mhurhangee/patent-ind-claim-en huggingface dataset:
Packaging material for oxygen sensitive products comprising a compostable cellulose-based paper having an oxygen transmission rate of less than 10 cm 3 /(m 2 ·day) as measured in accordance with ASTM D 3985 and ASTM F 1927, when determined at 23 °C and 50% relative humidity, the compostable cellulose-based paper comprising a continuous cellulosic fiber matrix that comprises native cellulosic fibers and non-fibrous cellulosic material, wherein the term "non-fibrous cellulosic material" specifies a material, which is obtained by dissolving or partly dissolving the native cellulosic fibers with a gelatinizing agent, whereby the native cellulosic fibers disintegrate and form a gel-like viscous material, and subsequently eliminating the gelatinizing agent by washing with water, whereby the gel-like material precipitates to form a solid material, wherein the content of the non-fibrous cellulosic material in the continuous cellulosic fiber matrix is of from 15 to 50 wt.%, wherein the compostable cellulose-based paper meets the compostability standard EN13432. the compostable cellulose-based paper comprising a continuous cellulosic fiber matrix that comprises native cellulosic fibers and non-fibrous cellulosic material, wherein the term "non-fibrous cellulosic material" specifies a material, which is obtained by dissolving or partly dissolving the native cellulosic fibers with a gelatinizing agent, whereby the native cellulosic fibers disintegrate and form a gel-like viscous material, and subsequently eliminating the gelatinizing agent by washing with water, whereby the gel-like material precipitates to form a solid material, wherein the content of the non-fibrous cellulosic material in the continuous cellulosic fiber matrix is of from 15 to 50 wt.%, wherein the compostable cellulose-based paper meets the compostability standard EN13432.
A fan casing assembly comprising: an annular fan casing having a peripheral wall and opposing forward and aft edges and at least one fan casing fastener opening passing through the peripheral wall ; an annular surface cooler having a first surface confronting the peripheral wall and having opposing forward and aft edges , with corresponding forward and aft hooks , which are radially spaced from the first surface and located between the peripheral wall and the first surface ; and a mounting bracket having a body with opposing first and second flanges and at least one mounting bracket fastener opening corresponding to the fan casing fastener opening , wherein the first and second flanges underlie the corresponding forward and aft hooks , and a fastener extends through the corresponding fan casing fastener opening and mounting bracket fastener opening to retain the annular surface cooler to the annular fan casing . an annular fan casing having a peripheral wall and opposing forward and aft edges and at least one fan casing fastener opening passing through the peripheral wall ; an annular surface cooler having a first surface confronting the peripheral wall and having opposing forward and aft edges , with corresponding forward and aft hooks , which are radially spaced from the first surface and located between the peripheral wall and the first surface ; and a mounting bracket having a body with opposing first and second flanges and at least one mounting bracket fastener opening corresponding to the fan casing fastener opening , wherein the first and second flanges underlie the corresponding forward and aft hooks , and a fastener extends through the corresponding fan casing fastener opening and mounting bracket fastener opening to retain the annular surface cooler to the annular fan casing .
Forming device for a packaging assembly configured to form and seal a plurality of packages containing a pourable product starting from a tube of packaging material, the forming device comprising a pair of forming members facing one another and movable towards and away from one another to cyclically cooperate in contact with successive portions of the tube for imparting or transferring a predetermined external shape thereto; characterized in that each forming member comprises: - a hollow body configured to externally cooperate in contact with the tube and internally delimiting an inner cavity ; and - a reinforcing inner structure housed in the cavity and surrounded by the hollow body to reinforce the hollow body . the forming device comprising a pair of forming members facing one another and movable towards and away from one another to cyclically cooperate in contact with successive portions of the tube for imparting or transferring a predetermined external shape thereto; characterized in that each forming member comprises: - a hollow body configured to externally cooperate in contact with the tube and internally delimiting an inner cavity ; and - a reinforcing inner structure housed in the cavity and surrounded by the hollow body to reinforce the hollow body . - a hollow body configured to externally cooperate in contact with the tube and internally delimiting an inner cavity ; and - a reinforcing inner structure housed in the cavity and surrounded by the hollow body to reinforce the hollow body .
A positioning unit for a charging station of an electrically driven vehicle, in particular an electric bus or similar, the positioning unit being able to be arranged above a vehicle, an electrical charging contact of the charging station being able to be moved relative to a contact surface of the vehicle and be contacted therewith by means of the positioning unit, the positioning unit having a hinged arm element and a drive element for driving the hinged arm element, the drive element having a displacement drive for exerting a displacement force acting on the hinged arm element and a spring element mechanically interacting with the displacement drive , the spring element comprising at least one contact spring , the displacement drive and the contact spring being coupled to each other in a mechanical series circuit in such a manner that a contact force is exertable on the contact surface from the displacement drive and the contact spring , the contact spring being directly coupled with the displacement drive via a floating bearing , the contact spring or the displacement drive being secured at a fixed bearing , the contact spring or the displacement drive being mechanically coupled with the hinged arm element via a lever of a control gear of the spring element , the contact spring being a tension spring , which is mechanically coupled with the displacement drive via a clamping lever of a clamping gear of the spring element , the hinged arm element being realized as a one-arm system or as a scissor mechanism, preferably having a parallel guide, or as a pantograph, the spring element comprising at least one lifting spring , which is a tension spring , for exerting a restoring force on the hinged arm element , the restoring force being greater than a weight of the hinged arm element acting inversely to the lifting spring , and the lifting spring being mechanically coupled with the hinged arm element via a lever of a restoring gear of the spring element , an effective length of the lever being able to be changed depending on a position of the hinged arm.
An attachment system for attaching a dispensing member, such as a pump, to a neck of a tank to constitute a fluid product dispenser, the dispenser being dismountable by withdrawing the attachment system from the neck, the system comprising an attachment ring and a rigid hoop , the ring comprising a skirt designed to be engaged around the neck, this skirt comprising hinged attachment tabs inclined towards the outside with respect to a central axis X of the ring , the hoop being movable with respect to the skirt and engaged around the skirt so as to fold back the hinged tabs until they are aligned radially with the axis X, characterised in that the ring with the hoop are : - mountable on the neck without relative movement between the ring and the hoop ; - and dismountable from the neck without any relative movement between the ring and the hoop , and in that the hinged tabs have an internal attachment means capable of interfering with an external attachment means of the neck, said internal attachment means being a moulded thread. - mountable on the neck without relative movement between the ring and the hoop ; - and dismountable from the neck without any relative movement between the ring and the hoop ,
Mould for forming motor vehicle components, these components being made of plastic and comprising a partially overmoulded threaded insert, the mould comprising a first part and a second part defining a moulding chamber, and an insert holding system intended to hold the insert in the mould, characterised in that the insert holding system comprises a motor and a screw component intended to be screwed on the insert, the motor being adapted to move the screw component such that the insert is fixed to the screw component by translation and rotation movements, this motor comprising a stop adapted to cooperate with a counter-stop so that when the stop comes into contact with the counter-stop, the translation movement of the screw component is prevented, without this having any effect on the rotation movement of the screw component.
Push bar for actuating a door lock of a door , comprising a base profile used as an attachment to the door and a cover profile which can be moved relative to the base profile and is used as an actuating element for the door lock, and which can be moved between an unactuated initial position and a fully actuated end position , the cover profile and the base profile being coupled by means of a toggle lever having a toggle joint and it being possible for the cover profile to be secured in or near the initial position thereof by means of an electromagnet acting on the toggle joint , characterized in that the electromagnet acts on the toggle joint by means of a connecting element pivotally mounted on the toggle joint and in that the connecting element is guided, by means of an arcuate guide track , at the end thereof remote from the toggle joint on a guide device attached to the base profile .
A brain mapping system for detecting an evoked response caused by stimulation, using at least one EMG electrode, comprising: a. a first deep brain stimulation (DBS) probe shaped and sized to be inserted into a brain of a subject, having a proximal end and a distal end and a longitudinal axis, the probe comprising a plurality of contacts operably coupled thereto, disposed along the longitudinal axis, wherein at least one contact is selectively operable for stimulating a physiological evoked response while said first DBS probe is advanced through brain regions towards a desired DBS target area; b. at least one EMG electrode configured to be placed on or in muscles of said subject operable for recording an evoked response while said first DBS probe is advanced through said brain regions towards said desired DBS target area; and c. an analysis module being in communication with said at least one EMG electrode, and is operative for analyzing recorded evoked physiological responses along an insertion path of said first DBS probe , recorded following stimulation of brain regions along said insertion path by said at least one contact, and providing segmentation of the brain along said insertion path of said first DBS probe into a plurality of physiologically active brain regions based on said analyzed recorded evoked physiological responses. a. a first deep brain stimulation (DBS) probe shaped and sized to be inserted into a brain of a subject, having a proximal end and a distal end and a longitudinal axis, the probe comprising a plurality of contacts operably coupled thereto, disposed along the longitudinal axis, wherein at least one contact is selectively operable for stimulating a physiological evoked response while said first DBS probe is advanced through brain regions towards a desired DBS target area; b. at least one EMG electrode configured to be placed on or in muscles of said subject operable for recording an evoked response while said first DBS probe is advanced through said brain regions towards said desired DBS target area; and c. an analysis module being in communication with said at least one EMG electrode, and is operative for analyzing recorded evoked physiological responses along an insertion path of said first DBS probe , recorded following stimulation of brain regions along said insertion path by said at least one contact, and providing segmentation of the brain along said insertion path of said first DBS probe into a plurality of physiologically active brain regions based on said analyzed recorded evoked physiological responses.
Brake system for a motor vehicle, which has at least one first wheel brake and at least one second wheel brake , wherein a first inlet valve is fluidically connected on the one side to the first wheel brake and on the other side to a source of braking pressure and a second inlet valve is fluidically connected on the one side to the second wheel brake and on the other side to the source of braking pressure , having a switching valve which connects fluidically a fluid outlet of the second inlet valve in a first switching position with the second wheel brake and in a second switching position with the first wheel brake , characterised in that the switching valve is formed as a 3/2 way valve and has a fluid inlet connected to the fluid outlet of the second inlet valve , a first fluid outlet connected to the first wheel brake and a second fluid outlet connected to the second wheel brake .
Motor vehicle (V) comprising a removable safe panel supported by the floor of the trunk of the motor vehicle (V), in which the floor includes a toilet housed under the floor whose opening , facing the floor , opens into the trunk 5), said bowl containing a loudspeaker whose membrane , extending parallel to the plane of the opening of the bowl , is oriented towards the opening of the bowl by hitting said opening , in which said panel covers the opening of the toilet , the panel having at least one opening extending in the plane of the panel to let the sound pass through the panel , and a protective grid set integrated in the panel closing the opening housed in the panel next to the speaker membrane with a specified offset and defining a meshed opening in the panel , the vehicle (V) being characterized in that the speaker membrane is arranged in the vicinity of a edge of the basin , and in that the grilled opening , housed in the panel , is arranged between the edge of the panel , adjacent to the edge of the basin , and the membrane of the loudspeaker , the grid set further comprising a grid 1) and a counter-grid facing each other, and in that the outer edge of the counter-grid is rigid and serves as a reinforcement of the edge of the panel .
A device for crushing or grinding grains or flakes having at least two rotationally-movable rollers (1; 2) drivable in opposite directions, wherein the rollers (1; 2) are arranged in a housing to form a grinding or crushing gap , so that a grinding or crushing mill results, wherein a funnel-shaped grinding material feed , which merges into an outlet contour , is formed above the grinding or crushing mill, characterized in that the rollers (1; 2) are fixedly arranged in relation to one another in their position on the installation side in such a way that the grinding or crushing gap has portions of different gap widths over its length (L) and the funnel-shaped grinding material feed is displaceable over the length of the grinding or crushing gap to alternately feed grinding material to regions of different gap width.
A charged particle emitting method for emitting charged particles from a charged particle emitting surface of a ferroelectric body which generates a potential difference due to irradiation onto an ultraviolet light receiving surface of the ferroelectric body with an ultraviolet light having a wavelength incapable of passing through the ferroelectric body , characterised in that the ultraviolet light is pulsed light and has a peak power of the pulsed light of 1MW or more, and wherein a preliminary potential difference is generated between the ultraviolet light receiving surface and the charged particle emitting surface of the ferroelectric body before irradiating the pulsed ultraviolet light, being the result of an auxiliary boosting.
Method for preparing saturated C n - and C 2n -alcohols where n = 5 comprising the method steps of a) providing a mixture of isomeric C n -aldehydes where n = 5, wherein the proportion of unbranched aldehydes is at least 20% by weight, based on the C n -aldehydes provided where n = 5, b) carrying out a distillation for the at least partial separation of the isomeric C n -aldehydes where n = 5 into a first stream having a higher proportion of linear aldehydes than the mixture provided in a) and into a second stream having a higher proportion of branched aldehydes than the mixture provided in a), c) carrying out an aldol condensation of the aldehydes present in the first stream having a higher proportion of linear aldehydes than the mixture provided in a) to obtain a mixture of C n and α,β-unsaturated C 2n -aldehydes, d) mixing the mixture of C n and α,β-unsaturated C 2n -aldehydes obtained in c) with the second stream provided in b) having a higher proportion of branched C n aldehydes where n = 5 than the mixture provided in a) e) hydrogenating the mixture of C n and α,β-unsaturated C 2n -aldehydes and C n aldehydes where n = 5 obtained in d) with hydrogen to obtain a mixture of saturated C n and C 2n -alcohols and f) separating the mixture of C n and C 2n -alcohols. a) providing a mixture of isomeric C n -aldehydes where n = 5, wherein the proportion of unbranched aldehydes is at least 20% by weight, based on the C n -aldehydes provided where n = 5, b) carrying out a distillation for the at least partial separation of the isomeric C n -aldehydes where n = 5 into a first stream having a higher proportion of linear aldehydes than the mixture provided in a) and into a second stream having a higher proportion of branched aldehydes than the mixture provided in a), c) carrying out an aldol condensation of the aldehydes present in the first stream having a higher proportion of linear aldehydes than the mixture provided in a) to obtain a mixture of C n and α,β-unsaturated C 2n -aldehydes, d) mixing the mixture of C n and α,β-unsaturated C 2n -aldehydes obtained in c) with the second stream provided in b) having a higher proportion of branched C n aldehydes where n = 5 than the mixture provided in a) e) hydrogenating the mixture of C n and α,β-unsaturated C 2n -aldehydes and C n aldehydes where n = 5 obtained in d) with hydrogen to obtain a mixture of saturated C n and C 2n -alcohols and f) separating the mixture of C n and C 2n -alcohols.
A wireless charging method comprising: providing a first group of mobile devices from a plurality of mobile devices located in a charging region (A), wherein resonance frequencies (f1, f2) of the mobile devices in the first group are in a first frequency band (B12) ; providing a second group of mobile devices from the plurality of mobile devices located in the charging region (A), wherein resonance frequencies (f3, f4) of the mobile devices in the second group are in a second frequency band (B34); and providing energy in the first frequency band (B12) to the first group and providing energy in the second frequency band (B34) to the second group for wirelessly charging the first and second groups using time division, wherein the resonance frequencies (f1, f2, f3, f4) are frequencies at which the respective ones of the plurality of mobile devices receive energy via a magnetic resonance inducement method, characterised in that the second frequency band (B34) does not cover the resonance frequencies (f1, f2) of the mobile devices in the first group and in that the first group of mobile devices is charged during a plurality of first time periods (t1, t3, t5) and the second group of mobile devices is charged during a plurality of second time periods (t2, t4, t6). providing a first group of mobile devices from a plurality of mobile devices located in a charging region (A), wherein resonance frequencies (f1, f2) of the mobile devices in the first group are in a first frequency band (B12) ; providing a second group of mobile devices from the plurality of mobile devices located in the charging region (A), wherein resonance frequencies (f3, f4) of the mobile devices in the second group are in a second frequency band (B34); and providing energy in the first frequency band (B12) to the first group and providing energy in the second frequency band (B34) to the second group for wirelessly charging the first and second groups using time division, wherein the resonance frequencies (f1, f2, f3, f4) are frequencies at which the respective ones of the plurality of mobile devices receive energy via a magnetic resonance inducement method, characterised in that the second frequency band (B34) does not cover the resonance frequencies (f1, f2) of the mobile devices in the first group and in that the first group of mobile devices is charged during a plurality of first time periods (t1, t3, t5) and the second group of mobile devices is charged during a plurality of second time periods (t2, t4, t6).
A method for indicating correspondence, applied to a base station, wherein the method comprises determining (S101) a beam to be sent; generating (S 102) indication information, the indication information comprising a number of beam groups and identifiers corresponding to beams in each beam group for sending a Synchronization Signal Block, SSB, wherein an identifier corresponding to the beam to be sent is configured to indicate a correspondence between SSBs in a corresponding beam group and Remaining Minimum System Information, RMSI; and sending (S103) an SSB corresponding to the beam to be sent and the indication information to a User Equipment, UE. determining (S101) a beam to be sent; generating (S 102) indication information, the indication information comprising a number of beam groups and identifiers corresponding to beams in each beam group for sending a Synchronization Signal Block, SSB, wherein an identifier corresponding to the beam to be sent is configured to indicate a correspondence between SSBs in a corresponding beam group and Remaining Minimum System Information, RMSI; and sending (S103) an SSB corresponding to the beam to be sent and the indication information to a User Equipment, UE.