mhurhangee/patent-ind-claim-en huggingface dataset:
Manually movable transport trolley which can be stacked with an identical transport trolley in the horizontal direction in a space-saving manner and which is equipped with a chassis , with a pushing device and with at least one receiving device intended for receiving or carrying objects, wherein, in the stacked state, there results a smallest possible distance between two transport trolleys that, in the stacked assembly of the two transport trolleys , gives rise to a rear region and a front region , wherein the rear region is taken up only by the rear inserted transport trolley , and the front region is taken up only by the transport trolley in front, wherein the at least one receiving device is assigned an electronic weighing device which is equipped with at least one first and with at least one second weighing cell , is operatively connected to the at least one receiving device and is intended to determine the weight of the objects carried by the at least one receiving device , and wherein at least the at least one first and the at least one second weighing cell are arranged on the at least one receiving device in such a way that, in the stacked state of two identical transport trolleys , the at least one second weighing cell of the inserted transport trolley is outside the front region and that, conversely, the at least one first weighing cell of the transport trolley in front is outside the rear region, characterized in that , in the stacked state of two identical transport trolleys , the at least one first weighing cell of the rear inserted transport trolley is inside the rear region , and in that , conversely, the at least one second weighing cell of the transport trolley in front is inside the front region , wherein the at least one first weighing cell is directed downwards starting from the at least one receiving device , and the at least one second weighing cell is directed upwards starting from the at least one receiving device .
An inner package for placing into an outer package to form an overpack for a 500 l drum for the storage of radioactive waste, the inner package comprising: a barrel for receiving a 500 l drum for the storage of radioactive waste; a cage surrounding the barrel and comprising a base portion, a top portion and side portions extending between the base portion and the top portion; wherein the barrel is substantially cylindrical and is oriented such that its main cylindrical axis lies substantially parallel with the base portion and the top portion of the cage ; the barrel is structurally connected to the cage to hold the barrel within the cage ; and one of the side portions lying substantially perpendicular to the main cylindrical axis of the barrel within the cage is removably attached to the other portions of the cage , characterized in that the top portion has at least one lifting point for lifting the inner package and in that one or more of the base portion, top portion and side portion comprises a plurality of struts forming a lattice . a barrel for receiving a 500 l drum for the storage of radioactive waste; a cage surrounding the barrel and comprising a base portion, a top portion and side portions extending between the base portion and the top portion; wherein the barrel is substantially cylindrical and is oriented such that its main cylindrical axis lies substantially parallel with the base portion and the top portion of the cage ; the barrel is structurally connected to the cage to hold the barrel within the cage ; and one of the side portions lying substantially perpendicular to the main cylindrical axis of the barrel within the cage is removably attached to the other portions of the cage , characterized in that the top portion has at least one lifting point for lifting the inner package and in that one or more of the base portion, top portion and side portion comprises a plurality of struts forming a lattice .
A sports shoe , particularly for soccer use and the like, comprising an upper and a sole which is provided with at least one stud , said at least one stud being associated with said sole by means of at least one elastically deformable element for the movement of at least part of said at least one stud about its own longitudinal axis in such a manner as to follow the movements of change of direction, traction and stopping of the athlete who is wearing the sports shoe , wherein said at least one stud is defined by a first end portion and by a second disk-like portion that has an outer profile that is adapted to be gripped by screwing means and is provided with a threaded shank that protrudes from said second disk-like portion and is screwed into a threaded pawl that is associated with said sole on said tread side, said at least one elastically deformable element being defined by a disk-like element that is interposed between said first end portion and said second disk-like portion , characterized in that it comprises a stripping prevention element that lies inside said sole and said at least one stud , passing through said at least one elastically deformable element in order to prevent accidental breakages of said at least one elastically deformable element and/or the separation of said at least one stud during the use of said sports shoe , and characterized in that said stripping prevention element is defined by a flexible cable which is associated with said second disk-like portion and passes through said disk-like element and has an end that is embedded in said first end portion .
A positioning method, comprising: obtaining (S1) coordinates of a terminal device (304, Ego), data of a plurality of collection points of a road divider , and features of a plurality of candidate roads (201-204), wherein the plurality of candidate roads (201-204) are roads located in a first range of the coordinates of the terminal device (304, Ego), the road divider is an edge of a road on which the terminal device (304, Ego) is located, and the plurality of collection points of the road divider are collection points at which a sensor collects data on the road divider , wherein the terminal device (304, Ego) is mounted with said sensor ; calculating (S2), based on the data of the plurality of collection points of the road divider , feature of the road on which the terminal device (304, Ego) is located, wherein the feature of the road on which the terminal device (304, Ego) is located is used to indicate a change in a shape of the road on which the terminal device (304, Ego) is located; selecting (S3) a target road from the plurality of candidate roads (201-204) based on the feature of the road on which the terminal device (304, Ego) is located and the features of the plurality of candidate roads (201-204); and matching (S4) the coordinates of the terminal device (304, Ego) to the target road , to obtain corrected coordinates of the terminal device (304, Ego). obtaining (S1) coordinates of a terminal device (304, Ego), data of a plurality of collection points of a road divider , and features of a plurality of candidate roads (201-204), wherein the plurality of candidate roads (201-204) are roads located in a first range of the coordinates of the terminal device (304, Ego), the road divider is an edge of a road on which the terminal device (304, Ego) is located, and the plurality of collection points of the road divider are collection points at which a sensor collects data on the road divider , wherein the terminal device (304, Ego) is mounted with said sensor ; calculating (S2), based on the data of the plurality of collection points of the road divider , feature of the road on which the terminal device (304, Ego) is located, wherein the feature of the road on which the terminal device (304, Ego) is located is used to indicate a change in a shape of the road on which the terminal device (304, Ego) is located; selecting (S3) a target road from the plurality of candidate roads (201-204) based on the feature of the road on which the terminal device (304, Ego) is located and the features of the plurality of candidate roads (201-204); and matching (S4) the coordinates of the terminal device (304, Ego) to the target road , to obtain corrected coordinates of the terminal device (304, Ego).
A method for use at a first user equipment, UE , associated with a first vehicle , the method comprising, at the first UE : (a) receiving traffic information corresponding to at least two or more other vehicles; (b) determining , based at least in part on the traffic information , that a second vehicle and a third vehicle of the two or more other vehicles is expected to be within a region comprising an intersection, the third vehicle travelling behind the second vehicle and in a same direction as the second vehicle ; (c) identifying , based at least in part on the traffic information , a traffic plan for the first vehicle to traverse at least a portion of the region; (d) transmitting an intersection traversal request to a second UE associated with the second vehicle , the intersection traversal request being based, at least in part, on the traffic plan , the intersection traversal request indicating that the second UE is to cause the second vehicle to control a time at which the third vehicle enters the region comprising the intersection, wherein the first UE and the second UE each comprise a compatible wireless communication capability, and the third vehicle does not comprise the compatible wireless communication capability; (e) receiving an intersection traversal acknowledgement transmitted by the second UE; and (f) initiating traversal of the region comprising the intersection by the first vehicle with respect to at least the second vehicle and the third vehicle based at least in part on the intersection traversal acknowledgement. (a) receiving traffic information corresponding to at least two or more other vehicles; (b) determining , based at least in part on the traffic information , that a second vehicle and a third vehicle of the two or more other vehicles is expected to be within a region comprising an intersection, the third vehicle travelling behind the second vehicle and in a same direction as the second vehicle ; (c) identifying , based at least in part on the traffic information , a traffic plan for the first vehicle to traverse at least a portion of the region; (d) transmitting an intersection traversal request to a second UE associated with the second vehicle , the intersection traversal request being based, at least in part, on the traffic plan , the intersection traversal request indicating that the second UE is to cause the second vehicle to control a time at which the third vehicle enters the region comprising the intersection, wherein the first UE and the second UE each comprise a compatible wireless communication capability, and the third vehicle does not comprise the compatible wireless communication capability; (e) receiving an intersection traversal acknowledgement transmitted by the second UE; and (f) initiating traversal of the region comprising the intersection by the first vehicle with respect to at least the second vehicle and the third vehicle based at least in part on the intersection traversal acknowledgement.
A device for producing bristle arrays for brushes, in particular toothbrushes, having a cluster separating device that removes individual bristle clusters from a bristle magazine , and a cluster transport device that has at least one channel through which a separated bristle cluster is conveyed by means of a gas stream to a cluster receiving unit , characterized in that a projectile that is moved in the channel by the gas stream is provided, and is situated downstream, in the conveying direction of the bristle clusters , from the bristle clusters that are inserted into the channel, and the projectile contacts the bristle cluster on the rear side and pushes it through the channel toward the cluster receiving unit .
A method of vertically aggregating tiered servers in a data center said servers being subdivided between frontend servers and backend servers, said backend servers being Memcached servers, wherein there is zero or near-zero traffic between said frontend servers and there is zero or near-zero traffic between said Memcached servers, the method comprising: partitioning , based on communication patterns in the data center, a plurality of servers in the data center to form an array of aggregated end points, 'AEPs', by selecting for each AEP a different Memcached server of the data center as a central hub server of the AEP, wherein each AEP comprises a subgroup of servers from two or more tiers in a frontend/Memcached architecture, and wherein multiple servers within each AEP are connected by an intra-AEP network fabric and different AEPs are connected by an inter-AEP network , the different central hub server of each AEP acting as an end-point on the inter-AEP network ; resolving a target server identification, 'ID', for a request from an AEP- local server at a central hub server in a first AEP ; if the target server ID is the central hub server in the first AEP , handling the request at the central hub server in the first AEP and responding to the requesting server; if the target server ID is another server local to the first AEP , redirecting the request over the intra-AEP fabric to the server local to the first AEP; and if the target server ID is a server in a second AEP transferring the request to the second AEP. partitioning , based on communication patterns in the data center, a plurality of servers in the data center to form an array of aggregated end points, 'AEPs', by selecting for each AEP a different Memcached server of the data center as a central hub server of the AEP, wherein each AEP comprises a subgroup of servers from two or more tiers in a frontend/Memcached architecture, and wherein multiple servers within each AEP are connected by an intra-AEP network fabric and different AEPs are connected by an inter-AEP network , the different central hub server of each AEP acting as an end-point on the inter-AEP network ; resolving a target server identification, 'ID', for a request from an AEP- local server at a central hub server in a first AEP ; if the target server ID is the central hub server in the first AEP , handling the request at the central hub server in the first AEP and responding to the requesting server; if the target server ID is another server local to the first AEP , redirecting the request over the intra-AEP fabric to the server local to the first AEP; and if the target server ID is a server in a second AEP transferring the request to the second AEP.
Method for disinfecting a dialysate side of a hemodialysis unit (10; 10'), the hemodialysis unit (10; 10') comprising: a dialyzer inflow line fluidically opening into an inflow connector , a dialyzer outflow line fluidically starting at an outflow connector , a recirculation line with a recirculation valve between the dialyzer outflow line and the dialyzer inflow line , a return line (15; 15') between the inflow connector and the outflow connector , a disinfection liquid adapted to be introduced into one of the lines (15-18) via a disinfection valve , a preservation liquid adapted to be introduced into one of the lines (15-18) via a preservation valve , and a liquid pump arranged along one of the lines (15-18), the method comprising the steps of: introducing the disinfection liquid into the lines (15-18), opening the recirculation valve and activating the liquid pump for a predetermined disinfection period, after the lapse of the disinfection period: opening the preservation valve , whereby the preservation liquid is introduced into all lines (15-18), wherein the preservation liquid is a diluent by which the disinfection liquid in the lines (15-18) is diluted to 50% at most, and after the lapse of a preservation period: opening a waste valve so that the preservation liquid is pumped from the lines (15-18) into a waste line . a dialyzer inflow line fluidically opening into an inflow connector , a dialyzer outflow line fluidically starting at an outflow connector , a recirculation line with a recirculation valve between the dialyzer outflow line and the dialyzer inflow line , a return line (15; 15') between the inflow connector and the outflow connector , a disinfection liquid adapted to be introduced into one of the lines (15-18) via a disinfection valve , a preservation liquid adapted to be introduced into one of the lines (15-18) via a preservation valve , and a liquid pump arranged along one of the lines (15-18), introducing the disinfection liquid into the lines (15-18), opening the recirculation valve and activating the liquid pump for a predetermined disinfection period, after the lapse of the disinfection period: opening the preservation valve , whereby the preservation liquid is introduced into all lines (15-18), wherein the preservation liquid is a diluent by which the disinfection liquid in the lines (15-18) is diluted to 50% at most, and after the lapse of a preservation period: opening a waste valve so that the preservation liquid is pumped from the lines (15-18) into a waste line .
A lighting assembly comprising: at least two straps each having a first end and a second end , and at least one light chain comprising at least one lighting means , the two straps extending from a common region , the first ends of the two straps being arranged in the region and the first ends of the two straps being arranged closer to one another than the second ends of these straps, the light chain extending between the two straps , the lighting assembly further comprising at least two fastening means via which the light chain is fastened to one of the two straps in a junction , and the fastening means preventing at least one translational movement of the light chain relative to the strap , the fastening means being a one-piece clip made of plastics material, the clip consisting of at least two sub-units which are connected to one another via a flexible connection , characterized in that the clip has a receiving space for a portion of at least one strap and for a portion of at least one light chain , and the receiving space being formed between the surfaces of the sub-units that face one another in the closed state of the clip, the first sub-unit and the second sub-unit of the clip comprising a plurality of projections in the form of mutually spaced ribs , the ribs extending along their longitudinal extension substantially parallel to one another, the ribs being arranged on the first sub-unit and on the second sub-unit such that the ribs are not directly opposite one another in the closed state of the clip . at least two straps each having a first end and a second end , and at least one light chain comprising at least one lighting means , the two straps extending from a common region , the first ends of the two straps being arranged in the region and the first ends of the two straps being arranged closer to one another than the second ends of these straps, the light chain extending between the two straps , the lighting assembly further comprising at least two fastening means via which the light chain is fastened to one of the two straps in a junction , and the fastening means preventing at least one translational movement of the light chain relative to the strap , the fastening means being a one-piece clip made of plastics material, the clip consisting of at least two sub-units which are connected to one another via a flexible connection , characterized in that the clip has a receiving space for a portion of at least one strap and for a portion of at least one light chain , and the receiving space being formed between the surfaces of the sub-units that face one another in the closed state of the clip, the first sub-unit and the second sub-unit of the clip comprising a plurality of projections in the form of mutually spaced ribs , the ribs extending along their longitudinal extension substantially parallel to one another, the ribs being arranged on the first sub-unit and on the second sub-unit such that the ribs are not directly opposite one another in the closed state of the clip .
A brush device for animals without a motor connected to the brush device, said brush device is fixedly installed in the construction of an animal shed for animals to use independently, comprising a base for fastening the brush device to a wall, a column or some other structure, a pendulum frame diverging from the base and extending out of the base and to it is fastened a bristle section against which animals rub up, between the base and the pendulum frame diverging from it, there is a joint which enables the pendulum-like rotational motion of a brush section around a rotation axis (X), the brush section comprising the pendulum frame a brush frame and the bristle section the brush frame being an extension of the pendulum frame wherein pendulum feature is provided in relation to only one axis of the brush device.
Axial turbo engine compressor (4; 6), especially of low pressure compressor for aircraft turbojet engine, the compressor (4; 6) comprising a de-icing structure capable of being de-iced by a pressurized fluid circulation, the de-icing structure comprising at least one deformable membrane capable of being passed through by the pressurized fluid circulation, the de-icing structure being configured in such a manner that a build-up of ice on the deformable membrane blocks or reduces the pressurized fluid circulation; the compressor wherein in the event of a blockage or reduction in said circulation, the pressure of the pressurized fluid deforms the deformable membrane in such a manner as to fracture said build-up of ice , the de-icing structure comprising at least one body with an external surface covered by the deformable membrane , the external surface comprising at least one channel extending with respect to the deformable membrane and intended to be passed through by the pressurized fluid , in the presence of ice the deformable membrane being configured to be moved away from the external surface thanks to the pressurized fluid , the compressor being characterized in that in the absence of ice the deformable membrane is configured to be pressed against the external surface , and in that the deformable membrane comprises at least one flow separation line , and is capable of being passed through by the pressurized fluid at the separation line. the compressor wherein in the event of a blockage or reduction in said circulation, the pressure of the pressurized fluid deforms the deformable membrane in such a manner as to fracture said build-up of ice , the de-icing structure comprising at least one body with an external surface covered by the deformable membrane , the external surface comprising at least one channel extending with respect to the deformable membrane and intended to be passed through by the pressurized fluid , in the presence of ice the deformable membrane being configured to be moved away from the external surface thanks to the pressurized fluid , the compressor being characterized in that in the absence of ice the deformable membrane is configured to be pressed against the external surface , and in that the deformable membrane comprises at least one flow separation line , and is capable of being passed through by the pressurized fluid at the separation line.
Use of carbon-coated porous particles as a column filler for liquid chromatography, the carbon-coated porous particles comprising porous particles each having a coating layer containing an amorphous carbon on a surface, wherein the amorphous carbon is obtained by carbonizing an oxazine resin. the carbon-coated porous particles comprising porous particles each having a coating layer containing an amorphous carbon on a surface, wherein the amorphous carbon is obtained by carbonizing an oxazine resin.