mhurhangee/patent-ind-claim-en huggingface dataset:
Timepiece mechanism comprising a device for displaying at least two items of information, comprising at least a first index and a second index , each of said first and second indices comprising a body and a head provided with a collar and being able to rotate about a common rotational axis (A), said first index being arranged to indicate a first item of information on a first display member , and said second index being arranged to indicate a second item of information on a second display member , characterised in that the first and second items of information are selected such that the first and second indices move to display, respectively, the first and second items of information without crossing each other, in that the head and the collar of one of the first and second indices , called central index , are arranged to be inserted at least partially into the head and the collar of the other of the first and second indices , called outer index , the body of the central index not being able to be positioned above the head of the outer index , and in that at least the head of the outer index has a clearance arranged for the passage of the body of the central index .
A memory protection method, wherein the method comprises: receiving (S601), a memory access request from an accelerator or an input/output I/O device, wherein the memory access request comprises an identifier of a data stream of the accelerator or the I/O device and a first physical address requested to be accessed; reading (S602), based on the identifier of the data stream of the accelerator or the I/O device, permission information corresponding to a first physical page table in which the first physical address is located, wherein the permission information corresponding to the first physical page table indicates whether the data stream has a read permission and/or a write permission in the first physical page table; and performing a permission check on the memory access request based on the permission information corresponding to the first physical page table, and if the permission check succeeds, allowing the memory access request to access the first physical address (S603). receiving (S601), a memory access request from an accelerator or an input/output I/O device, wherein the memory access request comprises an identifier of a data stream of the accelerator or the I/O device and a first physical address requested to be accessed; reading (S602), based on the identifier of the data stream of the accelerator or the I/O device, permission information corresponding to a first physical page table in which the first physical address is located, wherein the permission information corresponding to the first physical page table indicates whether the data stream has a read permission and/or a write permission in the first physical page table; and performing a permission check on the memory access request based on the permission information corresponding to the first physical page table, and if the permission check succeeds, allowing the memory access request to access the first physical address (S603).
A capsule comprising: a. a shell containg gellan gum and HPMC; b. a fill phase comprising beeswax, candelilla wax, and a supercritical extract of an herb; wherein the capsule is vegetarian and meets the non-GMO Project Standards; wherein the capsule comprises greater than 0% and less than 5%, by weight of the capsule, beeswax; and wherein at least 98% of the capsules pass the Cracking Test, wherein the supercritical extract of an herb comprises a supercritical extract of ginger and the supercritical extract of ginger is less than 10% of the fill phase, and wherein the capsule comprises a volume greater than 0.61 mL. a. a shell containg gellan gum and HPMC; b. a fill phase comprising beeswax, candelilla wax, and a supercritical extract of an herb;
A graft copolymer, comprising: a conjugated diene rubber core; and a shell surrounding the rubber core and prepared by graft-polymerizing a (meth)acrylic acid alkyl ester compound, an aromatic vinyl compound, and a vinyl cyanide compound, wherein the shell comprises 1.3 to 2.5 parts by weight of surface-modified silica based on 100 parts by weight of the aromatic vinyl compound. a conjugated diene rubber core; and a shell surrounding the rubber core and prepared by graft-polymerizing a (meth)acrylic acid alkyl ester compound, an aromatic vinyl compound, and a vinyl cyanide compound, wherein the shell comprises 1.3 to 2.5 parts by weight of surface-modified silica based on 100 parts by weight of the aromatic vinyl compound.
A torque transmission driver comprising: a main body having a first end portion and a second end portion , the first end portion adapted to receive and transmit torque from a torque generation source, the second end portion opposite the first end portion comprising a shaped tapered bit having drive surfaces comprising an alternating series of four, five or six lobes and troughs about a rotational axis (A) having tapered drive surfaces with a taper angle (θ) between 15 and 45° from the rotational axis (A) operable to engage corresponding drive surfaces of similar shape and taper in a plurality of at least two size fasteners , each trough has a root that forms an inner diameter , the tapered drive surfaces of the bit comprising a first tapered portion operable to engage drive surfaces of a first sized fastener and a second tapered portion operable to engage drive surfaces of a second sized fastener , the drive surfaces of the second sized fastener being larger than the drive surfaces of the first sized fastener , each lobe having a tapered height and width with a substantially constant ratio of lobe width to height , the drive surfaces comprising a drive side transition between each lobe and the trough on at least one side of each lobe having a positive drive angle (α) adapted to engage a corresponding fastener surface, the positive drive angle (α) being between 0° and 5°, wherein the positive drive angle (α) is a drive side transition surface angled outwardly such that a line extending perpendicularly from the drive side transition surface is directed away from the inner diameter . a main body having a first end portion and a second end portion , the first end portion adapted to receive and transmit torque from a torque generation source, the second end portion opposite the first end portion comprising a shaped tapered bit having drive surfaces comprising an alternating series of four, five or six lobes and troughs about a rotational axis (A) having tapered drive surfaces with a taper angle (θ) between 15 and 45° from the rotational axis (A) operable to engage corresponding drive surfaces of similar shape and taper in a plurality of at least two size fasteners , each trough has a root that forms an inner diameter , the tapered drive surfaces of the bit comprising a first tapered portion operable to engage drive surfaces of a first sized fastener and a second tapered portion operable to engage drive surfaces of a second sized fastener , the drive surfaces of the second sized fastener being larger than the drive surfaces of the first sized fastener , each lobe having a tapered height and width with a substantially constant ratio of lobe width to height , the drive surfaces comprising a drive side transition between each lobe and the trough on at least one side of each lobe having a positive drive angle (α) adapted to engage a corresponding fastener surface, the positive drive angle (α) being between 0° and 5°, wherein the positive drive angle (α) is a drive side transition surface angled outwardly such that a line extending perpendicularly from the drive side transition surface is directed away from the inner diameter .
An evolved Node B, eNodeB, comprising: circuitry arranged to: transmit a request for context of a user equipment configured to be used for Machine Type Communication, MTC, to a Mobility Management Entity, MME, before the user equipment moves to the RRC connected state from a RRC Deep Idle state; and wherein a RRC Deep idle state is a sub-state within an RRC idle state in which Access Stratum, AS, is turned off; characterized in that the circuitry is arranged to: receive a response to the request, the response comprising one of: a flag indicating that the user equipment is reachable but that the user equipment context will not be conveyed to the eNodeB unless downlink data for the user equipment is received, or a rejection of the request through an indication that no downlink is waiting to be sent to the user equipment. transmit a request for context of a user equipment configured to be used for Machine Type Communication, MTC, to a Mobility Management Entity, MME, before the user equipment moves to the RRC connected state from a RRC Deep Idle state; and wherein a RRC Deep idle state is a sub-state within an RRC idle state in which Access Stratum, AS, is turned off; characterized in that the circuitry is arranged to: receive a response to the request, the response comprising one of: a flag indicating that the user equipment is reachable but that the user equipment context will not be conveyed to the eNodeB unless downlink data for the user equipment is received, or a rejection of the request through an indication that no downlink is waiting to be sent to the user equipment. a flag indicating that the user equipment is reachable but that the user equipment context will not be conveyed to the eNodeB unless downlink data for the user equipment is received, or a rejection of the request through an indication that no downlink is waiting to be sent to the user equipment.
A method of applying a two-dimensional material onto a target substrate, wherein the two-dimensional material is laminated to a support layer, the method comprising the steps of: a) providing the two-dimensional material and the support layer in a first state of strain; and b) applying the two-dimensional material and the support layer onto the target substrate whilst subjecting the two-dimensional material and the support layer to a tensile stressing force which produces a second state of strain in the two-dimensional material and the support layer; wherein the second state of strain is a strain of from 0.05 to 1.5 %; and wherein the strain of the two-dimensional material and the support layer in the second state of strain is higher than the strain of the two-dimensional material and the support layer in the first state of strain. a) providing the two-dimensional material and the support layer in a first state of strain; and b) applying the two-dimensional material and the support layer onto the target substrate whilst subjecting the two-dimensional material and the support layer to a tensile stressing force which produces a second state of strain in the two-dimensional material and the support layer; wherein the second state of strain is a strain of from 0.05 to 1.5 %; and wherein the strain of the two-dimensional material and the support layer in the second state of strain is higher than the strain of the two-dimensional material and the support layer in the first state of strain.
Process for manufacturing an article fashioned by selective melting of layers using a (co)polyamide powder comprising a process for the heat treatment of a (co)polyamide composition, especially in powder form, comprising at least the following steps: - heating to bring the composition to a temperature below the lowest melting point, or Tfmin, and above the temperature Tfmin-30°C, for at least 10 minutes, in particular for a time ranging from 10 to 120 min, - cooling to room temperature, - recovering the composition, obtained especially in powder form, said recovered composition having a value Tfr-Tir that is decreased relative to the initial value Tfr-Tir, i.e. before treatment, Tfr being the final crystalline rearrangement temperature and Tir being the initial crystalline rearrangement temperature, said (co)polyamide being a PA6 polyamide or a copolyamide obtained by polymerization of at least one constituent monomer of the polyamide of type 6, namely corresponding amino acid or caprolactam, and at least one comonomer represented by formula (I) below: R(Am)w-(Ac)x(OH)y(DA)z (I) in which: - R is a linear, branched, aliphatic, aromatic or cycloaliphatic hydrocarbon-based radical optionally comprising from 1 to 20 carbon atoms and optionally comprising heteroatoms such as N, O or P; - w is between 0 and 4; - x is between 0 and 4; - y is between 0 and 4; - z is between 0 and 4; and - w+x+y+z is greater than or equal to 1, especially between 1 and 5, said copolyamide comprising a content of constituent monomer of the polyamide of type 6 of at least 80mol%, relative to the number of moles of the total mixture of monomers and comonomers of the copolymer; Am is an amine function; Ac is a carboxylic acid function; and DA is a dicarboxylic acid function; - manufacturing said article by selective melting of layers of said powder. - heating to bring the composition to a temperature below the lowest melting point, or Tfmin, and above the temperature Tfmin-30°C, for at least 10 minutes, in particular for a time ranging from 10 to 120 min, - cooling to room temperature, - recovering the composition, obtained especially in powder form, - R is a linear, branched, aliphatic, aromatic or cycloaliphatic hydrocarbon-based radical optionally comprising from 1 to 20 carbon atoms and optionally comprising heteroatoms such as N, O or P; - w is between 0 and 4; - x is between 0 and 4; - y is between 0 and 4; - z is between 0 and 4; and - w+x+y+z is greater than or equal to 1, especially between 1 and 5, - manufacturing said article by selective melting of layers of said powder.
Tolerance compensation element for a holding system of an energy accumulator , wherein in the holding system having the energy accumulator - in a first region a first end of the energy accumulator is disposed on a first end piece of the holding system, and - in a second region a second end of the energy accumulator is disposed on a second end piece of the holding system, wherein the at least one tolerance compensation element in the first region and/or the second region is disposed between the energy accumulator and an end piece of the holding system, characterized in that the tolerance compensation element is at least in part composed of a viscoelastic material, wherein it is provided that the tolerance compensation element behaves like a Kelvin solid. - in a first region a first end of the energy accumulator is disposed on a first end piece of the holding system, and - in a second region a second end of the energy accumulator is disposed on a second end piece of the holding system,
A method of decoding a channel state information reference signal 'CSI-RS', including: receiving an indication of a resource element `RE' configuration allocated for transmission of CSI-RSs by a first cell , the indication being received from a second cell ; and using the indication of the RE configuration to mute one or more REs within a data channel transmission received from a third cell; wherein the first cell, the second cell and the third cell are associated within a CSI-RS group, the CSI-RS group including a group of adjacent network cells that interfere with one another, each cell in the CSI-RS group being configured to broadcast CSI-RSs using REs within a subframe that are not in use by other adjacent network cells in the CSI-RS group within a reuse cluster for CSI-RS transmission in the subframe; wherein the indication of the RE configuration includes a plurality of logical CSI-RS port resource indices, the plurality of logical CSI-RS port resource indices identifying REs used to transmit CSI-RSs by a mapping between indices of CSI-RS port resources reserved for the CSI-RS group and the plurality of logical CSI-RS port resource indices, wherein the logical CSI-RS port resource indices are mapped to the reserved CSI-RS port resource indices implicitly based upon incremental values of the reserved CSI-RS port resource indices. receiving an indication of a resource element `RE' configuration allocated for transmission of CSI-RSs by a first cell , the indication being received from a second cell ; and using the indication of the RE configuration to mute one or more REs within a data channel transmission received from a third cell; wherein the first cell, the second cell and the third cell are associated within a CSI-RS group, the CSI-RS group including a group of adjacent network cells that interfere with one another, each cell in the CSI-RS group being configured to broadcast CSI-RSs using REs within a subframe that are not in use by other adjacent network cells in the CSI-RS group within a reuse cluster for CSI-RS transmission in the subframe; wherein the indication of the RE configuration includes a plurality of logical CSI-RS port resource indices, the plurality of logical CSI-RS port resource indices identifying REs used to transmit CSI-RSs by a mapping between indices of CSI-RS port resources reserved for the CSI-RS group and the plurality of logical CSI-RS port resource indices, wherein the logical CSI-RS port resource indices are mapped to the reserved CSI-RS port resource indices implicitly based upon incremental values of the reserved CSI-RS port resource indices.
Funerary monument comprising at least one tomb and a terminal for presenting, collecting and exchanging information , said terminal having a front face , in which at least one communication interface is arranged, and a bottom wall or a side wall by means of which it is attached to the funerary monument , the terminal comprising audiovisual data acquisition means that are configured to collect information and the communication interface comprising an application configured to store the collected information and to present this information on request via the communication interface, the application of the communication interface being configured to store the collected information in chronological order and to present it via the communication interface according to the result of an identification request registered via the communication interface, said identification request consisting of an access code that may differ according to categories of user and may generate different presented information or actions, the communication interface being a touch interface and the front face of the terminal extending in a plane having an inclination, with respect to the horizontal, with an angle of between 10° and 80°, said funerary monument comprising a device for protection from bad weather , which may be retracted when weather conditions do not risk damaging the touch interface and they allow good visibility of the screen formed by the interface, said monument comprising a sealtight USB and/or micro-USB communication port present on the side wall in order to allow loading of information over the communication interface by wire, said funerary monument comprising at least one solar panel for electrically charging components arranged in the terminal for presenting, collecting and exchanging information .
A thermally triggerable indicating or switching device comprising a movable, mechanically preloaded slide which directly or indirectly triggers or actuates the indicating or switching device , and comprising a preformed part which changes its state of aggregation under the effect of heat, the preformed part , in the functional state, being adapted to be arranged so as to block the movable slide , characterized in that in the initial state, the preformed part is loosely located in a receiving space , the slide being moved to a position for transferring the preformed part to the functional state such that a gap space opens between the slide and a slide stop , wherein, supported by an elastic or flexible arm connected to the slide , the preformed part enters the gap space and the slide is preloaded, and the elastic or flexible arm thus secures the preformed part in the gap space . characterized in that in the initial state, the preformed part is loosely located in a receiving space , the slide being moved to a position for transferring the preformed part to the functional state such that a gap space opens between the slide and a slide stop , wherein, supported by an elastic or flexible arm connected to the slide , the preformed part enters the gap space and the slide is preloaded, and the elastic or flexible arm thus secures the preformed part in the gap space .
An elongated support member adapted to be connected to a wall portion or roof portion defining a space for housing at least a part of an extendable or movable covering, wherein the support member is adapted for supporting a plate shaped cover in a way that the cover projects from the support member so that it at least partly can conceal the space for the covering, wherein the support member comprises a pivot means for forming a pivot axis so that the cover may be pivoted between a non-connected state and a connected state in relation to the support member, wherein the pivot means has the shape of a hook in cross section and wherein the pivot means is elongated and extends in parallel with the longitudinal direction of the support member wherein the support member comprises an elongated projection extending from a plate shaped element of the support member and in parallel with a longitudinal direction of the support member, wherein that the projection has a curved shape forming an elongated receptacle for an edge section of the cover during connection and disconnection, wherein that the receptacle is defined by the projection in one direction and by the plate shaped element of the support member in the other direction, wherein that the receptacle is open downwards for receiving an edge section of the cover during connection and disconnection characterized in that the projection comprises the hook at the free end, wherein the hook extends into the receptacle.