mhurhangee/patent-ind-claim-en huggingface dataset:
A distributor device for controlling a plurality of actuators , each of which is intended to open or close a corresponding mould , the distributor device comprising: - a rotary part that is rotatable about an axis (R) and connectable to the actuators of said plurality, - a stator part in fluid communication with the rotary part , the stator part being delimited by an interface surface which faces a further interface surface delimiting the rotary part , wherein the stator part is provided with: - low pressure distributor means , configured to selectively send an actuating fluid at a first pressure to the rotary part , so that one actuator of said plurality mutually moves a first component and a second component of the corresponding mould closer to each other from a distanced position (P1) to an intermediate position; - high pressure distributor means , configured to selectively send an actuating fluid at a second pressure higher than the first pressure to the rotary part , so that said actuator mutually moves the first component and the second component of the corresponding mould closer to each other from the intermediate position to a forming position (P2); - maintaining distributor means , configured to selectively send an actuating fluid to the rotary part , so that said actuator maintains the first component and the second component in the forming position (P2), characterized in that the rotary part is provided with a plurality of communication conduits each of which is intended to be in fluid communication with a corresponding actuator , the communication conduits opening on the further interface surface so that, during rotation of the rotary part about said axis (R), each communication conduit faces in sequence the low pressure distributor means , the high pressure distributor means and the maintaining distributor means . - a rotary part that is rotatable about an axis (R) and connectable to the actuators of said plurality, - a stator part in fluid communication with the rotary part , the stator part being delimited by an interface surface which faces a further interface surface delimiting the rotary part , - low pressure distributor means , configured to selectively send an actuating fluid at a first pressure to the rotary part , so that one actuator of said plurality mutually moves a first component and a second component of the corresponding mould closer to each other from a distanced position (P1) to an intermediate position; - high pressure distributor means , configured to selectively send an actuating fluid at a second pressure higher than the first pressure to the rotary part , so that said actuator mutually moves the first component and the second component of the corresponding mould closer to each other from the intermediate position to a forming position (P2); - maintaining distributor means , configured to selectively send an actuating fluid to the rotary part , so that said actuator maintains the first component and the second component in the forming position (P2),
A method for restricting communication in an industrial control network, the method comprising the steps of: establishing a virtual private network, VPN, in the industrial control network, the virtual private network established with a programmable logic controller as an end point with virtual private network support provided by the programmable logic controller , wherein the VPN support is integrated as software and hardware in a housing of the programmable logic controller ; allowing access to the programmable logic controller only by communications addressed to the end point of the virtual private network supported by the programmable logic controller and changing operation of the programmable logic controller according to the access, a setting of the programmable logic controller being altered only in response to the communications addressed to the end point of the virtual private network; preventing access to the programmable logic controller of communications other than the communications addressed to the end point of the virtual private network wherein the step of establishing comprises creating a point-to-point connection with a separate address for the end point than for the programmable logic controller ; and the step of preventing comprises ignoring the communications addressed to an address of the programmable logic controller other than an address of the end point of the virtual private network. establishing a virtual private network, VPN, in the industrial control network, the virtual private network established with a programmable logic controller as an end point with virtual private network support provided by the programmable logic controller , wherein the VPN support is integrated as software and hardware in a housing of the programmable logic controller ; allowing access to the programmable logic controller only by communications addressed to the end point of the virtual private network supported by the programmable logic controller and changing operation of the programmable logic controller according to the access, a setting of the programmable logic controller being altered only in response to the communications addressed to the end point of the virtual private network; preventing access to the programmable logic controller of communications other than the communications addressed to the end point of the virtual private network wherein the step of establishing comprises creating a point-to-point connection with a separate address for the end point than for the programmable logic controller ; and the step of preventing comprises ignoring the communications addressed to an address of the programmable logic controller other than an address of the end point of the virtual private network.
An ammonia removal method that removes ammonia so as to obtain a mixed gas (B) having an ammonia concentration of 0.1 mol ppm or less from a mixed gas (A) comprising hydrogen, nitrogen, and ammonia, having an ammonia concentration exceeding 0.1 mol ppm, and having a H 2 O content of 5.0 mol% or less, the ammonia removal method comprising the following step : Step : a step of contacting the mixed gas (A) comprising hydrogen, nitrogen, and ammonia, having an ammonia concentration exceeding 0.1 mol ppm, and having a H 2 O content of 5.0 mol% or less, with an ammonia removal material comprising zeolite having a pore size, measured as described in "<Pore Size of Zeolite>" in the description, of 0.5 nm or more and 2.0 nm or less, wherein the content of the zeolite having a pore size of 0.5 nm or more and 2.0 nm or less in the ammonia removal material is 50% by mass or more.
A method of inspecting a container having a base and a mouth, including the steps of: directing light through the container base into the container, and out of the container through the container mouth, using at least one light source operatively disposed beneath the container base; obtaining a plurality of images of the container mouth from the light directed through the container mouth, wherein the plurality of images are obtained as a plurality of pairs of images of diametrically opposed segments of the container mouth; calculating at least one minimum bore diameter of the container mouth from each image of the plurality of images; identifying an overall lowest minimum bore diameter, OLMBD, of the minimum bore diameters; and determining an effective minimum bore diameter of the container mouth as being a value other than the OLMBD. directing light through the container base into the container, and out of the container through the container mouth, using at least one light source operatively disposed beneath the container base; obtaining a plurality of images of the container mouth from the light directed through the container mouth, wherein the plurality of images are obtained as a plurality of pairs of images of diametrically opposed segments of the container mouth; calculating at least one minimum bore diameter of the container mouth from each image of the plurality of images; identifying an overall lowest minimum bore diameter, OLMBD, of the minimum bore diameters; and determining an effective minimum bore diameter of the container mouth as being a value other than the OLMBD.
A bone implant comprising: a polymer matrix body ; a passage through the body, open at opposite ends, and configured to receive a bone fixation screw; said bone implant comprising markings radiopaque to x-rays at opposite ends of said passage defining the location and orientation of said passage; characterized in that said polymer matrix body is fiber reinforced, said markings formed as four short metal rods (50a-d), wherein two of said rods (50a, 50c; 50b, 50d) are located at each end of said passage, said rods extending parallel to an axis of said passage and being equally spaced diametrically from a center of said passage, wherein a first two of said rods are aligned on a first side of said passage and a second two of said rods are aligned on a second side of said passage opposite to said first side, and wherein said rods appear under fluoroscopic imaging as a single dot on each said side of said passage only when viewed from an axial position suitable for insertion of the bone fixation screw into said passage, for providing said orientation. a polymer matrix body ; a passage through the body, open at opposite ends, and configured to receive a bone fixation screw; said bone implant comprising markings radiopaque to x-rays at opposite ends of said passage defining the location and orientation of said passage; characterized in that said polymer matrix body is fiber reinforced, said markings formed as four short metal rods (50a-d), wherein two of said rods (50a, 50c; 50b, 50d) are located at each end of said passage, said rods extending parallel to an axis of said passage and being equally spaced diametrically from a center of said passage, wherein a first two of said rods are aligned on a first side of said passage and a second two of said rods are aligned on a second side of said passage opposite to said first side, and wherein said rods appear under fluoroscopic imaging as a single dot on each said side of said passage only when viewed from an axial position suitable for insertion of the bone fixation screw into said passage, for providing said orientation.
A computing device having a trust level, the computing device comprising: a memory having stored therein a persistent trust log , the persistent trust log comprising data relating to historic events influencing the trust level of the computing device; and a security engine configured to: detect an event that influences the trust level of the computing device , write data relating to the event to the persistent trust log; receive a trust assessment request including a trust profile from an external service, wherein the trust profile is stored on a server external to the computing device; characterized in that the security engine is further configured to: analyze data stored in the persistent trust log , at least in part, by evaluating the data stored in the persistent trust log using one or more criteria included in the trust profile; generate a trust assessment based on the analyzed data; and transmit the trust assessment to the external service. a memory having stored therein a persistent trust log , the persistent trust log comprising data relating to historic events influencing the trust level of the computing device; and a security engine configured to: detect an event that influences the trust level of the computing device , write data relating to the event to the persistent trust log; receive a trust assessment request including a trust profile from an external service, wherein the trust profile is stored on a server external to the computing device; characterized in that the security engine is further configured to: analyze data stored in the persistent trust log , at least in part, by evaluating the data stored in the persistent trust log using one or more criteria included in the trust profile; generate a trust assessment based on the analyzed data; and transmit the trust assessment to the external service. detect an event that influences the trust level of the computing device , write data relating to the event to the persistent trust log; receive a trust assessment request including a trust profile from an external service, wherein the trust profile is stored on a server external to the computing device; characterized in that the security engine is further configured to: analyze data stored in the persistent trust log , at least in part, by evaluating the data stored in the persistent trust log using one or more criteria included in the trust profile; generate a trust assessment based on the analyzed data; and transmit the trust assessment to the external service. analyze data stored in the persistent trust log , at least in part, by evaluating the data stored in the persistent trust log using one or more criteria included in the trust profile; generate a trust assessment based on the analyzed data; and transmit the trust assessment to the external service.
A system for energy conversion, the system comprising: a closed cycle engine containing a volume of working fluid, the engine comprising a first chamber defining an expansion chamber and a second chamber defining a compression chamber each separated by a piston attached to a connection member of a piston assembly, and wherein the engine comprises a heater body in thermal communication with the first chamber, and further wherein the engine comprises a cold side heat exchanger in thermal communication with the second chamber, and wherein a third chamber is defined within the piston, wherein the third chamber is in selective flow communication with the first chamber, the second chamber, or both, wherein the piston comprises a folded cross-sectional member positioned within the third chamber, wherein the folded cross-sectional member provides a tortious path at the third chamber. a closed cycle engine containing a volume of working fluid, the engine comprising a first chamber defining an expansion chamber and a second chamber defining a compression chamber each separated by a piston attached to a connection member of a piston assembly, and wherein the engine comprises a heater body in thermal communication with the first chamber, and further wherein the engine comprises a cold side heat exchanger in thermal communication with the second chamber, and wherein a third chamber is defined within the piston, wherein the third chamber is in selective flow communication with the first chamber, the second chamber, or both, wherein the piston comprises a folded cross-sectional member positioned within the third chamber, wherein the folded cross-sectional member provides a tortious path at the third chamber.
An in vitro method for modifying mitochondrial DNA within a cell, comprising introducing into the cell a recombinant DNA endonuclease targeted to a selected sequence within the mitochondrial DNA, and introducing into the cell a second recombinant DNA endonuclease targeted to a second selected sequence within the mitochondrial DNA, wherein the first DNA endonuclease and the second DNA endonuclease are targeted to different sequences within the mitochondrial DNA, wherein the method is not a process for modifying the germ line genetic identity of human beings.
Probe for measuring biomolecules by means of electrochemical impedance spectroscopy, having a distal end and a proximal end , wherein the probe has the following structure in a cross-section oriented transversely to its longitudinal extent: a base layer of an insulating material, on a first side of the base layer at least one layer of a conducting material, on a second side of the base layer , which is remote from the first side of the base layer , at least one layer of a conducting material, and on the side of the layers of conducting material that is remote from the base layer , on the outside, in each case an outer layer of an insulating material, wherein further the at least one layer of a conducting material on the first side of the base layer is formed into an annular conductor structure in the region of the distal end of the probe, wherein the annular conductor structure is followed proximally by at least one elongate conductor which is in the form of a feed line for the annular conductor structure and extends to the proximal end of the probe , and wherein the at least one layer of a conducting material on the second side of the base layer covers the predominant part of the base surface of the base layer , wherein the layer of a conducting material on the second side of the base layer has in the region of the distal end of the probe a polygonal hole which is arranged concentrically to the annular conductor structure , the probe fitting into a catheter.
A communications method, comprising: determining a radio frame, wherein the radio frame comprises a period, the period comprises at least one first sub-period and at least one second sub-period, the first sub-period corresponds to a first procedure, and the second sub-period corresponds to a second procedure; the first sub-period comprises n first time slices, different beams are used in adjacent first time slices in the n first time slices, there is a first guard interval between the adjacent first time slices, and the second sub-period comprises m second time slices; each first time slice comprises at least one symbol and each second time slice comprises at least one symbol; at least one first time slice is adjacent to at least one second time slice, and characterised in that there is no guard interval between the at least one first time slice and the at least one second time slice that are adjacent to each other; and m and n are positive integers; and performing communication by using the radio frame, wherein a same beam is used in the first time slice and the second time slice that are adjacent to each other. determining a radio frame, wherein the radio frame comprises a period, the period comprises at least one first sub-period and at least one second sub-period, the first sub-period corresponds to a first procedure, and the second sub-period corresponds to a second procedure; the first sub-period comprises n first time slices, different beams are used in adjacent first time slices in the n first time slices, there is a first guard interval between the adjacent first time slices, and the second sub-period comprises m second time slices; each first time slice comprises at least one symbol and each second time slice comprises at least one symbol; at least one first time slice is adjacent to at least one second time slice, and characterised in that there is no guard interval between the at least one first time slice and the at least one second time slice that are adjacent to each other; and m and n are positive integers; and performing communication by using the radio frame, wherein a same beam is used in the first time slice and the second time slice that are adjacent to each other.
A vehicle component lighting device for a rear-view apparatus of a motor vehicle, having ∘ at least one illuminant for radiating light; ∘ a condenser unit with at least one condenser lens , wherein the condenser unit is adapted to bundle the light radiated from the at least one illuminant into an optical path ; ∘ at least one mask means which is arranged in the optical path and through which an image, a symbol, a logo and/or lettering is presentable on a projection surface ; ∘ an objective unit with at least one objective lens which is arranged in the optical path ; and ∘ at least one reflector unit which is arranged between the condenser unit and the projection surface , wherein the reflector unit is arranged to redirect the optical path , in particular substantially perpendicularly or diagonally to the projection surface , wherein the reflector unit comprises a reflector element , wherein the at least one reflector unit is arranged in front of the objective unit along the optical path of the light from the illuminant to the projection surface , wherein the reflector element comprises at least one surface portion through which the light related to the optical path is redirectable, wherein the mask means is arranged along the optical path of the light from the illuminant to the projection surface between the condenser unit and the objective unit , characterized in that the surface portion of the reflector element is formed as a free-form surface to bundle the light. ∘ at least one illuminant for radiating light; ∘ a condenser unit with at least one condenser lens , wherein the condenser unit is adapted to bundle the light radiated from the at least one illuminant into an optical path ; ∘ at least one mask means which is arranged in the optical path and through which an image, a symbol, a logo and/or lettering is presentable on a projection surface ; ∘ an objective unit with at least one objective lens which is arranged in the optical path ; and ∘ at least one reflector unit which is arranged between the condenser unit and the projection surface , wherein the reflector unit is arranged to redirect the optical path , in particular substantially perpendicularly or diagonally to the projection surface , wherein the reflector unit comprises a reflector element , wherein the at least one reflector unit is arranged in front of the objective unit along the optical path of the light from the illuminant to the projection surface , wherein the reflector element comprises at least one surface portion through which the light related to the optical path is redirectable, wherein the mask means is arranged along the optical path of the light from the illuminant to the projection surface between the condenser unit and the objective unit , characterized in that the surface portion of the reflector element is formed as a free-form surface to bundle the light.
A method for encoding a Slow Associated Control Channel, SACCH, information block in a wireless network, the method comprising - randomizing a plurality of randomization unit input, R-INPUT, bits derived from at least some of a plurality of payload bits of the SACCH information block using a pseudo-random bit block, thereby yielding a plurality of randomized bits; - ciphering a plurality of ciphering unit input, C-INPUT, bits derived from the at least some of the plurality of randomized bits, thereby yielding an encoded data burst of a SACCH frame; wherein ciphering is based on a ciphering algorithm using a ciphering key Kc and a frame number COUNT of the SACCH frame; and - determining the pseudo-random bit block based on the ciphering key Kc and using a second frame number which is different from the frame number COUNT of the SACCH frame. - randomizing a plurality of randomization unit input, R-INPUT, bits derived from at least some of a plurality of payload bits of the SACCH information block using a pseudo-random bit block, thereby yielding a plurality of randomized bits; - ciphering a plurality of ciphering unit input, C-INPUT, bits derived from the at least some of the plurality of randomized bits, thereby yielding an encoded data burst of a SACCH frame; wherein ciphering is based on a ciphering algorithm using a ciphering key Kc and a frame number COUNT of the SACCH frame; and - determining the pseudo-random bit block based on the ciphering key Kc and using a second frame number which is different from the frame number COUNT of the SACCH frame.