mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle camera mounting apparatus which is designed to be secured to a panel of a vehicle, the apparatus comprising: a mount , the mount comprising: a tubular body comprising a first portion and a second portion , the first portion having a first outer diameter (d1) and the second portion having a second outer diameter (d2) which is smaller than the first outer diameter (d1); and a securing member ; characterized in that - the tubular body is configured to extend through an aperture in the panel of a vehicle, the panel having an interior and an exterior surface , such that in use the first portion of the tubular body extends away from the exterior surface of the panel , and the second portion of the tubular body extends through the aperture of the panel and away from the interior surface of the panel ; and - the first portion of the tubular body receives the securing member ; and - the securing member extends through the first portion of the tubular body to engage the panel from the exterior surface side, such that the tubular body is attached to the panel ; and - an elongate camera housing , with at least one camera installed within the camera housing , is attached to the first portion of the tubular body . a tubular body comprising a first portion and a second portion , the first portion having a first outer diameter (d1) and the second portion having a second outer diameter (d2) which is smaller than the first outer diameter (d1); and a securing member ; characterized in that - the tubular body is configured to extend through an aperture in the panel of a vehicle, the panel having an interior and an exterior surface , such that in use the first portion of the tubular body extends away from the exterior surface of the panel , and the second portion of the tubular body extends through the aperture of the panel and away from the interior surface of the panel ; and - the first portion of the tubular body receives the securing member ; and - the securing member extends through the first portion of the tubular body to engage the panel from the exterior surface side, such that the tubular body is attached to the panel ; and - an elongate camera housing , with at least one camera installed within the camera housing , is attached to the first portion of the tubular body . - the tubular body is configured to extend through an aperture in the panel of a vehicle, the panel having an interior and an exterior surface , such that in use the first portion of the tubular body extends away from the exterior surface of the panel , and the second portion of the tubular body extends through the aperture of the panel and away from the interior surface of the panel ; and - the first portion of the tubular body receives the securing member ; and - the securing member extends through the first portion of the tubular body to engage the panel from the exterior surface side, such that the tubular body is attached to the panel ; and - an elongate camera housing , with at least one camera installed within the camera housing , is attached to the first portion of the tubular body .
Injection moulding device for producing plastics parts from one or more material components, comprising: a . an injection mould with a centre part , which can be rotated about a first axis of rotation , is arranged between a first and a second mould half, can be displaced relative to said mould halves in a first direction, and comprises at least a pair of lateral surfaces , which are arranged opposite one another with respect to the first axis of rotation of the centre part , and in a closed position with the first and second mould halves form cavities ; b . a retaining device , which serves to retain the centre part with respect to the first and the second mould half, and also c . a transfer device , which at least in an open position is arranged laterally next to the centre part and serves to transfer plastics parts adhering to a lateral surface of the centre part that is turned in this position; d . wherein the transfer device is fastened to the retaining device of the centre part and includes a base , which can be displaced with respect to the retaining device , and a storage means , which can be rotated about a second axis, serves to temporarily transfer and store plastic parts from cavities of the centre part and comprises retaining means arranged distributed on the perimeter of the storage means . a . an injection mould with a centre part , which can be rotated about a first axis of rotation , is arranged between a first and a second mould half, can be displaced relative to said mould halves in a first direction, and comprises at least a pair of lateral surfaces , which are arranged opposite one another with respect to the first axis of rotation of the centre part , and in a closed position with the first and second mould halves form cavities ; b . a retaining device , which serves to retain the centre part with respect to the first and the second mould half, and also c . a transfer device , which at least in an open position is arranged laterally next to the centre part and serves to transfer plastics parts adhering to a lateral surface of the centre part that is turned in this position; d . wherein the transfer device is fastened to the retaining device of the centre part and includes a base , which can be displaced with respect to the retaining device , and a storage means , which can be rotated about a second axis, serves to temporarily transfer and store plastic parts from cavities of the centre part and comprises retaining means arranged distributed on the perimeter of the storage means .
An inverted polymer solar cell comprising: an electron contact layer ; a cathodic buffer layer ; an active layer comprising at least one π-conjugated polymer and at least one organic electron acceptor compound; an anodic buffer layer ; a hole contact layer ; wherein the cathodic buffer layer comprises zinc oxide and/or titanium dioxide and at least one interfacial agent selected from optionally substituted C 7 -C 21 aromatic carboxylic acids or salts thereof; characterized in that the interfacial agent is present in an amount such that the molar ratio interfacial agent / [Zn and / or Ti] is from 0.01 to 0.2, preferably from 0.05 to 0.1. an electron contact layer ; a cathodic buffer layer ; an active layer comprising at least one π-conjugated polymer and at least one organic electron acceptor compound; an anodic buffer layer ; a hole contact layer ;
A composition comprising a therapeutically effective amount of dexpramipexole or a pharmaceutically acceptable salt thereof for use in the treatment of a condition characterized by elevated levels of eosinophils; wherein the condition characterized by elevated levels of eosinophils is characterized by eosinophil numbers above about 300 cells per microliter in the peripheral blood.
Sensor arrangement comprising a sensor element having a ceramic base body , and a first electrode and a second electrode which are arranged on the base body , the first and second electrodes each having at least one layer comprising nickel and comprising a support for supporting the base body , wherein a contact piece is attached to the first electrode by bonding, welding or soldering and the second electrode is connected to the support by sintering. and comprising a support for supporting the base body , wherein a contact piece is attached to the first electrode by bonding, welding or soldering and the second electrode is connected to the support by sintering.
Profile made of extruded metal alloy intended for a supporting structure of a motor vehicle, this profile having formed directly by the extrusion, a functional surface having in a transverse plane a useful transverse dimension (D), and an adjacent face forming an angle with this functional surface , characterized in that it comprises a connecting radius (R) between the functional surface and the adjacent face , and in that the adjacent face has a hollow comprising a concavity formed just near the connecting radius (R).
An air conditioner comprising a frost formation detecting section for detecting frost formation on an outdoor heat exchanger during heating operation, and a control apparatus for performing defrosting operation upon detection of frost formation, wherein the control apparatus invalidates detection of frost formation without performing defrosting operation during a predetermined masking time period from the start of operation of the compressor by start of heating operation, and validates the detection of frost formation after elapse of the masking time period and performs defrosting operation when frost formation is detected, the air conditioner being configured such that the control apparatus invalidates the detection of frost formation and forcibly performs defrosting operation when thermo-OFF for stopping the compressor during heating operation and thermo-ON for operating the stopped compressor are repeatedly performed.
Device for the process control of a robot arm, which has at least one acoustic sensor, one optical and/or acoustic warning apparatus, one acoustic output element that is in the form of a digital synthesizer and one processor, characterized in that the synthesizer is configured to produce a sound sequence that obeys the laws of harmonics, wherein the basis for produced sound pulses and/or tone pulses is/are the travel carried out and/or the process steps carried out by the robot arm in a generative manufacturing process, for example, and an actual melody is produced therefrom that is able to be recorded using the acoustic sensor, and wherein the processor is configured to compare the actual melody with a desired melody, which is to be expected on the basis of the actuating signals of the travel and/or the process steps.
A system , comprising: an interpretation module configured to receive signals from at least one optical fiber interacting with a volume , this at least one optical fiber being included in a sensing enabled device and being configured to sense induced strain within the device, and to interpret the signals to determine positions visited by the at least one optical fiber within the volume; and a storage device ; characterized in that the storage device is configured to store a history of voxels by associating one or more health parameter data, timestamps and said positions, health parameter and timestamps being received from a data source including a monitoring device that monitors one or more health parameters and comprising a clock to generate timestamps; wherein the system is further configured to provide, for display purpose, voxel maps including at least two configurations of the sensing enabled device to be shown by visual distinctions indicating at least one of (i) different acquisition times or (ii) different values for the monitored one or more health parameters. an interpretation module configured to receive signals from at least one optical fiber interacting with a volume , this at least one optical fiber being included in a sensing enabled device and being configured to sense induced strain within the device, and to interpret the signals to determine positions visited by the at least one optical fiber within the volume; and a storage device ;
A stent delivery system , comprising: an inner member having an enlarged proximal end and an atraumatic distal tip ; a stent disposed about the inner member ; a deployment sheath disposed about the inner member and the stent ; a gear rack assembly coupled to the deployment sheath ; a handle coupled to the inner member and to the deployment sheath ; wherein the handle includes a thumbwheel that is coupled to the gear rack assembly so that rotation of the thumbwheel proximally retracts the gear rack assembly and the deployment sheath ; characterized in that the stent delivery system further comprises an intermediate tube disposed between the inner member and the deployment sheath , and an engagement mechanism coupled to the gear rack assembly , the engagement mechanism being configured to catch on the enlarged proximal end of the inner member , after the deployment sheath is proximally retracted a distance, and proximally retract the inner member . an inner member having an enlarged proximal end and an atraumatic distal tip ; a stent disposed about the inner member ; a deployment sheath disposed about the inner member and the stent ; a gear rack assembly coupled to the deployment sheath ; a handle coupled to the inner member and to the deployment sheath ; wherein the handle includes a thumbwheel that is coupled to the gear rack assembly so that rotation of the thumbwheel proximally retracts the gear rack assembly and the deployment sheath ; characterized in that the stent delivery system further comprises an intermediate tube disposed between the inner member and the deployment sheath , and an engagement mechanism coupled to the gear rack assembly , the engagement mechanism being configured to catch on the enlarged proximal end of the inner member , after the deployment sheath is proximally retracted a distance, and proximally retract the inner member .
Oscillator device comprising - an oscillation circuit including oscillator output nodes (outa, outb) and arranged for generating and outputting an oscillation signal (Vout), the oscillation circuit comprising an active circuit including transistors (M1, M2) to ensure oscillation is maintained; - a voltage-to-current conversion replica circuit arranged for receiving said oscillation signal (Vout) and for outputting a current (Isub) with an amplitude proportional to said oscillation signal, the voltage-to-current conversion replica circuit replicating said active circuit and having replica transistors (M1', M2'); - biasing means arranged to generate a constant bias current (Iref); and - subtraction means for subtracting said current (Isub) proportional to said oscillation signal (Vout) from said bias current (Iref) to obtain a resulting current (Itail) which can be used for adapting said oscillation signal's amplitude; characterized in that the voltage-to-current conversion replica circuit is further arranged for providing the received oscillation signal (Vout) to the sources of replica transistors (M1', M2') and as the source voltage of the replica transistors changes with the change of voltage swing at the oscillator output nodes (outa, outb), the current (Isub) flowing through the replica transistors being varied to realize the voltage-to-current conversion. - an oscillation circuit including oscillator output nodes (outa, outb) and arranged for generating and outputting an oscillation signal (Vout), the oscillation circuit comprising an active circuit including transistors (M1, M2) to ensure oscillation is maintained; - a voltage-to-current conversion replica circuit arranged for receiving said oscillation signal (Vout) and for outputting a current (Isub) with an amplitude proportional to said oscillation signal, the voltage-to-current conversion replica circuit replicating said active circuit and having replica transistors (M1', M2'); - biasing means arranged to generate a constant bias current (Iref); and - subtraction means for subtracting said current (Isub) proportional to said oscillation signal (Vout) from said bias current (Iref) to obtain a resulting current (Itail) which can be used for adapting said oscillation signal's amplitude;
A hearing assistance device comprising: - a transceiver and processing circuitry arranged in a compact block structure ; - a housing component containing the compact block structure ; - a feed line electrically connected to the transceiver ; and - an antenna element electromagnetically coupled with the feed line via a feed element; characterized in that the feed element is configured as a small feed loop electrically connected with the feed line , wherein the circumference of the small feed loop is between 5 % and 20 % of an intended wavelength of operation, and wherein the antenna element is coupled to the feed element via mutual induction; and wherein the antenna element is formed as a resonant loop antenna with a circumference close to the intended wavelength of operation. - a transceiver and processing circuitry arranged in a compact block structure ; - a housing component containing the compact block structure ; - a feed line electrically connected to the transceiver ; and - an antenna element electromagnetically coupled with the feed line via a feed element;
Chip card (CD1-CD4) comprising: - a plurality of metal layers comprising at least an upper metal layer (2; 32; 44; 62) and a lower metal layer (4; 34; 40; 63) placed facing each other; - an internal cavity (5; 35; 45; 65) placed between the upper and lower metal layers; and - an RF antenna , comprising at least one conductive turn, placed in the internal cavity; in which the upper and lower metal layers each comprise a partially empty region (Z1, Z2) facing said at least one turn, each partially empty region comprising at least one aperture through the thickness of said metal layer, characterized in that each partially empty region is partially covered by at least one metal protrusion extending from an edge of the partially empty region so as to define the outline of said at least one aperture, and each metal protrusion forms a finger than lies facing one portion at least of the RF antenna. - a plurality of metal layers comprising at least an upper metal layer (2; 32; 44; 62) and a lower metal layer (4; 34; 40; 63) placed facing each other; - an internal cavity (5; 35; 45; 65) placed between the upper and lower metal layers; and - an RF antenna , comprising at least one conductive turn, placed in the internal cavity; in which the upper and lower metal layers each comprise a partially empty region (Z1, Z2) facing said at least one turn, each partially empty region comprising at least one aperture through the thickness of said metal layer, characterized in that each partially empty region is partially covered by at least one metal protrusion extending from an edge of the partially empty region so as to define the outline of said at least one aperture, and each metal protrusion forms a finger than lies facing one portion at least of the RF antenna.
A server tray package , comprising: a motherboard assembly that comprises a plurality of data center electronic devices , the plurality of data center electronic devices comprising at least one heat generating processor device ; a liquid cold plate assembly that comprises: a base portion mounted to the motherboard assembly, the base portion and motherboard assembly defining a volume that at least partially encloses the plurality of data center electronic devices ; and a top portion mounted to the base portion and comprising a heat transfer member that comprises an inlet port and an outlet port that are in fluid communication with a cooling liquid flow path defined through the heat transfer member; and a vapor chamber positioned between the base portion and the top portion , the vapor chamber comprising a housing that encloses a heat transfer fluid in thermal contact with the motherboard assembly and the liquid cold plate assembly, wherein the vapor chamber comprises a plurality of fluidly independent chambers within the housing, each of the fluidly independent chambers enclosing at least a portion of the heat transfer fluid. a motherboard assembly that comprises a plurality of data center electronic devices , the plurality of data center electronic devices comprising at least one heat generating processor device ; a liquid cold plate assembly that comprises: a base portion mounted to the motherboard assembly, the base portion and motherboard assembly defining a volume that at least partially encloses the plurality of data center electronic devices ; and a top portion mounted to the base portion and comprising a heat transfer member that comprises an inlet port and an outlet port that are in fluid communication with a cooling liquid flow path defined through the heat transfer member; and a base portion mounted to the motherboard assembly, the base portion and motherboard assembly defining a volume that at least partially encloses the plurality of data center electronic devices ; and a top portion mounted to the base portion and comprising a heat transfer member that comprises an inlet port and an outlet port that are in fluid communication with a cooling liquid flow path defined through the heat transfer member; and a vapor chamber positioned between the base portion and the top portion , the vapor chamber comprising a housing that encloses a heat transfer fluid in thermal contact with the motherboard assembly and the liquid cold plate assembly, wherein the vapor chamber comprises a plurality of fluidly independent chambers within the housing, each of the fluidly independent chambers enclosing at least a portion of the heat transfer fluid.
A method for generating a promoter swap E. coli strain library, comprising the steps of: a. providing a plurality of target genes endogenous to a base E. coli strain, and a promoter ladder, wherein said promoter ladder comprises a plurality of promoters exhibiting different expression profiles in the base E. coli strain, wherein at least one of the plurality of promoters is a chimeric synthetic promoter, wherein the chimeric synthetic promoter is 60-90 nucleotides in length and consists of a distal portion of lambda phage p R promoter, variable -35 and -10 regions of lambda phage p L and p R promoters that are each six nucleotides in length, core portions of lambda phage p L and p R promoters and a 5' UTR/Ribosomal Binding Site (RBS) portion that is the 5' UTR/RBS portion of lambda phage p R promoter or the 5' UTR/Ribosomal Binding Site (RBS) portion of the promoter of the E. coli acs gene; and b. engineering the genome of the base E. coli strain, to thereby create an initial promoter swap E. coli strain library comprising a plurality of individual E. coli strains with unique genetic variations found within each strain of said plurality of individual E. coli strains, wherein each of said unique genetic variations comprises one or more of the promoters from the promoter ladder operably linked to one of the target genes endogenous to the base E. coli strain. a. providing a plurality of target genes endogenous to a base E. coli strain, and a promoter ladder, wherein said promoter ladder comprises a plurality of promoters exhibiting different expression profiles in the base E. coli strain, wherein at least one of the plurality of promoters is a chimeric synthetic promoter, wherein the chimeric synthetic promoter is 60-90 nucleotides in length and consists of a distal portion of lambda phage p R promoter, variable -35 and -10 regions of lambda phage p L and p R promoters that are each six nucleotides in length, core portions of lambda phage p L and p R promoters and a 5' UTR/Ribosomal Binding Site (RBS) portion that is the 5' UTR/RBS portion of lambda phage p R promoter or the 5' UTR/Ribosomal Binding Site (RBS) portion of the promoter of the E. coli acs gene; and b. engineering the genome of the base E. coli strain, to thereby create an initial promoter swap E. coli strain library comprising a plurality of individual E. coli strains with unique genetic variations found within each strain of said plurality of individual E. coli strains, wherein each of said unique genetic variations comprises one or more of the promoters from the promoter ladder operably linked to one of the target genes endogenous to the base E. coli strain.