mhurhangee/ep-ind-claims huggingface dataset:
A short pulse dielectric wall accelerator÷ having a dielectric beam tube of length L surrounding an acceleration axis, the short pulse dielectric wall accelerator being characterized in that it comprises: at least two adjacent pulse-forming lines transversely connected to the beam tube, each pulse-forming line having a switch connectable to a high voltage potential for propagating at least one electrical wavefront(s) through the connected pulse-forming line independent of other pulse-forming lines to produce a short acceleration pulse of pulse width τ along a corresponding short axial length δL of the beam tube; and means for sequentially controlling the switches so that a traveling axial electric field is produced along the beam tube in synchronism with an axially traversing pulsed beam of charged particles to serially impart energy to said particles. at least two adjacent pulse-forming lines transversely connected to the beam tube, each pulse-forming line having a switch connectable to a high voltage potential for propagating at least one electrical wavefront(s) through the connected pulse-forming line independent of other pulse-forming lines to produce a short acceleration pulse of pulse width τ along a corresponding short axial length δL of the beam tube; and means for sequentially controlling the switches so that a traveling axial electric field is produced along the beam tube in synchronism with an axially traversing pulsed beam of charged particles to serially impart energy to said particles.
Cooling apparatus provided with an atmospheric pressure storage space and an evacuatable storage compartment defined by, and characterized by, a separately constructed box unit having at least one wall formed at least in part by a transparent member for compartement inspection of items in the evacuatable storage, wherein the at least one wall is a top wall of the unit and is used as a bottom shelf of the atmospheric pressure storage space, an openable door sealably closing an access opening of the compartment and a plurality of further walls formed by an integrally constructed structure supporting the transparent member, said plurality of further walls comprising a front wall with an aperture defining the access opening, a back wall and two mutually opposite side walls of the unit.
A method for installing a monitoring device in a tyre for vehicle wheels, comprising: - providing a monitoring device including: • an electronic unit; • a connecting member having an upper structure and a lower structure that in cooperation define a housing for said electronic unit, said lower structure comprising two base portions (31, 32) separated from each other by a separation region, each of said base portions (31, 32) having a respective base surface (35a, 35b) associable with an inner surface of a tyre; - providing a positioning device including two separate active portions (41, 42), each having a main surface (41 a, 42a) the shape of which matches that of a respective portion (P1, P2) of an outer surface of said monitoring device, said separate active portions (41, 42) being adapted to cooperate with at least said base portions (31, 32); - associating said positioning device with said monitoring device to keep said monitoring device in an installation condition in which said base portions (31, 32) are maintained at a given mutual distance by said active portions (41, 42); - fastening said base portions (31, 32) to the inner surface of said tyre; - removing said positioning device. - providing a monitoring device including: • an electronic unit; • a connecting member having an upper structure and a lower structure that in cooperation define a housing for said electronic unit, said lower structure comprising two base portions (31, 32) separated from each other by a separation region, each of said base portions (31, 32) having a respective base surface (35a, 35b) associable with an inner surface of a tyre; • an electronic unit; • a connecting member having an upper structure and a lower structure that in cooperation define a housing for said electronic unit, said lower structure comprising two base portions (31, 32) separated from each other by a separation region, each of said base portions (31, 32) having a respective base surface (35a, 35b) associable with an inner surface of a tyre; - providing a positioning device including two separate active portions (41, 42), each having a main surface (41 a, 42a) the shape of which matches that of a respective portion (P1, P2) of an outer surface of said monitoring device, said separate active portions (41, 42) being adapted to cooperate with at least said base portions (31, 32); - associating said positioning device with said monitoring device to keep said monitoring device in an installation condition in which said base portions (31, 32) are maintained at a given mutual distance by said active portions (41, 42); - fastening said base portions (31, 32) to the inner surface of said tyre; - removing said positioning device.
An actuator arrangement for a motor vehicle drivetrain, in particular for a dual-clutch arrangement, having a first fluid cylinder which is connected via a first fluid connection to a fluid supply device, having a second fluid cylinder which is connected via a second fluid connection to the fluid supply device, and having a pressure measuring arrangement, wherein the pressure measuring arrangement has a single pressure sensor which is connected by means of a connecting arrangement to the first fluid connection and to the second fluid connection, wherein the connecting arrangement has a valve arrangement (46; 58), and wherein the valve arrangement is connected to the first and second fluid connections (38, 40) and to the pressure sensor such that the pressure sensor detects the minimum pressure (P MIN) out of the fluid pressures (P 1, P 2) prevailing in the fluid connections (38, 40), characterized in that the valve arrangement (46; 58) is fluid-actuated.
Thermal conductivity detector with a channel through which a fluid can flow and with a heating element made of doped silicon which can be heated to operating temperature by a filament current, which heating element is arranged in the centre and extends in the longitudinal direction of the channel such that it can be flowed around by a fluid and is supported on a support traversing the channel, wherein the heating element is formed by a bar, characterised in that the support has a support arm (8, 9) on each of the two sides of the connection with the heating element and that the bar is supported unilaterally on the support, and that the bar and the support on one side under an intermediate layer of an insulating layer support a metal layer ending at the ends of the support arms (8, 9) in contact surfaces (15, 16) for power supply, which metal layer is interrupted in one region of one of the support arms (8, 9) and is in contact there with the doped silicon through the insulating layer on the side of the bar next to the support arm and at the free end of the bar respectively.
An ostomy appliance, comprising: a sealing wafer having a first radial extent between a first inner periphery and a first outer periphery, the sealing wafer defining a first proximal surface and an at least partly exposed second distal surface, the first proximal surface provided with a first paste-like adhesive, the sealing wafer defining a stoma-receiving opening at the first inner periphery; a collecting bag having a proximal wall and a distal wall and an inlet opening in the proximal wall for receiving stomal output; the sealing wafer and the collecting bag adapted to be connectible to each other; characterised in that a second adhesive is provided on the proximal wall of the collecting bag around the inlet opening; wherein, in use of the ostomy appliance, the first outer periphery of the sealing wafer is adapted to be located radially closer to an axis (A-A) extending through a first centre of the stoma-receiving opening and a second centre of the inlet opening than any portion of the second adhesive on the proximal wall. a sealing wafer having a first radial extent between a first inner periphery and a first outer periphery, the sealing wafer defining a first proximal surface and an at least partly exposed second distal surface, the first proximal surface provided with a first paste-like adhesive, the sealing wafer defining a stoma-receiving opening at the first inner periphery; a collecting bag having a proximal wall and a distal wall and an inlet opening in the proximal wall for receiving stomal output; the sealing wafer and the collecting bag adapted to be connectible to each other; characterised in that a second adhesive is provided on the proximal wall of the collecting bag around the inlet opening; wherein, in use of the ostomy appliance, the first outer periphery of the sealing wafer is adapted to be located radially closer to an axis (A-A) extending through a first centre of the stoma-receiving opening and a second centre of the inlet opening than any portion of the second adhesive on the proximal wall.
A tetravalent and homodimeric bispecific antibody molecule comprising in each monomer: (i) an N-terminal Fab fragment comprising a variable region comprising a heavy chain variable domain and a light chain variable domain, wherein said variable region comprises a first binding site capable of binding to an antigen; (ii) a C-terminal scFv fragment binding CD3 comprising a heavy chain variable region and a light chain variable region of humanized UCHT1, and wherein (i) and (ii) are connected by a CH2 and CH3 domain. (i) an N-terminal Fab fragment comprising a variable region comprising a heavy chain variable domain and a light chain variable domain, wherein said variable region comprises a first binding site capable of binding to an antigen; (ii) a C-terminal scFv fragment binding CD3 comprising a heavy chain variable region and a light chain variable region of humanized UCHT1, and wherein (i) and (ii) are connected by a CH2 and CH3 domain.
A method for preparing the compound represented by formula, characterized by operating in either of the following two ways: reacting a compound represented by formula with a compound represented by formula in which Z 1 is 2-cyanophenoxy group and Z 2 is halogen, in an organic solvent in the presence of sodium methoxide or potassium methoxide and catalyst; reacting a compound represented by formula with a compound represented by formula in the presence of sodium methoxide or potassium methoxide and catalyst, and then reacting with 2-cyanophenol in the presence of alkali and catalyst, in formula, both Z 1 and Z 2 are halogen; in the formula, R 4 is C 1 -C 4 alkyl, and R 3 is hydrogen or C 1 -C 4 alkyl. reacting a compound represented by formula with a compound represented by formula in which Z 1 is 2-cyanophenoxy group and Z 2 is halogen, in an organic solvent in the presence of sodium methoxide or potassium methoxide and catalyst; reacting a compound represented by formula with a compound represented by formula in the presence of sodium methoxide or potassium methoxide and catalyst, and then reacting with 2-cyanophenol in the presence of alkali and catalyst, in formula, both Z 1 and Z 2 are halogen; in the formula, R 4 is C 1 -C 4 alkyl, and R 3 is hydrogen or C 1 -C 4 alkyl.
Mounting system for an extractor hood which is fixable to a wall and comprises an intake housing and a chimney housing, comprising a mounting plate for retaining the intake housing, which plate comprises a projection on each of two opposite sides which are spaced apart from one another, and a retaining plate for retaining the chimney housing, the mounting plate and the retaining plate being fixable to a wall and the retaining plate being formed from a crossbar (4.1) and two guide rails (4.2), each of which are arranged on one of the two end faces of the crossbar (4.1) and extend substantially in parallel with one another, the guide rails (4.2) of the retaining plate being formed as longitudinal profiles (4.2), each of which engage around a projection (2.2.1) on the mounting plate when the mounting system is assembled in such a way that a movement of the retaining plate relative to the mounting plate and in parallel with the longitudinal axes of the guide rails (4.2) is possible, and movement perpendicular thereto is prevented, a safety means which prevents undesired loosening of the retaining plate from the mounting plate, characterised by, when the mounting system is assembled, the safety means allows for a relative movement, in one direction, between the retaining plate and the mounting plate which is substantially parallel to the longitudinal axis of the guide rails (4.2), and prevents said movement in the opposite direction.
A touch-screen display apparatus, comprising a display part (10, 50) configured to display an image on a front surface thereof;a rear cover (11,52) to cover a rear surface of the display part (10,50); a stand (20, 60) configured to support the display part (10, 50); and a hinge device configured to connect the display part (10, 50) to the stand such that the display part (10, 40) is tilted, wherein the hinge device (30, 40) includes: a guide part (32, 42) formed on a rear surface of the display part (10, 50), a latch fixed to the stand (20, 60) and configured to slide along the guide part (32, 42) when the display part (10, 50) is tilted, and a fixing part configured to fix the display part (10, 50) such that the display part (10, 50) is not moved when an external force applied to the display part (10, 50) is removed; characterized in that both the guide part (32, 42) and the fixing part are accommodated within an inner space between the display (10,50) and the rear cover (11, 52) to prevent the guide part (32, 42) and the fixing part from being externally exposed, and the display part (10, 50) has a lower portion having a thickness greater than that of an upper portion of display part (10, 50). a guide part (32, 42) formed on a rear surface of the display part (10, 50), a latch fixed to the stand (20, 60) and configured to slide along the guide part (32, 42) when the display part (10, 50) is tilted, and a fixing part configured to fix the display part (10, 50) such that the display part (10, 50) is not moved when an external force applied to the display part (10, 50) is removed; both the guide part (32, 42) and the fixing part are accommodated within an inner space between the display (10,50) and the rear cover (11, 52) to prevent the guide part (32, 42) and the fixing part from being externally exposed, and the display part (10, 50) has a lower portion having a thickness greater than that of an upper portion of display part (10, 50).
Method for the production of coatings by physical vapor deposition, wherein a binary target or a target with more than two constituents is evaporated in a curvilinear cathodic arc discharge, causing the ions with different masses to be splitted and the ion splitting results in variations in the ratio of the different elements at different positions in the deposition chamber, wherein a substrate to be coated is passed through a first area of the coating chamber having a higher concentration of ions of a first metal and subsequently passed through a second area of the coating chamber having a higher concentration of ions of a second metal wherein a deposited multi-layer coating shows different concentrations of the metals.
An information processing apparatus comprising: a Large Scale Integrated device "LSI"; and an external memory being outside the LSI, wherein the LSI includes an external interface for transmitting and receiving information to and from the external memory; a first key storage section for storing a first key information; a second key storage section for storing a second key information; and an encryption and decryption processing section for encrypting and decrypting the information which is transmitted or received via the external interface using the first key information or the second key information; characterized in that the first key information is an inherent key information inherent to the LSI; the first key storage section is adapted to store the first key information in an un-rewritable state and the second key storage section is adapted to store the second key information in a rewritable state, and by a switching section for switching the key used by the encryption and decryption processing section between the first key information and the second key information according to the information which is transmitted or received via the external interface. a Large Scale Integrated device "LSI"; and an external memory being outside the LSI, wherein the LSI includes an external interface for transmitting and receiving information to and from the external memory; a first key storage section for storing a first key information; a second key storage section for storing a second key information; and an encryption and decryption processing section for encrypting and decrypting the information which is transmitted or received via the external interface using the first key information or the second key information; characterized in that the first key information is an inherent key information inherent to the LSI; the first key storage section is adapted to store the first key information in an un-rewritable state and the second key storage section is adapted to store the second key information in a rewritable state, and by a switching section for switching the key used by the encryption and decryption processing section between the first key information and the second key information according to the information which is transmitted or received via the external interface.
An antibody comprising: a variable heavy chain region as shown in SEQ ID NO:5 [7H3 Vh] and (ii) a variable light chain region as shown in SEQ ID NO:6 [7H3 Vl]; or (ii) a variable heavy chain region comprising the CDR1, CDR2 and CDR3 loop sequences of a variable heavy chain region as shown in SEQ ID NO:5 [7H3 Vh], according to Kabat numbering, and a variable light chain region comprising the CDR1, CDR2 and CDR3 loop sequences of a variable light chain region as shown in SEQ ID NO:6 [7H3 Vl], according to Kabat numbering, wherein the antibody binds to human C5aR and reduces or inhibits the binding of C5a to C5aR. a variable heavy chain region as shown in SEQ ID NO:5 [7H3 Vh] and (ii) a variable light chain region as shown in SEQ ID NO:6 [7H3 Vl]; or (ii) a variable heavy chain region comprising the CDR1, CDR2 and CDR3 loop sequences of a variable heavy chain region as shown in SEQ ID NO:5 [7H3 Vh], according to Kabat numbering, and a variable light chain region comprising the CDR1, CDR2 and CDR3 loop sequences of a variable light chain region as shown in SEQ ID NO:6 [7H3 Vl], according to Kabat numbering, (ii) a variable heavy chain region comprising the CDR1, CDR2 and CDR3 loop sequences of a variable heavy chain region as shown in SEQ ID NO:5 [7H3 Vh], according to Kabat numbering, and a variable light chain region comprising the CDR1, CDR2 and CDR3 loop sequences of a variable light chain region as shown in SEQ ID NO:6 [7H3 Vl], according to Kabat numbering, wherein the antibody binds to human C5aR and reduces or inhibits the binding of C5a to C5aR.
A drawer slide, especially for an oven, comprising at least two rails (2, 3) that can move relative to one another and are guided on each other by way of bearing elements, characterized in that the tracks (6, 8) of the bearing elements are lubricated at the rails (2, 3) at least in areas by way of a lubricant, wherein the lubricant contains a mixture of boron nitride and graphite and is applied as a sliding paste.
Method for monitoring a railway network and its stationary network units (NEs), whose object data together with the associated geographical coordinates which relate to a reference system, are acquired and stored in an object data record, wherein for acquiring the object data a network computer is provided, which accesses at least one database, in which the object data records of the stationary network units (NEs) are stored, wherein a) closed area boundaries are provided within the reference system by which network segments (FA12, FA3,...) are defined which include associated stationary network units (NEs); b) for monitoring the stationary network units (NEs) in one of the network segments (FA12; FA3,...), at least some of the stored object data records are checked and the stationary network units (NEs) whose object coordinates lie within the network segments (FA12, FA3,...) are selected; and c) status data of the selected stationary network units (NEs) are determined. a) closed area boundaries are provided within the reference system by which network segments (FA12, FA3,...) are defined which include associated stationary network units (NEs); b) for monitoring the stationary network units (NEs) in one of the network segments (FA12; FA3,...), at least some of the stored object data records are checked and the stationary network units (NEs) whose object coordinates lie within the network segments (FA12, FA3,...) are selected; and c) status data of the selected stationary network units (NEs) are determined.
A housing assembly comprising: a housing body having a bottom portion and at least one side wall connected with an outer edge of the bottom portion, wherein each of the at least one side wall and the bottom portion cooperatively define a bending angle larger than 70 degrees; and a flexible film layer disposed on a first surface of the housing body, wherein the flexible film layer has an elongation at break, measured according to GB9286-98, higher than or equal to 150%, and the first surface of the housing body comprises a surface of the bottom portion close to the flexible film layer and a surface of the at least one side wall close to the flexible film layer. a housing body having a bottom portion and at least one side wall connected with an outer edge of the bottom portion, wherein each of the at least one side wall and the bottom portion cooperatively define a bending angle larger than 70 degrees; and a flexible film layer disposed on a first surface of the housing body, wherein the flexible film layer has an elongation at break, measured according to GB9286-98, higher than or equal to 150%, and the first surface of the housing body comprises a surface of the bottom portion close to the flexible film layer and a surface of the at least one side wall close to the flexible film layer.