mhurhangee/ep-ind-claims huggingface dataset:
An access control method, comprising: in a random access procedure, determining, by a radio access network, RAN, whether a User Equipment, UE, is allowed for an access to the RAN according to current load conditions of the RAN and device or service information reported by the UE, and, determining by the RAN whether the UE is allowed for an access to a core network, CN, according to current load conditions of the CN and the device or service information reported by the UE; and when an access to at least one of the RAN and the CN is rejected, sending, by the RAN, to the UE an indication message carrying a wait time corresponding to the access rejecting network. in a random access procedure, determining, by a radio access network, RAN, whether a User Equipment, UE, is allowed for an access to the RAN according to current load conditions of the RAN and device or service information reported by the UE, and, determining by the RAN whether the UE is allowed for an access to a core network, CN, according to current load conditions of the CN and the device or service information reported by the UE; and when an access to at least one of the RAN and the CN is rejected, sending, by the RAN, to the UE an indication message carrying a wait time corresponding to the access rejecting network.
A cork for installing in a cap hole, comprising a shank portion, having a tip portion and a base portion, the base portion including a radial contour, the radial contour providing increased radial surface area relative to a smooth radial base portion and at least the lower part of the shank portion adjacent to base portion has an increased diameter relative to the diameter of the base portion, characterised in that the cork is synthetic, and in that the base portion
A mobile communication method, in which a target mobile station designated by an operation and maintenance server performs a Minimization of Drive Tests, MDT, measurement process designated by the operation and maintenance server and reports a result of the MDT measurement process, the method comprising: a step A (S3001, S4001) of transmitting, by the operation and maintenance server, instruction information instructing the target mobile station to perform the MDT measurement process to a Home Subscriber Server; and a step B (S3002, S4002) of transmitting, by the Home Subscriber Server, the instruction information to a mobility management node; said method characterized in a step C (S3003, S4003) of determining, at the mobility management node, whether the MDT measurement process by the target mobile station is approved by making reference to a management unit comprised by the mobility management node and configured to manage subscriber information of the mobile station including approval information indicating whether the MDT measurement process by the target mobile station is approved; and a step D (S3004, S3005, S4004, S4005) of instructing, by the mobility management node, through a radio base station (eNB), the target mobile station to perform the MDT measurement process when it is determined that the MDT measurement process by the target mobile station has been approved. a step A (S3001, S4001) of transmitting, by the operation and maintenance server, instruction information instructing the target mobile station to perform the MDT measurement process to a Home Subscriber Server; and a step B (S3002, S4002) of transmitting, by the Home Subscriber Server, the instruction information to a mobility management node; said method characterized in a step C (S3003, S4003) of determining, at the mobility management node, whether the MDT measurement process by the target mobile station is approved by making reference to a management unit comprised by the mobility management node and configured to manage subscriber information of the mobile station including approval information indicating whether the MDT measurement process by the target mobile station is approved; and a step D (S3004, S3005, S4004, S4005) of instructing, by the mobility management node, through a radio base station (eNB), the target mobile station to perform the MDT measurement process when it is determined that the MDT measurement process by the target mobile station has been approved.
Male fluidic coupling intended to be press-fitted into a female fluidic coupling coupled to a first pipe intended to communicate with a second pipe formed from a flexible tube that is pushed into the male coupling axially and passing through said male coupling, to form a fluidic coupling device capable of transferring a fluid, such as microsamples to be taken or injected, the female fluidic coupling comprising a radially internal tapered press-fitting surface ending in a female radial end and converging towards the latter, the male coupling ending in a first radial male end intended to lie inside the female coupling, the first pipe leading to the female radial end and in that the male coupling comprises an external press-fitting surface by pressing, characterised in that, the second pipe is pushed beyond said first male end and which ends in a free end, cut according to a cylindrical symmetry, and capable of being pressed in a sealed manner against said female end by return means integrated into the male coupling, the return means comprise a helical compression spring mounted radially between said flexible tube and the male coupling, with the helical compression spring being mounted in axial abutment on the one hand, against a radial end wall of the male coupling opposite said first male end and on the other hand, against at least one radial surface which is secured in translation with said tube, these return means cooperating during the press-fitting by pushing with guiding and retaining means provided in the male coupling to guide this tube in sliding axially through the male coupling by bringing together said free end with said first male end while still maintaining this free end against said female end, so as to suppress any dead volume between the first pipe and the male coupling and to maintain the free end in a sealed abutment against the female end and in that the male fluidic coupling being press-fitted in the female coupling via the external press-fitting surface thereof, the external press-fitting surface being tapered with the same taper as the internal press-fitting surface of the female coupling, and which converges towards the male radial wall, the second pipe being pushed into the male coupling by passing through the two ends (107, 108) of the male coupling, and abutting in a sealed manner with the female end.
A vehicle, in particular utility vehicle, having vehicle ventilation, in particular blower-free vehicle ventilation, for ventilating a vehicle interior of the vehicle, wherein in order to guide an air flow, the vehicle ventilation comprising a ventilation channel integrated in a vehicle wall and having an inlet opening which faces the vehicle interior, and having an outlet opening which faces vehicle surroundings around the vehicle, the inlet opening being arranged in a region adjoining a front window of the vehicle to assist front window de-icing, characterized in that for protection against water entering the vehicle interior, the ventilation channel has a system of multiple water barriers, in particular of multiple water barriers following one another, between the inlet opening and the outlet opening, and in that a sump for collecting water is formed between water barriers of the system of multiple water barriers.
Cooking appliance - having a cooking chamber wall provided with a wall opening, - having a sealing element that is seated in the wall opening and has an annular recess, - having an illumination device that has a cooking appliance lamp having at least one light source and one light conduction rod, - the light conduction rod guides the light emitted from the light source to a cooking chamber of the cooking appliance, characterised by - a mounting bracket as part of the illumination device, said bracket at least holding the light conduction rod and at least arranging the light conduction rod on a holding component, in particular a shielding plate, of the cooking appliance, wherein, - the light conduction rod is seated in the annular recess of the sealing element in order to feed light to the cooking chamber of the cooking appliance, wherein the mounting bracket has a joint that bears a fixing device for at least the light conduction rod, such that the cooking appliance lamp with the light source and the light conduction rod is mounted pivotably in the mounting bracket. - having a cooking chamber wall provided with a wall opening, - having a sealing element that is seated in the wall opening and has an annular recess, - having an illumination device that has a cooking appliance lamp having at least one light source and one light conduction rod, - the light conduction rod guides the light emitted from the light source to a cooking chamber of the cooking appliance, characterised by - a mounting bracket as part of the illumination device, said bracket at least holding the light conduction rod and at least arranging the light conduction rod on a holding component, in particular a shielding plate, of the cooking appliance, wherein, - the light conduction rod is seated in the annular recess of the sealing element in order to feed light to the cooking chamber of the cooking appliance, wherein the mounting bracket has a joint that bears a fixing device for at least the light conduction rod, such that the cooking appliance lamp with the light source and the light conduction rod is mounted pivotably in the mounting bracket.
Filter element, having a pleated filter mat, the axial closure ends (7, 8) of which are each connected to an end cap (9, 11) and which has a main structural layer with filtration properties as well as a first and second additional structural layer (17, 19), the surface area of which is smaller in each case than the surface area of the main structural layer, wherein the axial ends (12, 14) of the one additional structural layer are located on the filter mat at an axial distance from the axial ends (16, 18) of the other additional structural layer in each case, characterised in that at each of the two end caps (9, 11), one additional structural layer (17, 19) in each case is welded with one end (12, 18), together with the associated end (7, 8) of the main structural layer, into the respective end cap (9, 11), that the end caps (9, 11) consist of a plastic material which is suitable for a welding process in which components of the joining partners fuse by heating the end cap (9, 11), and that the additional structural layers (17, 19) consist of a material in the form of a prepreg material which cures during the folding process or is subsequently cured by heat input.
An uncured, polymerizable composition comprising 5 - 20 % b.w. of the total composition of a carboxylated acrylonitrile butadiene rubber, 30 - 70 % b.w. of the total composition of a monomer blend comprising methacrylic acid, methyl methacrylate and 2-methacryloyloxyethyl phosphate, 10 - 40 % b.w. of the total composition of a (meth)acrylated polyurethane and 1 - 20 % b.w. of the total composition of at least one type of core shell particle comprising poly(methylmethacrylate-co-butadiene-co-styrene).
A method for transmitting to a reading device data of a sensor that is allocated to an inductively heatable cooking vessel, wherein: - a high frequency control voltage is generated from a mains alternating voltage by means of a convertor, wherein the high frequency control voltage is applied to an oscillator circuit having an induction heating coil in order to generate a high frequency magnetic alternating field for heating the cooking vessel; characterized by the steps: - interrupting the applying of the high frequency control voltage to the oscillator circuit during a predefined first time region covering a zero crossing point of the mains alternating voltage in order to cause a self-resonant oscillation of the oscillator circuit; - changing an impedance of an antenna that is inductively coupled to the induction heating coil, which antenna is allocated to the cooking vessel, in dependence upon the data of the sensor, which data is to be transmitted, during a second time region that lies within the first time region; and - decoding the transmitted data of the sensor in the reading device, in that a resonant frequency, in particular a resonant frequency change, of the self-resonant oscillation of the oscillator circuit is evaluated. - a high frequency control voltage is generated from a mains alternating voltage by means of a convertor, wherein the high frequency control voltage is applied to an oscillator circuit having an induction heating coil in order to generate a high frequency magnetic alternating field for heating the cooking vessel; characterized by the steps: - interrupting the applying of the high frequency control voltage to the oscillator circuit during a predefined first time region covering a zero crossing point of the mains alternating voltage in order to cause a self-resonant oscillation of the oscillator circuit; - changing an impedance of an antenna that is inductively coupled to the induction heating coil, which antenna is allocated to the cooking vessel, in dependence upon the data of the sensor, which data is to be transmitted, during a second time region that lies within the first time region; and - decoding the transmitted data of the sensor in the reading device, in that a resonant frequency, in particular a resonant frequency change, of the self-resonant oscillation of the oscillator circuit is evaluated.
A vehicle cooling system for cooling a vehicle battery, comprising: a cabin cooling system having an electrical compressor arranged on a first refrigerant path and driven by a vehicle electrical system to cool a vehicle cabin; a battery cooling system having a mechanical compressor arranged on a second refrigerant path and driven by a vehicle engine to cool the vehicle battery, the battery cooling system including a first chiller on the first refrigerant path and a second chiller arranged on the second refrigerant path; and a coolant loop configured to provide the coolant to the vehicle battery, at least one of the first chiller and the second chiller being in communication with the coolant loop to cool the coolant therein, and the second chiller being arranged in series with the first chiller in the coolant loop. a cabin cooling system having an electrical compressor arranged on a first refrigerant path and driven by a vehicle electrical system to cool a vehicle cabin; a battery cooling system having a mechanical compressor arranged on a second refrigerant path and driven by a vehicle engine to cool the vehicle battery, the battery cooling system including a first chiller on the first refrigerant path and a second chiller arranged on the second refrigerant path; and a coolant loop configured to provide the coolant to the vehicle battery, at least one of the first chiller and the second chiller being in communication with the coolant loop to cool the coolant therein, and the second chiller being arranged in series with the first chiller in the coolant loop.
An electrically isolated coupler comprising: a driven body made of first metallic material and having a driven end configured to interface with a fastening component, the driven body comprising a first interface portion; a drive body made of a second metallic material and having a drive end configured to interface with a driving tool, the drive body comprising a second interface portion; an insulating member disposed between the drive body and the driven body to electrically isolate the drive body and the driven body from each other; and a sleeve (140, 440) disposed around radial edges of the driven body characterized in that the sleeve (140, 440) is freely rotatable relative to the driven body and prevented from axial movement, and wherein the sleeve (140, 440) covers a portion of the driven body (110, 400), the insulating member (130, 430), and a portion of the drive body (120, 410). a driven body made of first metallic material and having a driven end configured to interface with a fastening component, the driven body comprising a first interface portion; a drive body made of a second metallic material and having a drive end configured to interface with a driving tool, the drive body comprising a second interface portion; an insulating member disposed between the drive body and the driven body to electrically isolate the drive body and the driven body from each other; and a sleeve (140, 440) disposed around radial edges of the driven body characterized in that the sleeve (140, 440) is freely rotatable relative to the driven body and prevented from axial movement, and wherein the sleeve (140, 440) covers a portion of the driven body (110, 400), the insulating member (130, 430), and a portion of the drive body (120, 410).
Battery support frame for an electrical vehicle with a longitudinal profile and with a transverse profile, wherein the support frame has at least one support frame corner forming an inside angle, wherein, between longitudinal profile and transverse profile, a corner element is arranged to compensate for tolerances, by which corner element the longitudinal profile and the transverse profile are connected together, characterised in that either - the longitudinal profile or the transverse profile is connected by the corner element in an actual arrangement not corresponding to the target arrangement, wherein the connecting face of the corner element intended to connect the corner element to the respectively other profile of the target direction is aligned correspondingly, or that - the longitudinal profile or the transverse profile is connected to the corner element in the target arrangement wherein the connecting face provided to connect the corner element to the respectively other profile is reworked by removing the misalignment of this connecting face. - the longitudinal profile or the transverse profile is connected by the corner element in an actual arrangement not corresponding to the target arrangement, wherein the connecting face of the corner element intended to connect the corner element to the respectively other profile of the target direction is aligned correspondingly, or that - the longitudinal profile or the transverse profile is connected to the corner element in the target arrangement wherein the connecting face provided to connect the corner element to the respectively other profile is reworked by removing the misalignment of this connecting face.
A method of prioritising packets for delivery over a transport network interconnecting nodes of a mobile network, where a guaranteed minimum information rate over the transport network is specified for the mobile network, the method comprising: for each bearer to be injected into the transport network from the mobile network, specifying a bearer information rate and marking packets up to that rate as conformant with the bearer information rate and marking packets exceeding that rate as non-conformant with the bearer information rate; converging a plurality of traffic type streams from the mobile network, each traffic type stream comprising a plurality of bearers; maintaining a token "bucket" in a memory device and filling the bucket with tokens at said minimum information rate; defining a bucket fill threshold for each traffic type stream; inspecting packets of the converged traffic type streams to identify packets marked as conformant and non-conformant, and for a given packet of a given stream marked as non-conformant, re-marking that packet as conformant if the bucket fill level exceeds the bucket fill threshold defined for the associated traffic type stream; and deducting tokens from the bucket upon sending of a packet, marked or re-marked as conformant, across the transport network, wherein said transport network prioritises the delivery of packets marked as conformant over those packets marked as non-conformant. for each bearer to be injected into the transport network from the mobile network, specifying a bearer information rate and marking packets up to that rate as conformant with the bearer information rate and marking packets exceeding that rate as non-conformant with the bearer information rate; converging a plurality of traffic type streams from the mobile network, each traffic type stream comprising a plurality of bearers; maintaining a token "bucket" in a memory device and filling the bucket with tokens at said minimum information rate; defining a bucket fill threshold for each traffic type stream; inspecting packets of the converged traffic type streams to identify packets marked as conformant and non-conformant, and for a given packet of a given stream marked as non-conformant, re-marking that packet as conformant if the bucket fill level exceeds the bucket fill threshold defined for the associated traffic type stream; and deducting tokens from the bucket upon sending of a packet, marked or re-marked as conformant, across the transport network,
A self-adhesive member for adhering to and covering a portion of a user's skin, said self-adhesive member comprising a backing layer having a self-adhesive coating, said backing layer comprises at least a first and a second portion, wherein said first portion surrounds said second portion, and wherein said first portion comprises at least a first row of slits extending along an outer edge of said backing layer and being distanced a first distance therefrom and said second portion being either void of slits or being provided with fewer slits per area unit than said first portion, wherein said self-adhesive member comprises a central area and an edge area comprising said outer edge; said central area coinciding with said second portion and said edge area coinciding with said first portion, wherein a wound pad is arranged in said central area and said row(s) of slits are arranged in said edge area characterized in that said slits in said first row of slits have an elongated shape, and wherein at least 80 percent of the slits has their major longitudinal extension in the same direction as the extension of the outer edge of the self-adhesive member that each slit is closest to.
An appliance unit for electrical connection in series to a control unit and to a power supply via the control unit, the appliance unit comprising a plurality of modules, including: an appliance module comprising at least one controllable light generating module and/or at least one controllable auxiliary module for performing functionality other than light generating; and a control module for negotiating a power mode for the appliance unit with the control unit, a power mode defining which of the modules are to be switched on and supplied with power and which of the modules are to be switched off and not supplied with power, and controlling the appliance module based on the power mode; and a bypass module for passing current through the appliance unit, such that the bypass module is configured to pass a current to enable the control unit to be powered separately from any current passed by the appliance module. an appliance module comprising at least one controllable light generating module and/or at least one controllable auxiliary module for performing functionality other than light generating; and a control module for negotiating a power mode for the appliance unit with the control unit, a power mode defining which of the modules are to be switched on and supplied with power and which of the modules are to be switched off and not supplied with power, and controlling the appliance module based on the power mode; and a bypass module for passing current through the appliance unit, such that the bypass module is configured to pass a current to enable the control unit to be powered separately from any current passed by the appliance module.