nacelle section to define an auxiliary port to vary a fan nozzle exit area and adjust fan bypass airflow, said second fan nacelle section includes at least one VAFN cowl with an inner portion and an outer portion; wherein said second fan nacelle section comprises a multiple of stiffeners between said inner portion and said outer portion, characterised in that: each of said multiple of stiffeners defines a chevron shape. a core nacelle defined about an engine centerline axis; a fan nacelle mounted at least partially around said core nacelle to define a fan bypass flow path; and a variable area fan nozzle (VAFN) in communication with said fan bypass flow path, said variable area fan nozzle having a first fan nacelle section and a second fan nacelle section, said second fan nacelle section axially movable relative said first fan nacelle section to define an auxiliary port to vary a fan nozzle exit area and adjust fan bypass airflow, said second fan nacelle section includes at least one VAFN cowl with an inner portion and an outer portion; wherein said second fan nacelle section comprises a multiple of stiffeners between said inner portion and said outer portion, characterised in that: each of said multiple of stiffeners defines a chevron shape. each of said multiple of stiffeners defines a chevron shape.
A food processing and cooking apparatus including: a container module having a rotary blade for crushing a food material contained in an inner space; a housing module formed by the coupling of an upper housing for supporting the container module and a lower housing coupled to the upper housing; and a power module mounted by a base bracket in the inner space of the housing module and transmitting power generated by a motor to a power-transmitting unit to rotate the rotating blade, wherein the container module is detachably mounted while preventing from being shaken by a mounting groove of the upper housing, and the power module is configured such that vibration and noise are reduced by an anti-vibration member, characterized in that the mounting groove includes: an outer mounting groove formed on a side part of the upper housing while having a corresponding size and shape so that the outer surface of the container module can be mounted, and a lower mounting groove formed in a lower part of the upper housing while having a corresponding size and shape so that the lower end of the container module can be mounted, the lower mounting groove, where the container module is mounted, being formed so as to have an inclination (α) with respect to a horizontal plane in the outward direction from a central part, one side of the lower mounting groove being provided with a drain port connected with a pipe line and having a lower height than the central part of the lower mounting groove, said pipe line communicating with the outside. a container module having a rotary blade for crushing a food material contained in an inner space; a housing module formed by the coupling of an upper housing for supporting the container module and a lower housing coupled to the upper housing; and a power module mounted by a base bracket in the inner space of the housing module and transmitting power generated by a motor to a power-transmitting unit to rotate the rotating blade, wherein the container module is detachably mounted while preventing from being shaken by a mounting groove of the upper housing, and the power module is configured such that vibration and noise are reduced by an anti-vibration member, characterized in that the mounting groove includes: an outer mounting groove formed on a side part of the upper housing while having a corresponding size and shape so that the outer surface of the container module can be mounted, and a lower mounting groove formed in a lower part of the upper housing while having a corresponding size and shape so that the lower end of the container module can be mounted, the lower mounting groove, where the container module is mounted, being formed so as to have an inclination (α) with respect to a horizontal plane in the outward direction from a central part, one side of the lower mounting groove being provided with a drain port connected with a pipe line and having a lower height than the central part of the lower mounting groove, said pipe line communicating with the outside.