mhurhangee/ep-ind-claims huggingface dataset:
An atom interferometer device (100; 200) for inertial sensing, comprising: one or more thermal atomic sources (102; 202, 218) to provide one or more atomic beams; a state preparation laser disposed to provide a state preparation laser beam (106; 204, 220) nominally perpendicular to each of the one or more atomic beams; a set of lasers disposed to provide interrogation laser beams (108, 110, 112; 206, 208, 210, 222, 224, 226) that interrogate the one or more atomic beams to assist in generating atom interference; characterised by: a detection laser disposed to provide a detection laser beam (114; 212, 228), which is angled at a first angle different from perpendicular to each of the one or more atomic beams to enhance dynamic range by enabling velocity selectivity of atoms used in detecting the atom interference. one or more thermal atomic sources (102; 202, 218) to provide one or more atomic beams; a state preparation laser disposed to provide a state preparation laser beam (106; 204, 220) nominally perpendicular to each of the one or more atomic beams; a set of lasers disposed to provide interrogation laser beams (108, 110, 112; 206, 208, 210, 222, 224, 226) that interrogate the one or more atomic beams to assist in generating atom interference; characterised by: a detection laser disposed to provide a detection laser beam (114; 212, 228), which is angled at a first angle different from perpendicular to each of the one or more atomic beams to enhance dynamic range by enabling velocity selectivity of atoms used in detecting the atom interference.
Heat exchanger for a dosing unit of an SCR exhaust gas aftertreatment device, wherein an adjustable volume of a fluid can be discharged by a dosing unit into an exhaust gas line of an internal combustion engine, and wherein the heat exchanger has at least one fluid channel for airflow routed around at least a subregion of an outer peripheral wall of a dosing valve of the dosing unit, characterized in that the fluid channel is routed around the outer peripheral wall of the dosing valve in a helical manner and preferably comprises three or more windings.
An apparatus for conveying products from a stack to an output, comprising: a stack area configured for receiving a stack of a plurality of products, wherein the stack area comprises a base plate with a surface for receiving the products and a stop transversal to a stacking direction of the products; a guiding element (152, 130) extending to the output; and a transport mechanism (160, 162, 164, 168a-c) configured for acting on one or several of the products in the stack for conveying the products in the direction of the output such that edges of the products abut on the guiding element (152, 130), wherein the transport mechanism is implemented such that one transport element (164, 168 a-c) of the transport mechanism (160, 162, 164, 168a-c) is disposed above the surface of the base plate during a movement from a first position to a second position in order to raise at least part of the products in the stack and lower same on the surface of the base plate, characterized in that the transport element (164, 168 a-c), during a movement from a first position to a second position, is arranged so as to move at least part of the products in the stack in a direction of the guiding element (152, 130). a stack area configured for receiving a stack of a plurality of products, wherein the stack area comprises a base plate with a surface for receiving the products and a stop transversal to a stacking direction of the products; a guiding element (152, 130) extending to the output; and a transport mechanism (160, 162, 164, 168a-c) configured for acting on one or several of the products in the stack for conveying the products in the direction of the output such that edges of the products abut on the guiding element (152, 130), wherein the transport mechanism is implemented such that one transport element (164, 168 a-c) of the transport mechanism (160, 162, 164, 168a-c) is disposed above the surface of the base plate during a movement from a first position to a second position in order to raise at least part of the products in the stack and lower same on the surface of the base plate, characterized in that the transport element (164, 168 a-c), during a movement from a first position to a second position, is arranged so as to move at least part of the products in the stack in a direction of the guiding element (152, 130).
A particle separator comprising: a housing defining an inlet and an outlet, and through which a flow stream is directed: and a number of guide vanes in the housing separating flow channels from each other, the flow channels extending from the inlet to the outlet, the guide vanes each having a profile wherein the flow channels follow the profile, the guide vanes each including a plurality of cavities opening to the flow channels at a respective opening, each guide vane having a thickness defining a distance through the guide vane, characterized by the cavities each having a depth limited to less than the distance through the respective guide vane to maintain a blind end in each cavity, the depth extending from the opening of the respective cavity to the blind end of the respective cavity, each cavity having a length across its respective opening in a direction of the flow stream, the cavities being cylindrical in shape and each having an aspect ratio greater than one where the depth of the respective cavity is greater than the diameter of the respective cavity, each cavity configured with its respective blind end and aspect ratio to generate vortices (114, 116) in the cavity that collect particles from the flow stream within the cavity. a housing defining an inlet and an outlet, and through which a flow stream is directed: and a number of guide vanes in the housing separating flow channels from each other, the flow channels extending from the inlet to the outlet, the guide vanes each having a profile wherein the flow channels follow the profile, the guide vanes each including a plurality of cavities opening to the flow channels at a respective opening, each guide vane having a thickness defining a distance through the guide vane, characterized by the cavities each having a depth limited to less than the distance through the respective guide vane to maintain a blind end in each cavity, the depth extending from the opening of the respective cavity to the blind end of the respective cavity, each cavity having a length across its respective opening in a direction of the flow stream, the cavities being cylindrical in shape and each having an aspect ratio greater than one where the depth of the respective cavity is greater than the diameter of the respective cavity, each cavity configured with its respective blind end and aspect ratio to generate vortices (114, 116) in the cavity that collect particles from the flow stream within the cavity.
A system for wrapping a material, comprising: a feed roll configured to feed the material through a feed path; a drive pulley configured to intermittently drive the feed roll; a belt configured to couple the drive pulley with the feed roll; a tensioning lever rotatable about a pivot and configured to vary tension on the belt to intermittently drive or not drive the feed roll; a knife mechanism; an actuator including an actuator arm having an actuating end with a pin (104, 144), and the actuator including a drive unit configured to bidirectionally drive the actuator arm to move the actuating end; characterized in that the tensioning lever defines a catch opening; the knife mechanism includes a fixed knife, and a counter-knife that the system further comprises a link configured to move the counter-knife relative to the fixed knife, the link defining a counter-knife slot; and that the pin (104, 144) is engageable with the tensioning lever at the catch opening and extends through the counter-knife slot of the link. a feed roll configured to feed the material through a feed path; a drive pulley configured to intermittently drive the feed roll; a belt configured to couple the drive pulley with the feed roll; a tensioning lever rotatable about a pivot and configured to vary tension on the belt to intermittently drive or not drive the feed roll; a knife mechanism; an actuator including an actuator arm having an actuating end with a pin (104, 144), and the actuator including a drive unit configured to bidirectionally drive the actuator arm to move the actuating end; characterized in that the tensioning lever defines a catch opening; the knife mechanism includes a fixed knife, and a counter-knife that the system further comprises a link configured to move the counter-knife relative to the fixed knife, the link defining a counter-knife slot; and that the pin (104, 144) is engageable with the tensioning lever at the catch opening and extends through the counter-knife slot of the link.
A composition for topical use comprising two compounds selected in the group comprising Ciclopirox and Lactoferrin in a ratio from 8:1 to 1:20, and a physiologically acceptable carrier.
A continuous process for preparing at least one aromatic amine by hydrogenation of at least one nitroaromatic by means of hydrogen, where a liquid phase comprising at least the aromatic amine and a gas phase comprising at least hydrogen are present, in the presence of a catalyst suspended in the liquid phase at a temperature of from 50 to 250°C and a pressure of from 5 to 50 bar, wherein - the pressure in the reactor is kept so that it fluctuates by not more than 10% above or below the desired reactor pressure by continuous adaptation of the amount of hydrogen fed to the reactor, - the total amount of hydrogen fed to the reactor is monitored and - the introduction of the at least one nitroaromatic is interrupted if the hydrogen uptake in the reactor is not at least 50 mol%, preferably at least 70 mol%, particularly preferably at least 90 mol%, very particularly preferably at least 95 mol%, in particular at least 98 mol%, of the amount of hydrogen required for stoichiometric reaction of the at least one nitroaromatic to form the at least one aromatic amine. - the pressure in the reactor is kept so that it fluctuates by not more than 10% above or below the desired reactor pressure by continuous adaptation of the amount of hydrogen fed to the reactor, - the total amount of hydrogen fed to the reactor is monitored and - the introduction of the at least one nitroaromatic is interrupted if the hydrogen uptake in the reactor is not at least 50 mol%, preferably at least 70 mol%, particularly preferably at least 90 mol%, very particularly preferably at least 95 mol%, in particular at least 98 mol%, of the amount of hydrogen required for stoichiometric reaction of the at least one nitroaromatic to form the at least one aromatic amine.
A refrigerator, comprising: a body having a storage compartment (21,22); an ice making device to generate ice; and an ice bucket to store the ice generated at the ice making device, wherein the ice bucket comprises: an ice bucket body, an ice storage space formed at an inside of the ice bucket body, and a plurality of elongate guide ribs (131,133,137) that allow ice to be spaced apart from the ice bucket body toward the ice storage space to allow a flow path of cool air, wherein the plurality of guide ribs (131,133,137) is integrally provided with the ice bucket body, protrudes from the ice bucket body toward the ice storage space and extends vertically at both side walls of the ice bucket body, and characterized in that guide ribs (131,133,137) adjacent to each other among the plurality of guide ribs (131,133,137) form a cool air flow path between the adjacent guide ribs, while spaced apart from each other by a predetermined gap. a body having a storage compartment (21,22); an ice making device to generate ice; and an ice bucket to store the ice generated at the ice making device, wherein the ice bucket comprises: an ice bucket body, an ice storage space formed at an inside of the ice bucket body, and a plurality of elongate guide ribs (131,133,137) that allow ice to be spaced apart from the ice bucket body toward the ice storage space to allow a flow path of cool air, an ice bucket body, an ice storage space formed at an inside of the ice bucket body, and a plurality of elongate guide ribs (131,133,137) that allow ice to be spaced apart from the ice bucket body toward the ice storage space to allow a flow path of cool air, wherein the plurality of guide ribs (131,133,137) is integrally provided with the ice bucket body, protrudes from the ice bucket body toward the ice storage space and extends vertically at both side walls of the ice bucket body, and characterized in that guide ribs (131,133,137) adjacent to each other among the plurality of guide ribs (131,133,137) form a cool air flow path between the adjacent guide ribs, while spaced apart from each other by a predetermined gap.
A composition comprising: at least 25 wt.% C 10 mercaptans selected from the group consisting of 5-methyl-1-mercapto-nonane (represented by Structure A), 3-propyl-1-mercapto-heptane (represented by Structure B), 4-ethyl-1-mercapto-octane (represented by Structure C), 2-butyl-1-mercapto-hexane (represented by Structure D), 5-methyl-2-mercapto-nonane (represented by Structure E), 3-propyl-2-mercapto-heptane (represented by Structure F), 4-ethyl-2-mercapto-octane (represented by Structure G), 5-methyl-5-mercapto-nonane (represented by Structure H), and combinations thereof; And at least 5 wt.% C 20 sulfides represented by the structure R 1 -S-R 2, wherein R 1 and R 2 are each independently a functional group derived from an olefin, wherein the olefin comprises 5-methyl-1-nonene (represented by Structure I), 3-propyl-1-heptene (represented by Structure J), 4-ethyl-1-octene (represented by Structure K), 2-butyl-1-hexene (represented by Structure L), or combinations thereof, at least 25 wt.% C 10 mercaptans selected from the group consisting of 5-methyl-1-mercapto-nonane (represented by Structure A), 3-propyl-1-mercapto-heptane (represented by Structure B), 4-ethyl-1-mercapto-octane (represented by Structure C), 2-butyl-1-mercapto-hexane (represented by Structure D), 5-methyl-2-mercapto-nonane (represented by Structure E), 3-propyl-2-mercapto-heptane (represented by Structure F), 4-ethyl-2-mercapto-octane (represented by Structure G), 5-methyl-5-mercapto-nonane (represented by Structure H), and combinations thereof; And at least 5 wt.% C 20 sulfides represented by the structure R 1 -S-R 2, wherein R 1 and R 2 are each independently a functional group derived from an olefin, wherein the olefin comprises 5-methyl-1-nonene (represented by Structure I), 3-propyl-1-heptene (represented by Structure J), 4-ethyl-1-octene (represented by Structure K), 2-butyl-1-hexene (represented by Structure L), or combinations thereof,
A fixing device, comprising: a pedestal, provided with a first chute extending along a first direction, a first limiting part being provided in the first chute; a bracket, detachably provided on the pedestal, wherein a slide block is provided on the bracket, a limited part adapted to the first limiting part in shape is provided on the slide block, and the first limiting part and the limited part form a buckled structure so as to fix the bracket on the pedestal along a vertical direction; and a connecting arm, wherein a first end of the connecting arm is provided on the bracket, and a mounting part connected with a display screen is provided at a second end of the connecting arm; characterized in that: a blocking bump for blocking the slide block to move along the first direction is provided in the first chute. a pedestal, provided with a first chute extending along a first direction, a first limiting part being provided in the first chute; a bracket, detachably provided on the pedestal, wherein a slide block is provided on the bracket, a limited part adapted to the first limiting part in shape is provided on the slide block, and the first limiting part and the limited part form a buckled structure so as to fix the bracket on the pedestal along a vertical direction; and a connecting arm, wherein a first end of the connecting arm is provided on the bracket, and a mounting part connected with a display screen is provided at a second end of the connecting arm; characterized in that: a blocking bump for blocking the slide block to move along the first direction is provided in the first chute.
Screwing device for carrying out a screw-driving procedure in an automated manner, in which procedure a screw is screwed to a threaded partner in an axial direction, wherein the screwing device has - an advancing unit for generating an axial advancing movement over a stroke range, wherein the advancing unit has an electric advancing motor and is designed for detecting momentary advancing values, specifically a momentary advancing force, a momentary advancing rate, and a momentary axial position; - a rotating unit having an electric drive motor for generating a rotating movement, wherein the rotating unit is designed for detecting momentary rotational values, specifically for detecting a momentary rotating speed, a momentary torque and a momentary rotational angle; - a tool head for guiding the screw; - a feeding unit for feeding the screw into a standby position; - a screw-driving tool which is designed for gripping a screw head of the screw and which is rotatable by means of the rotating unit and displaceable in the axial direction by means of the advancing unit; - a control device for controlling the screw-driving procedure, wherein controlling an advancing fraction of the screw-driving procedure takes place by means of a momentary advancing force, characterized in that the control device is designed in such a manner that the momentary advancing force and the momentary axial position are used to verify whether the screw-driving tool is correctly engaged with the screw head. - an advancing unit for generating an axial advancing movement over a stroke range, wherein the advancing unit has an electric advancing motor and is designed for detecting momentary advancing values, specifically a momentary advancing force, a momentary advancing rate, and a momentary axial position; - a rotating unit having an electric drive motor for generating a rotating movement, wherein the rotating unit is designed for detecting momentary rotational values, specifically for detecting a momentary rotating speed, a momentary torque and a momentary rotational angle; - a tool head for guiding the screw; - a feeding unit for feeding the screw into a standby position; - a screw-driving tool which is designed for gripping a screw head of the screw and which is rotatable by means of the rotating unit and displaceable in the axial direction by means of the advancing unit; - a control device for controlling the screw-driving procedure, wherein controlling an advancing fraction of the screw-driving procedure takes place by means of a momentary advancing force,
A method of controlling power in a wireless terminal having a SIM card which can be directly inserted/removed, the method comprising: determining whether the SIM card is removed in a power-on state of the wireless terminal; and if the SIM card is removed from the wireless terminal in the power-on state, a controller senses an error mode using an interrupt and controls power control signals for controlling power of the wireless terminal to be changed to a power-off state. determining whether the SIM card is removed in a power-on state of the wireless terminal; and if the SIM card is removed from the wireless terminal in the power-on state, a controller senses an error mode using an interrupt and controls power control signals for controlling power of the wireless terminal to be changed to a power-off state.
Dental implant (1, 100, 200) comprising an anchoring body (2, 102, 202), said anchoring body (2, 102, 202) including a stem (5, 105, 205) having a thread (7, 107) engageable in a mandibular or maxillary seat, an abutment (3, 103, 203) to which a dental crown can be connected, wherein said anchoring body (2, 102, 202) and said abutment (3, 103, 203) are operatively connected to each other through a connection element (4, 104, 204), said anchoring body (2, 102, 202) comprising a head portion (8. 108, 208) delimiting a first internal cavity (9, 109, 209), said anchoring body (2, 102, 202) delimiting an opening extending from the bottom of said first internal cavity (9, 109, 209) or having a projection extending into said first internal cavity (9, 109, 209), said abutment (3, 103, 203) comprising a section, in use, proximal (12, 112) to said anchoring body and a section, in use, distal (13, 113) from said anchoring body (2, 102, 202), said abutment (3, 103, 203) being operatively associable with said anchoring body (2, 102, 202) by engaging said connection element (4, 104, 204) in said opening or with said projection, said abutment (3, 103, 203) defining a through longitudinal seat (14, 15, 114, 115) with an end distal from said anchoring body (2, 102, 202) and an end proximal to the latter, said connection element (4, 104, 204) being insertable in said longitudinal seat (14, 15, 114, 115) starting from said distal end until it engages said opening or said projection and thus mutually constraining said abutment (3, 103, 203) and said anchoring body (2, 102, 202), wherein part (13, 113) of said abutment (3, 103, 203) is mounted in said first internal cavity (9, 109, 209) so as to obtain a ball joint engagement between the abutment (3, 103, 203) and the anchoring body (2, 102, 202).
An apparatus for increasing fluid flow through a tissue site, the apparatus comprising: a first layer shaped to at least partially encircle the tissue site, the first layer having an unloaded state and a loaded state; a second layer coupled to the first layer; and a third layer comprising an adhesive coupled to the second layer opposite the first layer, the third layer being coupled to the tissue site by the adhesive; wherein the first layer comprises a biasing element which biases the first layer to the unloaded state; wherein the first layer can be deflected from the unloaded state to the loaded state; wherein the first layer radially pulls on the tissue site to increase lymphatic flow through the tissue site. a first layer shaped to at least partially encircle the tissue site, the first layer having an unloaded state and a loaded state; a second layer coupled to the first layer; and a third layer comprising an adhesive coupled to the second layer opposite the first layer, the third layer being coupled to the tissue site by the adhesive; wherein the first layer comprises a biasing element which biases the first layer to the unloaded state; wherein the first layer can be deflected from the unloaded state to the loaded state; wherein the first layer radially pulls on the tissue site to increase lymphatic flow through the tissue site.