mhurhangee/patent-ind-claim-en huggingface dataset:
Method for transferring products to or from a collecting surface within a line for the continuous processing of said products , wherein: - a first transit zone bordering one edge of said collecting surface is fed longitudinally with at least one file of products by an entry conveyor ; - a second transit zone supplies at least one file of products longitudinally to an exit conveyor , said second transit zone bordering the opposite edge of said collecting surface ; - at least one column of products is transferred, by being pushed transversely with respect to the longitudinal feed, from said first transit zone to said collecting surface , or from said collecting surface to said second transit zone , by means of a transfer tool provided with a plurality of members extending longitudinally; - a member is disposed on either side of each column of products , a first member situated on one side of a column of said products is spaced apart by a first distance while a second member situated on the opposite side of said column is spaced apart by a second distance, said first and second distances constituting a functional clearance, said functional clearance allowing the transfer tool to cover the top of at least one column of products without touching them so as not to risk them falling over; characterized in that , at the moment of transfer, each column of products is gripped by said members being moved towards one another, the first member being fixed, while the second member is mounted in a movable manner with respect to said fixed first member , and in that , when gripped, each column of products is spaced apart from said members by a distance less than said functional clearance, this gripping by the members making it possible to hold the products for their transfer, minimizing or leaving no space liable to allow said products to shift. - a first transit zone bordering one edge of said collecting surface is fed longitudinally with at least one file of products by an entry conveyor ; - a second transit zone supplies at least one file of products longitudinally to an exit conveyor , said second transit zone bordering the opposite edge of said collecting surface ; - at least one column of products is transferred, by being pushed transversely with respect to the longitudinal feed, from said first transit zone to said collecting surface , or from said collecting surface to said second transit zone , by means of a transfer tool provided with a plurality of members extending longitudinally; - a member is disposed on either side of each column of products , a first member situated on one side of a column of said products is spaced apart by a first distance while a second member situated on the opposite side of said column is spaced apart by a second distance, said first and second distances constituting a functional clearance, said functional clearance allowing the transfer tool to cover the top of at least one column of products without touching them so as not to risk them falling over;
A packaging material for blood bags, characterized by comprising a laminate film (I) including a base layer (Y), an inorganic deposited layer (X) formed on top of the base layer (Y), a layer (Z 1 ) containing a polymer (a) of an unsaturated carboxylic acid compound polyvalent metal salt (A) formed on top of the inorganic deposited layer (X), and a layer (Z 2 ) containing a polymer (a) of an unsaturated carboxylic acid compound polyvalent metal salt (A) and a vinyl alcohol based polymer (b) formed on top of the layer (Z 1 ), wherein at least two laminate films (I) are laminated with the layers (Z 2 ) face to face on the inside to form a laminate film (II), and wherein a heat seal layer is laminated on top of at least either one of the base layers (Y) of the laminate film (II).
A brake disc for a disc brake which consists of a brake disc hub and at least one friction ring which is connected to the brake disc hub via rivets and which is centred in relation to the brake disc hub exclusively via the rivets , wherein a casing of the brake disc hub is provided with portions of reduced wall thickness and/or apertures which are axially directed material cut-outs situated on the outer circumference of the brake disc hub casing and are used for at least partial placement of the axially directed rivets , characterised in that each rivet , prior to its deformation, at least over part of its rivet stem in the region of the brake disc hub is formed in a manner tapering conically starting from a factory head to a closing head (5"") of the rivet, and in that a transition from the rivet stem to the factory head of the rivet is provided with an axial undercut on the factory head (5") of the rivet.
A method for analysing an excavation material comprising the following steps: a) analysing by infrared spectroscopy a sample of an excavation material in a range of wavenumbers between 4000 cm -1 and 500 cm -1 to obtain an infrared spectrum, b) determining the mass content of organic pollutants in said sample from the infrared spectrum obtained in step a), the organic pollutants being selected from total hydrocarbons, polycyclic aromatic hydrocarbons, volatile organic compounds, polychlorobiphenyls, BTEXs, and combinations thereof, characterised in that step b) comprises the following sub-steps: b11) detecting between 1600 cm -1 and 1700 cm -1 an absorption band specific to total hydrocarbons in the infrared spectrum obtained in step a), b21) integrating the absorption band detected in step b11) to calculate an area, and b31) comparing the area obtained in step b21) with a calibration curve to determine the mass content of total hydrocarbons of the excavation material. a) analysing by infrared spectroscopy a sample of an excavation material in a range of wavenumbers between 4000 cm -1 and 500 cm -1 to obtain an infrared spectrum, b) determining the mass content of organic pollutants in said sample from the infrared spectrum obtained in step a), the organic pollutants being selected from total hydrocarbons, polycyclic aromatic hydrocarbons, volatile organic compounds, polychlorobiphenyls, BTEXs, and combinations thereof, characterised in that step b) comprises the following sub-steps: b11) detecting between 1600 cm -1 and 1700 cm -1 an absorption band specific to total hydrocarbons in the infrared spectrum obtained in step a), b21) integrating the absorption band detected in step b11) to calculate an area, and b31) comparing the area obtained in step b21) with a calibration curve to determine the mass content of total hydrocarbons of the excavation material. b11) detecting between 1600 cm -1 and 1700 cm -1 an absorption band specific to total hydrocarbons in the infrared spectrum obtained in step a), b21) integrating the absorption band detected in step b11) to calculate an area, and b31) comparing the area obtained in step b21) with a calibration curve to determine the mass content of total hydrocarbons of the excavation material.
A radar cover obtained by processing a resin composition, the resin composition consisting of a polymer resin and carbon nanotubes, wherein the carbon nanotubes are present in an amount of 0.1 to 10 parts by weight, based on 100 parts by weight of the polymer resin, characterized in that the carbon nanotubes are in the form of rigid random coils having continuous curvatures and have a static bending persistence length of 100 nm to 500 nm.
A method of simplifying synchronisation for a mobile station to a target cell in a wireless communication network , the method being performed by a synchronising assisting device and comprising: sending (40; 60) an adjustment value (AV) to the mobile station for use when synchronising to a resource (RES) employed by the target cell , the adjustment value (AV) being an estimate of the change in timing required to synchronise to a reference signal interval (RSI) of the resource (RES), and processing the adjustment value if an indication (IATC) of the actual change in timing required for synchronizing to the reference signal interval (RSI) is received from the mobile station, wherein the processing comprises adjusting the adjustment value (AV) using the actual change in timing in order to obtain an updated adjustment value (AV) for use in future synchronisations. sending (40; 60) an adjustment value (AV) to the mobile station for use when synchronising to a resource (RES) employed by the target cell , the adjustment value (AV) being an estimate of the change in timing required to synchronise to a reference signal interval (RSI) of the resource (RES), and processing the adjustment value if an indication (IATC) of the actual change in timing required for synchronizing to the reference signal interval (RSI) is received from the mobile station, wherein the processing comprises adjusting the adjustment value (AV) using the actual change in timing in order to obtain an updated adjustment value (AV) for use in future synchronisations.
Composite pane , at least comprising - an outer pane and an inner pane which are joined to one another via a first thermoplastic intermediate layer arranged directly adjacent the outer pane and a second thermoplastic intermediate layer arranged directly adjacent the inner pane , and - an inlay element which is arranged in a region of the composite pane between the first thermoplastic intermediate layer and the second thermoplastic intermediate layer , wherein the inner pane has a cutout and the second thermoplastic intermediate layer has a cutout , and the cutout of the second thermoplastic intermediate layer is, when looked through, arranged completely within the region in which the inlay element is arranged, and the cutout of the inner pane is, when looked through, arranged completely within the cutout of the second thermoplastic intermediate layer . - an outer pane and an inner pane which are joined to one another via a first thermoplastic intermediate layer arranged directly adjacent the outer pane and a second thermoplastic intermediate layer arranged directly adjacent the inner pane , and - an inlay element which is arranged in a region of the composite pane between the first thermoplastic intermediate layer and the second thermoplastic intermediate layer ,
A communication method in a wireless communication network comprising an access point and a plurality of stations (101; 102; 103; 104; 105; 106; 107), the method comprising, at the access point: accessing a communication channel to send a null data packet, NDP, feedback trigger frame reserving a transmission opportunity on the communication channel and defining information to derive resource units, RUs, wherein the RUs are defined by tone sets and form the communication channel for carrying NDP feedback responses to be collected from the stations in a multi-user, MU, simultaneous transmission ; wherein the NDP feedback trigger frame comprises a first field allowing stations to identify the NDP feedback trigger frame as being an NDP feedback trigger frame dedicated to initiate collection of NDP feedback responses from the plurality of stations during the reserved transmission opportunity; wherein the NDP feedback trigger frame further comprises a second field indicating a type of NDP feedback responses to be collected from the stations, wherein the type defines, using one type value from amongst a plurality of type values, a closed-ended question for which the stations feedback a binary response to the access point; and wherein each of the NDP feedback responses is received by the access point in a packet with no data payload. accessing a communication channel to send a null data packet, NDP, feedback trigger frame reserving a transmission opportunity on the communication channel and defining information to derive resource units, RUs, wherein the RUs are defined by tone sets and form the communication channel for carrying NDP feedback responses to be collected from the stations in a multi-user, MU, simultaneous transmission ; wherein the NDP feedback trigger frame comprises a first field allowing stations to identify the NDP feedback trigger frame as being an NDP feedback trigger frame dedicated to initiate collection of NDP feedback responses from the plurality of stations during the reserved transmission opportunity; wherein the NDP feedback trigger frame further comprises a second field indicating a type of NDP feedback responses to be collected from the stations, wherein the type defines, using one type value from amongst a plurality of type values, a closed-ended question for which the stations feedback a binary response to the access point; and wherein each of the NDP feedback responses is received by the access point in a packet with no data payload.
Space structure comprising: - a first element and - a second element , wherein the first and the second element are connected to each other by means of a hinge assembly comprising: - a first tape spring element , - a second tape spring element , wherein each of the first and the second tape spring element connects the first element of the space structure to the second element of the space structure , and each of the first and the second tape spring element is movable from a folded state into an unfolded state by releasing stored strain energy so as to deploy the first and the second element of the space structure , characterized in that the first tape spring element is connected to a first direct current source and configured to conduct direct current of a first polarity which is supplied to the first tape spring element from the first direct current source , the second tape spring element is connected to a second direct current source and configured to conduct direct current of a second polarity opposite to the first polarity which is supplied to the second tape spring element from the second direct current source , and in that the space structure comprises a plurality of first tape spring elements and an equal plurality of second tape spring elements , the first and the second tape spring elements being arranged in pairs of a first and a second tape spring element and in pairs of a second and a first tape spring element side by side along opposing edges of the first and the second element of the space structure , wherein a sum of the distances between the first and the second tape spring element along the opposing edges of the first and the second element of the space structure in the pairs of a first and a second tape spring element is equal to a sum of the distances between the second and the first tape spring element along the opposing edges of the first and the second element of the space structure in the pairs of a second and a first tape spring element . - a first element and - a second element , wherein the first and the second element are connected to each other by means of a hinge assembly comprising: - a first tape spring element , - a second tape spring element , wherein each of the first and the second tape spring element connects the first element of the space structure to the second element of the space structure , and each of the first and the second tape spring element is movable from a folded state into an unfolded state by releasing stored strain energy so as to deploy the first and the second element of the space structure , - a first tape spring element , - a second tape spring element , wherein
A method for monitoring, in particular controlling, a cutting process, in which a workpiece is cut by means of a high-energy beam, in particular by means of a laser beam , the method comprising: detecting a process light signal , emanating from an interaction region of the high-energy beam with the workpiece , in a first wavelength range (Δλ 1 ), in which at least one metallic constituent of the workpiece has at least one emission line , and in a second wavelength range (Δλ 2 ), which differs from the first wavelength range, in which continuum radiation, in particular temperature radiation , of the workpiece without emission lines is detectable, and monitoring the cutting process, in particular monitoring a vaporization of the at least one metallic constituent, on the basis of an intensity (I 1 ) of the process light signal detected in the first wavelength range (Δλ 1 ) and on the basis of an intensity (I 2 ) of the process light signal detected in the second wavelength range (Δλ 2 ). detecting a process light signal , emanating from an interaction region of the high-energy beam with the workpiece , in a first wavelength range (Δλ 1 ), in which at least one metallic constituent of the workpiece has at least one emission line , and in a second wavelength range (Δλ 2 ), which differs from the first wavelength range, in which continuum radiation, in particular temperature radiation , of the workpiece without emission lines is detectable, and monitoring the cutting process, in particular monitoring a vaporization of the at least one metallic constituent, on the basis of an intensity (I 1 ) of the process light signal detected in the first wavelength range (Δλ 1 ) and on the basis of an intensity (I 2 ) of the process light signal detected in the second wavelength range (Δλ 2 ).
Timepiece oscillator with a flexible pivot fulfilling the function of a balance and hairspring assembly and comprising: - a first monolithic piece defining a first rigid part and a second rigid part which are connected to one another by at least one first elastic strip , and - a second monolithic piece defining a third rigid part and a fourth rigid part which are connected to one another by at least one second elastic strip , the first and second monolithic pieces being assembled together such that: - the first and third rigid parts are rigidly connected to one another, - the second and fourth rigid parts are rigidly connected to one another, and - said at least one first elastic strip and said at least one second elastic strip cross each other without contact and define a virtual axis of rotation (Z) for the second and fourth rigid parts with respect to the first and third rigid parts. - a first monolithic piece defining a first rigid part and a second rigid part which are connected to one another by at least one first elastic strip , and - a second monolithic piece defining a third rigid part and a fourth rigid part which are connected to one another by at least one second elastic strip , - the first and third rigid parts are rigidly connected to one another, - the second and fourth rigid parts are rigidly connected to one another, and - said at least one first elastic strip and said at least one second elastic strip cross each other without contact and define a virtual axis of rotation (Z) for the second and fourth rigid parts with respect to the first and third rigid parts.
A hermaphroditic electrical connector comprising: a housing having a rear side an opposite front side , a top side , and an opposite bottom side ; a first projection extending proximate to the top side of the housing from the rear side of the housing; a second projection extending proximate to the top side of the housing from the rear side of the housing, the first and second projections being spaced from one another by a slot ; and a central protrusion extending proximate to the bottom side of housing from the rear side of the housing; characterized in that the central protrusion includes a top surface that contains a series of inclined and declined surfaces, wherein the inclined surfaces of the central protrusion of the electrical connector are configured to be in abutment with corresponding inclined surfaces of a mating central protrusion when mating to a corresponding hermaphroditic electrical connector. a housing having a rear side an opposite front side , a top side , and an opposite bottom side ; a first projection extending proximate to the top side of the housing from the rear side of the housing; a second projection extending proximate to the top side of the housing from the rear side of the housing, the first and second projections being spaced from one another by a slot ; and a central protrusion extending proximate to the bottom side of housing from the rear side of the housing; characterized in that the central protrusion includes a top surface that contains a series of inclined and declined surfaces, wherein the inclined surfaces of the central protrusion of the electrical connector are configured to be in abutment with corresponding inclined surfaces of a mating central protrusion when mating to a corresponding hermaphroditic electrical connector.
A service authorization method, comprising: receiving (S220), by a first terminal device, first information, wherein the first information comprises first indication information used to indicate whether a first service is allowed, the first service supports transmission on a PC5 interface and an Uu interface, wherein the first service is a network controlled interactive service, NCIS, and terminal devices in a session for the first service belong to a same group, and the terminal devices in the same group come from at least two different public land mobile networks, PLMNs; the method further comprising: communicating, by the first terminal device, with a second terminal device in the same group using PC5 interface, if the first terminal device and the second terminal device are in the same PLMN; and communicating, by the first terminal device, with a second terminal device in the same group using Uu interface, if the first terminal device and the second terminal device are in different PLMNs. receiving (S220), by a first terminal device, first information, wherein the first information comprises first indication information used to indicate whether a first service is allowed, the first service supports transmission on a PC5 interface and an Uu interface, wherein the first service is a network controlled interactive service, NCIS, and terminal devices in a session for the first service belong to a same group, and the terminal devices in the same group come from at least two different public land mobile networks, PLMNs; the method further comprising: communicating, by the first terminal device, with a second terminal device in the same group using PC5 interface, if the first terminal device and the second terminal device are in the same PLMN; and communicating, by the first terminal device, with a second terminal device in the same group using Uu interface, if the first terminal device and the second terminal device are in different PLMNs. communicating, by the first terminal device, with a second terminal device in the same group using PC5 interface, if the first terminal device and the second terminal device are in the same PLMN; and communicating, by the first terminal device, with a second terminal device in the same group using Uu interface, if the first terminal device and the second terminal device are in different PLMNs.