mhurhangee/patent-ind-claim-en huggingface dataset:
A lace winding spool comprising a lower component comprising: a lower plate ; and a shaft extending from the lower plate; an upper component comprising: an upper plate ; a drum extending from the upper plate; and a winding channel extending across the drum; and a connection interface between the upper component and the lower component to hold the lower plate adjacent the drum. a lower component comprising: a lower plate ; and a shaft extending from the lower plate; a lower plate ; and a shaft extending from the lower plate; an upper component comprising: an upper plate ; a drum extending from the upper plate; and a winding channel extending across the drum; and a connection interface between the upper component and the lower component to hold the lower plate adjacent the drum. an upper plate ; a drum extending from the upper plate; and a winding channel extending across the drum; and a connection interface between the upper component and the lower component to hold the lower plate adjacent the drum.
A luminaire comprising: a light source carrier having a central opening ; a set of light sources mounted on the carrier facing a first direction; a reflector cover over the light source carrier and extending across the central opening , adapted to reflect light to a range of light output directions through the central opening, including a direction opposite to the first direction; characterized in that it comprises a lens structure formed over the set of light sources , comprising: a light diffusing output area which faces partly inwardly towards a center of the central opening and partly in the first direction towards the reflector cover ; and reflecting side walls extending between the set of light sources and the light diffusing output area . a light source carrier having a central opening ; a set of light sources mounted on the carrier facing a first direction; a reflector cover over the light source carrier and extending across the central opening , adapted to reflect light to a range of light output directions through the central opening, including a direction opposite to the first direction; characterized in that it comprises a lens structure formed over the set of light sources , comprising: a light diffusing output area which faces partly inwardly towards a center of the central opening and partly in the first direction towards the reflector cover ; and reflecting side walls extending between the set of light sources and the light diffusing output area . a light diffusing output area which faces partly inwardly towards a center of the central opening and partly in the first direction towards the reflector cover ; and reflecting side walls extending between the set of light sources and the light diffusing output area .
A time responsive control system for time responsive control of the irrigation sectors for an impulse sprinkler wherein the sprinkler comprises a jet-producing barrel connected to a pressurized water supplying line with a joint that swivels about a substantially vertical axis (X) and an actuator that is driven by the jet to cause automatic rotation of the barrel with periodic reversal of the direction of rotation, which system comprises: - a first pair of limit stop members which are adapted to be associated with a stationary portion of the joint in predetermined first angular positions relative to the axis of rotation (X) of the barrel to define a predetermined first irrigation sector (α); - at least one first reversing lever adapted to be operably coupled to the actuator and to interact with said first pair of limit stop members during rotation of the barrel to reverse the direction of rotation in the predetermined first irrigation sector (α); characterized in that it comprises a second pair of limit stop members for association with the stationary portion of the joint in predetermined second angular positions to define a predetermined second irrigation sector (β), other than the first irrigation sector, a second reversing lever being provided, which is designed to be operatively coupled to the actuator to interact with said second pair of limit stop members during rotation of the barrel to reverse the direction of rotation in said second irrigation sector (β), a time-programmable selector being provided, which is configured to control said levers and alternately cause interaction of said first lever with said first pair of limit stop members while preventing interaction of said second lever with said second pair of limit stop members , and cause interaction of said second lever with said second pair of limit stop members , after a given programmed time interval, while preventing interaction of said first lever with said first pair of limit stop members , to move from said first irrigation sector (α) to said second irrigation sector (β). - a first pair of limit stop members which are adapted to be associated with a stationary portion of the joint in predetermined first angular positions relative to the axis of rotation (X) of the barrel to define a predetermined first irrigation sector (α); - at least one first reversing lever adapted to be operably coupled to the actuator and to interact with said first pair of limit stop members during rotation of the barrel to reverse the direction of rotation in the predetermined first irrigation sector (α);
A process for removing ammonia from ammonia-containing purge gas of a urea plant , the process comprising: a) said ammonia-containing purge gas is contacted with a stream of carbon dioxide ; b) at least one of: said ammonia-containing purge gas prior to contacting said stream of carbon dioxide, said stream of carbon dioxide prior to contacting the ammonia purge-gas, the mixture of purge gas and carbon dioxide resulting from the contacting step a), is refrigerated; c) in the so obtained refrigerated mixture of purge gas and carbon dioxide, at least some of the ammonia contained in the purge gas reacts to form one or more ammonium salts and a multiphase mixed stream containing the ammonium salts is obtained, and d) said ammonium salts are removed from said mixed stream. a) said ammonia-containing purge gas is contacted with a stream of carbon dioxide ; b) at least one of: said ammonia-containing purge gas prior to contacting said stream of carbon dioxide, said stream of carbon dioxide prior to contacting the ammonia purge-gas, the mixture of purge gas and carbon dioxide resulting from the contacting step a), is refrigerated; said ammonia-containing purge gas prior to contacting said stream of carbon dioxide, said stream of carbon dioxide prior to contacting the ammonia purge-gas, the mixture of purge gas and carbon dioxide resulting from the contacting step a), is refrigerated; c) in the so obtained refrigerated mixture of purge gas and carbon dioxide, at least some of the ammonia contained in the purge gas reacts to form one or more ammonium salts and a multiphase mixed stream containing the ammonium salts is obtained, and d) said ammonium salts are removed from said mixed stream.
A node unit for a scalable telecommunications system, the node unit comprising: one or more universal digital RF transceiver modules ; one or more universal digital transport interface modules ; a universal backplane module communicatively coupled to the one or more digital RF transceiver modules and to the one or more digital transport interface modules ; and a system controller configured to read a respective module identification, ID, of at least one of the one or more digital RF transceiver modules , the one or more digital transport interface modules , or the backplane module , wherein each module ID identifies a respective module type and its capabilities; wherein the system controller is configured to detect a combination of modules in the node unit and to configure the operation of at least one of the one or more digital RF transceiver modules , the one or more digital transport interface modules , or the backplane module , based on the respective module ID , wherein the one or more universal digital RF transceiver modules , the one or more universal digital transport interface modules , and the universal backplane module are universal in that they can be used for multiple frequency, power, or technology combinations. one or more universal digital RF transceiver modules ; one or more universal digital transport interface modules ; a universal backplane module communicatively coupled to the one or more digital RF transceiver modules and to the one or more digital transport interface modules ; and a system controller configured to read a respective module identification, ID, of at least one of the one or more digital RF transceiver modules , the one or more digital transport interface modules , or the backplane module , wherein each module ID identifies a respective module type and its capabilities; wherein the system controller is configured to detect a combination of modules in the node unit and to configure the operation of at least one of the one or more digital RF transceiver modules , the one or more digital transport interface modules , or the backplane module , based on the respective module ID , wherein the one or more universal digital RF transceiver modules , the one or more universal digital transport interface modules , and the universal backplane module are universal in that they can be used for multiple frequency, power, or technology combinations.
A circular saw machine , comprising: a processing head capable of moving in a cutting direction for imparting a cut to a workpiece (W) and an opposite direction opposite to the cutting direction, and having a main shaft capable of rotating and a circular saw blade fixed to the main shaft ; and a movable saw blade guide set provided to be movable in the cutting direction and the opposite direction on the processing head for guiding to pinch a body part of the circular saw blade on a diameter direction inner side of a cutting region in which a cutting effect in the circular saw blade is effectuated, wherein the movable saw blade guide set is configured to move relatively with respect to the processing head in the opposite direction, in coordination with a movement in the cutting direction of the processing head , as a cutting into the workpiece (W) progresses, wherein the processing head is provided to be movable in the cutting direction and the opposite direction by being guided via a plurality of guide rails extended in the cutting direction, characterized in that the processing head has a pair of slide guides extended in the cutting direction, and in that the movable saw blade guide set is made to be movable in the cutting direction and the opposite direction via the pair of slide guides , and moves relative to the processing head in the direction opposite to a movement direction of the processing head in coordination with the movement in the cutting direction of the processing head . a processing head capable of moving in a cutting direction for imparting a cut to a workpiece (W) and an opposite direction opposite to the cutting direction, and having a main shaft capable of rotating and a circular saw blade fixed to the main shaft ; and a movable saw blade guide set provided to be movable in the cutting direction and the opposite direction on the processing head for guiding to pinch a body part of the circular saw blade on a diameter direction inner side of a cutting region in which a cutting effect in the circular saw blade is effectuated, wherein the movable saw blade guide set is configured to move relatively with respect to the processing head in the opposite direction, in coordination with a movement in the cutting direction of the processing head , as a cutting into the workpiece (W) progresses, wherein the processing head is provided to be movable in the cutting direction and the opposite direction by being guided via a plurality of guide rails extended in the cutting direction, characterized in that the processing head has a pair of slide guides extended in the cutting direction, and in that the movable saw blade guide set is made to be movable in the cutting direction and the opposite direction via the pair of slide guides , and moves relative to the processing head in the direction opposite to a movement direction of the processing head in coordination with the movement in the cutting direction of the processing head .
An electrically operated aerosol-generating system comprising: an aerosol-generating device ; an aerosol-forming cartridge comprising at least one aerosol-forming substrate , wherein, in use, the aerosol-forming cartridge is at least partially received within the aerosol-generating device ; at least one electric heater arranged to heat the at least one aerosol-forming substrate during use; and at least one air inlet and at least one air outlet ; wherein, in use, the aerosol-generating system further comprises an air flow channel extending between the at least one air inlet and the at least one air outlet , the air flow channel being in fluid communication with the aerosol-forming substrate , the electrically operated aerosol-generating system being characterized in that the air flow channel has an internal wall surface on which one or more flow disturbing devices are disposed, the flow disturbing devices being arranged to create a turbulent boundary layer in a flow of air drawn through the air flow channel , wherein the flow disturbing devices comprise a plurality of dimples on the internal wall surface , and wherein the plurality of dimples have a number average maximum diameter of from 3 millimetres to 6 millimetres. an aerosol-generating device ; an aerosol-forming cartridge comprising at least one aerosol-forming substrate , wherein, in use, the aerosol-forming cartridge is at least partially received within the aerosol-generating device ; at least one electric heater arranged to heat the at least one aerosol-forming substrate during use; and at least one air inlet and at least one air outlet ; wherein, in use, the aerosol-generating system further comprises an air flow channel extending between the at least one air inlet and the at least one air outlet , the air flow channel being in fluid communication with the aerosol-forming substrate , the electrically operated aerosol-generating system being characterized in that the air flow channel has an internal wall surface on which one or more flow disturbing devices are disposed, the flow disturbing devices being arranged to create a turbulent boundary layer in a flow of air drawn through the air flow channel , wherein the flow disturbing devices comprise a plurality of dimples on the internal wall surface , and wherein the plurality of dimples have a number average maximum diameter of from 3 millimetres to 6 millimetres.
A viewing device for viewing a digital image for the purpose of helping a user to analyze and study such a digital image, for example a virtual slide, including viewing means for viewing at least one part of the digital image, characterized in that the viewing means comprise a viewing mask held by a support in such a way that the viewing mask is in operation at the level of the observer's eyes, so that the observer can move his eyes toward the viewing mask to examine the part of the digital image being viewed, the support having a proximal end forming a base intended to be set down on a table and a distal end configured to hold the viewing mask, the viewing mask having lateral extensions to isolate the user from external visual disturbances, and in that the viewing mask further comprises at least one movement control member operable by the user to cause a virtual movement of the digital image so that the user can view another part of the digital image.
Modular missile launch system for launching missiles from a mobile platform consisting of a rectangular first support frame , comprising: a first longitudinal support extending in a longitudinal direction (L), on which at least one platform coupling structure (3A; 3B) for detachably fixing the first support frame to the mobile platform is formed; a second longitudinal support extending in the longitudinal direction (L), which is arranged spaced apart from the first longitudinal support in a vertical direction (H) extending transverse to the longitudinal direction (L) and has, on a lower face orientated away from the first longitudinal structure , a first connecting structure , the first connecting structure defining a first plug-in connection portion extending in the longitudinal direction (L), onto which a second support frame , having a second plug-in connection portion formed complementary to the first plug-in connection portion , can be plugged in the vertical direction (H), and at least two through-holes spaced apart in the longitudinal direction (L), through each of which a connecting device can be passed so as to fix the first and second support frames (2; 4) to one another when the second support frame is plugged onto the first support frame ; and at least one launching tube fixing structure for attaching a missile launching tube to the first support frame . a first longitudinal support extending in a longitudinal direction (L), on which at least one platform coupling structure (3A; 3B) for detachably fixing the first support frame to the mobile platform is formed; a second longitudinal support extending in the longitudinal direction (L), which is arranged spaced apart from the first longitudinal support in a vertical direction (H) extending transverse to the longitudinal direction (L) and has, on a lower face orientated away from the first longitudinal structure , a first connecting structure , the first connecting structure defining a first plug-in connection portion extending in the longitudinal direction (L), onto which a second support frame , having a second plug-in connection portion formed complementary to the first plug-in connection portion , can be plugged in the vertical direction (H), and at least two through-holes spaced apart in the longitudinal direction (L), through each of which a connecting device can be passed so as to fix the first and second support frames (2; 4) to one another when the second support frame is plugged onto the first support frame ; and at least one launching tube fixing structure for attaching a missile launching tube to the first support frame .
A presence simulation system for creating an impression of an environment being occupied when unoccupied, the presence simulation system comprising at least one luminaire ; a user interface ; a profile generator configured to generate in electronic storage a plurality of virtual occupant profiles according to profile creation inputs received via the user interface , each virtual occupant profile comprising user-defined virtual occupant identity data and an associated virtual occupant identifier which distinguishes each of the plurality of virtual occupant profiles from each other; a presence simulator configured to generate a sequence of simulated control actions, by applying a behaviour simulation algorithm to the user-defined virtual occupant identity data of the electronically-stored virtual occupant profiles; and a lighting controller configured to vary at least one characteristic of light emitted by the at least one luminaire according to the sequence of simulated control actions, wherein the presence simulator is further configured to apply the behaviour simulation algorithm by generating a sequence of simulated activities for each virtual occupant profile using its virtual occupant identity data , and wherein the presence simulator is further configured to generate the sequence of simulated control actions based on the generated sequence of simulated activities, wherein the presence simulation system is characterised in that each of the plurality of virtual occupant profiles defines a virtual occupant living in said environment . at least one luminaire ; a user interface ; a profile generator configured to generate in electronic storage a plurality of virtual occupant profiles according to profile creation inputs received via the user interface , each virtual occupant profile comprising user-defined virtual occupant identity data and an associated virtual occupant identifier which distinguishes each of the plurality of virtual occupant profiles from each other; a presence simulator configured to generate a sequence of simulated control actions, by applying a behaviour simulation algorithm to the user-defined virtual occupant identity data of the electronically-stored virtual occupant profiles; and a lighting controller configured to vary at least one characteristic of light emitted by the at least one luminaire according to the sequence of simulated control actions, wherein the presence simulator is further configured to apply the behaviour simulation algorithm by generating a sequence of simulated activities for each virtual occupant profile using its virtual occupant identity data , and wherein the presence simulator is further configured to generate the sequence of simulated control actions based on the generated sequence of simulated activities, wherein the presence simulation system is characterised in that each of the plurality of virtual occupant profiles defines a virtual occupant living in said environment .
An implantation and/or retrieval device for a leadless cardiac pacing device , comprising: a first elongate shaft including a lumen; a second elongate shaft slidably disposed within the lumen of the first elongate shaft ; an end cap assembly fixedly attached to a distal end of the first elongate shaft ; and a plurality of wires attached to the second elongate shaft and extending distally from the end cap assembly , the plurality of wires being movable relative to the end cap assembly ; wherein the plurality of wires is configured to engage a proximal hub of the leadless cardiac pacing device ; wherein the plurality of wires forms a plurality of wire loops extending distally from the end cap assembly; characterized in that the end cap assembly includes an insert secured within an outer housing , the outer housing being fixedly attached to the distal end of the first elongate shaft ; wherein the insert includes a plurality of bores extending through the insert, wherein the plurality of bores is configured to receive the plurality of wires . a first elongate shaft including a lumen; a second elongate shaft slidably disposed within the lumen of the first elongate shaft ; an end cap assembly fixedly attached to a distal end of the first elongate shaft ; and a plurality of wires attached to the second elongate shaft and extending distally from the end cap assembly , the plurality of wires being movable relative to the end cap assembly ; wherein the plurality of wires is configured to engage a proximal hub of the leadless cardiac pacing device ; wherein the plurality of wires forms a plurality of wire loops extending distally from the end cap assembly; characterized in that the end cap assembly includes an insert secured within an outer housing , the outer housing being fixedly attached to the distal end of the first elongate shaft ; wherein the insert includes a plurality of bores extending through the insert, wherein the plurality of bores is configured to receive the plurality of wires .