mhurhangee/patent-ind-claim-en huggingface dataset:
An aerial work platform which comprises a containing cage and a support and levelling group , wherein the support and levelling group comprises: - a support base for supporting the containing cage of the aerial work platform , wherein the containing cage is superiorly associated to the support base ; - a support frame hinged to the support base so as to be able to oscillate with respect to an oscillation axis (Y), - at least a pair of ground rest elements each of which is defined by a group of motorised tracks that are independent of one another, the aerial work platform being characterized in that each group of motorised tracks is hinged independently to the support frame , with respect to respective articulation axes (X) parallel to one another and substantially perpendicular to the oscillation axis (Y), such as to be able to independently vary a height thereof with respect to the support base , where each group of motorised tracks is hinged to the support frame by means of at least an hinged parallelogram and defines a longitudinal ground rest surface having a longitudinal axis parallel to the respective articulation axis (X). - a support base for supporting the containing cage of the aerial work platform , wherein the containing cage is superiorly associated to the support base ; - a support frame hinged to the support base so as to be able to oscillate with respect to an oscillation axis (Y), - at least a pair of ground rest elements each of which is defined by a group of motorised tracks that are independent of one another, the aerial work platform being characterized in that each group of motorised tracks is hinged independently to the support frame , with respect to respective articulation axes (X) parallel to one another and substantially perpendicular to the oscillation axis (Y), such as to be able to independently vary a height thereof with respect to the support base , where each group of motorised tracks is hinged to the support frame by means of at least an hinged parallelogram and defines a longitudinal ground rest surface having a longitudinal axis parallel to the respective articulation axis (X).
A rigging connector comprising an elongate body having a central bridge portion and opposing first and second end portions extending from the central bridge portion; a securement member formed in the first end portion of the body and defining a throat opening with the central bridge portion; first and second anchor legs formed in the second end portion of the body, the first and second anchor legs extending from the central bridge portion in a parallel relationship and defining a gap therebetween for receiving a portion of a support line; a shear pin operable to retain the support line at least partially within the gap; a shackle mounting hole defined in the first end portion and having a center axis extending transverse to the shear pin ; and a safety latch movable between open and closed positions to selectively open and close the throat opening of the securement member, characterized in that a first end of the safety latch is configured to pivot about a pin connected to the central bridge portion within a first cavity defined in the elongate body. an elongate body having a central bridge portion and opposing first and second end portions extending from the central bridge portion; a securement member formed in the first end portion of the body and defining a throat opening with the central bridge portion; first and second anchor legs formed in the second end portion of the body, the first and second anchor legs extending from the central bridge portion in a parallel relationship and defining a gap therebetween for receiving a portion of a support line; a shear pin operable to retain the support line at least partially within the gap; a shackle mounting hole defined in the first end portion and having a center axis extending transverse to the shear pin ; and a safety latch movable between open and closed positions to selectively open and close the throat opening of the securement member, characterized in that a first end of the safety latch is configured to pivot about a pin connected to the central bridge portion within a first cavity defined in the elongate body.
Assembly of a steel girder for a composite floor including concrete hollow-core slabs , and a coupling device for connecting the hollow-core slabs to the girder, wherein the girder comprises: - at least one laterally extending lower flange having a support surface for support ends of the hollow-core slabs and - a web extending upwards from the lower flange, wherein the coupling device comprises: - a number of coupling rods which with the one, first end are intended to be accommodated in the respective longitudinal voids of the hollow-core slabs or in joints between the hollow-core slabs and to be secured to them by poured concrete, and at the other, second end are provided with a coupling protrusion projecting transverse from the respective coupling rod, - at least one coupling rail attached to the web of the girder, which rail extends substantially parallel to the lower flange, and which has a length of at least the width of a hollow-core slab, wherein the rail defines an accommodation space for the coupling protrusions which is at least partially screened off towards the hollow-core slabs in horizontal direction by a coupling wall and is provided with an opening continuing in longitudinal direction for access of the coupling protrusions to the accommodation space, wherein the opening may have a normal towards the accommodation space that is substantially horizontally oriented, wherein the coupling protrusions in an insertion position thereof can be introduced through the opening into the accommodation space and can then be moved, in particular are rotatable, to a coupling position that is oriented so as to deviate from the insertion position in order to engage behind the coupling wall . - at least one laterally extending lower flange having a support surface for support ends of the hollow-core slabs and - a web extending upwards from the lower flange, - a number of coupling rods which with the one, first end are intended to be accommodated in the respective longitudinal voids of the hollow-core slabs or in joints between the hollow-core slabs and to be secured to them by poured concrete, and at the other, second end are provided with a coupling protrusion projecting transverse from the respective coupling rod, - at least one coupling rail attached to the web of the girder, which rail extends substantially parallel to the lower flange, and which has a length of at least the width of a hollow-core slab,
A tire with reduced cavity noise comprising: an adhesive agent layer applied to an inner surface of an inner liner; and a sound absorber layer attached to the adhesive agent layer, wherein the adhesive agent layer comprises polyether containing an alkoxysilane substituent group, and wherein the alkoxysilane substituent group bonds to the polyether backbone, and the alkoxysilane substituent group does not bond to the ends of the polyether. an adhesive agent layer applied to an inner surface of an inner liner; and a sound absorber layer attached to the adhesive agent layer, wherein the adhesive agent layer comprises polyether containing an alkoxysilane substituent group, and wherein the alkoxysilane substituent group bonds to the polyether backbone, and the alkoxysilane substituent group does not bond to the ends of the polyether.
A method for performing, by a UE , a beam failure recovery procedure in a wireless communication system, the method comprising: detecting a beam failure, wherein the beam failure is detected based on a value of a Beam Failure Instance, BFI, counter being equal to or greater than a beam Failure Instance Max Count; based on the detection of the beam failure, transmitting (S1720, S1820) a Physical Uplink Control Channel, PUCCH, related to a Beam Failure Recovery, BFR; and transmitting (S1740, S1840) a Medium Access Control Control Element, MAC CE, that includes information related to the beam failure for at least one serving cell, characterized in that the value of the BFI counter is determined for each of the at least one serving cell, wherein a MAC Protocol Data Unit, PDU for the transmission of the MAC CE via Uplink, UL,-Shared Channel, SCH, is generated based on a multiplexing and assembly operation, wherein the information related to the beam failure for at least one serving cell includes information representing the beam failure being detected, wherein the PUCCH related to the BFR is transmitted after a value of the BFI counter for a first Secondary Cell, SCell, is equal to or greater than the beam Failure Instance Max Count, and wherein the at least one serving cell includes i) the first SCell and ii) at least one second SCell whose value of the BFI counter is equal to or greater than the beam Failure Instance Max Count, after the transmission of the PUCCH related to the BFR, before the multiplexing and assembly operation. detecting a beam failure, wherein the beam failure is detected based on a value of a Beam Failure Instance, BFI, counter being equal to or greater than a beam Failure Instance Max Count; based on the detection of the beam failure, transmitting (S1720, S1820) a Physical Uplink Control Channel, PUCCH, related to a Beam Failure Recovery, BFR; and transmitting (S1740, S1840) a Medium Access Control Control Element, MAC CE, that includes information related to the beam failure for at least one serving cell, characterized in that the value of the BFI counter is determined for each of the at least one serving cell, wherein a MAC Protocol Data Unit, PDU for the transmission of the MAC CE via Uplink, UL,-Shared Channel, SCH, is generated based on a multiplexing and assembly operation, wherein the information related to the beam failure for at least one serving cell includes information representing the beam failure being detected, wherein the PUCCH related to the BFR is transmitted after a value of the BFI counter for a first Secondary Cell, SCell, is equal to or greater than the beam Failure Instance Max Count, and wherein the at least one serving cell includes i) the first SCell and ii) at least one second SCell whose value of the BFI counter is equal to or greater than the beam Failure Instance Max Count, after the transmission of the PUCCH related to the BFR, before the multiplexing and assembly operation.
A method of processing X-ray diffraction data, the X-ray diffraction data being provided by an X-ray detector configured to detect diffracted X-ray beams of a sample to be investigated, the method comprising the steps of: (a) acquiring X-ray diffraction data from the X-ray detector while the sample is rotating with respect to an incident X-ray beam , (b) generating a 2D image frame from acquired X-ray diffraction data, wherein the generated 2D image frame comprises 2D image data representing X-ray diffraction data for a specific rotational position of the sample; (c) for the generated 2D image frame, distinguishing the X-ray diffraction data from the background, wherein the distinguishing comprises distinguishing pixels of the 2D image frame representing X-ray diffraction data from pixels of the 2D image frame representing background; (d) mapping the distinguished X-ray diffraction data of the generated 2D image frame into a single 3D reciprocal space; and (e) visualizing the 3D reciprocal space along with the mapped X-ray diffraction data on a display screen ; wherein the method steps (a) to (e) are continuously repeated while the rotational position of the sample is changing. (a) acquiring X-ray diffraction data from the X-ray detector while the sample is rotating with respect to an incident X-ray beam , (b) generating a 2D image frame from acquired X-ray diffraction data, wherein the generated 2D image frame comprises 2D image data representing X-ray diffraction data for a specific rotational position of the sample; (c) for the generated 2D image frame, distinguishing the X-ray diffraction data from the background, wherein the distinguishing comprises distinguishing pixels of the 2D image frame representing X-ray diffraction data from pixels of the 2D image frame representing background; (d) mapping the distinguished X-ray diffraction data of the generated 2D image frame into a single 3D reciprocal space; and (e) visualizing the 3D reciprocal space along with the mapped X-ray diffraction data on a display screen ;
Exhaust gas heating unit for an exhaust system of an internal combustion engine, comprising: - a jacket heating conductor element with a jacket and with an electrical heating conductor which extends in the jacket and is surrounded by insulating material , - a heat transfer surface formation which is arranged on an outer side of the jacket and is in heat transfer contact with the same, characterized in that the heat transfer surface formation comprises at least one heat transfer element , which surrounds the jacket heating conductor element in a helical manner. - a jacket heating conductor element with a jacket and with an electrical heating conductor which extends in the jacket and is surrounded by insulating material , - a heat transfer surface formation which is arranged on an outer side of the jacket and is in heat transfer contact with the same, characterized in that the heat transfer surface formation comprises at least one heat transfer element , which surrounds the jacket heating conductor element in a helical manner.
Coaxial electric cable including an electrically conductive central core , an electrically insulating dielectric covering said central core and an electrically conductive shielding braid covering said dielectric , said dielectric being formed of a material capable of being transformed at a temperature above 300°C and said shielding braid comprising a coverage rate of between 30 and 50%, said dielectric has a thickness between 0.01 and 2 mm in order to adjust a speed of detection of the temperature of the surrounding environment in the vicinity of the coaxial electric cable , characterised in that said dielectric is formed of a nonporous material and the shielding braid is openworked at the crossings between its strands, forming a porous layer which, in case of a fluid leak, enables heat to be transmitted rapidly from the fluid to the dielectric .
Connector device, comprising at least two connector elements for respectively connecting a conductor to a busbar and a first insulating material housing surrounding the connector elements , wherein the connector elements have a conductor terminal and a busbar terminal which is electrically connected to the conductor terminal , wherein the connector device can be plugged onto at least two busbars by a movement in a plugging-on direction (A), which busbars run approximately parallel to a direction of extent (E), wherein the first insulating material housing comprises a first housing section which has, for each connector element , a plug-on groove which is suitable for receiving a part of one of the busbars , wherein the busbar terminal of each connector element has at least one limb which projects into the plug-on groove and is suitable for being placed in contact with the part , wherein the first housing section comprises at least one first support section which is suitable for forming a first support for a lever which can be formed as a pivot point by a tool and a busbar section which is arranged adjacent to the part , in order to move the connector device in the plugging-on direction (A) by applying a force to the tool , and wherein the first housing section comprises at least one second support section which is suitable for forming a second support for a lever which can be formed as a pivot point by a tool and a busbar section which is arranged adjacent to the part, in order to move the connector device counter to the plugging-on direction (A) by applying a force to the tool , and the first housing section comprises at least one projection which extends essentially transversely with respect to the plugging-on direction (A) and comprises the first support section and the second support section , characterized in that the projection is arranged on a side wall of the first housing section and has an approximately circular cross section.
A slide bearing for supporting a load applied to a shaft member while allowing rotation of the shaft member, comprising: an upper case attached to an object to be supported by the shaft member in a state that the shaft member is inserted in the upper case; a lower case rotatably combined with the upper case in a state that the shaft member is inserted in the lower case, so that an annular space is formed between the upper case and the lower case; an annular center plate placed in the annular space; and a pair of annular sliding sheets placed over and under the center plate in the annular space; wherein the center plate comprises a bearing surface with a pair of annular projected portions and an annular recessed portion arranged between the annular projected portions and has a wave shape in cross-section in the direction of its axis, wherein the annular recessed portion is filled with a lubricant; and wherein either the center plate or each of the sliding sheets is formed of elastically-deformable material having a lower elastic modulus than the other. an upper case attached to an object to be supported by the shaft member in a state that the shaft member is inserted in the upper case; a lower case rotatably combined with the upper case in a state that the shaft member is inserted in the lower case, so that an annular space is formed between the upper case and the lower case; an annular center plate placed in the annular space; and a pair of annular sliding sheets placed over and under the center plate in the annular space; wherein the center plate comprises a bearing surface with a pair of annular projected portions and an annular recessed portion arranged between the annular projected portions and has a wave shape in cross-section in the direction of its axis, wherein the annular recessed portion is filled with a lubricant; and wherein either the center plate or each of the sliding sheets is formed of elastically-deformable material having a lower elastic modulus than the other.
A method by a mobility management entity, MME, in a wireless communication system, the method comprising: receiving , from a base station, a non access stratum, NAS, request message and a closed subscriber group identifier, CSG ID; transmitting , to a home subscriber sever, HSS, information for requesting subscription information for a terminal if there is no valid subscription information for the terminal; receiving the subscription information for the terminal from the HSS; determining whether the CSG ID is contained in the subscription information for the terminal in the MME; and transmitting , to the base station, a NAS accept message or a NAS reject message based on whether the CSG ID is contained in the subscription information for the terminal in the MME. receiving , from a base station, a non access stratum, NAS, request message and a closed subscriber group identifier, CSG ID; transmitting , to a home subscriber sever, HSS, information for requesting subscription information for a terminal if there is no valid subscription information for the terminal; receiving the subscription information for the terminal from the HSS; determining whether the CSG ID is contained in the subscription information for the terminal in the MME; and transmitting , to the base station, a NAS accept message or a NAS reject message based on whether the CSG ID is contained in the subscription information for the terminal in the MME.
A blower comprising: a housing at least partially defining a chamber having a chamber inlet and a chamber outlet , the chamber having a non-circular cross-section proximate the chamber outlet; a tube assembly in fluid communication with the chamber, the tube assembly having a tube inlet coupled to the chamber outlet and a tube outlet, the tube assembly having a non-circular cross-section proximate the tube inlet; and an impeller operable to generate an air flow within the chamber and through the tube assembly; characterized in that the tube assembly includes a flexible portion providing the tube inlet and a rigid portion connected to the flexible portion and providing the tube outlet; at least a portion of the flexible portion having a non-circular cross-section. a housing at least partially defining a chamber having a chamber inlet and a chamber outlet , the chamber having a non-circular cross-section proximate the chamber outlet; a tube assembly in fluid communication with the chamber, the tube assembly having a tube inlet coupled to the chamber outlet and a tube outlet, the tube assembly having a non-circular cross-section proximate the tube inlet; and an impeller operable to generate an air flow within the chamber and through the tube assembly; characterized in that the tube assembly includes a flexible portion providing the tube inlet and a rigid portion connected to the flexible portion and providing the tube outlet; at least a portion of the flexible portion having a non-circular cross-section.
A two-part resin-reinforced temporary cement composition for temporarily bonding a provisional dental prosthetic appliance to a tooth comprising: a first part including an amine activator component and zinc oxide; and a second part including a polymerization initiator that is destabilized when mixed with the amine activator component, the second part further including a polymerizable component having a structure including at least one of an acrylate or methacrylate group at one end and a carboxylic acid group at another end, the second part being initially separate from the first part, wherein at least one of the first or second parts further comprises a plasticizer selected from glycerin, a hydrogenated methyl ester of rosin, cetyl alcohol, a polysorbate, and/or an aliphatic hydrocarbon in an amount of 15% to 70% by weight of the temporary cement composition so as to reduce the bonding strength of the temporary cement to a value not greater than 3MPa, said bonding strength being measured by performing a simulated "crown pull" test on a conically shaped human tooth onto which a metal simulated "crown" is cemented using the temporary cement composition, wherein an INSTRON device is used to pull the crown off the tooth so as to test the bonding strength. a first part including an amine activator component and zinc oxide; and a second part including a polymerization initiator that is destabilized when mixed with the amine activator component, the second part further including a polymerizable component having a structure including at least one of an acrylate or methacrylate group at one end and a carboxylic acid group at another end, the second part being initially separate from the first part, wherein at least one of the first or second parts further comprises a plasticizer selected from glycerin, a hydrogenated methyl ester of rosin, cetyl alcohol, a polysorbate, and/or an aliphatic hydrocarbon in an amount of 15% to 70% by weight of the temporary cement composition so as to reduce the bonding strength of the temporary cement to a value not greater than 3MPa, said bonding strength being measured by performing a simulated "crown pull" test on a conically shaped human tooth onto which a metal simulated "crown" is cemented using the temporary cement composition, wherein an INSTRON device is used to pull the crown off the tooth so as to test the bonding strength.