mhurhangee/patent-ind-claim-en huggingface dataset:
Timing detection and correction method for a slave device in an IO-Link communication, wherein a master device and the slave device operate on a common basic timing, comprising the steps of: detecting an INIT request at the slave device sent from the master device during communication setup, extracting timing information from the received INIT request by detecting rising and/or falling edges in the INIT request, calculating the actual timing of the master device from the received INIT request, wherein the difference between detected rising and/or falling edges in the INIT request is used to calculate the actual timing of the master device, correcting the initial timing of the slave device to an actual timing based on the calculated actual timing of the master device, characterized in that the initial timing and/or actual timing of the slave device is only corrected if a certain threshold is exceeded. detecting an INIT request at the slave device sent from the master device during communication setup, extracting timing information from the received INIT request by detecting rising and/or falling edges in the INIT request, calculating the actual timing of the master device from the received INIT request, wherein the difference between detected rising and/or falling edges in the INIT request is used to calculate the actual timing of the master device, correcting the initial timing of the slave device to an actual timing based on the calculated actual timing of the master device, characterized in that the initial timing and/or actual timing of the slave device is only corrected if a certain threshold is exceeded.
A multispecific antibody or fragment thereof that specifically binds: a. a first target epitope, wherein the first target epitope is an epitope of the variable delta 1 (Vδ1) chain of a γδ T cell receptor (TCR); and b. a second target epitope, wherein the second epitope is an epitope of EGFR. a. a first target epitope, wherein the first target epitope is an epitope of the variable delta 1 (Vδ1) chain of a γδ T cell receptor (TCR); and b. a second target epitope, wherein the second epitope is an epitope of EGFR.
An apparatus for providing vehicle security for a vehicle comprising: a hardware security module with a tamper resistant hardware structure comprising: an asymmetric key based cryptographic engine operative to authenticate a vehicle remote access device that is configured to at least unlock vehicle doors, based on a public key associated with the vehicle remote access device and operative to establish a secure link with the vehicle remote access device ; and logic operatively responsive to selectively prevent access to a diagnostic system of the vehicle in response to vehicle security context information that indicates to prevent access to the diagnostic system of the vehicle, received from the vehicle remote access device via the established secure link. a hardware security module with a tamper resistant hardware structure comprising: an asymmetric key based cryptographic engine operative to authenticate a vehicle remote access device that is configured to at least unlock vehicle doors, based on a public key associated with the vehicle remote access device and operative to establish a secure link with the vehicle remote access device ; and logic operatively responsive to selectively prevent access to a diagnostic system of the vehicle in response to vehicle security context information that indicates to prevent access to the diagnostic system of the vehicle, received from the vehicle remote access device via the established secure link.
A threaded tubular connection comprising: a pin , the pin having external threads, a pin seal surface , and a pin torque shoulder at a free end; and a box for receiving the pin, the box having internal threads for interacting with the external threads , a box seal surface for contacting the pin seal surface and a box torque shoulder for contacting the pin torque shoulder ; the pin and box defining a longitudinal axis, the pin torque shoulder having a first pin shoulder surface and a second pin shoulder surface , the first pin shoulder surface intersecting an axis perpendicular to the longitudinal axis at a first angle (Va), the second pin shoulder surface intersecting the perpendicular axis at a second angle (Vb), and the box torque shoulder having a first box shoulder surface and a second box shoulder surface , the first box shoulder surface intersecting an axis perpendicular to the longitudinal axis at a third angle, the second box shoulder surface intersecting the perpendicular axis at a fourth angle, the first pin shoulder surface and the first box shoulder surface being top torque shoulder surfaces and the second pin shoulder surface and the second box shoulder surface being bottom torque shoulder surfaces, characterized in that the first pin shoulder surface is longer than the second pin shoulder surface and the absolute value of the first angle (Va) is greater than the absolute value of the second angle (Vb); and in that the first box shoulder surface has a length greater than the second box shoulder surface . a pin , the pin having external threads, a pin seal surface , and a pin torque shoulder at a free end; and a box for receiving the pin, the box having internal threads for interacting with the external threads , a box seal surface for contacting the pin seal surface and a box torque shoulder for contacting the pin torque shoulder ; the pin and box defining a longitudinal axis, the pin torque shoulder having a first pin shoulder surface and a second pin shoulder surface , the first pin shoulder surface intersecting an axis perpendicular to the longitudinal axis at a first angle (Va), the second pin shoulder surface intersecting the perpendicular axis at a second angle (Vb), and the box torque shoulder having a first box shoulder surface and a second box shoulder surface , the first box shoulder surface intersecting an axis perpendicular to the longitudinal axis at a third angle, the second box shoulder surface intersecting the perpendicular axis at a fourth angle, the first pin shoulder surface and the first box shoulder surface being top torque shoulder surfaces and the second pin shoulder surface and the second box shoulder surface being bottom torque shoulder surfaces, characterized in that the first pin shoulder surface is longer than the second pin shoulder surface and the absolute value of the first angle (Va) is greater than the absolute value of the second angle (Vb); and in that the first box shoulder surface has a length greater than the second box shoulder surface .
Implant material made of a hybrid material, said hybrid material comprising: - a biodegradable polymer P soluble in at least one solvent S1 and insoluble in at least one solvent S different from the solvent S1 and an SiO 2 and CaO-based bioactive glass, optionally containing P 2 O 5 and/or optionally doped with strontium, characterised in that it comprises the superposition of: - a porous portion having more than 90% by number, of pores of which the greatest dimension is greater than or equal to 100μm, and - a dense portion having more than 80% by number, of pores of which the greatest dimension is less than 50μm. - a biodegradable polymer P soluble in at least one solvent S1 and insoluble in at least one solvent S different from the solvent S1 and an SiO 2 and CaO-based bioactive glass, optionally containing P 2 O 5 and/or optionally doped with strontium, - a porous portion having more than 90% by number, of pores of which the greatest dimension is greater than or equal to 100μm, and - a dense portion having more than 80% by number, of pores of which the greatest dimension is less than 50μm.
Process for the preparation of styrene monomers by depolymerization of polystyrene, comprising the steps of: (a) feeding a polymer composition (A) containing 60 to 99.9% by weight of polystyrene, based on the total weight of the polymer composition (A), into the reaction zone (R) of a pyrolysis reactor (P); b) thermally cracking the polystyrene contained in the polymer composition (A) in the reaction zone (R) of the pyrolysis reactor (P) at a temperature of 400°C to 1000°C to obtain a product mixture (G) containing styrene monomers and further components; c) removing the product mixture (G) obtained in step b) from the reaction zone (R) of the pyrolysis reactor (P); d) cooling the product mixture (G) removed in step c) to obtain a condensed product mixture (K) containing styrene monomers and further components; and e) separating the styrene monomers from the further components of the condensed product mixture (K) obtained in step d), wherein the average residence time (Z) of the polymer composition (A) in the reaction zone (R) of the pyrolysis reactor (P) is from 0.01 s to 10 s, and wherein the pyrolysis reactor (P) is a fluidized bed reactor, and wherein the reaction zone (R) of the fluidized bed reactor comprises a silicon carbide fluidized bed. (a) feeding a polymer composition (A) containing 60 to 99.9% by weight of polystyrene, based on the total weight of the polymer composition (A), into the reaction zone (R) of a pyrolysis reactor (P); b) thermally cracking the polystyrene contained in the polymer composition (A) in the reaction zone (R) of the pyrolysis reactor (P) at a temperature of 400°C to 1000°C to obtain a product mixture (G) containing styrene monomers and further components; c) removing the product mixture (G) obtained in step b) from the reaction zone (R) of the pyrolysis reactor (P); d) cooling the product mixture (G) removed in step c) to obtain a condensed product mixture (K) containing styrene monomers and further components; and e) separating the styrene monomers from the further components of the condensed product mixture (K) obtained in step d),
Paper packaging for plants in the shape of a truncated cone arranged to receive a plant with or without a pot, wherein the paper packaging is made from a basic sheet (A) in the shape of an isosceles trapezoid with base sides (a1, a2) of different lengths and two legs (b1, b2) of same lengths, characterized in that the final packaging is obtained in the following manner: the basic sheet (A) is folded along an axis crossing both base sides so as to form a right-angle trapezoid, the axis being moveable left or right so as to leave an edge (A3), wherein the folded edge forms a short leg of the right-angle trapezoid (d1) and the outmost leg (b2) of the basic sheet forms a long leg of the right-angle trapezoid; from which a first triangle (A') is cut off along a cut line crossing the long leg (b2) and the corner formed by the longer base side (a1) and the folded edge (d1) to form a second sheet (A1); from which a second smaller triangle (A") is cut along a cut line crossing the long leg (b2) of the right-angle trapezoid and the corner formed by the innermost leg (b1) of the basic sheet and the longer base side (a1) to obtain a third sheet (A2); the third sheet (A2) being formed by, in counter-clockwise order: the folded edge (d1), the shorter base side (a2) comprising a double thickness portion (a4) and a signle thickness portion (a5) of the width of the edge (A3), the remaining part of the long leg (b2) of the right-angle trapezoid, the cut line of the second triangle, and the remaining part of the cut line of the first triangle (A'); wherein the edge (A3) is then provided with glue, folded over the innermost leg (b1) of the basic sheet onto the opposite side to be glued onto it so as to form the final packaging. the basic sheet (A) is folded along an axis crossing both base sides so as to form a right-angle trapezoid, the axis being moveable left or right so as to leave an edge (A3), wherein the folded edge forms a short leg of the right-angle trapezoid (d1) and the outmost leg (b2) of the basic sheet forms a long leg of the right-angle trapezoid; from which a first triangle (A') is cut off along a cut line crossing the long leg (b2) and the corner formed by the longer base side (a1) and the folded edge (d1) to form a second sheet (A1); from which a second smaller triangle (A") is cut along a cut line crossing the long leg (b2) of the right-angle trapezoid and the corner formed by the innermost leg (b1) of the basic sheet and the longer base side (a1) to obtain a third sheet (A2); the third sheet (A2) being formed by, in counter-clockwise order: the folded edge (d1), the shorter base side (a2) comprising a double thickness portion (a4) and a signle thickness portion (a5) of the width of the edge (A3), the remaining part of the long leg (b2) of the right-angle trapezoid, the cut line of the second triangle, and the remaining part of the cut line of the first triangle (A'); wherein the edge (A3) is then provided with glue, folded over the innermost leg (b1) of the basic sheet onto the opposite side to be glued onto it so as to form the final packaging.
A communication method, performed by a terminal device, or a chip configured to be disposed in the terminal device, comprising: sending (S510) information about a supported frequency band to a network device; receiving (S530) measurement configuration information from the network device, wherein the measurement configuration information comprises at least a new radio absolute radio-frequency channel number, NR-ARFCN, of a measurement object and information that is of the measurement object and that is used to indicate a plurality of frequency bands and includes a mapping relationship between the NR-ARFCN of the measurement object and the plurality of frequency bands; determining (S540) a radio frequency link channel configuration parameter corresponding to each of the plurality of frequency bands; measuring (S550) the measurement object based on the radio frequency link channel configuration parameter corresponding to each of the plurality of frequency bands, to obtain a plurality of measurement results, wherein each of the plurality of measurement results comprises at least information about a frequency band corresponding to the measurement result; and sending (S560), the plurality of measurement results to the network device; wherein the NR-ARFCN corresponds to a same frequency in the plurality of frequency bands and each NR-ARFCN corresponds to a unique absolute frequency location. sending (S510) information about a supported frequency band to a network device; receiving (S530) measurement configuration information from the network device, wherein the measurement configuration information comprises at least a new radio absolute radio-frequency channel number, NR-ARFCN, of a measurement object and information that is of the measurement object and that is used to indicate a plurality of frequency bands and includes a mapping relationship between the NR-ARFCN of the measurement object and the plurality of frequency bands; determining (S540) a radio frequency link channel configuration parameter corresponding to each of the plurality of frequency bands; measuring (S550) the measurement object based on the radio frequency link channel configuration parameter corresponding to each of the plurality of frequency bands, to obtain a plurality of measurement results, wherein each of the plurality of measurement results comprises at least information about a frequency band corresponding to the measurement result; and sending (S560), the plurality of measurement results to the network device; wherein the NR-ARFCN corresponds to a same frequency in the plurality of frequency bands and each NR-ARFCN corresponds to a unique absolute frequency location.
A transmission point in a wireless communication system, the transmission point arranged to transmit using one or more beams (B1, B2, B3), the signal transmitted on each beam including a synchronization signal block, SSB, comprising primary and secondary synchronization signals and a first broadcast channel carrying system information, and the identity of each beam corresponding to an index of the respective SSB, wherein the primary synchronization signal and the secondary synchronization signal are common to every beam; a second broadcast channel is further comprised and at least a part of information identifying the beam is carried by the second broadcast channel; wherein a reference signal for demodulating the first broadcast channel is only transmitted within the bandwidth of the first broadcast channel in the frequency domain and within the transmission duration of the first broadcast channel in the time domain.
Device for unwinding a material web , in particular a paper or card web, comprising a winding roll for a downstream machine unit for processing the material web , the axle journals thereof being mounted in axle journal bearings with a rotatable outer ring , having a primary unwinding device , a secondary unwinding device , a transport apparatus running between the primary unwinding device and the secondary unwinding device and a gluing and separating device , and wherein the transport apparatus is stationary, characterized in that the primary unwinding device , the secondary unwinding device and the transport apparatus have two running surfaces each running in parallel with each other and coming into contact with corresponding counter surfaces of the outer rings of the axle journal bearings for moving the winding roll from the primary unwinding device to the secondary unwinding device , the axial location of the running surfaces of the primary unwinding device and the secondary unwinding device being adjustable and the running surfaces of the primary unwinding device and the secondary unwinding device and the corresponding counter surfaces of the outer rings having a shape guiding the respective outer ring axially, and the running surfaces of the transport apparatus provide at least an axial clearance corresponding to the extent of the axial adjustment of the running surfaces of the primary unwinding device and the secondary unwinding device . characterized in that the primary unwinding device , the secondary unwinding device and the transport apparatus have two running surfaces each running in parallel with each other and coming into contact with corresponding counter surfaces of the outer rings of the axle journal bearings for moving the winding roll from the primary unwinding device to the secondary unwinding device , the axial location of the running surfaces of the primary unwinding device and the secondary unwinding device being adjustable and the running surfaces of the primary unwinding device and the secondary unwinding device and the corresponding counter surfaces of the outer rings having a shape guiding the respective outer ring axially, and the running surfaces of the transport apparatus provide at least an axial clearance corresponding to the extent of the axial adjustment of the running surfaces of the primary unwinding device and the secondary unwinding device .
A shovel comprising: a lower traveling body ; an upper swivel body that is rotatably mounted on the lower traveling body ; an attachment that is configured by a boom , an arm , and an end attachment ; an engine that is mounted on the upper swivel body ; a motor generator that is connected to the engine ; a power storage system that is mounted on the upper swivel body ; a swiveling motor that is driven by electric power from the motor generator and the power storage system; characterised by a cooling system that circulates a common coolant to cool the motor generator , an inverter , the power storage system , and the swiveling motor ; a temperature detection unit (S1-S6) that acquires a temperature of each of the motor generator , the inverter , the power storage system , and the swiveling motor ; and a control device , wherein the control device switches, in a case where at least one of the temperatures acquired by the temperature detection unit (S1-S6) is higher than a predetermined temperature, a control mode to a mode where heat is more easily suppressed than in a control mode before switching. a lower traveling body ; an upper swivel body that is rotatably mounted on the lower traveling body ; an attachment that is configured by a boom , an arm , and an end attachment ; an engine that is mounted on the upper swivel body ; a motor generator that is connected to the engine ; a power storage system that is mounted on the upper swivel body ; a swiveling motor that is driven by electric power from the motor generator and the power storage system; characterised by a cooling system that circulates a common coolant to cool the motor generator , an inverter , the power storage system , and the swiveling motor ; a temperature detection unit (S1-S6) that acquires a temperature of each of the motor generator , the inverter , the power storage system , and the swiveling motor ; and a control device , wherein the control device switches, in a case where at least one of the temperatures acquired by the temperature detection unit (S1-S6) is higher than a predetermined temperature, a control mode to a mode where heat is more easily suppressed than in a control mode before switching.
A method for geo-referencing provided aerial image data, which have been recorded by an imaging system and in which a part of the earth's surface is imaged, wherein geo-referencing of the provided aerial image data is carried out based on provided geo-referenced SAR image data in which the same part of the earth's surface is imaged, characterized by the following steps: - determining substantially point-shaped radar signatures RS in the geo-referenced SAR image data; - providing the sun position for the recording time of the provided aerial image data and the part of the earth's surface imaged therein; - determining elongated, in particular line- or bar-shaped, cast shadows SS generated in the direction of solar radiation in the supplied aerial image data based on the sun position at the time of recording; - determining , in the provided aerial image data, initial points AP facing the sun of the determined elongated cast shadows SS; - determining locally corresponding point-shaped radar signatures RS and the initial points AP of the elongated cast shadows SS; - registering the aerial image data with the SAR image data based on the corresponding radar signatures RS and the initial points AP; and - transferring the geo-referencing of the SAR image data to the aerial image data registered with the SAR image data. - determining substantially point-shaped radar signatures RS in the geo-referenced SAR image data; - providing the sun position for the recording time of the provided aerial image data and the part of the earth's surface imaged therein; - determining elongated, in particular line- or bar-shaped, cast shadows SS generated in the direction of solar radiation in the supplied aerial image data based on the sun position at the time of recording; - determining , in the provided aerial image data, initial points AP facing the sun of the determined elongated cast shadows SS; - determining locally corresponding point-shaped radar signatures RS and the initial points AP of the elongated cast shadows SS; - registering the aerial image data with the SAR image data based on the corresponding radar signatures RS and the initial points AP; and - transferring the geo-referencing of the SAR image data to the aerial image data registered with the SAR image data.