mhurhangee/patent-ind-claim-en huggingface dataset:
A method for creating a three-dimensional truss dataset of an escalator or moving walkway by means of a computer program executed in a computer system , characterized in that by means of a computer program : • client-specific configuration data with information at least on the conveyor high (h Z ) and on the step width (B) are determined; • a type-specific, two-dimensional layout based on the client-specific configuration data is proposed by the computer program or selected by manual input, wherein this two-dimensional layout comprises, in a plane of a three-dimensional space, the guideway of a revolving conveyor chain and has a defined origin (N); • this two-dimensional layout is adapted, starting from the origin (N), in terms of the conveyor high (hz); • the guideway of the layout adapted in terms of the conveyor high (h Z ) is subdivided, in an initial recording , into division portions , wherein the length of the division portions , except for a possible remnant division portion , corresponds to the spacing of two sequential hinge points of a type-specific conveyor chain and wherein the length of the possible remnant division portion is less than that of the other division portions ; and • in the event that there is a remnant division portion with the initial recording , the guideway is enlarged in terms of its circumferential length until the remnant division portion has the same length as the rest of the division portions . • client-specific configuration data with information at least on the conveyor high (h Z ) and on the step width (B) are determined; • a type-specific, two-dimensional layout based on the client-specific configuration data is proposed by the computer program or selected by manual input, wherein this two-dimensional layout comprises, in a plane of a three-dimensional space, the guideway of a revolving conveyor chain and has a defined origin (N); • this two-dimensional layout is adapted, starting from the origin (N), in terms of the conveyor high (hz); • the guideway of the layout adapted in terms of the conveyor high (h Z ) is subdivided, in an initial recording , into division portions , wherein the length of the division portions , except for a possible remnant division portion , corresponds to the spacing of two sequential hinge points of a type-specific conveyor chain and wherein the length of the possible remnant division portion is less than that of the other division portions ; and • in the event that there is a remnant division portion with the initial recording , the guideway is enlarged in terms of its circumferential length until the remnant division portion has the same length as the rest of the division portions .
A helmet for communications comprising: A helmet member for at least partially covering the user's head; A strap for extending around the user's lower jaw and thereby securing the helmet member to the user; characterised in that the strap comprises a transducer unit for contacting the user's lower jaw and thereby transmitting vibrations to the user. A helmet member for at least partially covering the user's head; A strap for extending around the user's lower jaw and thereby securing the helmet member to the user; characterised in that the strap comprises a transducer unit for contacting the user's lower jaw and thereby transmitting vibrations to the user.
A field device for an industrial process comprising: an active component selected from the group consisting of a sensor configured to sense a process parameter, and a control device configured to control a process of the industrial process; characterized by: a switch electrically coupled to first and second terminals and configured to electrically connect the first and second terminals when in a closed state, and electrically disconnect the first and second terminals when in an open state; a switch monitor configured to detect a current state of the switch corresponding to one of the closed and open states, and generate a state output indicating the current state; and a controller configured to set the switch in one of the open and closed states, and generate a notification based on the state output that indicates at least one of the current state of the switch and a condition of the switch. an active component selected from the group consisting of a sensor configured to sense a process parameter, and a control device configured to control a process of the industrial process; characterized by: a switch electrically coupled to first and second terminals and configured to electrically connect the first and second terminals when in a closed state, and electrically disconnect the first and second terminals when in an open state; a switch monitor configured to detect a current state of the switch corresponding to one of the closed and open states, and generate a state output indicating the current state; and a controller configured to set the switch in one of the open and closed states, and generate a notification based on the state output that indicates at least one of the current state of the switch and a condition of the switch. a switch electrically coupled to first and second terminals and configured to electrically connect the first and second terminals when in a closed state, and electrically disconnect the first and second terminals when in an open state; a switch monitor configured to detect a current state of the switch corresponding to one of the closed and open states, and generate a state output indicating the current state; and a controller configured to set the switch in one of the open and closed states, and generate a notification based on the state output that indicates at least one of the current state of the switch and a condition of the switch.
A self-moving device , for moving and working in a defined working region, the self-moving device comprising an automatic mower comprising a body , a walking module , a flight module , a cutting module and a control module that are disposed on the body , wherein the control module is configured to control the self-moving device to autonomously move and work in the defined working region, a movement mode of the self-moving device comprises a walking mode and a flight mode, in the walking mode, the walking module is configured to drive the self-moving device to walk and work, and in the flight mode, the flight module is configured to drive the self-moving device to fly; wherein the flight module is movable, such that in the walking mode, the flight module is located in the body , and in the flight mode, the flight module is exposed from the body ; and wherein in the walking mode, the walking module is configured to drive the self-moving device to walk and work in a continuous working region, and in the flight mode, the flight module is configured to drive the self-moving device to fly between discontinuous working regions including at least two sub-regions that are separate from each other. wherein the flight module is movable, such that in the walking mode, the flight module is located in the body , and in the flight mode, the flight module is exposed from the body ; and wherein in the walking mode, the walking module is configured to drive the self-moving device to walk and work in a continuous working region, and in the flight mode, the flight module is configured to drive the self-moving device to fly between discontinuous working regions including at least two sub-regions that are separate from each other.
A method performed by network data analytics function, NWDAF, entity in a wireless communication system, the method comprising: receiving, from a network exposure function, NEF, entity, a request of application detection information for an application; obtaining, from a session management function, SMF, entity, data packet related information for the application; generating the application detection information based on the data packet related information; and transmitting, to the NEF entity, a response including the application detection information, wherein the application detection information is generated as a packet flow description, PFD, and wherein the PFD is stored in at least one of the NEF entity, the SMF entity, a user plane function, UPF, entity or a unified data repository, UDR, entity. receiving, from a network exposure function, NEF, entity, a request of application detection information for an application; obtaining, from a session management function, SMF, entity, data packet related information for the application; generating the application detection information based on the data packet related information; and transmitting, to the NEF entity, a response including the application detection information, wherein the application detection information is generated as a packet flow description, PFD, and wherein the PFD is stored in at least one of the NEF entity, the SMF entity, a user plane function, UPF, entity or a unified data repository, UDR, entity.
An orifice plate for a grinding machine , the orifice plate comprising a first end surface ; a second end surface opposite the first end surface ; and a plurality of orifices defined in the orifice plate from the first end surface to the second end surface , wherein at least one of the plurality of orifices includes a first tapered section decreasing in width as it extends in a first direction from the first end surface toward the second end surface and a second tapered section decreasing in width as it extends in a second direction from the second end surface toward the first end surface , further comprising a first outer section defined in the first end surface adjacent the at least one of the plurality of orifices and a second outer section defined in the second end surface adjacent the at least one of the plurality of orifices , characterised in that the first outer section defines a first side wall that intersects the first end surface of the orifice plate at a right angle and the second outer section defines a second side wall that intersects the second end surface of the orifice plate at a right angle. a first end surface ; a second end surface opposite the first end surface ; and a plurality of orifices defined in the orifice plate from the first end surface to the second end surface , wherein at least one of the plurality of orifices includes a first tapered section decreasing in width as it extends in a first direction from the first end surface toward the second end surface and a second tapered section decreasing in width as it extends in a second direction from the second end surface toward the first end surface , further comprising a first outer section defined in the first end surface adjacent the at least one of the plurality of orifices and a second outer section defined in the second end surface adjacent the at least one of the plurality of orifices , characterised in that the first outer section defines a first side wall that intersects the first end surface of the orifice plate at a right angle and the second outer section defines a second side wall that intersects the second end surface of the orifice plate at a right angle.
A polyorganosiloxane compound of Formula II: wherein n is from 1-20; R 1 , R 2 , R 3 , R 4 , R 5 , and R 6 are each independently C 1-3 alkyl; B is selected from S, O, and -N(R 7 )-, wherein R 7 is selected from H and C q H 2q+1 , wherein q is an integer from 1 to 3; L is selected from C 1 -C 6 alkylene, C 5 -C 6 cycloalkylene, and benzyl; and X is selected from -CO 2 H, -CO 2 M, -SO 3 H, -SO 3 M, and -NH 3 T, wherein M is a countercation and T is a counteranion. R 1 , R 2 , R 3 , R 4 , R 5 , and R 6 are each independently C 1-3 alkyl; B is selected from S, O, and -N(R 7 )-, wherein R 7 is selected from H and C q H 2q+1 , wherein q is an integer from 1 to 3; L is selected from C 1 -C 6 alkylene, C 5 -C 6 cycloalkylene, and benzyl; and X is selected from -CO 2 H, -CO 2 M, -SO 3 H, -SO 3 M, and -NH 3 T, wherein M is a countercation and T is a counteranion.
A controller for a lighting system , connectable to a plurality of light sources (120-122) of different colors and/or different color temperatures, and connectable to a single user control element , said user control element being configured to generate a user selected value from a range of user selectable values, said user selectable values separated in alternately arranged first intervals and second intervals of the user selectable values, wherein the controller is configured to: receive, from the single user control element , an indication of a change of the user selected value, and as a response to and corresponding to said change of the user selected value, adjust a combined output of said plurality of light sources to produce a change in output color, color temperature and/or a luminous flux of a combined light of the plurality of light sources, such that, as functions of the user selected value in said separated first intervals of the user selectable values, the output color and/or color temperature is kept approximately constant while the luminous flux obtains a local minimum or local maximum in each first interval, and as functions of the user selected value in at least one of said second intervals of the user selectable values in between the first intervals, the output color at least changes from a first color to a second color and/or the color temperature increases or decreases while the luminous flux is kept approximately constant and, wherein the controller is configured to enable an independent adjustment of luminous flux and output color and/or color temperature. receive, from the single user control element , an indication of a change of the user selected value, and as a response to and corresponding to said change of the user selected value, adjust a combined output of said plurality of light sources to produce a change in output color, color temperature and/or a luminous flux of a combined light of the plurality of light sources, such that, as functions of the user selected value in said separated first intervals of the user selectable values, the output color and/or color temperature is kept approximately constant while the luminous flux obtains a local minimum or local maximum in each first interval, and as functions of the user selected value in at least one of said second intervals of the user selectable values in between the first intervals, the output color at least changes from a first color to a second color and/or the color temperature increases or decreases while the luminous flux is kept approximately constant and, wherein the controller is configured to enable an independent adjustment of luminous flux and output color and/or color temperature.
A spinal treatment system comprising: a prosthesis adapted to be coupled with a spinal segment in a spine, wherein the prosthesis comprises a plurality of pedicle screws and a spinal stabilization rod coupled thereto, the plurality of pedicle screws configured to be threadably engaged with a pair of vertebrae to be fused in a spinal segment of the spine; and a constraint device comprising an essentially non-compliant upper tether portion, an essentially non-compliant lower tether portion and an elastically distensible compliance member coupled therebetween, the constraint device being configured to be disposed around a superior surface of a superior spinous process superior to the fused region and also around an inferior surface of an inferior spinous process that is part of superior region of the fused region, with the upper tether portion coupled with the superior spinous process and the lower tether portion coupled with the inferior spinous process or sacrum of the spinal segment, to restrict flexion of the spinal segment supradjacent to the fused region, and wherein length or tension in the constraint device is adjustable to provide a force resistant to flexion of the spine superior to the pair of vertebrae to be fused. wherein the prosthesis comprises a plurality of pedicle screws and a spinal stabilization rod coupled thereto, the plurality of pedicle screws configured to be threadably engaged with a pair of vertebrae to be fused in a spinal segment of the spine; and a constraint device comprising an essentially non-compliant upper tether portion, an essentially non-compliant lower tether portion and an elastically distensible compliance member coupled therebetween, the constraint device being configured to be disposed around a superior surface of a superior spinous process superior to the fused region and also around an inferior surface of an inferior spinous process that is part of superior region of the fused region, with the upper tether portion coupled with the superior spinous process and the lower tether portion coupled with the inferior spinous process or sacrum of the spinal segment, to restrict flexion of the spinal segment supradjacent to the fused region, and wherein length or tension in the constraint device is adjustable to provide a force resistant to flexion of the spine superior to the pair of vertebrae to be fused.
Ventilation device intended to generate a flow of air (F1) through a heat exchanger of a motor vehicle, the ventilation device comprising: - a plurality of ducts , - at least one air manifold comprising orifices , each duct emerging by one of its ends in a distinct orifice of the air manifold , each duct having at least one aperture for the passage of a flow of air (F2) passing through said duct , the aperture being: - distinct from the ends of the corresponding duct , - situated outside of the at least one air manifold , and said ventilation device being characterized in that the aperture is: - delimited by a pair of guiding lips protruding from a wall of the corresponding duct . - a plurality of ducts , - at least one air manifold comprising orifices , each duct emerging by one of its ends in a distinct orifice of the air manifold , - distinct from the ends of the corresponding duct , - situated outside of the at least one air manifold , and said ventilation device being characterized in that the aperture is: - delimited by a pair of guiding lips protruding from a wall of the corresponding duct .
Process for the preparation of hollow spherical glass particles comprising at least SiO 2 , Al 2 O 3 , and an alkali metal oxide, comprising at least the steps of (I) preparing precursor-particles by a process comprising at least the following sub-steps (I-1) providing a starting composition comprising particles of at least one starting compound for forming a glass which comprises at least SiO 2 , Al 2 O 3 , and an alkali metal oxide, (I-2) mixing the starting composition with a liquid, thereby obtaining a slurry, and (I-3) spray drying the obtained slurry, thereby obtaining the precursor-particles, and (II) heat-treating the precursor-particles at a temperature from 1000°C to 1800°C by passing the precursor-particles through a heating device, thereby obtaining hollow spherical glass particles, wherein at least one naked flame fed by a flammable gas is burning in the interior of the heating device, and the heat-treatment is carried out by contacting the precursor-particles with the naked flame(s), wherein the precursor-particles are dispersed in the flammable gas which feeds the flame(s) in the heating device and/or the precursor-particles are dispersed in a non-flammable gas which is added into the heating device at a position upstream of the flame(s). (I) preparing precursor-particles by a process comprising at least the following sub-steps (I-1) providing a starting composition comprising particles of at least one starting compound for forming a glass which comprises at least SiO 2 , Al 2 O 3 , and an alkali metal oxide, (I-2) mixing the starting composition with a liquid, thereby obtaining a slurry, and (I-3) spray drying the obtained slurry, thereby obtaining the precursor-particles, and (I-1) providing a starting composition comprising particles of at least one starting compound for forming a glass which comprises at least SiO 2 , Al 2 O 3 , and an alkali metal oxide, (I-2) mixing the starting composition with a liquid, thereby obtaining a slurry, and (I-3) spray drying the obtained slurry, thereby obtaining the precursor-particles, and (II) heat-treating the precursor-particles at a temperature from 1000°C to 1800°C by passing the precursor-particles through a heating device, thereby obtaining hollow spherical glass particles, wherein at least one naked flame fed by a flammable gas is burning in the interior of the heating device, and the heat-treatment is carried out by contacting the precursor-particles with the naked flame(s), wherein the precursor-particles are dispersed in the flammable gas which feeds the flame(s) in the heating device and/or the precursor-particles are dispersed in a non-flammable gas which is added into the heating device at a position upstream of the flame(s).
A washing machine comprising: a case ; a water tub arranged in the case and comprising a spin-dry tub rotationally installed in the water tub; and a damper installed between the case and the water tub and configured to dampen vibrations of the water tub, wherein the damper comprises: a plunger having one end supported on the case; a rod having one end supported on the water tub and another end movably inserted into the plunger; a housing arranged to wrap around outer circumferential surfaces of some of the plunger and the rod, the housing including a friction member arranged between the housing and the plunger to contact an outer circumferential surface of the plunger; and a switching device configured to be positioned in: a first state in which the rod is coupled to the housing, the rod configured to move within the plunger along with the housing while the friction member is in contact with the outer circumferential surface of the plunger in the first state, and a second state in which the rod is decoupled from the housing, the rod configured to move solely within the plunger in the second state. a case ; a water tub arranged in the case and comprising a spin-dry tub rotationally installed in the water tub; and a damper installed between the case and the water tub and configured to dampen vibrations of the water tub, wherein the damper comprises: a plunger having one end supported on the case; a rod having one end supported on the water tub and another end movably inserted into the plunger; a housing arranged to wrap around outer circumferential surfaces of some of the plunger and the rod, the housing including a friction member arranged between the housing and the plunger to contact an outer circumferential surface of the plunger; and a switching device configured to be positioned in: a first state in which the rod is coupled to the housing, the rod configured to move within the plunger along with the housing while the friction member is in contact with the outer circumferential surface of the plunger in the first state, and a second state in which the rod is decoupled from the housing, the rod configured to move solely within the plunger in the second state. a plunger having one end supported on the case; a rod having one end supported on the water tub and another end movably inserted into the plunger; a housing arranged to wrap around outer circumferential surfaces of some of the plunger and the rod, the housing including a friction member arranged between the housing and the plunger to contact an outer circumferential surface of the plunger; and a switching device configured to be positioned in: a first state in which the rod is coupled to the housing, the rod configured to move within the plunger along with the housing while the friction member is in contact with the outer circumferential surface of the plunger in the first state, and a second state in which the rod is decoupled from the housing, the rod configured to move solely within the plunger in the second state.