mhurhangee/patent-ind-claim-en huggingface dataset:
Worker guidance system for guiding a worker when carrying out a process using a process system , wherein the process system has at least one process device (12, 12a-c) having process device capabilities, wherein the process device capabilities are self-descriptions of the process device (12, 12a-c) regarding what capabilities, possibilities and/or processing steps are made possible by the process device (12, 12a-c), wherein the process device capabilities are data-technologically stored in the process device (12, 12a-c), wherein the process comprises at least one work step (14, 14a-14c), comprising a control device and a communication device (7, 7a-e), wherein the control device is designed to control the communication device (7, 7a-e), on the basis of process data, to communicate to the worker the work step (14, 14a-c) to be carried out, wherein the control device is data-technologically connected and/or connectable to the process devices (12, 12a-c), so that the process device capabilities are made available to the control device as process device capability data, wherein the process data comprise the process device capability data. wherein the process system has at least one process device (12, 12a-c) having process device capabilities, wherein the process device capabilities are self-descriptions of the process device (12, 12a-c) regarding what capabilities, possibilities and/or processing steps are made possible by the process device (12, 12a-c), wherein the process device capabilities are data-technologically stored in the process device (12, 12a-c), wherein the process comprises at least one work step (14, 14a-14c), comprising a control device and a communication device (7, 7a-e), wherein the control device is designed to control the communication device (7, 7a-e), on the basis of process data, to communicate to the worker the work step (14, 14a-c) to be carried out, wherein the control device is data-technologically connected and/or connectable to the process devices (12, 12a-c), so that the process device capabilities are made available to the control device as process device capability data, wherein the process data comprise the process device capability data.
A thrust reverser device for an aircraft turbojet engine nacelle comprising at least one cover movable between a retracted position and a deployed position with respect to the nacelle and an electro-hydrostatic actuation system, the electro-hydrostatic system comprising a motor pump , and a first actuation assembly (E) formed of: - a series of at least two actuators (A1, A2) intended to be attached to a movable cover of the thrust reverser device and configured to move the movable cover or covers between a retracted position and a deployed position relative to the nacelle; and - a volumetric flow divider having an inlet connected to the motor pump and at least two outlets, each connected to an actuator (A1, A2), the volumetric flow divider being configured to receive a fluid and to supply the actuators with a substantially equal flow rate. - a series of at least two actuators (A1, A2) intended to be attached to a movable cover of the thrust reverser device and configured to move the movable cover or covers between a retracted position and a deployed position relative to the nacelle; and - a volumetric flow divider having an inlet connected to the motor pump and at least two outlets, each connected to an actuator (A1, A2), the volumetric flow divider being configured to receive a fluid and to supply the actuators with a substantially equal flow rate.
Device for detecting a malfunction of a valve/catheter assembly for shunting a cerebrospinal fluid, including: • a chamber ; • a laminar channel which leads to said chamber , on either side thereof, and which is suitable for ensuring the flow of a shunted fluid, via said chamber ; • a pressure measurement sensor for measuring a pressure in said chamber ; • a flexible membrane which separates the sensor from the chamber ; • control and communication electronics suitable for exchanging with an external reader to transmit an ambulatory measurement by said sensor , the sensor being mounted on the flexible membrane with which it is in contact, characterised in that the walls of the chamber are defined by a rigid box or a casing, the membrane covering all of the walls of said chamber , the device being suitable for being implanted upstream of an intracranial valve of the shunting assembly for direct intracranial pressure measurement by the pressure sensor. • a chamber ; • a laminar channel which leads to said chamber , on either side thereof, and which is suitable for ensuring the flow of a shunted fluid, via said chamber ; • a pressure measurement sensor for measuring a pressure in said chamber ; • a flexible membrane which separates the sensor from the chamber ; • control and communication electronics suitable for exchanging with an external reader to transmit an ambulatory measurement by said sensor ,
Contact insert for a plug-in connector part , having a frame part , a plug-in portion which is arranged on the frame part and which is intended for plug-in connection to a further plug-in connector part , at least one electrical contact element which is arranged on the plug-in portion , and an earthing element which is arranged on the frame part and to which a protective line can be connected, characterized by a contact-connection device which is arranged on the earthing element and which has a spring element that can be pivoted about a pivot axis (D) relative to the earthing element and that has a clamping limb for locking a protective line on the earthing element in a clamping position and a latching limb for latching the spring element to the earthing element , wherein the spring element can be moved out of the clamping position by the release of the latching action.
A PEO film, wherein a molecular structure of the PEO film comprises a structural unit B and a structural unit D, and the structural unit B comprises -CH=CH-O-, and the structural unit D comprises -C 2 H 3 F-O-.
A computer-implemented method for co-registration of angiography and intravascular images performed after an intravascular pullback, with the intravascular images being in the form of a sequence of images obtained while an intravascular imaging device has been pulled back through a vessel; two or more bi-dimensional angiography images of the vessel have been obtained from different perspectives when the intravascular imaging device was in its start of examination position; the method comprising the following steps: a) generating a three-dimensional reconstruction of the trajectory of the intravascular imaging device within the vessel from the acquired two or more bi-dimensional angiography images; b) determining a first position of an element of the intravascular imaging device within the 3D reconstruction of the trajectory; c) correlating 3D positions of the element with corresponding points in the 15 reconstructed trajectory using information of the pull-back speed; d) correlating each intravascular image of the sequence with a corresponding spatial position within at least one of the bi-dimensional angiography images using back-projections of the corresponding 3D position on the angiography images. with the intravascular images being in the form of a sequence of images obtained while an intravascular imaging device has been pulled back through a vessel; two or more bi-dimensional angiography images of the vessel have been obtained from different perspectives when the intravascular imaging device was in its start of examination position; the method comprising the following steps: a) generating a three-dimensional reconstruction of the trajectory of the intravascular imaging device within the vessel from the acquired two or more bi-dimensional angiography images; b) determining a first position of an element of the intravascular imaging device within the 3D reconstruction of the trajectory; c) correlating 3D positions of the element with corresponding points in the 15 reconstructed trajectory using information of the pull-back speed; d) correlating each intravascular image of the sequence with a corresponding spatial position within at least one of the bi-dimensional angiography images using back-projections of the corresponding 3D position on the angiography images. a) generating a three-dimensional reconstruction of the trajectory of the intravascular imaging device within the vessel from the acquired two or more bi-dimensional angiography images; b) determining a first position of an element of the intravascular imaging device within the 3D reconstruction of the trajectory; c) correlating 3D positions of the element with corresponding points in the 15 reconstructed trajectory using information of the pull-back speed; d) correlating each intravascular image of the sequence with a corresponding spatial position within at least one of the bi-dimensional angiography images using back-projections of the corresponding 3D position on the angiography images.
A ceramic sheet comprising: a principal surface having particle marks, wherein an average width of the particle marks is 0.2 to 50 μm, an average depth of the particle marks along a sheet thickness direction is 0.1 to 25 μm, whereby the width and depth are measured by laser microscopy, as described in the description, and a coefficient of variation of widths of the particle marks is 0.23 or more, whereby the coefficient of variation of widths is obtained by dividing the standard deviation of the width by the average width. a principal surface having particle marks, wherein an average width of the particle marks is 0.2 to 50 μm, an average depth of the particle marks along a sheet thickness direction is 0.1 to 25 μm, whereby the width and depth are measured by laser microscopy, as described in the description, and a coefficient of variation of widths of the particle marks is 0.23 or more, whereby the coefficient of variation of widths is obtained by dividing the standard deviation of the width by the average width.
Punch riveting apparatus having a punch riveting punch for setting punch rivets in joining partners , said punch riveting punch having a punch-side alignment means for cooperating with a rivet-side alignment means of a punch rivet , and a central bore , a negative-pressure source , wherein the central bore of the punch riveting punch is connected to the negative-pressure source by means of a negative-pressure line, and wherein the negative-pressure source draws in air through the bore , with the result that the punch rivet is sucked against the punch , characterized in that the punch riveting apparatus has a vibration device in order to set the punch riveting punch in vibration, and in that the negative-pressure line is connected to the central bore in the punch in a region in which a vibration amplitude is less than 25% of a maximum longitudinal amplitude of the vibration.
A work vehicle comprising: a cab , an inside of which is a cockpit, having a window portion ; a vehicle body having a passage on a periphery of the cab ; a wiper provided so as to be rotatable around a first axis and along the window portion , and configured to be rotated around a second axis that extends in a direction different from the first axis in a movement range (T) between a normal position (N) that is in contact with the window portion and a rising position (L) separated from the window portion ; and a passage fence extending along an outer edge of the passage , characterized in that the passage fence has an opening (S) that is opened upward, passing through from an inside to an outside of the passage fence , and includes the movement range (T) of the wiper such that the wiper passes through the opening (S) when rotated around the second axis . a cab , an inside of which is a cockpit, having a window portion ; a vehicle body having a passage on a periphery of the cab ; a wiper provided so as to be rotatable around a first axis and along the window portion , and configured to be rotated around a second axis that extends in a direction different from the first axis in a movement range (T) between a normal position (N) that is in contact with the window portion and a rising position (L) separated from the window portion ; and a passage fence extending along an outer edge of the passage , characterized in that the passage fence has an opening (S) that is opened upward, passing through from an inside to an outside of the passage fence , and includes the movement range (T) of the wiper such that the wiper passes through the opening (S) when rotated around the second axis .
A steel sheet for a hot press formed member having excellent coating adhesion, comprising: 40 wt% or more of an Fe average content in a plating layer; and 7 wt%/μm or less of a concentration gradient at a section having an Fe content of 45% to 80% in the plating layer in a thickness direction from a surface of the plating layer according to a result of GDS analysis, wherein the steel sheet is an aluminum alloy plated steel sheet. 40 wt% or more of an Fe average content in a plating layer; and 7 wt%/μm or less of a concentration gradient at a section having an Fe content of 45% to 80% in the plating layer in a thickness direction from a surface of the plating layer according to a result of GDS analysis, wherein the steel sheet is an aluminum alloy plated steel sheet.
A computer implemented system for animating facial expressions of a digital entity, the system including: a modelling environment for constructing a behavioural model from a library including a plurality of modules having a computational element linked to a graphical element , wherein the graphical element comprises a representation of the computational element, wherein the behavioural model comprises a directed graph of the modules in which the modules are organized in a hierarchical structure according to features of a face represented by the modules, wherein a first module represents the face and a plurality of modules represent sub features of the face, and each module having at least one variable and being associated with at least one connector, wherein the connectors link variables of modules between the modules across the structure, wherein different modules may operate at different levels of detail; and means for time-stepping the model, the time-stepping comprising: evaluating each module based on its current inputs by running the computation element of the module , and copying outputs of the modules across the connectors, thereby updating the module inputs for the next time step; and means for redrawing the model after one or multiple times of time-stepping the model. a modelling environment for constructing a behavioural model from a library including a plurality of modules having a computational element linked to a graphical element , wherein the graphical element comprises a representation of the computational element, wherein the behavioural model comprises a directed graph of the modules in which the modules are organized in a hierarchical structure according to features of a face represented by the modules, wherein a first module represents the face and a plurality of modules represent sub features of the face, and each module having at least one variable and being associated with at least one connector, wherein the connectors link variables of modules between the modules across the structure, wherein different modules may operate at different levels of detail; and means for time-stepping the model, the time-stepping comprising: evaluating each module based on its current inputs by running the computation element of the module , and copying outputs of the modules across the connectors, thereby updating the module inputs for the next time step; and evaluating each module based on its current inputs by running the computation element of the module , and copying outputs of the modules across the connectors, thereby updating the module inputs for the next time step; and means for redrawing the model after one or multiple times of time-stepping the model.
Adelmidrol for use in the treatment of diseases sensitive to the specific agonism of the PPAR-gamma receptor in humans or animals, wherein said diseases are articular chondropathies of degenerative origin and wherein Adelmidrol is contained in a formulation for oral, buccal, inhalation, parenteral, transcutaneous, rectal or transdermal administration in association with Palmitoylethanolamide.
A bone anchor system comprising: a fastener comprising: a threaded shaft at a distal end of the fastener , the threaded shaft having a shaft diameter, the threaded shaft providing a first anchoring footprint of a first size, and a head at an end of the threaded shaft ; and a component operable to receive the fastener , the component comprising: a body portion having an outer diameter larger than the shaft diameter, a bore extending through the body portion , the bore sized to receive the threaded shaft , and a bone engaging feature , wherein the bone engaging feature and the body portion are configured to provide a second anchoring footprint that is greater in size than the first anchoring footprint; and a channel positioned at a proximal end of the bone anchor system and operable to receive an elongate member . a fastener comprising: a threaded shaft at a distal end of the fastener , the threaded shaft having a shaft diameter, the threaded shaft providing a first anchoring footprint of a first size, and a head at an end of the threaded shaft ; and a threaded shaft at a distal end of the fastener , the threaded shaft having a shaft diameter, the threaded shaft providing a first anchoring footprint of a first size, and a head at an end of the threaded shaft ; and a component operable to receive the fastener , the component comprising: a body portion having an outer diameter larger than the shaft diameter, a bore extending through the body portion , the bore sized to receive the threaded shaft , and a bone engaging feature , wherein the bone engaging feature and the body portion are configured to provide a second anchoring footprint that is greater in size than the first anchoring footprint; and a channel positioned at a proximal end of the bone anchor system and operable to receive an elongate member . a body portion having an outer diameter larger than the shaft diameter, a bore extending through the body portion , the bore sized to receive the threaded shaft , and a bone engaging feature , wherein the bone engaging feature and the body portion are configured to provide a second anchoring footprint that is greater in size than the first anchoring footprint; and a channel positioned at a proximal end of the bone anchor system and operable to receive an elongate member .
A first communication apparatus (MN) comprising: a reception unit configured to receive, from a second communication apparatus, information about uplink quality between a terminal and the first communication apparatus and information about the uplink quality between the terminal and the second communication apparatus as information about uplink quality of the terminal, when the terminal communicates with the first communication apparatus (MN) via the second communication apparatus (SN); and a control unit configured to control uplink data transmission by the terminal based on the information about uplink quality of the terminal. a reception unit configured to receive, from a second communication apparatus, information about uplink quality between a terminal and the first communication apparatus and information about the uplink quality between the terminal and the second communication apparatus as information about uplink quality of the terminal, when the terminal communicates with the first communication apparatus (MN) via the second communication apparatus (SN); and a control unit configured to control uplink data transmission by the terminal based on the information about uplink quality of the terminal.
An apparatus for applying negative pressure to a wound, comprising: a dressing configured to be placed over the wound and to create a substantially fluid impermeable seal over the wound; a source of negative pressure configured to be coupled to the dressing; and a controller configured to: activate the source of negative pressure to attempt to generate a desired negative pressure level under the dressing; if upon expiration of a first time interval, a pressure level under the dressing has not reached the desired negative pressure level, deactivate the source of negative pressure for a second time interval, wherein the second time interval is varied based on a number of times the pressure level under the dressing has not reached the desired negative pressure level; upon expiration of the second time interval, activate the source of negative pressure to attempt to generate the desired negative pressure under the dressing; monitor a duty cycle of the source of negative pressure; and provide an indication if the duty cycle exceeds a duty cycle threshold. a dressing configured to be placed over the wound and to create a substantially fluid impermeable seal over the wound; a source of negative pressure configured to be coupled to the dressing; and a controller configured to: activate the source of negative pressure to attempt to generate a desired negative pressure level under the dressing; if upon expiration of a first time interval, a pressure level under the dressing has not reached the desired negative pressure level, deactivate the source of negative pressure for a second time interval, wherein the second time interval is varied based on a number of times the pressure level under the dressing has not reached the desired negative pressure level; upon expiration of the second time interval, activate the source of negative pressure to attempt to generate the desired negative pressure under the dressing; monitor a duty cycle of the source of negative pressure; and provide an indication if the duty cycle exceeds a duty cycle threshold. activate the source of negative pressure to attempt to generate a desired negative pressure level under the dressing; if upon expiration of a first time interval, a pressure level under the dressing has not reached the desired negative pressure level, deactivate the source of negative pressure for a second time interval, wherein the second time interval is varied based on a number of times the pressure level under the dressing has not reached the desired negative pressure level; upon expiration of the second time interval, activate the source of negative pressure to attempt to generate the desired negative pressure under the dressing; monitor a duty cycle of the source of negative pressure; and provide an indication if the duty cycle exceeds a duty cycle threshold.