mhurhangee/ep-ind-claims huggingface dataset:
A multi-layer film, comprising in the following order: an orienting layer that serves as support substrate; a peel layer; and an isotropic layer that exhibits an out-of-plane birefringence of < 0.01, wherein the orienting layer, the peel layer, and the isotropic layer are co-extruded, co-oriented and annealed, wherein the peel layer provides 0.02 to 0.15 N/cm (5 to 40 g/in) of adhesion to the orienting layer or the isotropic layer when measured using a 90° peel test. an orienting layer that serves as support substrate; a peel layer; and an isotropic layer that exhibits an out-of-plane birefringence of < 0.01, wherein the orienting layer, the peel layer, and the isotropic layer are co-extruded, co-oriented and annealed, wherein the peel layer provides 0.02 to 0.15 N/cm (5 to 40 g/in) of adhesion to the orienting layer or the isotropic layer when measured using a 90° peel test.
Movement for timepiece comprising: • a counting assembly comprising a first power source and a geartrain kinematically linked to at least one time indicator, this counting assembly being part of a first kinematic chain; and • a regulation assembly comprising a regulation member and being part of a second kinematic chain distinct from said first kinematic chain; • a mobile equipment carrying said regulation assembly; • a guiding assembly of said mobile equipment comprising at least one rail (30, 32); • a driving mechanism of said mobile equipment arranged to move this mobile equipment along the guiding assembly; this movement for timepiece being characterized in that it further comprises: • a locking member of said geartrain, this locking member being part of said first kinematic chain and being arranged to momentarily connect or separate said first kinematic chain and said second kinematic chain when said locking member is actuated; and • a release mechanism of said locking member. • a counting assembly comprising a first power source and a geartrain kinematically linked to at least one time indicator, this counting assembly being part of a first kinematic chain; and • a regulation assembly comprising a regulation member and being part of a second kinematic chain distinct from said first kinematic chain; • a mobile equipment carrying said regulation assembly; • a guiding assembly of said mobile equipment comprising at least one rail (30, 32); • a driving mechanism of said mobile equipment arranged to move this mobile equipment along the guiding assembly; • a locking member of said geartrain, this locking member being part of said first kinematic chain and being arranged to momentarily connect or separate said first kinematic chain and said second kinematic chain when said locking member is actuated; and • a release mechanism of said locking member.
A heat engine comprising: a high-temperature space portion and a low-temperature space portion, each of which has a working gas with a different temperature range from each other; a regenerator (31, 310) provided between the high-temperature space portion and the low-temperature space portion; two power pistons (37, 39, 61, 65) configured to cause volumetric changes of the working gases in each of the high-temperature space portion and the low-temperature space portion, and transmit motive energy on receipt of pressure changes of the working gases; and a displacer (203, 215, 217, 370, 390) configured to transfer the working gases between the high-temperature space portion and the low-temperature space portion, wherein heat and motive energy are exchanged by using the change in volume of the high-temperature space portion and the change in volume of the low-temperature space portion, the spaces being located respectively on both sides of the regenerator (31, 310), as well as by using the transfer of the working gases, and wherein the two power pistons (37, 39, 61, 65) are placed in the respective high-temperature space portion and the low-temperature space portion, characterized in that each of the two power pistons (37, 39, 61, 65) has a pressure receiving face placed opposite the regenerator (31, 310). a high-temperature space portion and a low-temperature space portion, each of which has a working gas with a different temperature range from each other; a regenerator (31, 310) provided between the high-temperature space portion and the low-temperature space portion; two power pistons (37, 39, 61, 65) configured to cause volumetric changes of the working gases in each of the high-temperature space portion and the low-temperature space portion, and transmit motive energy on receipt of pressure changes of the working gases; and a displacer (203, 215, 217, 370, 390) configured to transfer the working gases between the high-temperature space portion and the low-temperature space portion, wherein heat and motive energy are exchanged by using the change in volume of the high-temperature space portion and the change in volume of the low-temperature space portion, the spaces being located respectively on both sides of the regenerator (31, 310), as well as by using the transfer of the working gases, and wherein the two power pistons (37, 39, 61, 65) are placed in the respective high-temperature space portion and the low-temperature space portion, characterized in that each of the two power pistons (37, 39, 61, 65) has a pressure receiving face placed opposite the regenerator (31, 310).
Method for transmitting data from a transmitter in a first communication network to a receiver (23.1, 23.2, 23.3) in a second, safety-critical communication network via a security gateway apparatus (24, 30), having the following method steps: - the transmitter for the security gateway apparatus (24, 30) provides the data to be transmitted, - a time of receipt of the data to be transmitted is recorded by the security gateway apparatus (24, 30), - a dwell time is determined by the security gateway apparatus (24, 30) on the basis of information relating to the data to be transmitted, wherein the transmitter for the security gateway apparatus (24, 30) temporarily provides the data to be transmitted only for the purpose of recording the time of receipt and determining the dwell time, - the security gateway apparatus (24, 30) stores, instead of the total data to be transmitted, merely a check value for the data to be transmitted in a dwell memory, - the transmitter for the security gateway apparatus (24, 30) again provides the data to be transmitted after expiry of the dwell time, - after expiry of the dwell time, the data to be transmitted which have been provided again are checked by the security gateway apparatus (24, 30) using a test pattern which is up-to-date after expiry of the dwell time, and - the data for the receiver are provided by the security gateway apparatus (24, 30) if the data were considered to be harmless during the check. - the transmitter for the security gateway apparatus (24, 30) provides the data to be transmitted, - a time of receipt of the data to be transmitted is recorded by the security gateway apparatus (24, 30), - a dwell time is determined by the security gateway apparatus (24, 30) on the basis of information relating to the data to be transmitted, wherein the transmitter for the security gateway apparatus (24, 30) temporarily provides the data to be transmitted only for the purpose of recording the time of receipt and determining the dwell time, - the security gateway apparatus (24, 30) stores, instead of the total data to be transmitted, merely a check value for the data to be transmitted in a dwell memory, - the transmitter for the security gateway apparatus (24, 30) again provides the data to be transmitted after expiry of the dwell time, - after expiry of the dwell time, the data to be transmitted which have been provided again are checked by the security gateway apparatus (24, 30) using a test pattern which is up-to-date after expiry of the dwell time, and - the data for the receiver are provided by the security gateway apparatus (24, 30) if the data were considered to be harmless during the check.
A channelling assembly for guiding cable on a cable management tray, the assembly comprising a ducting member having an inlet end, and outlet end and partitions extending between the inlet end and the outlet end so as to form open top channels therebetween into which cable can be laid through the open top of each channel, and a retaining member associated with each channel, each retaining member being engageable with the tops of a neighbouring pair of partitions (32a, 32b) so as to close the open top of the channel formed therebetween; characterised in that a resilient deformable region is formed on each retaining member which extends down into the channel upon engageing the member with the partitions so as to compress cables located in the channel between the resiliently deformable member and the bottom of the channel and thereby securely retain the cables in place, the resilient deformable member being formed by a plurality of planar panels which are stacked on top of each other and connected to each other along just a narrow connection line which forms a tear line that enables the bottom panel to be removed easily from the remainder of the stack to reduce the height of the retaining member and thereby allow more cables to be accommodated in the channel by reducing the distance the resiliently deformable material extends into the channel.
A method for measuring anti-drug antibodies (ADAs) in an analyte to be measured, the method comprising: a step of providing a sample comprising an analyte to be measured for ADAs, the step comprising adding a corresponding drug to an analyte to be measured for ADAs to prepare a sample with a drug-ADAs immune complex formed; a step of contacting the sample prepared in step with a carrier coated with complement C1q, anti-C3d antibody, or anti-C1q antibody; a step of contacting a labeled or non-labeled anti-drug antibody specifically recognizing the drug with the coated carrier prepared in step; and a step of quantifying the drug-ADAs immune complex binding to the complement C1q, anti-C3d antibody, or anti-C1q antibody, wherein an amount of the drug to be added in step is larger than an amount of ADAs in the analyte to be measured. a step of providing a sample comprising an analyte to be measured for ADAs, the step comprising adding a corresponding drug to an analyte to be measured for ADAs to prepare a sample with a drug-ADAs immune complex formed; a step of contacting the sample prepared in step with a carrier coated with complement C1q, anti-C3d antibody, or anti-C1q antibody; a step of contacting a labeled or non-labeled anti-drug antibody specifically recognizing the drug with the coated carrier prepared in step; and a step of quantifying the drug-ADAs immune complex binding to the complement C1q, anti-C3d antibody, or anti-C1q antibody,
A driving system for a vehicle, comprising: a drive source (2A, 2B); a driven portion (Wr), which is driven by the drive source (2A, 2B) to propel the vehicle; a wet multiple disc connection/disconnection unit, which is provided on a power transmission path between the drive source (2A, 2B) and the driven portion (Wr), and which is configured to put the power transmission path in a disconnected state or in a connected state by being released or applied; and a connection/disconnection unit controller, which is configured to control a release and an application of the connection/disconnection unit, wherein the driving system further comprises a time counter, which is configured to obtain a continuous applied time that is an elapsed time from a start of a latest application of the connection/disconnection unit, wherein the connection/disconnection unit controller releases the connection/disconnection unit when the continuous applied time obtained by the time counter is equal to or greater than a predetermined time, characterized in that, when the time counter obtains a continuous applied time that is equal to or greater than the predetermined time in a case of the vehicle moving, the connection/disconnection unit controller waits to release the connection/disconnection unit until the vehicle stops. a drive source (2A, 2B); a driven portion (Wr), which is driven by the drive source (2A, 2B) to propel the vehicle; a wet multiple disc connection/disconnection unit, which is provided on a power transmission path between the drive source (2A, 2B) and the driven portion (Wr), and which is configured to put the power transmission path in a disconnected state or in a connected state by being released or applied; and a connection/disconnection unit controller, which is configured to control a release and an application of the connection/disconnection unit, wherein the driving system further comprises a time counter, which is configured to obtain a continuous applied time that is an elapsed time from a start of a latest application of the connection/disconnection unit, wherein the connection/disconnection unit controller releases the connection/disconnection unit when the continuous applied time obtained by the time counter is equal to or greater than a predetermined time, characterized in that, when the time counter obtains a continuous applied time that is equal to or greater than the predetermined time in a case of the vehicle moving, the connection/disconnection unit controller waits to release the connection/disconnection unit until the vehicle stops.
A humanized anti-CCR7 antibody comprising the hypervariable regions HVR-H1, HVR-H2, HVR-H3, HVR-L1, HVR-L2 and HVR-L3, wherein: HVR-H1 comprises SEQ ID NO: 6; HVR-H2 H1 comprises SEQ ID NO: 13; HVR-H3 H1 comprises SEQ ID NO: 19; HVR-L1 H1 comprises SEQ ID NO: 27; HVR-L2 H1 comprises SEQ ID NO: 31; and HVR-L3 H1 comprises SEQ ID NO: 36, and wherein antibody has at least one of: a) a minimal affinity for a synthetic antigen with the amino acid sequence of SEQ ID NO: 76, defined by a K d that is not more than a factor 10 higher than the K d of a mouse anti-CCR7 antibody of which the amino acid sequence of the heavy chain variable domain is SEQ ID NO: 1 and of which the amino acid sequence of the light chain variable domain is SEQ ID NO: 2; and, b) an IC 50 of no more than 100 nM for inhibiting at least one of CCR7-dependent intracellular signalling and CCR7 receptor internalization, by at least one CCR7-ligand selected from CCL19 and CCL21. HVR-H1 comprises SEQ ID NO: 6; HVR-H2 H1 comprises SEQ ID NO: 13; HVR-H3 H1 comprises SEQ ID NO: 19; HVR-L1 H1 comprises SEQ ID NO: 27; HVR-L2 H1 comprises SEQ ID NO: 31; and HVR-L3 H1 comprises SEQ ID NO: 36, a) a minimal affinity for a synthetic antigen with the amino acid sequence of SEQ ID NO: 76, defined by a K d that is not more than a factor 10 higher than the K d of a mouse anti-CCR7 antibody of which the amino acid sequence of the heavy chain variable domain is SEQ ID NO: 1 and of which the amino acid sequence of the light chain variable domain is SEQ ID NO: 2; and, b) an IC 50 of no more than 100 nM for inhibiting at least one of CCR7-dependent intracellular signalling and CCR7 receptor internalization, by at least one CCR7-ligand selected from CCL19 and CCL21.
A device for holding plaque against a blood vessel wall in treating atherosclerotic occlusive disease, comprising: a thin, annular band of durable, flexible material forming concentric rings spaced apart coaxially from each other and connected by longitudinally extending bridge members and having a plurality of focal elevating elements, each of the focal elevating elements configured to reduce regional areas of contact of the device with the blood vessel wall, said annular band being dimensioned and designed to apply point pressure to the blood vessel wall. a thin, annular band of durable, flexible material forming concentric rings spaced apart coaxially from each other and connected by longitudinally extending bridge members and having a plurality of focal elevating elements, each of the focal elevating elements configured to reduce regional areas of contact of the device with the blood vessel wall, said annular band being dimensioned and designed to apply point pressure to the blood vessel wall.
A walk-behind lawn mower driven by an electric motor, comprising: a handle assembly for guiding operation of the lawn mower; an operator bail which is pivotably connected to the handle assembly; and a bail stop which when arranged in a locked position prevents the operator bail to be moved towards the handle assembly, wherein when the bail stop is arranged in an un-locked position, the operator bail is allowed to be moved towards the handle assembly, wherein rotation of at least a blade of the lawn mower is started once the operator bail is moved in proximity to the handle assembly, and wherein the lawn mower further comprises a control panel, wherein the control panel comprises at least one activation button, which when pressed activates the electric motor of the lawn mower. a handle assembly for guiding operation of the lawn mower; an operator bail which is pivotably connected to the handle assembly; and a bail stop which when arranged in a locked position prevents the operator bail to be moved towards the handle assembly, wherein when the bail stop is arranged in an un-locked position, the operator bail is allowed to be moved towards the handle assembly, wherein rotation of at least a blade of the lawn mower is started once the operator bail is moved in proximity to the handle assembly, and wherein the lawn mower further comprises a control panel, wherein the control panel comprises at least one activation button, which when pressed activates the electric motor of the lawn mower. a bail stop which when arranged in a locked position prevents the operator bail to be moved towards the handle assembly, wherein when the bail stop is arranged in an un-locked position, the operator bail is allowed to be moved towards the handle assembly, wherein rotation of at least a blade of the lawn mower is started once the operator bail is moved in proximity to the handle assembly, and wherein the lawn mower further comprises a control panel, wherein the control panel comprises at least one activation button, which when pressed activates the electric motor of the lawn mower.
A bag, in particular a box bag or a box valve bag, comprising a tubular bag body, wherein the bag body is folded into a bottom (1d, 1e) at least at one end region and the folded bottom (1d, 1e) is connected to a cover sheet (10, 11), wherein the cover sheet comprises a central section delimited by two interior folding edges (10b, 10c) located opposite to each other; and two outer sections (10h, 10j); wherein optionally in addition the central section is connected to the folded bottom, wherein in the central section or in the outer sections (10h, 10j), grip holes (12, 13, 12a, 13a) defined by incisions, perforations or a weakening in the material are formed, characterized in that the bag comprises two intermediate sections (10d, 10e) extending laterally from the interior folding edges (10b, 10c), wherein each intermediate section (10d, 10e) is delimited by one of the interior folding edges (10b, 10c) and an intermediate folding edge (10f, 10g); wherein the outer sections (10h, 10j) extend laterally from the intermediate folding edges (10f, 10g); wherein the intermediate sections (10d, 10e) are turned inwards on the interior folding edges (10b, 10c), and the outer sections (10h, 10j) are turned outwards on the intermediate folding edges (10f, 10g), wherein at least the outer sections (10h, 10j), are connected to the folded bottom, wherein, in the intermediate sections (10d, 10e) grip holes (14, 15) defined by incisions, perforations or a weakening in the material are formed, and, in the folded condition of the cover sheet, the grip holes (12, 13, 12a, 13a) in the central section or in the outer sections (10h, 10j) are arranged essentially flush with adjacent grip holes (14, 15) of the intermediate sections (10d, 10e).
A call request processing method, characterized by comprising: obtaining state information about a second communication identification card located in a same terminal with a first communication identification card; and processing a call request according to the state information, wherein the call request is used for calling the first communication identification card; the method characterized in that an MSC processing the call request according to the obtained state information about the second communication identification card comprises: when the obtained state information about the second communication identification card comprises that the second communication identification card is in a communication state, processing the call request according to a pre-determined strategy; the pre-determined strategy comprises at least one of the following: after the terminal is hung up, sending the call request to the terminal through a network to which the second communication identification card belongs; sending the call request to the terminal through a network to which the second communication identification card belongs in a manner of a short message; transferring the call request to the second communication identification card. obtaining state information about a second communication identification card located in a same terminal with a first communication identification card; and processing a call request according to the state information, wherein the call request is used for calling the first communication identification card; the method characterized in that an MSC processing the call request according to the obtained state information about the second communication identification card comprises: when the obtained state information about the second communication identification card comprises that the second communication identification card is in a communication state, processing the call request according to a pre-determined strategy; the pre-determined strategy comprises at least one of the following: after the terminal is hung up, sending the call request to the terminal through a network to which the second communication identification card belongs; sending the call request to the terminal through a network to which the second communication identification card belongs in a manner of a short message; transferring the call request to the second communication identification card. when the obtained state information about the second communication identification card comprises that the second communication identification card is in a communication state, processing the call request according to a pre-determined strategy; the pre-determined strategy comprises at least one of the following: after the terminal is hung up, sending the call request to the terminal through a network to which the second communication identification card belongs; sending the call request to the terminal through a network to which the second communication identification card belongs in a manner of a short message; transferring the call request to the second communication identification card.
A method for preparing a diaryl ether, the method comprising dehydrating an aromatic alcohol compound over a dehydration catalyst, wherein the dehydration catalyst comprises an oxide of yttrium.