mhurhangee/ep-ind-claims huggingface dataset:
Method for converting ammonia into a combustible, hydrogen-containing gas mixture, characterized in that - use is made of a reactor with a two-stage catalyst which, in the inlet part, comprises a conventional noble-metal-containing oxidation catalyst and, in a downstream part, a conventional ammonia cracking catalyst, such as iron, nickel or ruthenium on appropriate carrier materials, so that oxidation of ammonia and hydrogen is primarily carried out in the first part and cracking of ammonia into hydrogen and nitrogen is primarily carried out in the second part, - the reactor containing the catalyst is operated as a recirculation reactor, so that part of the product stream obtained and therefore part of the hydrogen obtained by ammonia cracking is fed back via a pump to the reactor inlet, with or without intermediate cooling, - the initial materials ammonia and oxidising agent or air are metered into in this recycled gas stream or at the reactor inlet in such a way that the energy obtained by the oxidation in the first catalyst part is sufficient to ensure the subsequent cracking of the ammonia and to keep the reactor at the requisite temperature, and - the product stream composed of the main components hydrogen, water vapour and nitrogen and possibly unconverted ammonia is removed at the reactor outlet. - use is made of a reactor with a two-stage catalyst which, in the inlet part, comprises a conventional noble-metal-containing oxidation catalyst and, in a downstream part, a conventional ammonia cracking catalyst, such as iron, nickel or ruthenium on appropriate carrier materials, so that oxidation of ammonia and hydrogen is primarily carried out in the first part and cracking of ammonia into hydrogen and nitrogen is primarily carried out in the second part, - the reactor containing the catalyst is operated as a recirculation reactor, so that part of the product stream obtained and therefore part of the hydrogen obtained by ammonia cracking is fed back via a pump to the reactor inlet, with or without intermediate cooling, - the initial materials ammonia and oxidising agent or air are metered into in this recycled gas stream or at the reactor inlet in such a way that the energy obtained by the oxidation in the first catalyst part is sufficient to ensure the subsequent cracking of the ammonia and to keep the reactor at the requisite temperature, and - the product stream composed of the main components hydrogen, water vapour and nitrogen and possibly unconverted ammonia is removed at the reactor outlet.
Metering apparatus including signal filtering to remove or reduce random noise from a signal or signals of interest, comprising: at least one sensor for providing at least one initial signal output; and solid state circuitry for receiving said at least one initial signal output of said at least one sensor, said solid state circuitry comprising programmable integrated circuit components, characterized in that said solid state circuitry is configured for synchronously sampling said at least one initial signal output at different respective points of a predetermined number of consecutive periodic signal cycles (200, 210, 220) thereof, and said programmable integrated circuit components being programmed for averaging such respective point samples to produce a sum signal to evaluate waveform characteristics of said sum signal, whereby said sum signal has reduced random noise relative to said at least one initial signal output, wherein said solid state circuitry is operative so that said predetermined number of consecutive cycles (200, 210, 220) sampled increases with a decrease in signal amplitude of said at least one initial signal output. at least one sensor for providing at least one initial signal output; and solid state circuitry for receiving said at least one initial signal output of said at least one sensor, said solid state circuitry comprising programmable integrated circuit components, characterized in that said solid state circuitry is configured for synchronously sampling said at least one initial signal output at different respective points of a predetermined number of consecutive periodic signal cycles (200, 210, 220) thereof, and said programmable integrated circuit components being programmed for averaging such respective point samples to produce a sum signal to evaluate waveform characteristics of said sum signal, whereby said sum signal has reduced random noise relative to said at least one initial signal output, wherein said solid state circuitry is operative so that said predetermined number of consecutive cycles (200, 210, 220) sampled increases with a decrease in signal amplitude of said at least one initial signal output.
A method for analyzing a cable into which a reference signal s(t) of bounded temporal support is injected, comprising the following steps: - Acquiring a measurement signal r(t) characteristic of the measurement of the reflection of said reference signal s in the cable, - Identifying and selecting at least one point of said measurement signal r corresponding to when the signal crosses a zero value and whose abscissa is denoted t 0, said method being characterized in that it comprises the following steps: - Generating, over a time interval centered around said at least one point with abscissa t 0, at least one modified signal z(t) with the aid of the following relation z(t 0 +t) = r(t 0 +t)-r(t 0 -t), - Identifying at least one possible fault on the cable on the basis of the analysis of said at least one modified signal z(t). - Acquiring a measurement signal r(t) characteristic of the measurement of the reflection of said reference signal s in the cable, - Identifying and selecting at least one point of said measurement signal r corresponding to when the signal crosses a zero value and whose abscissa is denoted t 0, said method being characterized in that it comprises the following steps: - Generating, over a time interval centered around said at least one point with abscissa t 0, at least one modified signal z(t) with the aid of the following relation z(t 0 +t) = r(t 0 +t)-r(t 0 -t), - Identifying at least one possible fault on the cable on the basis of the analysis of said at least one modified signal z(t).
Member for a drug delivery device comprising a main body, an interaction section and a resilient section, wherein the resilient section connects the main body and the interaction section, wherein the interaction section comprises a clicker feature which comprises or constitutes teeth, characterised in that the main body is unitarily formed with the resilient section and the interaction section, and wherein the member comprises in the resilient section, cut-outs to provide the resilience to the resilient section, and wherein the member further comprises at least one protrusion protruding into at least one cut-out, the protrusion being arranged to limit the resilient movement of the resilient section.
A method for establishing a guaranteed bit rate, GBR, quality of service, QoS, flow in a protocol data unit, PDU, session, when dynamic policy and charging control,PCC, is not deployed, comprising: receiving, by a session management function, first information from an access and mobility management function, wherein the first information is used to request the session management function to establish the PDU session for a terminal device; and establishing, by the session management function based on the first information and local PDU session policy information of the session management function, a default GBR QoS flow in the PDU session. receiving, by a session management function, first information from an access and mobility management function, wherein the first information is used to request the session management function to establish the PDU session for a terminal device; and establishing, by the session management function based on the first information and local PDU session policy information of the session management function, a default GBR QoS flow in the PDU session.
Pneumatic object provided with an elastomer layer which is gastight to inflation gases, said elastomer layer comprising, as predominant elastomer, a thermoplastic elastomer in the form of a block copolymer which comprises: a) an elastomeric block comprising at least units derived from isobutylene, and having a glass transition temperature of less than or equal to -20°C, b) one or more thermoplastic blocks, the thermoplastic block(s) each comprising at least one first block consisting of units derived from at least one first polymerizable monomer and at least one second block, said second block(s) being a random copolymer consisting of units derived from at least one second polymerizable monomer and of units derived from β-pinene. a) an elastomeric block comprising at least units derived from isobutylene, and having a glass transition temperature of less than or equal to -20°C, b) one or more thermoplastic blocks, the thermoplastic block(s) each comprising at least one first block consisting of units derived from at least one first polymerizable monomer and at least one second block, said second block(s) being a random copolymer consisting of units derived from at least one second polymerizable monomer and of units derived from β-pinene.
A communication apparatus comprising: first obtaining means (15, 340) for obtaining an identifier of a first network, generated by a first another communication apparatus, from a second communication apparatus via communication by a second wireless communication scheme with lower transmission power than a first wireless communication scheme, wherein the second communication apparatus is connected to the first network via the first wireless communication scheme; search means (110, 370) for searching for a second network (521, 531) via the first wireless communication scheme, and obtaining an identifier of the second network (521, 531), generated by a second another communication apparatus (520, 530); and transmission means (15, 320) for, if the identifier of the first network obtained by the first obtaining means and the identifier of the second network obtained by the search means are different, transmitting to the second communication apparatus a predetermined notification signal related to handover of the second communication apparatus via communication by the second wireless communication scheme. first obtaining means (15, 340) for obtaining an identifier of a first network, generated by a first another communication apparatus, from a second communication apparatus via communication by a second wireless communication scheme with lower transmission power than a first wireless communication scheme, wherein the second communication apparatus is connected to the first network via the first wireless communication scheme; search means (110, 370) for searching for a second network (521, 531) via the first wireless communication scheme, and obtaining an identifier of the second network (521, 531), generated by a second another communication apparatus (520, 530); and transmission means (15, 320) for, if the identifier of the first network obtained by the first obtaining means and the identifier of the second network obtained by the search means are different, transmitting to the second communication apparatus a predetermined notification signal related to handover of the second communication apparatus via communication by the second wireless communication scheme.
A crimp connection terminal formed by punching and bending one conductive metal plate to caulk and fix an electric wire, wherein a connection portion connected to a connection terminal of a counterpart connecter is disposed at a front side, a conductor crimping portion to crimp and fix a conductor portion of the electric wire is disposed at a rear side, the conductor crimping portion has a pair of crimping pieces (3c, 3d) raised in a U-shape from a bottom portion, each of the crimping pieces (3c, 3d) of the conductor crimping portion has a lower layer plate and an upper layer plate formed by folding back from an upper end of the lower layer plate and stacking on the lower layer plate, wherein a void is formed at the folded-back portion between the lower layer plate and the upper layer plate, characterized in that the void has a cross section corresponding to a water droplet shape, a balloon shape, a circular shape, or an elliptical shape, wherein when a strong crimping force is applied in a crimping process of a conductor portion of an electric wire, upper ends of the crimping pieces (3c, 3d) are closed and the void is reduced to be flat so that the conductor portion is firmly tightened and fixed without a gap. wherein a connection portion connected to a connection terminal of a counterpart connecter is disposed at a front side, a conductor crimping portion to crimp and fix a conductor portion of the electric wire is disposed at a rear side, the conductor crimping portion has a pair of crimping pieces (3c, 3d) raised in a U-shape from a bottom portion, each of the crimping pieces (3c, 3d) of the conductor crimping portion has a lower layer plate and an upper layer plate formed by folding back from an upper end of the lower layer plate and stacking on the lower layer plate, wherein a void is formed at the folded-back portion between the lower layer plate and the upper layer plate, characterized in that the void has a cross section corresponding to a water droplet shape, a balloon shape, a circular shape, or an elliptical shape, wherein when a strong crimping force is applied in a crimping process of a conductor portion of an electric wire, upper ends of the crimping pieces (3c, 3d) are closed and the void is reduced to be flat so that the conductor portion is firmly tightened and fixed without a gap.
System for exchanging data for a multimedia terminal, said terminal comprising: - native applications, that can be executed directly by the terminal, - applications that can be executed through internet browser software and comprising: - local applications downloaded and stored locally in the terminal to be able to be executed offline, - and remote applications that can be executed only when connected with a remote equipment item, characterized in that the system comprises: - a module for detecting the operation of an application (4, 6) that can be executed through internet browser software, in local mode for a local application, or in remote mode for a remote application, - a first interface for exchanging data from the local applications and to the native applications, and - a second interface for exchanging data from the native applications and to the local applications, and in that said detection module and said first and second interfaces are adapted for: - a transmission of information relating to the operation of a remote application to the first interface; - a transmission of this information to the second interface; - a transmission of this information by said second interface to a local application; - an execution of the local application using said information; - a transmission of information relating to the operation of said local application to said first interface; and - a transmission of said information to a native application by said first interface. - native applications, that can be executed directly by the terminal, - applications that can be executed through internet browser software and comprising: - local applications downloaded and stored locally in the terminal to be able to be executed offline, - and remote applications that can be executed only when connected with a remote equipment item, - local applications downloaded and stored locally in the terminal to be able to be executed offline, - and remote applications that can be executed only when connected with a remote equipment item, - a module for detecting the operation of an application (4, 6) that can be executed through internet browser software, in local mode for a local application, or in remote mode for a remote application, - a first interface for exchanging data from the local applications and to the native applications, and - a second interface for exchanging data from the native applications and to the local applications, - a transmission of information relating to the operation of a remote application to the first interface; - a transmission of this information to the second interface; - a transmission of this information by said second interface to a local application; - an execution of the local application using said information; - a transmission of information relating to the operation of said local application to said first interface; and - a transmission of said information to a native application by said first interface.
Socket joint for carrying a mirror head or an indirect vision system, said socket joint comprising: a support tube to be attached to a vehicle and comprising at least one anchor opening; a joint base with a back side and a front side, wherein said back side contacts the outside of said support tube; at least one anchor extending from the back side of the joint base through said at least one anchor opening in said support tube into said support tube, wherein said at least one anchor engages an interior surface of said support tube; at least one fastener extending through a fastening hole from the front side of the joint base into said at least one anchor to clamp said support tube between said at least one anchor and the back side of the joint base; and a carrier structure on the front side of the joint base for carrying a mirror head or an indirect vision system, characterized in a fixing opening is provided adjacent to each anchor opening and wherein each anchor comprises a mounting slit allowing alignment of the fixing opening with the fastening hole by axial movement of the joint base with anchor after insertion the anchor into the anchor opening. a support tube to be attached to a vehicle and comprising at least one anchor opening; a joint base with a back side and a front side, wherein said back side contacts the outside of said support tube; at least one anchor extending from the back side of the joint base through said at least one anchor opening in said support tube into said support tube, wherein said at least one anchor engages an interior surface of said support tube; at least one fastener extending through a fastening hole from the front side of the joint base into said at least one anchor to clamp said support tube between said at least one anchor and the back side of the joint base; and a carrier structure on the front side of the joint base for carrying a mirror head or an indirect vision system, characterized in a fixing opening is provided adjacent to each anchor opening and wherein each anchor comprises a mounting slit allowing alignment of the fixing opening with the fastening hole by axial movement of the joint base with anchor after insertion the anchor into the anchor opening.
Smartwatch comprising a destination handling unit which is configured to issue a destination call in an elevator system of an environment, which smartwatch has input means (15, 16) for entering destination data as well as output means (13, 16) for indicating an allocated elevator (48a-f) of said elevator system, which smartwatch further has wireless communication (24, 30) means for communication within the elevator system, characterized in that the smartwatch comprises a navigation system (34, 21) including a memory with map data of the environment, which navigation system (34, 21) comprises position detection means (26, 28, 30) for detecting the location of the smartwatch within the environment, and a navigation output means for indicating navigation guide data from the navigation system (34, 21) to the user, whereby the navigation system (34, 21) is coupled with the destination handling unit to issue the destination call based on data of the position detection means (26, 28, 30) and for providing navigation guide data based on the issued destination call, and whereby the navigation system (34, 21) comprises a memory with map data of the environment containing several pre-programmed sets of destinations, which output means (13, 16) is configured to output one of the pre-programmed sets of destinations, the data of the position detection means being used to select the pre-programmed set of destinations to be output, and which input means (15, 16) is configured to enable the selection of one of said plurality of destinations in said selected pre-programmed set of destinations, whereby the smartwatch is configured to transfer the selected destination into the destination handling unit so as to issue the destination call. the smartwatch comprises a navigation system (34, 21) including a memory with map data of the environment, which navigation system (34, 21) comprises position detection means (26, 28, 30) for detecting the location of the smartwatch within the environment, and a navigation output means for indicating navigation guide data from the navigation system (34, 21) to the user, whereby the navigation system (34, 21) is coupled with the destination handling unit to issue the destination call based on data of the position detection means (26, 28, 30) and for providing navigation guide data based on the issued destination call, and whereby the navigation system (34, 21) comprises a memory with map data of the environment containing several pre-programmed sets of destinations, which output means (13, 16) is configured to output one of the pre-programmed sets of destinations, the data of the position detection means being used to select the pre-programmed set of destinations to be output, and which input means (15, 16) is configured to enable the selection of one of said plurality of destinations in said selected pre-programmed set of destinations, whereby the smartwatch is configured to transfer the selected destination into the destination handling unit so as to issue the destination call.
An electrical connector element of the type comprising a frame delimiting an elongated open cavity, having two parallel long sides provided with contact areas (61A, 61B) capable of cooperating with contact areas of a complementary electrical connector element, and being intended to be assembled on a support provided with conductive pads, characterized in that: each long side is formed of a multilayer printed circuit board (51, 53) comprising at least three levels of metal layers; the boards (51, 53) are provided with connection areas (67A, 67B) capable of cooperating with the pads, the connection areas (67A, 67B) of each board (51, 53) having a rim at the level of the edge of the board intended to be in contact with the support; and at least one integrated circuit chip is arranged in the board (51, 53) of at least one of said long sides, the board being configured to implement a function associated to the connector and having terminals connected to connection areas and contact areas. each long side is formed of a multilayer printed circuit board (51, 53) comprising at least three levels of metal layers; the boards (51, 53) are provided with connection areas (67A, 67B) capable of cooperating with the pads, the connection areas (67A, 67B) of each board (51, 53) having a rim at the level of the edge of the board intended to be in contact with the support; and at least one integrated circuit chip is arranged in the board (51, 53) of at least one of said long sides, the board being configured to implement a function associated to the connector and having terminals connected to connection areas and contact areas.