mhurhangee/patent-ind-claim-en huggingface dataset:
A system, comprising: one or more computing devices; and one or more instructions that, when executed on at least some of the one or more computing devices, cause the at least some of the one or more computing devices to at least receive a stream of rasterized video; generate a hash value associated with the received rasterized video stream, wherein the hash value includes a first number of bits and a second number of bits , wherein the first number of bits addresses a media database sector of a media database, and wherein the second number of bits addresses a bucket of the addressed media database sector of the media database; determine a media database sector of the media database for storing the generated hash value, wherein the media database sector is determined by referencing the first number of bits of the generated hash value; and store the generated hash value in the determined media database sector. one or more computing devices; and one or more instructions that, when executed on at least some of the one or more computing devices, cause the at least some of the one or more computing devices to at least receive a stream of rasterized video; generate a hash value associated with the received rasterized video stream, wherein the hash value includes a first number of bits and a second number of bits , wherein the first number of bits addresses a media database sector of a media database, and wherein the second number of bits addresses a bucket of the addressed media database sector of the media database; determine a media database sector of the media database for storing the generated hash value, wherein the media database sector is determined by referencing the first number of bits of the generated hash value; and store the generated hash value in the determined media database sector. receive a stream of rasterized video; generate a hash value associated with the received rasterized video stream, wherein the hash value includes a first number of bits and a second number of bits , wherein the first number of bits addresses a media database sector of a media database, and wherein the second number of bits addresses a bucket of the addressed media database sector of the media database; determine a media database sector of the media database for storing the generated hash value, wherein the media database sector is determined by referencing the first number of bits of the generated hash value; and store the generated hash value in the determined media database sector.
A method for monitoring whether one or more pest traps , such as rat traps, are activated, said traps having a moveable part and a fixed part , between which an opening is defined and in which a step part is arranged, and where each trap has a switch that is connectable to a signalling device such that when the moveable part is moved towards the fixed part , then the signalling device transmits a signal to a user's communication unit , said communication unit has a display that in turn shows whether the moveable part has been moved, such that the user on the display can be informed about whether the moveable part has been moved and a rat has gone into the trap , characterised in that the opening between the moveable part and the fixed part in the rat trap is detected, wherein the size of the opening is determined as the angle between the moveable part and the fixed part .
A transmission method, comprising: modulating QPSK signals s1(i) by using bits of a first stream and 16-QAM signals s2(i) by using bits of a second stream, where i is an integer greater than or equal to 0; converting the QPSK signals s1(i) and the 16-QAM signals s2(i) to first converted signals z1(i) and second converted signals z2(i), the first converted signals z1(i) and the second converted signals z2(i) satisfing Equation , z 1 i z 2 i = 1 0 0 y i 1 α 2 + 1 e j 0 α × e j 0 α × e j 0 e jπ u 0 0 ν s 1 i s 2 i where α = 1, y(i) changes in N period, where N is an integer that is greater than or equal to 3, and a weighting factor u and a weighting factor v are real values satisfying u < v; and transmitting the first converted signals z1(i) and the second converted signals z2(i) using a plurality of antennas. modulating QPSK signals s1(i) by using bits of a first stream and 16-QAM signals s2(i) by using bits of a second stream, where i is an integer greater than or equal to 0; converting the QPSK signals s1(i) and the 16-QAM signals s2(i) to first converted signals z1(i) and second converted signals z2(i), the first converted signals z1(i) and the second converted signals z2(i) satisfing Equation , z 1 i z 2 i = 1 0 0 y i 1 α 2 + 1 e j 0 α × e j 0 α × e j 0 e jπ u 0 0 ν s 1 i s 2 i where α = 1, y(i) changes in N period, where N is an integer that is greater than or equal to 3, and a weighting factor u and a weighting factor v are real values satisfying u < v; and transmitting the first converted signals z1(i) and the second converted signals z2(i) using a plurality of antennas.
Convertible rearview mirror comprising: - a fixed portion associable with an outer surface of a vehicle; - a movable portion , connected to said fixed portion by means of a joint system , said movable portion being rotatable with respect to said fixed portion between a first rearview position (P1) and a second deflected position (P2), about a rotation axis (X) of said joint system , said movable portion further comprising at least one reflective surface positioned so as to be faced towards a user when the fixed portion is associated with the outer surface and the movable portion is in the first rearview position (P1), wherein said movable portion has an airfoil transversal section , adapted to generate an aerodynamic vertical downforce when the fixed portion is associated with the outer surface and said movable portion is in said deflected second position (P2), characterized in that , when the fixed portion is associated with the outer surface and the movable portion is in the deflected second position (P2), the at least one reflective surface is positioned so as not to provide any reflective function towards the user. - a fixed portion associable with an outer surface of a vehicle; - a movable portion , connected to said fixed portion by means of a joint system , said movable portion being rotatable with respect to said fixed portion between a first rearview position (P1) and a second deflected position (P2), about a rotation axis (X) of said joint system , said movable portion further comprising at least one reflective surface positioned so as to be faced towards a user when the fixed portion is associated with the outer surface and the movable portion is in the first rearview position (P1), wherein said movable portion has an airfoil transversal section , adapted to generate an aerodynamic vertical downforce when the fixed portion is associated with the outer surface and said movable portion is in said deflected second position (P2), characterized in that , when the fixed portion is associated with the outer surface and the movable portion is in the deflected second position (P2), the at least one reflective surface is positioned so as not to provide any reflective function towards the user.
Absorbent effect pigment comprising a nonmetallic substrate in platelet form and a coating applied to the substrate, wherein the coating includes a) optionally a layer 1, having an average layer thickness of less than 10 nm, comprising or consisting of tin oxide, tin hydroxide and/or tin oxide hydrate, b) a highly refractive layer 2 having a refractive index n > 1.8, comprising at least one metal oxide, metal hydroxide and/or metal oxide hydrate, c) a highly refractive layer 3 having a refractive index n > 1.8, comprising at least one metal oxide, metal hydroxide and/or metal oxide hydrate, at least one of layers 2 and 3 comprises at least two different metal ions and layers 2 and 3 are interrupted by a spacer layer, wherein the at least two different metal ions of layers 2 and 3 are selected from the group of metals consisting of Ti, Fe, Sn, Mn, Zr, Ca, Sr, Ba, Ni, Sb, Ag, Zn, Cu, Ce, Cr and Co, and wherein the proportion of non-colouring metal ions selected from the group of metals consisting of Ti, Sn, Zr, Ca, Sr, Ba and Zn totals ≤ 40% by weight, and the proportion of colouring metal ions selected from the group of metals consisting of Fe, Ti, Sn, Mn, Ni, Sb, Ag, Cu, Ce, Cr and Co totals ≥ 4% by weight, determined by means of XRF in each case, in each case calculated as elemental metal and based in each case on the total weight of the absorbent effect pigment according to the invention. a) optionally a layer 1, having an average layer thickness of less than 10 nm, comprising or consisting of tin oxide, tin hydroxide and/or tin oxide hydrate, b) a highly refractive layer 2 having a refractive index n > 1.8, comprising at least one metal oxide, metal hydroxide and/or metal oxide hydrate, c) a highly refractive layer 3 having a refractive index n > 1.8, comprising at least one metal oxide, metal hydroxide and/or metal oxide hydrate,
A combined ear and eye protection apparatus comprising: an eye protector assembly including an eye protector adapted to form a barrier for protecting a wearer's eyes, and arms connected to the eye protector for permitting positioning on a wearer's head ; and two ear muff style ear protectors each having a rotational mounting whereby the ear protector is attached to the arm ; and the assembly of the arms and eye protector is resiliently formed such that, when worn, the resilience of the assembly urges the arms and respective ear protectors inwardly to grip the wearer's head and support the apparatus in place when worn so the ear protectors can be operatively held relative to a wearer's ears so that one ear protector can cover one ear and the other ear protector can cover the other ear, and the eye protector assembly can be moved between a first position where a body of the apparatus rests on the wearer's face to provide protection to the wearer's eyes and one or more alternative positions where the body rests in a position where protection is not provided to the wearer's eyes while the ear protectors can be operatively held relative to a wearer's ears so that one ear protector can cover one ear and the other ear protector can cover the other ear, characterised in that the rotational mounting of each ear muff style protector is located towards an upper edge of the ear protector. an eye protector assembly including an eye protector adapted to form a barrier for protecting a wearer's eyes, and arms connected to the eye protector for permitting positioning on a wearer's head ; and two ear muff style ear protectors each having a rotational mounting whereby the ear protector is attached to the arm ; and the assembly of the arms and eye protector is resiliently formed such that, when worn, the resilience of the assembly urges the arms and respective ear protectors inwardly to grip the wearer's head and support the apparatus in place when worn so the ear protectors can be operatively held relative to a wearer's ears so that one ear protector can cover one ear and the other ear protector can cover the other ear, and the eye protector assembly can be moved between a first position where a body of the apparatus rests on the wearer's face to provide protection to the wearer's eyes and one or more alternative positions where the body rests in a position where protection is not provided to the wearer's eyes while the ear protectors can be operatively held relative to a wearer's ears so that one ear protector can cover one ear and the other ear protector can cover the other ear, characterised in that the rotational mounting of each ear muff style protector is located towards an upper edge of the ear protector.
An adapter assembly comprising: a rotation assembly including an inner housing and a rotation knob , the inner housing defining a longitudinal axis and the rotation knob being rotatably supported on the inner housing about the longitudinal axis ("X"); and an elongated body portion supported on the rotation knob such that rotation of the rotation knob about the inner housing causes corresponding rotation of the elongated body portion about the longitudinal axis; wherein the inner housing supports a stop member ; characterised in that the rotation knob supports a substantially C- shaped stop plate fixedly received within a slot defined within the rotation knob, the stop plate having first and second ends, the first end defining a first stop surface and the second end defining a second stop surface , each of the first and second ends of the stop plate being positioned to engage the stop member to limit a degree of rotation of the rotation knob in relation to the inner housing about the longitudinal axis. a rotation assembly including an inner housing and a rotation knob , the inner housing defining a longitudinal axis and the rotation knob being rotatably supported on the inner housing about the longitudinal axis ("X"); and an elongated body portion supported on the rotation knob such that rotation of the rotation knob about the inner housing causes corresponding rotation of the elongated body portion about the longitudinal axis; wherein the inner housing supports a stop member ; characterised in that the rotation knob supports a substantially C- shaped stop plate fixedly received within a slot defined within the rotation knob, the stop plate having first and second ends, the first end defining a first stop surface and the second end defining a second stop surface , each of the first and second ends of the stop plate being positioned to engage the stop member to limit a degree of rotation of the rotation knob in relation to the inner housing about the longitudinal axis.
An inkjet printer comprising a vacuum table and an air-permeable media-support-layer , positioned on top of the vacuum table; - wherein the vacuum table comprises a plurality of cavity rooms, connected to a vacuum source, for forming a plurality of vacuum zones on the air-permeable media-support-layer ; and - wherein each cavity room of the plurality of cavity rooms is closed by an air-permeable part of the air-permeable media-support-layer for forming a vacuum zone of the plurality of vacuum zones; and - wherein each cavity room of the plurality of cavity rooms comprises: a) a space , formed by a set of walls ; and b) a bottom layer comprising a set of air-channels ; and - wherein ratio of width to length of the minimum bounding box of the area formed by the set of walls is between 1:1 and 2:5; and - wherein each air-permeable part that closes a cavity room of the plurality of cavity rooms comprises a plurality of air-channels which are characterized that the sum of areas of the plurality of air-channels is equal or bigger than the sum of areas of the set of air-channels ; and - wherein the sum of areas of the set of air-channels is smaller than the sum of areas of all air-channels which connect the set of air-channels with the vacuum source. - wherein the vacuum table comprises a plurality of cavity rooms, connected to a vacuum source, for forming a plurality of vacuum zones on the air-permeable media-support-layer ; and - wherein each cavity room of the plurality of cavity rooms is closed by an air-permeable part of the air-permeable media-support-layer for forming a vacuum zone of the plurality of vacuum zones; and - wherein each cavity room of the plurality of cavity rooms comprises: a) a space , formed by a set of walls ; and b) a bottom layer comprising a set of air-channels ; and a) a space , formed by a set of walls ; and b) a bottom layer comprising a set of air-channels ; and - wherein ratio of width to length of the minimum bounding box of the area formed by the set of walls is between 1:1 and 2:5; and - wherein each air-permeable part that closes a cavity room of the plurality of cavity rooms comprises a plurality of air-channels which are characterized that the sum of areas of the plurality of air-channels is equal or bigger than the sum of areas of the set of air-channels ; and - wherein the sum of areas of the set of air-channels is smaller than the sum of areas of all air-channels which connect the set of air-channels with the vacuum source.
An in-vehicle gateway communication method, comprising: receiving (S101) a first message from a first in-vehicle device, wherein the first message meets a first communications protocol supported by the first in-vehicle device, is used to indicate a second in-vehicle device to perform a target operation, and comprises identification information; identifying (S102) the identification information in the first message; matching (S103) the identification information in the first message with preset identification information stored in the in-vehicle gateway; and if the matching succeeds, sending (S103) a second message, wherein the second message is used to indicate the second in-vehicle device to perform a target operation, is generated based on the first message, and meets a second communications protocol supported by the second in-vehicle device, and the first communications protocol is different from the second communications protocol. receiving (S101) a first message from a first in-vehicle device, wherein the first message meets a first communications protocol supported by the first in-vehicle device, is used to indicate a second in-vehicle device to perform a target operation, and comprises identification information; identifying (S102) the identification information in the first message; matching (S103) the identification information in the first message with preset identification information stored in the in-vehicle gateway; and if the matching succeeds, sending (S103) a second message, wherein the second message is used to indicate the second in-vehicle device to perform a target operation, is generated based on the first message, and meets a second communications protocol supported by the second in-vehicle device, and the first communications protocol is different from the second communications protocol.
Device for aiding the location in real time, by electromagnetic radiation, of a self-powered mobile element, this device being characterized in that it comprises the following means, - reception means for receiving a radio signal comprising at least one synchronization data item, said means being configured to receive power from a received radio signal; - transmission means for transmitting an electromagnetic signal, said electromagnetic signal being transmitted in response to an activation signal; - controlling means connected to said reception means and to said transmission means for transmitting an electromagnetic signal, said controlling means being electrically powered by said reception means for receiving a radio signal and being configured to generate an activation signal in response to a synchronization data item, wherein said reception means for receiving a radio signal comprise a dual-port memory, said dual-port memory being configured to be readable and/or writable by a radio signal and by said controlling means; and wherein said controlling means comprise access means for accessing a value stored in said dual-port memory, a synchronization data item being identified as a function of a value stored in said dual-port memory. - reception means for receiving a radio signal comprising at least one synchronization data item, said means being configured to receive power from a received radio signal; - transmission means for transmitting an electromagnetic signal, said electromagnetic signal being transmitted in response to an activation signal; - controlling means connected to said reception means and to said transmission means for transmitting an electromagnetic signal, said controlling means being electrically powered by said reception means for receiving a radio signal and being configured to generate an activation signal in response to a synchronization data item,
A process for the catalytic oxidation of ammonia gas by means of an oxygen-containing gas, in particular by means of air, in the presence of a catalyst to form nitrogen monoxide in an oxidation reactor, wherein a control of the reaction temperature at the catalyst to an optimum value with respect to the nitrogen monoxide selectivity of the reaction is provided, this control being effected by means of measures upstream of the oxidation reactor, characterized in that the air and/or the ammonia/air mixed gas are/is directly heated or cooled before coming into contact with the catalyst, and in that an introduction of a fuel gas or a medium influencing the temperature of the reaction at the catalyst is provided downstream of the addition of ammonia , the combustion of this fuel gas taking place at the catalyst in the ammonia burner .
An apparatus for producing plastic bottles, comprising a blow molding machine , a labeler and a filler characterized in that for the transportation of the bottles the individual machines are bloc-synchronized via transfer starwheels (21, 22; 31, 32), such that the bottles are transported via the transfer starwheels (21, 22; 31, 32) without buffers between the machines, wherein at least two transfer starwheels are arranged between blow molding machine and labeler, at least one of said starwheels serving pitch changing purposes; and wherein the transfer starwheels are configured as individual modules with their own drive and standard interface, such that the transfer starwheels form interfaces between the machines for decoupling the machines from each other.
A system , comprising: an interface , which is configured to receive a lesion parameter indicative of a specification of a lesion intended to be formed in tissue of an organ using at least one of first and second ablation modes intended to be applied sequentially to multiple sections of the tissue; and a processor , which is configured to (i) select, for the first and second ablation modes, first and second sets of parameters, respectively, that when applied to the tissue, form the lesion having the lesion parameter, (ii) detect, for a section selected among the multiple sections , whether the first or second ablation mode has been selected, and (iii) control a catheter having at least an ablation electrode , to apply to the section ablation signals that are based on the selected ablation mode and are corresponding to the first or second ablation modes. an interface , which is configured to receive a lesion parameter indicative of a specification of a lesion intended to be formed in tissue of an organ using at least one of first and second ablation modes intended to be applied sequentially to multiple sections of the tissue; and a processor , which is configured to (i) select, for the first and second ablation modes, first and second sets of parameters, respectively, that when applied to the tissue, form the lesion having the lesion parameter, (ii) detect, for a section selected among the multiple sections , whether the first or second ablation mode has been selected, and (iii) control a catheter having at least an ablation electrode , to apply to the section ablation signals that are based on the selected ablation mode and are corresponding to the first or second ablation modes.