mhurhangee/patent-ind-claim-en huggingface dataset:
A machine intended to carry out bales (B) from crop (V), said machine being movable relatively to the ground and including : a pressing chamber ; a feeding device intended to bring the crop into the pressing chamber ; a piston movable in translation within the pressing chamber to press the crop ; a driving device having a coupling member arranged to be connected to a rotational driving element , the driving device being further arranged to drive the piston in translation; the machine being characterized by the fact that the driving device further includes : a hydraulic device comprising a hydraulic pump connected to the coupling member ; a hydraulic motor supplied by the hydraulic pump ; a driving member driven by the hydraulic motor and configured to move the piston in translation; and a control device connected to the hydraulic device in order to control the piston displacement. a pressing chamber ; a feeding device intended to bring the crop into the pressing chamber ; a piston movable in translation within the pressing chamber to press the crop ; a driving device having a coupling member arranged to be connected to a rotational driving element , the driving device being further arranged to drive the piston in translation; the machine being characterized by the fact that the driving device further includes : a hydraulic device comprising a hydraulic pump connected to the coupling member ; a hydraulic motor supplied by the hydraulic pump ; a driving member driven by the hydraulic motor and configured to move the piston in translation; and a control device connected to the hydraulic device in order to control the piston displacement. a hydraulic device comprising a hydraulic pump connected to the coupling member ; a hydraulic motor supplied by the hydraulic pump ; a driving member driven by the hydraulic motor and configured to move the piston in translation; and a control device connected to the hydraulic device in order to control the piston displacement.
A liquid fluid filter assembly for filtration of water including a cleaning device for chemical cleaning of a filter , wherein the cleaning device comprises injection means arranged to inject a cleaning chemical into a fluid flow through the filter , the cleaning device comprises a circulation conduit which provides a closed loop fluid flow through the filter in the same direction as the water flow during production, wherein said cleaning device is designed such that a fluid which has been filtered by the filter is used in the closed loop fluid flow and said injection means is arranged to inject the cleaning chemical into the fluid of said closed loop fluid flow, and a control device controlling at least one valve and a circulation pump arranged inside the circulation conduit activating said closed loop fluid flow, characterized in that the injection means comprises a metering pump or metering valve for dosing the at least one cleaning chemical into the closed loop fluid flow and that said injection means is controlled by said control device and said injection means and said control device are designed such that said at least one cleaning chemical is injected into the fluid in intervals, wherein the control device is designed such that the control device defines the required amount of cleaning chemical to be injected and gives a required signal to the metering pump or metering valve to pump or inject just this defined amount of cleaning chemical into the fluid flow. the cleaning device comprises injection means arranged to inject a cleaning chemical into a fluid flow through the filter , the cleaning device comprises a circulation conduit which provides a closed loop fluid flow through the filter in the same direction as the water flow during production, wherein said cleaning device is designed such that a fluid which has been filtered by the filter is used in the closed loop fluid flow and said injection means is arranged to inject the cleaning chemical into the fluid of said closed loop fluid flow, and a control device controlling at least one valve and a circulation pump arranged inside the circulation conduit activating said closed loop fluid flow, characterized in that the injection means comprises a metering pump or metering valve for dosing the at least one cleaning chemical into the closed loop fluid flow and that said injection means is controlled by said control device and said injection means and said control device are designed such that said at least one cleaning chemical is injected into the fluid in intervals, wherein the control device is designed such that the control device defines the required amount of cleaning chemical to be injected and gives a required signal to the metering pump or metering valve to pump or inject just this defined amount of cleaning chemical into the fluid flow.
A lubricating composition comprising an oil of lubricating viscosity, and an amino carboxylate compound having a structure according to Structure (III): where, n is at least 0; X is selected from H and C 1 -C 4 alkyl; and R 7 is selected from C 6 -C 12 alkyl, and C 6 -C 12 alkenyl. n is at least 0; X is selected from H and C 1 -C 4 alkyl; and R 7 is selected from C 6 -C 12 alkyl, and C 6 -C 12 alkenyl.
Sports shoe comprising a shell formed by at least a first shell portion and at least a second shell portion , distinct from each other and adapted for being assembled together, said at least a first shell portion comprising a first peripheral rim edge (E), and said at least a second shell portion comprising a second peripheral rim edge (E'), and said first peripheral rim edge (E) and second peripheral rim edge (E') comprising, respectively, a first joining rim portion (E j ) and a second joining rim portion (E' j ) adapted to be coupled to each other for fixing said at least a first shell portion with said at least a second shell portion , said first joining rim portion (E j ) comprising at least a joining channel adapted to cooperate with a corresponding at least a joining projection comprised in said second joining rim portion (E' j ), and characterized in that said at least a joining channel and the corresponding said at least a joining projection being fixable to each other by means of heat welding, said at least a joining channel comprises a bottom and side surfaces , said at least a joining projection comprises a concentration head and a body , said bottom being adapted to cooperate with said concentration head and said side surfaces being adapted to cooperate with said body . said at least a first shell portion comprising a first peripheral rim edge (E), and said at least a second shell portion comprising a second peripheral rim edge (E'), and said first peripheral rim edge (E) and second peripheral rim edge (E') comprising, respectively, a first joining rim portion (E j ) and a second joining rim portion (E' j ) adapted to be coupled to each other for fixing said at least a first shell portion with said at least a second shell portion , said first joining rim portion (E j ) comprising at least a joining channel adapted to cooperate with a corresponding at least a joining projection comprised in said second joining rim portion (E' j ), and characterized in that said at least a joining channel and the corresponding said at least a joining projection being fixable to each other by means of heat welding, said at least a joining channel comprises a bottom and side surfaces , said at least a joining projection comprises a concentration head and a body , said bottom being adapted to cooperate with said concentration head and said side surfaces being adapted to cooperate with said body .
A grease gun , comprising: a cylindrical member accommodating a container that includes a pouch formed of a film material and a spout fixed to the pouch , a lubricant composition being filled and sealed in the pouch ; a push member pressing the container in the cylindrical member to push out the lubricant composition; and a connecting member having a through-hole through which the lubricant composition passes from the container to a subject to which the lubricant composition is supplied, and threaded portions formed at ends of the through-hole , one of the threaded portions being coupled with the spout , and the other of the threaded portions to be coupled with a connecting tube connected to the subject to which the lubricant composition is supplied, wherein the grease gun further comprises a lid having a through hole formed therein, characterized in that the connecting member is attached to the spout of the container inside the lid . a cylindrical member accommodating a container that includes a pouch formed of a film material and a spout fixed to the pouch , a lubricant composition being filled and sealed in the pouch ; a push member pressing the container in the cylindrical member to push out the lubricant composition; and a connecting member having a through-hole through which the lubricant composition passes from the container to a subject to which the lubricant composition is supplied, and threaded portions formed at ends of the through-hole , one of the threaded portions being coupled with the spout , and the other of the threaded portions to be coupled with a connecting tube connected to the subject to which the lubricant composition is supplied, wherein the grease gun further comprises a lid having a through hole formed therein, characterized in that the connecting member is attached to the spout of the container inside the lid .
Rubber spring with an integrated payload sensor , which is designed and arranged as an additional spring on a spring system of a vehicle , characterized in that the payload sensor is designed as a film-like dielectric elastomer sensor.
A thermosensitive recording material comprising, on a support, a thermosensitive recording layer containing a polyvinyl alcohol and a color development component, and a protective layer containing a resin component, in this order from a support side, wherein at least one of the thermosensitive recording layer or the protective layer further contains a styrene-isoprene resin having two glass transition points.
Process for the production of a thermoplastic moulding composition by means of an extruder which comprises at least one feed zone , at least one mixing section , at least one venting section and at least one discharge zone , where in the at least one feed zone a water-containing first component of the thermoplastic moulding composition, and also a second component of the thermoplastic moulding composition, are introduced, in the at least one mixing section comprising a first mixing barrel section and a second mixing barrel section the thermoplastic moulding composition is mixed and water present is evaporated, in the at least one venting section water vapour is removed from the thermoplastic moulding composition, and in the at least one discharge zone the thermoplastic moulding composition is discharged, characterized in that at least one of the two mixing barrels sections of the at least one mixing section is maintained at a temperature which is the same as or lower than a temperature of the thermoplastic moulding composition within in this at least one mixing section in that no active heating of this at least one mixing barrel section takes place, and therefore at least this one mixing barrel section is operated adiabatically and that at least one barrel section of the venting section is heated by means of temperature-control equipment in a manner such that a temperature of the barrel section of the venting section is higher than the temperature of at least one mixing barrel section and/or that at least one barrel section of the discharge zone is heated by means of temperature-control equipment in a manner such that a temperature of the barrel section of the discharge zone is higher than the temperature at least of one mixing barrel section .
Plug-in connector with a latching system for being received in and latched to a further plug-in connector , wherein the latching system is arranged on the plug housing and comprises at least one latching tab with a latching lug , the latching tab has a contact-pressure tab which can be placed against the plug housing in order to exert a spring force, and the latching tab is of V-shaped design and comprises an outer limb and an inner limb which is shortened in relation to the outer limb , characterized in that the plug-in connector is formed in one piece together with the latching system, wherein the inner limb , at its first end, is joined to the plug housing by means of a connecting web and, at its second end, is connected to the second end of the outer limb by means of a film hinge .
A driver device for semiconductor light sources , comprising: - an output current path, divided into a first part and a second part by an output for said semiconductor light sources, said output comprising a first node and a second node , - a controllable first switch on said output current path, coupled to one of said first node and said second node , - an output capacitance coupled to said output and to said first switch so that closing said first switch enables a discharging current to flow from said output capacitance through the semiconductor light sources coupled between said first and second nodes , - a control circuit coupled through a first driver circuit to a control input of said first switch and configured to selectively open and close said first switch , and - a switched-mode power supply coupled to said output and configured to convert an internal bus voltage (Vbus) of said driver device into an output voltage (Vout) for driving an output current through said semiconductor light sources coupled between said first and second nodes ; characterized in that said control circuit is configured to selectively open and close said first switch in accordance with pulses defined by a closing sequence before enabling said switched-mode power supply to begin said converting of the internal bus voltage (Vbus) to the output voltage (Vout), wherein said closing sequence consists of a series of closing pulses that become longer towards the end of the closing sequence, the closing sequence thereby providing the semiconductor light sources coupled between said first and second nodes with protection from a transient current. - an output current path, divided into a first part and a second part by an output for said semiconductor light sources, said output comprising a first node and a second node , - a controllable first switch on said output current path, coupled to one of said first node and said second node , - an output capacitance coupled to said output and to said first switch so that closing said first switch enables a discharging current to flow from said output capacitance through the semiconductor light sources coupled between said first and second nodes , - a control circuit coupled through a first driver circuit to a control input of said first switch and configured to selectively open and close said first switch , and - a switched-mode power supply coupled to said output and configured to convert an internal bus voltage (Vbus) of said driver device into an output voltage (Vout) for driving an output current through said semiconductor light sources coupled between said first and second nodes ;
A cocrystal of 6-ethyl-N-[1-(hydroxyacetyl)piperidin-4-yl]-1-methyl-4-oxo-5-(2-oxo-2-phenylethyl)-3-(2,2,2-trifluoroethoxy)-4,5-dihydro-1H-pyrrolo[3,2-c]pyridine-2-carboxamide and L-malic acid or L-tartaric acid.
A method of wireless communication executed by a base station comprising: communicating with a user equipment, UE, using periodic uplink traffic bursts and periodic downlink traffic bursts; selecting , based on a processing timeline associated with an application function, AF, a time offset to be applied by at least one of the UE to uplink traffic to the AF or by the AF to downlink traffic to the UE, wherein the time offset aligns uplink transmissions of the periodic uplink traffic bursts and downlink receptions of the periodic downlink traffic bursts for the UE; and sending the time offset to the UE to be applied by the UE to the uplink traffic to the AF or to the AF to be applied by the AF to the downlink traffic to the UE. communicating with a user equipment, UE, using periodic uplink traffic bursts and periodic downlink traffic bursts; selecting , based on a processing timeline associated with an application function, AF, a time offset to be applied by at least one of the UE to uplink traffic to the AF or by the AF to downlink traffic to the UE, wherein the time offset aligns uplink transmissions of the periodic uplink traffic bursts and downlink receptions of the periodic downlink traffic bursts for the UE; and sending the time offset to the UE to be applied by the UE to the uplink traffic to the AF or to the AF to be applied by the AF to the downlink traffic to the UE.
Strip guide for guiding a cast strip after exit thereof from a mould , wherein the strip guide comprises: a plurality of segments (110-0, 110-1) arranged in succession in casting direction (G); at least one movable bearing for rotatable mounting of at least one of the segments (110-0, 110-1), wherein the movable bearing is constructed to fix the segment, which is mounted thereon, in z direction, but to allow it to be movable in x direction; and at least one travel limiting element (140-n) for limiting displacement travel of the segment , which is mounted on the movable bearing , in x direction, wherein z basically denotes the vertical and x and y basically span a plane in the horizontal; characterised in that the at least one travel limiting element is constructed to be selectably settable with respect to its abutment position for limiting the displacement travel of the segment or is constructed to be settable with respect to a rest position for freeing the displacement travel of the segment in x direction; and a control device is provided for moving at least one of the travel limiting elements (140-1, ... 140-3) in its respective abutment position during travel of a cold strip in the strip guide or during casting-on and for returning the travel limiting element from its abutment position to its rest position in which the displacement in x direction for the segment is freed during A casting operation. a plurality of segments (110-0, 110-1) arranged in succession in casting direction (G); at least one movable bearing for rotatable mounting of at least one of the segments (110-0, 110-1), wherein the movable bearing is constructed to fix the segment, which is mounted thereon, in z direction, but to allow it to be movable in x direction; and at least one travel limiting element (140-n) for limiting displacement travel of the segment , which is mounted on the movable bearing , in x direction, wherein z basically denotes the vertical and x and y basically span a plane in the horizontal; characterised in that the at least one travel limiting element is constructed to be selectably settable with respect to its abutment position for limiting the displacement travel of the segment or is constructed to be settable with respect to a rest position for freeing the displacement travel of the segment in x direction; and a control device is provided for moving at least one of the travel limiting elements (140-1, ... 140-3) in its respective abutment position during travel of a cold strip in the strip guide or during casting-on and for returning the travel limiting element from its abutment position to its rest position in which the displacement in x direction for the segment is freed during A casting operation.
An armrest having a base and an arm support which is translationally displaceable relative to the base over intermediate positions between a first position and a second position in opposite displacement directions (x1, x2) along a movement path, having a guide device comprising first guide means associated with the base and second guide means associated with the arm support , which form cooperating guide surfaces movable relative to one another, which limit the movement of the arm support relative to the base in at least one direction at right angles to the displacement direction, wherein a play is formed between the first guide means and the second guide means and wherein in the case of a support loading in the form of a force (F) acting on the arm support in downward direction caused by the arm of a user, guide surfaces of the first guide means and the second guide means are in contact in a relative position, characterized in that the guide device comprises at least one elastic element which loads the first guide means in contact with the second guide means such that the contact and the relative position is maintained during an unloading.
Feed-through terminal for mounting in a wall opening in a housing wall , with a terminal housing having an inner section and an outer section , wherein a connecting element is arranged in the inner section and in the outer section in each case, and with a fastening device which can be moved from a released position into a fastening position in which the terminal housing is fastened in the wall opening , wherein the inner section can be pushed through the wall opening from the outside when the feed-through terminal is mounted, wherein the fastening device has a resilient fastening element and a pivotable actuating part , wherein the fastening element is fastened with its first end to the outer section of the terminal housing and projects with its second, free end from the outside into the wall opening in the mounted state of the feed-through terminal , wherein a clamping surface is designed at the second end of the fastening element , wherein the actuating part is connected to the terminal housing via a flexible connecting bar and can be pivoted from a first position into a second position, and wherein in the second position of the actuating part , the fastening element is deflected, so that in the mounted state of the feed-through terminal the second end of the fastening element acts with its clamping surface against an inner edge of the wall opening and wherein in the second position of the actuating part , the fastening element is deflected by the actuating part . wherein the fastening device has a resilient fastening element and a pivotable actuating part , wherein the fastening element is fastened with its first end to the outer section of the terminal housing and projects with its second, free end from the outside into the wall opening in the mounted state of the feed-through terminal , wherein a clamping surface is designed at the second end of the fastening element , wherein the actuating part is connected to the terminal housing via a flexible connecting bar and can be pivoted from a first position into a second position, and wherein in the second position of the actuating part , the fastening element is deflected, so that in the mounted state of the feed-through terminal the second end of the fastening element acts with its clamping surface against an inner edge of the wall opening and wherein in the second position of the actuating part , the fastening element is deflected by the actuating part .