mhurhangee/ep-ind-claims huggingface dataset:
A door handle arrangement for a motor vehicle, having: - a frame-like handle support, - a manually operated grip, which is mounted on the handle support such that said grip can be moved by a user in order to open a door or hatch of the motor vehicle, - a coupling device, which is mounted pivotably on the handle support and by means of which a movement of the grip can be transmitted to a closing arrangement on the vehicle side, and - a locking device, which acts as a mass lock, is held movably on the handle support and is formed such that it can be moved under the effect of an acceleration force, owing to the inertia of the mass thereof, from a rest position, in which operation of the grip is possible, in a first blocking direction, in which operation of the closing arrangement by means of the grip and/or the coupling device is blocked, characterised in that the locking device is formed such that it can be moved under the effect of an acceleration force, owing to the inertia of the mass thereof, from the rest position in a second blocking direction, in which operation of the closing arrangement by means of the grip and/or the coupling device is blocked, wherein the second blocking direction is oriented opposite to the first blocking direction. - a frame-like handle support, - a manually operated grip, which is mounted on the handle support such that said grip can be moved by a user in order to open a door or hatch of the motor vehicle, - a coupling device, which is mounted pivotably on the handle support and by means of which a movement of the grip can be transmitted to a closing arrangement on the vehicle side, and - a locking device, which acts as a mass lock, is held movably on the handle support and is formed such that it can be moved under the effect of an acceleration force, owing to the inertia of the mass thereof, from a rest position, in which operation of the grip is possible, in a first blocking direction, in which operation of the closing arrangement by means of the grip and/or the coupling device is blocked,
A method for decoding video comprising: creating a first list of motion vectors from neighboring blocks of a current block in a current frame, wherein the neighboring blocks include an above block of the current block, a left block of the current block, and an above left block of the current block; creating a second list comprising a motion vector of a block in a previously transmitted frame by: deriving coordinates of a position of the block in the previously transmitted frame by performing a flooring function, wherein the flooring function operates an arithmetic right shift operation on a pixel position in the current frame based on a top-left position of the current block followed by an arithmetic left shift operation, and wherein a magnitude of the arithmetic right shift operation and a magnitude of the arithmetic left shift operation each have a value of 4; generating a third list of candidate motion vectors including the first list and the second list; receiving a control parameter indicating a location in the third list; selecting a candidate motion vector in the third list, indicated by the control parameter, as a motion vector predictor for the current block, wherein the current block is a 4 x 4 block. creating a first list of motion vectors from neighboring blocks of a current block in a current frame, wherein the neighboring blocks include an above block of the current block, a left block of the current block, and an above left block of the current block; creating a second list comprising a motion vector of a block in a previously transmitted frame by: deriving coordinates of a position of the block in the previously transmitted frame by performing a flooring function, wherein the flooring function operates an arithmetic right shift operation on a pixel position in the current frame based on a top-left position of the current block followed by an arithmetic left shift operation, and wherein a magnitude of the arithmetic right shift operation and a magnitude of the arithmetic left shift operation each have a value of 4; deriving coordinates of a position of the block in the previously transmitted frame by performing a flooring function, wherein the flooring function operates an arithmetic right shift operation on a pixel position in the current frame based on a top-left position of the current block followed by an arithmetic left shift operation, and wherein a magnitude of the arithmetic right shift operation and a magnitude of the arithmetic left shift operation each have a value of 4; generating a third list of candidate motion vectors including the first list and the second list; receiving a control parameter indicating a location in the third list; selecting a candidate motion vector in the third list, indicated by the control parameter, as a motion vector predictor for the current block, wherein the current block is a 4 x 4 block.
A drive mechanism for a medication delivery device, comprising: - a housing (13, 17, 40) having a proximal end and a distal end, - a rotation member which is adapted to be rotated in a first direction with respect to the housing (13, 17, 40) during setting of a dose of a medication and to be rotated in a second direction with respect to the housing (13, 17, 40) during delivery of the dose, the second direction being opposite to the first direction, - a piston rod which is adapted to be displaced in a distal direction with respect to the housing (13, 17, 40) for delivering the dose, - a drive member which follows rotational movement of the rotation member in the second direction during delivery of the dose, and - a stop member which prevents rotational movement of the drive member with respect to the housing (13, 17, 40) in the first direction during setting of the dose, wherein - the rotational movement of the drive member in the second direction is converted into movement of the piston rod in the distal direction with respect to the housing (13, 17, 40), - the drive member and the rotation member are rotatable about a common rotation axis, and - the piston rod is displaced in the distal direction with respect to the housing (13, 17, 40) transversally with respect to the rotation axis, characterized in that the drive member is arranged between the stop member and the rotation member. - a housing (13, 17, 40) having a proximal end and a distal end, - a rotation member which is adapted to be rotated in a first direction with respect to the housing (13, 17, 40) during setting of a dose of a medication and to be rotated in a second direction with respect to the housing (13, 17, 40) during delivery of the dose, the second direction being opposite to the first direction, - a piston rod which is adapted to be displaced in a distal direction with respect to the housing (13, 17, 40) for delivering the dose, - a drive member which follows rotational movement of the rotation member in the second direction during delivery of the dose, and - a stop member which prevents rotational movement of the drive member with respect to the housing (13, 17, 40) in the first direction during setting of the dose, wherein - the rotational movement of the drive member in the second direction is converted into movement of the piston rod in the distal direction with respect to the housing (13, 17, 40), - the drive member and the rotation member are rotatable about a common rotation axis, and - the piston rod is displaced in the distal direction with respect to the housing (13, 17, 40) transversally with respect to the rotation axis,
Button cell, comprising • as housing halves a metallic cell cup and a metallic cell lid, which are separated from one another by an electrically insulating seal and form a housing with a planar bottom region and a planar lid region parallel thereto, • an electrode-separator assembly with at least one positive electrode and at least one negative electrode within the housing, wherein • the cell cup has a planar bottom region, a cylindrically formed shell region, a peripheral region and a cutting edge, • the cell lid has a planar bottom region, a cylindrically formed shell region, a peripheral region and a cutting edge, • the cell lid has been pushed into the cell cup, so that the shell regions of the cell cup and the cell lid overlap, characterized in that • the electrode-separator assembly has the form of a spiral winding, the end faces of which point in the direction of the planar bottom region and the planar lid region, • the button cell comprises metallic collectors, which electrically connect the at least one positive electrode and the at least one negative electrode to one of the housing halves each, • at least one of the collectors is provided with a thermal fuse and • the collectors are metal foils and • the collectors form a flat layer between the inner side of the housing halves and an end face of the electrode coil, and consequently an electrical contact over a large surface area with respect to the housing. • as housing halves a metallic cell cup and a metallic cell lid, which are separated from one another by an electrically insulating seal and form a housing with a planar bottom region and a planar lid region parallel thereto, • an electrode-separator assembly with at least one positive electrode and at least one negative electrode within the housing, • the cell cup has a planar bottom region, a cylindrically formed shell region, a peripheral region and a cutting edge, • the cell lid has a planar bottom region, a cylindrically formed shell region, a peripheral region and a cutting edge, • the cell lid has been pushed into the cell cup, so that the shell regions of the cell cup and the cell lid overlap, • the electrode-separator assembly has the form of a spiral winding, the end faces of which point in the direction of the planar bottom region and the planar lid region, • the button cell comprises metallic collectors, which electrically connect the at least one positive electrode and the at least one negative electrode to one of the housing halves each, • at least one of the collectors is provided with a thermal fuse and • the collectors are metal foils and • the collectors form a flat layer between the inner side of the housing halves and an end face of the electrode coil, and consequently an electrical contact over a large surface area with respect to the housing.
Piece of luggage comprising a housing with a front wall, a back wall, a top wall, a bottom wall and side walls (7, 8), wherein said front wall and said back wall forming major faces of the housing, wherein said side walls (7, 8) forming side faces of the housing and extend between the front wall and the back wall and wherein said top wall and said bottom wall forming top and bottom ends of the housing and extend between the front wall and the back wall; and at least one pair of caster wheels, which each of said caster wheels comprises a swivel axis and at least one wheel with a peripheral surface rotating around a rotation axis which rotation axis runs perpendicular to said swivel axis, wherein said pair of caster wheels is arranged proximate the bottom end, wherein the diameter of said at least one wheel is as large as possible under the provision that in a rotational position parts of the peripheral surface of the wheel extend in a space between a center plane extending centrally between said front wall and said back wall and a reference plane extending parallel and at a distance to said center plane, which distance between the center plane and the reference plane amounts up to 30% of the diameter of said wheel, in particular up to 20% or up to 10% of the diameter of said wheel and/or which distance between the center plane and the reference plane amounts up to 25% of the distance between the front wall and the back wall, in particular up to 20% or 10% of the distance between the front wall and the back wall and/or which distance is defined as being the distance between the center plane and the reference plane which reference plane extends as seen from said central plane through the outermost parts of a longitudinal closure element extending between said caster wheels, wherein the bottom wall extends as seen from a bearing point at which said swivel axis intersects with the bottom wall with a curved surface partly around said wheel, wherein the sidewalls (7, 8), the top wall and the bottom wall are separated by means of a longitudinally extending closure element, which longitudinal closure element extends along said walls and wherein said longitudinally extending closure element extends also along said curved surface.
Gas generator comprising at least first and second pyrotechnic charges (23, 24) located respectively in at least first and second chambers (21, 22), the first chamber being partly delimited by a first outer wall comprising at least one opening for gas outlet to the outside, the second chamber being partly delimited by a second outer wall comprising at least one second opening for gas outlet to the outside separate from the first opening, the first chamber being provided with an igniter suitable to be triggered to ignite the first pyrotechnic charge, the first chamber abutting the second chamber and being separated from the second chamber by a third wall, the first opening for gas outlet to the outside being closed by at least one first closing device that is suitable to be opened under the pressure of the combustion gases of the first pyrotechnic charge, the second opening for gas outlet to the outside being closed by at least one second closing device that is suitable to be opened under the pressure of the combustion gases of the second pyrotechnic charge, the third wall comprising at least one through-hole extending between the first chamber and the second chamber, the through-hole being sealed in a first initial state by at least one third cap, the through-hole having as function to ensure permanent communication of gas between the first chamber and the second chamber in a second permanent state, the third cap being being configured to be broken under the pressure of the combustion gases of the first charge so as, when the third cap is in a broken state corresponding to the second permanent state, to permanently keep open the through-hole of the third wall in said second permanent state and to let the combustion gases of the first pyrotechnic charge through said through-hole permanently open in said second permanent state from the first chamber to the second chamber, where these combustion gases induce the combustion of the second pyrotechnic charge, characterized in that only the first chamber is provided with an igniter and the second chamber has no igniter, and in that the third cap, when it is in the first initial state where the third cap seals the through-hole, is configured to go, under pressure of the combustion gases of the second charge, to the second permanent state in which the third cap is broken, to permanently keep open the through-hole of the third wall in said second permanent state and to let the combustion gases of the second pyrotechnic charge through said through-hole permanently open in said second permanent state from the second chamber to the first chamber, so that these combustion gases induce the combustion of the first pyrotechnic charge.
Printing device for inkjet printing comprising a print bar and a cleaning belt for wiping a nozzle surface of the print bar, wherein a mechanism for creating a wiping movement between the print bar and the cleaning belt is provided, the mechanism comprising a pressure element for pressing the cleaning belt against the print bar, and wherein the wiping movement has a first component (x) and a second component (y) perpendicular to the first component, characterized in that during the wiping movement, the cleaning belt is continuously in contact with the nozzle surface, the pressure element and the cleaning belt jointly carry out the second component (y), and the pressure element is supported in an auxiliary frame and the mechanism has an oscillation device for moving the auxiliary frame to and fro to create the second component (y).
A method performed by an electronic host device to facilitate recovery thereof when the host device is lost or stolen, the method comprising: transmitting a request to a remote monitoring center for bulk status information relating to the lost or stolen status of a plurality of electronic host devices, wherein the request for bulk status information does not include an identification number of said electronic host device; receiving the bulk status information from the remote monitoring center, wherein said bulk status information does not include said identification number of the electronic host device; and wherein the bulk status information includes a plurality of status information portions, each of which corresponds to a respective one of the plurality of electronic host devices, analyzing the received bulk status information using the identification number stored in a memory of the electronic host device to select the status information portion that corresponds to the electronic host device to determine whether the electronic host device has been reported lost or stolen; and when the electronic host device is determined to have been reported lost or stolen, transmitting information relating to the location of the electronic host device to the monitoring center. transmitting a request to a remote monitoring center for bulk status information relating to the lost or stolen status of a plurality of electronic host devices, wherein the request for bulk status information does not include an identification number of said electronic host device; receiving the bulk status information from the remote monitoring center, wherein said bulk status information does not include said identification number of the electronic host device; and wherein the bulk status information includes a plurality of status information portions, each of which corresponds to a respective one of the plurality of electronic host devices, analyzing the received bulk status information using the identification number stored in a memory of the electronic host device to select the status information portion that corresponds to the electronic host device to determine whether the electronic host device has been reported lost or stolen; and when the electronic host device is determined to have been reported lost or stolen, transmitting information relating to the location of the electronic host device to the monitoring center.
A bracket (3, 3') for fastening a frame of an awning, the bracket comprising: • a body (20, 20') having fastener means (24, 24') for fastening on a support, the fastener means of the body including at least two openings for receiving fastener members; • at least one cradle for receiving and fastening the frame and mounted to move in rotation about a single horizontal axis (Δ') relative to the body (20, 20'); and • means (31, 31') for adjusting the angle of inclination of the awning relative to the body; the bracket being characterized in that: • said at least two openings (24, 24') for receiving fastener members on the support are spaced apart by a horizontal distance D that is greater than or equal to 5 cm, and preferably to 10 cm, in that the cradle defines bearing or fastening points for the frame that are spaced apart by a horizontal distance d greater than or equal to 20 cm and preferably greater than 50 cm; and in that • the cradle comprises two half-cradles (26, 27G) connected together by a single drive shaft, the means (31, 31') for adjusting the angle of inclination being associated with the single drive shaft or with at least one of the two half-cradles. • a body (20, 20') having fastener means (24, 24') for fastening on a support, the fastener means of the body including at least two openings for receiving fastener members; • at least one cradle for receiving and fastening the frame and mounted to move in rotation about a single horizontal axis (Δ') relative to the body (20, 20'); and • means (31, 31') for adjusting the angle of inclination of the awning relative to the body; • said at least two openings (24, 24') for receiving fastener members on the support are spaced apart by a horizontal distance D that is greater than or equal to 5 cm, and preferably to 10 cm, in that the cradle defines bearing or fastening points for the frame that are spaced apart by a horizontal distance d greater than or equal to 20 cm and preferably greater than 50 cm; and in that • the cradle comprises two half-cradles (26, 27G) connected together by a single drive shaft, the means (31, 31') for adjusting the angle of inclination being associated with the single drive shaft or with at least one of the two half-cradles.
A micromachined ultrasound transducer, MUT, package, comprising: a cavity characterized by a hemispherical geometry; and a MUT mounted to a side of a substrate facing the cavity with a sound emitting portion of the MUT facing an aperture in the substrate, wherein the substrate is disposed over an opening of the cavity with the substrate oriented such that the MUT is located within the cavity. a cavity characterized by a hemispherical geometry; and a MUT mounted to a side of a substrate facing the cavity with a sound emitting portion of the MUT facing an aperture in the substrate, wherein the substrate is disposed over an opening of the cavity with the substrate oriented such that the MUT is located within the cavity.
Attachable chassis for connection to a motorized, preferably front-wheel-drive, tractor head at an attachment point, wherein the attachable chassis has multiple, in particular two, parallel profiled, preferably metallic longitudinal members, with in each case an upright member web and a top chord and also with a frontside fastening arrangement for connection to the tractor head at the attachment point, characterized in that the longitudinal members have, in each case at the front side, a member extension which extends in the member longitudinal direction and which projects transversely to the member longitudinal direction and upwards and whose top edge is arranged at a distance above the top chord, wherein the fastening arrangement is arranged on the member extension.
A method for burning a burner in a heating furnace including a step of: periodically changing at least one of a flow rate of a fuel fluid and a flow rate of an oxidizing agent fluid which are supplied to the burner while periodically changing an oxygen concentration in the oxidizing agent fluid, thereby an oxygen ratio which is calculated by dividing an amount of oxygen supplied by a theoretical necessary amount of oxygen is periodically changed, and the periodical change of the oxygen ratio is made different from the periodical change of the oxygen concentration to cause combustion in periodically vibrational conditions. periodically changing at least one of a flow rate of a fuel fluid and a flow rate of an oxidizing agent fluid which are supplied to the burner while periodically changing an oxygen concentration in the oxidizing agent fluid, thereby an oxygen ratio which is calculated by dividing an amount of oxygen supplied by a theoretical necessary amount of oxygen is periodically changed, and the periodical change of the oxygen ratio is made different from the periodical change of the oxygen concentration to cause combustion in periodically vibrational conditions.