mhurhangee/patent-ind-claim-en huggingface dataset:
A toy system, the toy system comprising a data processing system and one or more toys, the one or more toys including at least one reference toy having a visual appearance recognisable by the data processing system in a captured image of a real-world scene including said at least one reference toy , the data processing system comprising an image capturing device , a processing unit, and a display , wherein the data processing system has stored thereon information associated with the at least one reference toy , the information including at least one predetermined reference position (1043A-C) defined relative to the at least one reference toy ; and wherein the data processing system is configured to: • capture a sequence of images of a real-world scene , the real-world scene including said at least one reference toy ; • process the captured images to detect and recognize said at least one reference toy within the real-world scene ; • retrieve the at least one predetermined reference position (1043A-C) from the stored information associated with the recognized at least on reference toy ; • process the captured images to identify the at least one predetermined reference position (1043A-C) within at least a first image of the sequence of captured images; • responsive to detecting a user manipulation, generate and render computer-generated perceptual information associated with the detected user manipulation; characterized in that the data processing system is configured to » selectively process a sub-image (542, 742, 1042A-C) within the first image, the sub-image (542, 742, 1042A-C) depicting said identified reference position (1043A-C), wherein the sub-image (542, 742, 1042A-C) has a shape and size smaller than the first image, to selectively detect the user manipulation of the real-world scene at the identified at least one predetermined reference position (1043A-C). • capture a sequence of images of a real-world scene , the real-world scene including said at least one reference toy ; • process the captured images to detect and recognize said at least one reference toy within the real-world scene ; • retrieve the at least one predetermined reference position (1043A-C) from the stored information associated with the recognized at least on reference toy ; • process the captured images to identify the at least one predetermined reference position (1043A-C) within at least a first image of the sequence of captured images; • responsive to detecting a user manipulation, generate and render computer-generated perceptual information associated with the detected user manipulation; » selectively process a sub-image (542, 742, 1042A-C) within the first image, the sub-image (542, 742, 1042A-C) depicting said identified reference position (1043A-C), wherein the sub-image (542, 742, 1042A-C) has a shape and size smaller than the first image, to selectively detect the user manipulation of the real-world scene at the identified at least one predetermined reference position (1043A-C).
Production process of synthetically produced methane /gaseous and/or liquid hydrocarbons , wherein hydrogen from an electrolysis arrangement operated with the aid of regeneratively generated electrical energy and carbon dioxide are combined in a methane synthesis (Fig. 2 - 48) or Fischer-Tropsch synthesis (Fig. 3 - 96) or another hydrocarbon synthesis, characterised in that the carbon dioxide is produced from an ambient air stream by means of a carbon dioxide recovery plant (Fig. 1), wherein the carbon dioxide is first adsorbed from the ambient air stream in the carbon dioxide recovery plant (Fig. 1) by means of an adsorption material and is recovered by means of a temperature-vacuum alternating process, whereby a thermal desorption is carried out to reverse the adsorption process and thus to release the adsorbed carbon dioxide , heat (14 via 11) being introduced into the adsorber material for this purpose and this heat being taken at least partially from the exothermic methane synthesis (Fig. 2 - 48) or Fischer-Tropsch synthesis (Fig. 3 - 96) or from another suitable hydrocarbon synthesis and/or the electrolysis arrangement . wherein hydrogen from an electrolysis arrangement operated with the aid of regeneratively generated electrical energy and carbon dioxide are combined in a methane synthesis (Fig. 2 - 48) or Fischer-Tropsch synthesis (Fig. 3 - 96) or another hydrocarbon synthesis, characterised in that the carbon dioxide is produced from an ambient air stream by means of a carbon dioxide recovery plant (Fig. 1), wherein the carbon dioxide is first adsorbed from the ambient air stream in the carbon dioxide recovery plant (Fig. 1) by means of an adsorption material and is recovered by means of a temperature-vacuum alternating process, whereby a thermal desorption is carried out to reverse the adsorption process and thus to release the adsorbed carbon dioxide , heat (14 via 11) being introduced into the adsorber material for this purpose and this heat being taken at least partially from the exothermic methane synthesis (Fig. 2 - 48) or Fischer-Tropsch synthesis (Fig. 3 - 96) or from another suitable hydrocarbon synthesis and/or the electrolysis arrangement .
An illumination projector module to project a light pattern, the module comprising: a first assembly including: an optoelectronic device operable to emit light with an alignment mark on the optoelectronic device ; and an optical element including a mask , the optoelectronic device being arranged to transmit light through the optical element; and an optical assembly including: one or more optical elements ; and a first spacer having one or more vertical alignment features in direct contact with the optical element including the mask , the first spacer also being fixed to a second spacer that forms part of the first assembly and that laterally surrounds the optoelectronic device wherein the optical element that includes the mask has one or more transparent windows each of which is aligned with a respective alignment mark on the optoelectronic device , wherein the optoelectronic device is mounted on a sub-mount assembly, wherein the sub-mount assembly includes a metal trace on a sub-mount , wherein the second spacer comprises one or more vertical alignment features in direct contact with the metal trace . a first assembly including: an optoelectronic device operable to emit light with an alignment mark on the optoelectronic device ; and an optical element including a mask , the optoelectronic device being arranged to transmit light through the optical element; and an optical assembly including: one or more optical elements ; and a first spacer having one or more vertical alignment features in direct contact with the optical element including the mask , an optoelectronic device operable to emit light with an alignment mark on the optoelectronic device ; and an optical element including a mask , the optoelectronic device being arranged to transmit light through the optical element; and an optical assembly including: one or more optical elements ; and a first spacer having one or more vertical alignment features in direct contact with the optical element including the mask , one or more optical elements ; and a first spacer having one or more vertical alignment features in direct contact with the optical element including the mask , the first spacer also being fixed to a second spacer that forms part of the first assembly and that laterally surrounds the optoelectronic device wherein the optical element that includes the mask has one or more transparent windows each of which is aligned with a respective alignment mark on the optoelectronic device , wherein the optoelectronic device is mounted on a sub-mount assembly, wherein the sub-mount assembly includes a metal trace on a sub-mount , wherein the second spacer comprises one or more vertical alignment features in direct contact with the metal trace .
A needle hub comprising: a core mounting structure ; a needle fixedly attached to the core mounting structure for insertion into a patient; and a first and a second actuation lever having actuation button disposed at a proximal free end of the first and second lever, respectively; characterized in that the needle hub further comprises a first panel and a second panel connected to the core mounting structure with an opening formed between the first panel and the second panel; wherein the first actuation lever is cantilevered at a central portion thereof from the core mounting structure and has a latch disposed at a distal free end of the first lever; and wherein the first panel and the second panel extend further distally than the latch of the first and second actuation levers, respectively, and are configured to promote stability of the needle hub during attachment of the latches to a medical device, wherein the second actuation lever is cantilevered at a central portion thereof from the core mounting and has a latch disposed at a distal free end, wherein the first actuation lever and second actuation lever are configured to releasably couple the needle hub to a medical device, wherein the distal ends of the first and second panel are configured to each engage an upper surface of the medical device. a core mounting structure ; a needle fixedly attached to the core mounting structure for insertion into a patient; and a first and a second actuation lever having actuation button disposed at a proximal free end of the first and second lever, respectively; characterized in that the needle hub further comprises a first panel and a second panel connected to the core mounting structure with an opening formed between the first panel and the second panel; wherein the first actuation lever is cantilevered at a central portion thereof from the core mounting structure and has a latch disposed at a distal free end of the first lever; and wherein the first panel and the second panel extend further distally than the latch of the first and second actuation levers, respectively, and are configured to promote stability of the needle hub during attachment of the latches to a medical device, wherein the second actuation lever is cantilevered at a central portion thereof from the core mounting and has a latch disposed at a distal free end, wherein the first actuation lever and second actuation lever are configured to releasably couple the needle hub to a medical device, wherein the distal ends of the first and second panel are configured to each engage an upper surface of the medical device.
A track link subassembly comprising: a track link comprising: a body defining a top surface , a bottom surface , a first side surface and a second side surface defining a thickness therebetween, a proximate end and a distal end ; and the body also defines a first bore adjacent the distal end defining a first longitudinal axis (L216) and a second bore adjacent the proximate end defining a second longitudinal axis (L218), wherein either the first bore or the second bore is a blind bore , forming a counterbore configured to house a seal assembly and the counterbore defines a sidewall that forms an angle (α) with the longitudinal axis (L216, L218) of the bore that ranges from three to seven degrees; and a seal assembly inserted into the counterbore , said seal assembly comprising a load ring that is in contact with the sidewall and a bottom wall of the counterbore , forming a radial interference with the sidewall that ranges from 0.2 mm to 1 mm. a track link comprising: a body defining a top surface , a bottom surface , a first side surface and a second side surface defining a thickness therebetween, a proximate end and a distal end ; and the body also defines a first bore adjacent the distal end defining a first longitudinal axis (L216) and a second bore adjacent the proximate end defining a second longitudinal axis (L218), wherein either the first bore or the second bore is a blind bore , forming a counterbore configured to house a seal assembly and the counterbore defines a sidewall a body defining a top surface , a bottom surface , a first side surface and a second side surface defining a thickness therebetween, a proximate end and a distal end ; and the body also defines a first bore adjacent the distal end defining a first longitudinal axis (L216) and a second bore adjacent the proximate end defining a second longitudinal axis (L218), wherein either the first bore or the second bore is a blind bore , forming a counterbore configured to house a seal assembly and the counterbore defines a sidewall that forms an angle (α) with the longitudinal axis (L216, L218) of the bore that ranges from three to seven degrees; and a seal assembly inserted into the counterbore , said seal assembly comprising a load ring that is in contact with the sidewall and a bottom wall of the counterbore , forming a radial interference with the sidewall that ranges from 0.2 mm to 1 mm.
Press installation for pressing a metal product of plate or strip type having an upper face and a lower face, comprising: - a beam with a horizontal axis in a transverse direction (Y), said beam holding at least one first upper tool capable of being brought into contact with the upper face of the product; - at least one second lower tool capable of being arranged below and in contact with the lower face of the product; - the beam having a vertically (Z) variable spacing from at least one of said first or second tools, and further comprising: - an additional replacement tool , - a work zone situated below the beam, - a zone of interchangeability situated outside the work zone and intended to interchange at least the lower tool having a press function and the additional replacement tool having a function different from that of a press, - a means of movement in a longitudinal horizontal direction (X) that is configured to actuate the lower tool in order to make it move with a first fine movement of less than a few millimetres in a work zone situated below the beam and in order to make it move with a second coarse movement of a few metres below and outside the work zone towards the zone of interchangeability between at least the lower tool having a press function and the additional replacement tool having a function different from that of a press, - the additional replacement tool situated in the zone of interchangeability having one of the following tooling functions: forming, folding, bending, planishing, punching, rolling, cutting, characterized in that the transverse (Y) and longitudinal (X) horizontal directions are perpendicular. - a beam with a horizontal axis in a transverse direction (Y), said beam holding at least one first upper tool capable of being brought into contact with the upper face of the product; - at least one second lower tool capable of being arranged below and in contact with the lower face of the product; - the beam having a vertically (Z) variable spacing from at least one of said first or second tools, - an additional replacement tool , - a work zone situated below the beam, - a zone of interchangeability situated outside the work zone and intended to interchange at least the lower tool having a press function and the additional replacement tool having a function different from that of a press, - a means of movement in a longitudinal horizontal direction (X) that is configured to actuate the lower tool in order to make it move with a first fine movement of less than a few millimetres in a work zone situated below the beam and in order to make it move with a second coarse movement of a few metres below and outside the work zone towards the zone of interchangeability between at least the lower tool having a press function and the additional replacement tool having a function different from that of a press, - the additional replacement tool situated in the zone of interchangeability having one of the following tooling functions: forming, folding, bending, planishing, punching, rolling, cutting,
Push handle unit with at least one transverse strut and with two end pieces which are arranged in the mounted state at the ends of the predominantly horizontal transverse struts and have a device for fastening to a transport trolley which can be moved by hand, the push handle unit having, at the two end pieces , in each case one free-standing, upwardly protruding gripping unit , the gripping unit consisting in each case at least of a gripping unit receptacle and a gripping unit in said , it being possible for the gripping unit insert to be inserted into the gripping unit receptacle , and it being possible for the gripping unit insert to be latched in the gripping unit receptacle , and the gripping unit receptacle and the gripping unit insert engaging at least partially into one another in a positively locking manner in the mounted state, the gripping unit being inclined in the direction of the transverse strut in each case in the mounted state, and characterized in that in each case one gripping unit receptacle is moulded onto an end piece and, furthermore, the end piece having an extension which can be inserted into the transverse strut .
A switched-mode DC-DC power converter, SMPC, controller for an SMPC module for use in a distributed-control multiphase power converter system , the SMPC controller comprising: a reference clock configured to generate a reference clock signal at a predetermined frequency; a synchronisation input (SYNC IN,N ) configured to receive a first synchronisation signal; a synchronisation output (SYNC OUT,N ) configured to transmit a second synchronisation signal; a control unit configured to control the operation of the SMPC module at the predetermined frequency, and with a phase determined by a selected one of the reference clock signal and the first synchronisation signal; characterized in that: the SMPC controller further comprises: a delay line configured to generate the second synchronisation signal by adding a delay to the selected one of the first synchronisation signal and the reference clock signal; a fault detection terminal configured to receive a fault-detection signal; a memory configured to store a datum corresponding to a number N of SMPCs in the distributed-control multiphase power converter system; and a delay calculation module configured to calculate the delay in dependence on the datum and the fault-detection signal. a reference clock configured to generate a reference clock signal at a predetermined frequency; a synchronisation input (SYNC IN,N ) configured to receive a first synchronisation signal; a synchronisation output (SYNC OUT,N ) configured to transmit a second synchronisation signal; a control unit configured to control the operation of the SMPC module at the predetermined frequency, and with a phase determined by a selected one of the reference clock signal and the first synchronisation signal; characterized in that: the SMPC controller further comprises: a delay line configured to generate the second synchronisation signal by adding a delay to the selected one of the first synchronisation signal and the reference clock signal; a fault detection terminal configured to receive a fault-detection signal; a memory configured to store a datum corresponding to a number N of SMPCs in the distributed-control multiphase power converter system; and a delay calculation module configured to calculate the delay in dependence on the datum and the fault-detection signal. a delay line configured to generate the second synchronisation signal by adding a delay to the selected one of the first synchronisation signal and the reference clock signal; a fault detection terminal configured to receive a fault-detection signal; a memory configured to store a datum corresponding to a number N of SMPCs in the distributed-control multiphase power converter system; and a delay calculation module configured to calculate the delay in dependence on the datum and the fault-detection signal.
Magnetic-inductive flowmeter, comprising a coil body , which is designed to sense a fluid flow in a fluid channel , and an electronic unit , which is electrically connected to the coil body and is designed to sense and/or evaluate electrical signals provided by the coil body , wherein the coil body and the electronic unit are provided in a common housing , and wherein the housing is designed as a housing surrounding the fluid channel , wherein the electronic unit is provided inside a housing section which surrounds the fluid channel on the periphery, characterised in that at least one further fluid channel is provided in the housing in order to convey gases or fluids.
A method of forming a composite structure, the method comprising: heating an outer mold line surface of a tool to a processing temperature; positioning an inner mold line surface with a composite preform disposed thereon within the outer mold line surface ; heating the inner mold line surface to transition the inner mold line surface from a rigid state to a flexible state; and extracting the inner mold line surface and the composite preform in a gelled state from the outer mold line surface , wherein the composite preform in the gelled state is sufficiently self-supporting that the gelled composite preform can be extracted from the inner mold line surface while maintaining its form. heating an outer mold line surface of a tool to a processing temperature; positioning an inner mold line surface with a composite preform disposed thereon within the outer mold line surface ; heating the inner mold line surface to transition the inner mold line surface from a rigid state to a flexible state; and extracting the inner mold line surface and the composite preform in a gelled state from the outer mold line surface , wherein the composite preform in the gelled state is sufficiently self-supporting that the gelled composite preform can be extracted from the inner mold line surface while maintaining its form.
An aerosol dispenser comprising: a pressurizable outer container having a longitudinal axis LA; a valve assembly ; an opening for receiving said valve assembly ; a round neck subjacent said opening, said neck having an optional crimp ring juxtaposed with said opening, a flange extending radially outward and dividing said neck into an upper portion and a lower neck portion; a round shoulder depending from said lower neck portion and extending radially outward therefrom, and a round container sidewall depending from said shoulder and extending axially away from said neck to a base, wherein at least one of said lower neck portion and said shoulder comprises a crystallized region, said crystallized region being crystallized from 10 to 40%, said flange and said upper neck portion having a crystallinity, characterized in that said crystallinity of said upper neck portion being 5 to 15%, and in that said crystallized region of said lower neck portion has a crystallinity from 15 to 30%. a pressurizable outer container having a longitudinal axis LA; a valve assembly ; an opening for receiving said valve assembly ; a round neck subjacent said opening, said neck having an optional crimp ring juxtaposed with said opening, a flange extending radially outward and dividing said neck into an upper portion and a lower neck portion; a round shoulder depending from said lower neck portion and extending radially outward therefrom, and a round container sidewall depending from said shoulder and extending axially away from said neck to a base, wherein at least one of said lower neck portion and said shoulder comprises a crystallized region, said crystallized region being crystallized from 10 to 40%, said flange and said upper neck portion having a crystallinity, characterized in that said crystallinity of said upper neck portion being 5 to 15%, and in that said crystallized region of said lower neck portion has a crystallinity from 15 to 30%.