mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication method, comprising: determining whether a length of an RLC SDU or RLC SDU segment is greater than a threshold; determining a type of length indicator which is allocated by a network when the length of the RLC SDU or RLC SDU segment is greater than the threshold; and determining whether to force to map the RLC SDU or RLC SDU segment to the end of an RLC PDU according to the type of the length indicator, characterized by forcing to map the RLC SDU or RLC SDU segment to the end of the RLC PDU if the type of the length indicator is a first type; and not forcing to map the RLC SDU or RLC SDU segment to the end of the RLC PDU if the type of the length indicator is a second type; wherein the first type is an 11-bit length indicator and the second type is a 15-bit length indicator. determining whether a length of an RLC SDU or RLC SDU segment is greater than a threshold; determining a type of length indicator which is allocated by a network when the length of the RLC SDU or RLC SDU segment is greater than the threshold; and determining whether to force to map the RLC SDU or RLC SDU segment to the end of an RLC PDU according to the type of the length indicator, characterized by forcing to map the RLC SDU or RLC SDU segment to the end of the RLC PDU if the type of the length indicator is a first type; and not forcing to map the RLC SDU or RLC SDU segment to the end of the RLC PDU if the type of the length indicator is a second type; wherein the first type is an 11-bit length indicator and the second type is a 15-bit length indicator.
An assembly combining a mask having side lines and a pellicle for EUV, wherein the pellicle comprises: a pellicle membrane structure having a pellicle membrane and a mesh structure, the mesh structure reinforcing the pellicle membrane, and a pellicle frame for holding the pellicle membrane structure, wherein the mesh structure is disposed to be projected in two kinds of image shadow on a wafer on account of EUV light's passing the EUV pellicle twice as it approaches and reflects on a pattern-carrying face of the mask, and wherein a stand-off of the pellicle is of such a value as to allow the contrast ratio between the two kinds of image shadow of the mesh structure to be 25 % or lower, characterized in that a grid of said mesh structure forms an angle, in projection, of greater than 0 degree but not greater than 30 degrees with at least one side line of said mask. a pellicle membrane structure having a pellicle membrane and a mesh structure, the mesh structure reinforcing the pellicle membrane, and a pellicle frame for holding the pellicle membrane structure, wherein the mesh structure is disposed to be projected in two kinds of image shadow on a wafer on account of EUV light's passing the EUV pellicle twice as it approaches and reflects on a pattern-carrying face of the mask, and wherein a stand-off of the pellicle is of such a value as to allow the contrast ratio between the two kinds of image shadow of the mesh structure to be 25 % or lower, characterized in that a grid of said mesh structure forms an angle, in projection, of greater than 0 degree but not greater than 30 degrees with at least one side line of said mask.
method of processing fibres containing cellulose, comprising: (i) turning the fibres to a web, (ii) treating said web with hydroxy acid for softening the fibres and bonding the acid groups to the OH groups of the fibres by an ester bond; and (iii) enhancing the reaction of hydroxy acid by a catalyst, so that the hydroxy acid is bonded to the hydroxy acid monomers and/or oligomers that are esterified to the fibre. (i) turning the fibres to a web, (ii) treating said web with hydroxy acid for softening the fibres and bonding the acid groups to the OH groups of the fibres by an ester bond; and (iii) enhancing the reaction of hydroxy acid by a catalyst, so that the hydroxy acid is bonded to the hydroxy acid monomers and/or oligomers that are esterified to the fibre.
System comprising a vehicle and a swap body with a receiving area of the vehicle and with at least one fixing device for fixing the swap body in or on the receiving area of the vehicle, which comprises at least one support structure arranged in the receiving area, which has at least one receiving base arranged in the receiving area, which has at least one rail-like guide means which is spaced apart from the receiving base, which is fixed to the support structure or to the swap body and which has a guide surface, and which has at least one support means arranged on the swap body or on the support structure, and which has at least one guide surface arranged on the support structure or on the swap body which is arranged between the guide means and the receiving base when the swap body is transferred into the receiving area or out of the receiving area and can slide or roll at least in sections in contact with the guide surface of the rail-like guide means and can be supported or is supported against movement transversely to the transfer direction, wherein at least the guide surface of the at least one guide means has an inclination with respect to the receiving base, characterised by at least one holding means arranged on the support structure or on the swap body, which can be moved from a locking position, in which it is engaged in a receiving means on the swap body, or on the support structure and secures the swap body against movement in the transfer direction, into a release position in which the swap body is released for movement in the transfer direction, wherein the retaining means is arranged on the receiving base of the receiving area and can be transferred transversely to the transfer direction from the locking position into the release position and back.
A braking device of a vehicle comprising a disc caused to rotate with a wheel of the vehicle, a caliper provided with pads and associated with a fixed part of the vehicle, at least one piston housed in said caliper and connected operationally with an electric motor to interact with at least one of said pads and to press it against a surface of the disc, and at least one apparatus for controlling a braking device in a vehicle, - said apparatus comprising means for detecting the relative position between the piston and the pad with which the piston interacts and means for adjusting the position of the piston relative to that of the corresponding pad - said piston is capable of coming into contact with the pad, and - said means for detecting comprise a sensor (40, 52, 72, 74) capable of being fitted to the piston, and said sensor (40, 52) is capable of coming into contact with a plate of the corresponding pad and of detecting this contact, - said means for detecting the relative position between the piston and pad with which it interacts is configured for repeating the detection process both when starting the vehicle to ascertain the position of the piston relative to the pad and during normal operation of the vehicle to check the position of the piston following wear of the pads; - the piston comprising a main component which forms a main component cavity; - the piston also comprising a head component produced in the form of a cup which faces towards the corresponding pad, so as to incorporate a head component cavity; - the sensor is fitted inside the main component cavity of the piston, so as to extend into the head component cavity of the head component of the piston. - said apparatus comprising means for detecting the relative position between the piston and the pad with which the piston interacts and means for adjusting the position of the piston relative to that of the corresponding pad - said piston is capable of coming into contact with the pad, and - said means for detecting comprise a sensor (40, 52, 72, 74) capable of being fitted to the piston, and said sensor (40, 52) is capable of coming into contact with a plate of the corresponding pad and of detecting this contact, - said means for detecting the relative position between the piston and pad with which it interacts is configured for repeating the detection process both when starting the vehicle to ascertain the position of the piston relative to the pad and during normal operation of the vehicle to check the position of the piston following wear of the pads; - the piston comprising a main component which forms a main component cavity; - the piston also comprising a head component produced in the form of a cup which faces towards the corresponding pad, so as to incorporate a head component cavity; - the sensor is fitted inside the main component cavity of the piston, so as to extend into the head component cavity of the head component of the piston.
A multi-layer lid of sandwich construction to be placed on a drawer of a vacuum drawer system, the lid allowing an evacuation and/or a dehumidification of a drawer interior after sealing to the drawer, wherein the lid includes at least one outer airtight top layer (22', 22") and a core layer, wherein recesses are formed into the core layer and partially into one of the at least one outer top layer (22"), in which recesses an evacuation duct and/or a dehumidification duct, a pump and/or a ventilator and at least one sensor are arranged, characterized in that a printed circuit board is provided, wherein the electrical components integrated into the lid are mechanically fixed and electrically connected on the circuit board, wherein conductor tracks are arranged on at least one side of the printed circuit board to which the electrical consumer are connected, wherein - the circuit board is arranged on one of the at least one outer airtight top layers (22', 22") facing the core layer, or wherein - the at least one outer airtight top layer (22', 22") is designed as a printed circuit board on which the core layer is placed, and the electrical components integrated in the lid are mechanically held and electrically connected on the printed circuit board. - the circuit board is arranged on one of the at least one outer airtight top layers (22', 22") facing the core layer, or wherein - the at least one outer airtight top layer (22', 22") is designed as a printed circuit board on which the core layer is placed, and the electrical components integrated in the lid are mechanically held and electrically connected on the printed circuit board.
An orthopaedic screw holding device for holding a bone screw comprising: a screw engaging part including a distal end and a proximal end, the screw engaging part having a first portion, a second portion and a slot formed at the distal end, the slot extending towards the proximal end thereby forming the first portion in form of a first arm and the second portion in form of a second arm, an engaging means formed at the distal end, the engaging means being configured to engage a corresponding engaging means of the head of the bone screw, and a fixation slide slidably engaged with the screw engaging part and movable between a first position and a second position, wherein the fixation slide comprises a sleeve and two ribs, wherein the two ribs are formed on the inside surface of the sleeve and are disposed within the slot, wherein the first portion and the second portion of the screw engaging part are movable towards and away from each other when the fixation slide is located in its first position, and wherein the first portion and the second portion are blocked, so that the orthopaedic screw holding device is lockable with the head of the bone screw when the engaging means engage in the corresponding engaging means of the head of the bone screw, and when the fixation slide is located in its second position. a screw engaging part including a distal end and a proximal end, the screw engaging part having a first portion, a second portion and a slot formed at the distal end, the slot extending towards the proximal end thereby forming the first portion in form of a first arm and the second portion in form of a second arm, an engaging means formed at the distal end, the engaging means being configured to engage a corresponding engaging means of the head of the bone screw, and a fixation slide slidably engaged with the screw engaging part and movable between a first position and a second position, wherein the fixation slide comprises a sleeve and two ribs, wherein the two ribs are formed on the inside surface of the sleeve and are disposed within the slot, wherein the first portion and the second portion of the screw engaging part are movable towards and away from each other when the fixation slide is located in its first position, and wherein the first portion and the second portion are blocked, so that the orthopaedic screw holding device is lockable with the head of the bone screw when the engaging means engage in the corresponding engaging means of the head of the bone screw, and when the fixation slide is located in its second position.
A security method for a network connected computing device executing a software component that receives information stored in a matrix barcode, the information comprising a reference to a resource accessible via the network, the method comprising: blocking the software component from accessing services of the computing device in response to the receipt of information stored in the matrix barcode; determining services of the computing device needed by the software component to access the resource; and responsive to a verification of permission of the software component to access the determined services, unblocking the software component in order that the software component accesses the resource and accesses the determined services. blocking the software component from accessing services of the computing device in response to the receipt of information stored in the matrix barcode; determining services of the computing device needed by the software component to access the resource; and responsive to a verification of permission of the software component to access the determined services, unblocking the software component in order that the software component accesses the resource and accesses the determined services.
A method for analysis of content of encrypted traffic between processes, the method comprising: rerouting to a server traffic between a first process executing on a first computing device and a second process executing on a second computing device to determine that there is a protected connection established between the first process and the second process; determining, by the first computing device, information about an application associated with the first process, wherein the information is determined based at least on a version of the application and includes an address of a function to call that obtains a session key for the protected connection; obtaining, by the first computing device, the session key for the protected connection by calling the function and transferring, by the first computing device, the session key to the server; prior to calling the function, verifying, by the first computing device, compatibility of the version of the application with a method of analysis of content of the rerouted traffic; decrypting the rerouted traffic using the session key and analyzing the rerouted traffic by the server using the compatible method to determine whether the traffic contains malicious objects; and in response to determining the traffic contains malicious objects, counteracting, by the server, the malicious objects by blocking or rerouting the traffic. rerouting to a server traffic between a first process executing on a first computing device and a second process executing on a second computing device to determine that there is a protected connection established between the first process and the second process; determining, by the first computing device, information about an application associated with the first process, wherein the information is determined based at least on a version of the application and includes an address of a function to call that obtains a session key for the protected connection; obtaining, by the first computing device, the session key for the protected connection by calling the function and transferring, by the first computing device, the session key to the server; prior to calling the function, verifying, by the first computing device, compatibility of the version of the application with a method of analysis of content of the rerouted traffic; decrypting the rerouted traffic using the session key and analyzing the rerouted traffic by the server using the compatible method to determine whether the traffic contains malicious objects; and in response to determining the traffic contains malicious objects, counteracting, by the server, the malicious objects by blocking or rerouting the traffic.
A timepiece comprising a case defined by an upper body and a lower body; a crystal attached to the upper body of said case; a case back positioned at the lower body of said case, wherein said case, crystal and case back form an integral unit for protecting and housing mechanical components required for functioning of the timepiece; and a removable member that surrounds the periphery of the case and is configured to fit onto the case by aligning the removable member atop of the case and compressing the removable member onto and against the case, wherein the removable member comprises an exterior side wall and an interior side wall, wherein the exterior side wall forms a periphery of the removable member and the interior side wall is configured to match the shape of the periphery of said case, said interior side wall comprises a first elevation along the top edge and a second elevation along the bottom edge the removable member being separable from the case manually without any tools independent of other components of the timepiece, characterized in that said case comprises a projection along the periphery thereof creating a top indented edge and a bottom indented edge along said periphery, wherein the first and second elevations (123, 124) of the interior side wall, and the top and bottom indented edges (133, 134) of the case are complementary such that the removable member securely interlocks with the case by way of said first and second elevations (123, 124) snapping into said top and bottom indented edges (133, 134).
Shoe assembly comprising an upper shoe part, an inner sole, a connecting sole fixed to the inner sole and an outer sole, which is fixed to the connecting sole solely by means of a manually detachable snap-fit connection, wherein the snap-fit connection consists of one first connecting means in the form of a circumferential lug provided at and upwardly protruding from the connecting sole, and of one circumferential second connecting means provided at and extending along a free end of an upwardly protruding circumferential rim of the outer sole and encompassing the upper part of the first connecting means from above, when the outer sole is fixed to the connecting sole.
A method of controlling a central heating system including the steps of: providing a heating device for generating hot water, a water pump and at least one radiator fluidicly connected to the heating device and pump, each radiator having an inlet valve and an outlet temperature sensor, the method further including the steps of operating the pump to pump hot water into the radiator, closing the radiator inlet valve, and characterized in that the method further opening the radiator inlet valve when the temperature sensed by the outlet temperature sensor drops to a predetermined value. providing a heating device for generating hot water, a water pump and at least one radiator fluidicly connected to the heating device and pump, each radiator having an inlet valve and an outlet temperature sensor, the method further including the steps of operating the pump to pump hot water into the radiator, closing the radiator inlet valve, and characterized in that the method further opening the radiator inlet valve when the temperature sensed by the outlet temperature sensor drops to a predetermined value.
An access management apparatus comprising a gateway including an access management function unit that is connected between an access source and a plurality of processing systems which process an access request from the access source, and that is configured to receive the access request from the access source, and to control the access request based on an access management policy set independently of protocols of the processing systems, characterized in that the access management policy, the access source, an access destination of the access source, and detail of an access limit with respect to the access request are associated, wherein the detail of the access limit is a possible operation of the access source with respect to the access destination, wherein the possible operation includes adding, referencing, updating or deleting.
Office swivel chair comprising a seat support and a seat surface pivotably connected to the seat support, the seat surface comprising a roller cradle on the planar face thereof facing the seat support, and the seat support comprising a roller guide arranged in a manner corresponding to the planar face and the roller cradle, the roller cradle and the roller guide together forming a pivot means, the pivot means being formed in such a way that the seat surface is pivotable laterally about a longitudinal axis of the office swivel chair by rolling the roller cradle inside the roller guide.
A movement mechanism, comprising a base element and a support element, which, inserted into each other, form a ball hinge construction, the support element being rotatable relative to the base element about at least a first virtual axis, which passes substantially through a virtual center of the ball hinge construction, the support element being provided with drive means to enable the support element to be moved relative to the base element, which drive means comprise a first electric motor and a first drive train having an output gearwheel, characterized in that said drive means are housed in the support element in order to move along with the support element when the support element is moved relative to the base element, said output gearwheel of the first drive train engaging a non-straight, that is, curved, first drive rod, located in the support element, said first drive rod being provided with an anchor part which is connected with the base element so that said first drive rod does not move along with the support element when the latter is moved relative to the base element.
Device for storing and transferring cryogenic fluid, comprising at least one basic container comprising a double-walled cryogenic tank of liquefied gas, the tank being provided with a first fluid transfer pipe having a first end connected to an upper end of the tank, the tank being provided with a second fluid transfer pipe having a first end connected to a lower end of the tank, the first transfer pipe and the second transfer pipe each comprising a set of respective valves, and wherein the second transfer pipe comprises two branches forming two second ends connected in parallel to the first end of the second transfer pipe, the two second ends of the second transfer pipe each being provided with a respective fluidic connection fitting (10, 12), characterized in that the first transfer pipe comprises two branches forming two second ends connected in parallel to the first end of the first transfer pipe, the two second ends of the first transfer pipe each being provided with a respective fluidic connection fitting (9, 11).