mhurhangee/ep-ind-claims huggingface dataset:
A compressor, comprising: a compressor housing; a non-orbiting scroll member and an orbiting scroll member forming a compression chamber; a discharge port for receiving a compressed fluid; and an intermediate discharge port fluidly connected between the compression chamber and the discharge port, the intermediate discharge port including a sealing member, fluid flow being prevented between the compression chamber and the discharge port through the intermediate discharge port when in a flow-blocked state, and fluid flow being enabled between the compression chamber and the discharge port through the intermediate discharge port when in a flow-permitted state; characterized in that: the sealing member includes a center portion having a first diameter and a plurality of protrusions (165B-165D). a compressor housing; a non-orbiting scroll member and an orbiting scroll member forming a compression chamber; a discharge port for receiving a compressed fluid; and an intermediate discharge port fluidly connected between the compression chamber and the discharge port, the intermediate discharge port including a sealing member, fluid flow being prevented between the compression chamber and the discharge port through the intermediate discharge port when in a flow-blocked state, and fluid flow being enabled between the compression chamber and the discharge port through the intermediate discharge port when in a flow-permitted state; characterized in that: the sealing member includes a center portion having a first diameter and a plurality of protrusions (165B-165D).
Method for secure transmission of data, comprising the steps: - provision of data connections from different start components via at least one intermediate component to a common target component (ZK'), in each case; - grouping together intermediate components, dependent upon an item of cryptographic information, to one grouped-together intermediate component by means of at least one message exchange by a grouping unit, wherein the cryptographic information is a generated token and/or an item of Nonce Information, and wherein it is negotiated which of the intermediate components are grouped together; and - transmitting the data from the start components via the grouped intermediate component to the target component (ZK'), wherein the grouping together of the intermediate components is carried out by means of at least one routing operation such that from the intermediate components precisely one intermediate component is selected and said selected intermediate component is addressed by means of the network addresses of the non-selected intermediate components. - provision of data connections from different start components via at least one intermediate component to a common target component (ZK'), in each case; - grouping together intermediate components, dependent upon an item of cryptographic information, to one grouped-together intermediate component by means of at least one message exchange by a grouping unit, wherein the cryptographic information is a generated token and/or an item of Nonce Information, and wherein it is negotiated which of the intermediate components are grouped together; and - transmitting the data from the start components via the grouped intermediate component to the target component (ZK'), wherein the grouping together of the intermediate components is carried out by means of at least one routing operation such that from the intermediate components precisely one intermediate component is selected and said selected intermediate component is addressed by means of the network addresses of the non-selected intermediate components.
A method for synchronizing phases of one or more divider units (10, 20), comprising: powering on a master divider unit to provide a reference signal, wherein the reference signal is synchronized to a digitally controlled oscillator; and synchronizing a phase of a slave divider unit to the reference signal from the master divider unit; wherein the synchronizing is characterized by: providing, after the master divider unit is powered on to provide the reference signal, a power on pulse at a power control of the slave divider unit to operate the slave divider unit until the phase of the slave divider unit is synchronized to the reference signal from the master divider unit; synchronizing the phase of the slave divider unit to the reference signal using the digitally controlled oscillator; providing a delayed power on pulse at the slave divider powering on the slave divider unit after a first predetermined delay period (δT1) following a rising edge of the power on pulse; and turning the master divider unit to a low-power state after the synchronizing. powering on a master divider unit to provide a reference signal, wherein the reference signal is synchronized to a digitally controlled oscillator; and synchronizing a phase of a slave divider unit to the reference signal from the master divider unit; wherein the synchronizing is characterized by: providing, after the master divider unit is powered on to provide the reference signal, a power on pulse at a power control of the slave divider unit to operate the slave divider unit until the phase of the slave divider unit is synchronized to the reference signal from the master divider unit; synchronizing the phase of the slave divider unit to the reference signal using the digitally controlled oscillator; providing a delayed power on pulse at the slave divider powering on the slave divider unit after a first predetermined delay period (δT1) following a rising edge of the power on pulse; and turning the master divider unit to a low-power state after the synchronizing. providing, after the master divider unit is powered on to provide the reference signal, a power on pulse at a power control of the slave divider unit to operate the slave divider unit until the phase of the slave divider unit is synchronized to the reference signal from the master divider unit; synchronizing the phase of the slave divider unit to the reference signal using the digitally controlled oscillator; providing a delayed power on pulse at the slave divider powering on the slave divider unit after a first predetermined delay period (δT1) following a rising edge of the power on pulse; and turning the master divider unit to a low-power state after the synchronizing.
A distributed control synchronized ring network on a semiconductor chip, comprising: a plurality of nodes (N0-N5), including a root node and one or more branch nodes (N1-N5), wherein the root node is coupled to receive a reference clock signal (CK REF); a circular clock signal path that routes the reference clock signal from the root node, through each of the one or more branch nodes, and back to the root node; and a circular message path that extends in parallel with the circular clock signal path, wherein the root node and the one or more branch nodes transmit messages on the message path wherein each of the plurality of nodes includes corresponding node logic (210, 310) that latches messages received on the message path in response to the reference clock signal received on the clock signal path, wherein each node of the plurality of nodes introduces a corresponding node delay (D N0) with respect to the reference clock signal when transmitting messages, wherein the clock signal path includes a delay line (202, 302) within each of the plurality of nodes, wherein each delay line introduces a delay to the reference clock signal on the clock signal path after the corresponding node logic latches the messages received on the message path in response to the reference clock signal, wherein the delay introduced by the corresponding delay line within each of the plurality of nodes is selected based on the corresponding node delay. a plurality of nodes (N0-N5), including a root node and one or more branch nodes (N1-N5), wherein the root node is coupled to receive a reference clock signal (CK REF); a circular clock signal path that routes the reference clock signal from the root node, through each of the one or more branch nodes, and back to the root node; and a circular message path that extends in parallel with the circular clock signal path, wherein the root node and the one or more branch nodes transmit messages on the message path wherein each of the plurality of nodes includes corresponding node logic (210, 310) that latches messages received on the message path in response to the reference clock signal received on the clock signal path, wherein each node of the plurality of nodes introduces a corresponding node delay (D N0) with respect to the reference clock signal when transmitting messages, wherein the clock signal path includes a delay line (202, 302) within each of the plurality of nodes, wherein each delay line introduces a delay to the reference clock signal on the clock signal path after the corresponding node logic latches the messages received on the message path in response to the reference clock signal, wherein the delay introduced by the corresponding delay line within each of the plurality of nodes is selected based on the corresponding node delay.
Method of modifying lignin comprising esterifying at least a part of the hydroxyl groups present in the lignin with a tall oil fatty acid composition, wherein at least 50 % of the hydroxyl groups are esterified.
Retarder brake system of a vehicle combination composed of an agricultural tractor and an electrically driven trailer, comprising a drive train with components, each of which is subject to a specific power loss, comprising an internal combustion engine, a vehicle transmission which is connected downstream of the internal combustion engine, a mechanical drive axle, connected to a first transmission output of the vehicle transmission, of the agricultural tractor, a first electric motor/generator unit which is connected to a second transmission output, and an electric drive axle which is assigned to the trailer and can be operated by means of a second electric motor/generator unit, wherein the two electric motor/generator units (38, 48) are electrically connected to one another via a DC intermediate circuit, wherein in a retarder mode the second electric motor/generator unit is operated as a generator and the first electric motor/generator unit is operated as a motor, with the result that at least a portion of a gross retarder power which is extracted from the second electric motor/generator unit at the electric drive axle is dissipatively destroyed by the components which are subject to loss as net retarder power within the drive train, wherein the excess gross retarder benefits the mechanical drive axle power of the agricultural tractor and is available there as corresponding propulsion power.
Isolated TCR, wherein the TCR comprises - a TCR α chain comprising a CDR1 having the amino acid sequence of SEQ ID NO: 4, a CDR 2 having the amino acid sequence of SEQ ID NO: 5 and a CDR 3 having the sequence of SEQ ID NO: 6; and - a TCR β chain comprising a CDR1 having the amino acid sequence of SEQ ID NO: 7, a CDR 2 having the amino acid sequence of SEQ ID NO: 8 and a CDR 3 having the sequence of SEQ ID NO: 9. - a TCR α chain comprising a CDR1 having the amino acid sequence of SEQ ID NO: 4, a CDR 2 having the amino acid sequence of SEQ ID NO: 5 and a CDR 3 having the sequence of SEQ ID NO: 6; and - a TCR β chain comprising a CDR1 having the amino acid sequence of SEQ ID NO: 7, a CDR 2 having the amino acid sequence of SEQ ID NO: 8 and a CDR 3 having the sequence of SEQ ID NO: 9.
A washer and/or dryer comprising a body and a door that provides access into the body in order to place the laundry therein and that has - a ring shaped inner door forming the portion thereof facing the inside of the body and - a ring shaped outer door that forms the portion thereof facing the outside of the body and that is fixed onto the inner door so that their inner faces face each other, - a skirt that is squeezed between the inner door and the outer door and a transparent door having a hub extending towards the inside of the body and - a circular gasket that is all around squeezed between the transparent door and the inner door and that provides leak-proofing against the humid air forming inside the body, characterized by the door having - more than one pin disposed on the inner door and - more than one hole that is disposed on the gasket and that provides the gasket to be properly positioned on the inner door by being seated onto the pins. - a ring shaped inner door forming the portion thereof facing the inside of the body and - a ring shaped outer door that forms the portion thereof facing the outside of the body and that is fixed onto the inner door so that their inner faces face each other, - a skirt that is squeezed between the inner door and the outer door and a transparent door having a hub extending towards the inside of the body and - a circular gasket that is all around squeezed between the transparent door and the inner door and that provides leak-proofing against the humid air forming inside the body, - more than one pin disposed on the inner door and - more than one hole that is disposed on the gasket and that provides the gasket to be properly positioned on the inner door by being seated onto the pins.
A vehicle headlight device (100, 130) comprising: a light source for emitting light; an optical element (40, 80) for receiving the light at an incidence surface (401, 8011), changing a propagation direction of the light to bring the light to a reflecting surface (402, 8021), reflecting the light at the reflecting surface (402, 8021), and changing a propagation direction of the reflected light at an exit surface (403, 8031) from which the light exits; and a rotation mechanism for rotatably supporting the optical element (40, 80) relative to the light source with a line passing through the incidence surface (401, 8011) and the exit surface (403, 8031) as an axis of rotation. a light source for emitting light; an optical element (40, 80) for receiving the light at an incidence surface (401, 8011), changing a propagation direction of the light to bring the light to a reflecting surface (402, 8021), reflecting the light at the reflecting surface (402, 8021), and changing a propagation direction of the reflected light at an exit surface (403, 8031) from which the light exits; and a rotation mechanism for rotatably supporting the optical element (40, 80) relative to the light source with a line passing through the incidence surface (401, 8011) and the exit surface (403, 8031) as an axis of rotation.
A terminal comprising means for transmitting data towards a station in the form of radio signals, said radio signals being transmitted using a frequency resource shared between a plurality of terminals, characterized in that said terminal is configured to emit radio signals the instantaneous frequency spectrum of which has a bandwidth that is at least five times lower than an operating frequency range (TNOFR) of said terminal, said operating frequency range corresponding to the frequency bandwidth effectively occupied by a radio signal over time taking into account the bandwidth of the instantaneous frequency spectrum of the radio signals emitted by said terminal and a frequency drift of a frequency synthesis means of said terminal, and being substantially equal to said bandwidth of the instantaneous frequency spectrum to which is added said frequency drift of the frequency synthesis means of said terminal.
Use of one or more ALS inhibitor herbicide(s) for controlling unwanted vegetation in Beta vulgaris growing areas in which the Beta vulgaris plants comprise a mutation in codon 1705-1707 of an endogenous ALS gene encoding an ALS protein containing leucine at position 569 and wherein the mutation is homozygously present.
A method comprising: receiving by an image analysis facility a capsule endoscope having an internal memory, the internal memory of the capsule endoscope storing images acquired by the capsule endoscope; transferring the images from the internal memory of the capsule endoscope to an external memory that is external to the capsule endoscope; wherein the capsule endoscope is received through one of mail and a common carrier, from a patient of whom the images stored in the internal memory were acquired, in a pre-addressed return mailing device that is addressed to an image analysis facility; wherein the method further comprises: a manager module of an image analysis system at the image analysis facility selecting an image analysis station from among a plurality of image analysis stations of the image analysis system to analyze the images; and analyzing the images at the selected image analysis station, the selected image analysis station having a processor and an image display device, the processor operable to cause the images to be displayed on the image display device. receiving by an image analysis facility a capsule endoscope having an internal memory, the internal memory of the capsule endoscope storing images acquired by the capsule endoscope; transferring the images from the internal memory of the capsule endoscope to an external memory that is external to the capsule endoscope; wherein the capsule endoscope is received through one of mail and a common carrier, from a patient of whom the images stored in the internal memory were acquired, in a pre-addressed return mailing device that is addressed to an image analysis facility; wherein the method further comprises: a manager module of an image analysis system at the image analysis facility selecting an image analysis station from among a plurality of image analysis stations of the image analysis system to analyze the images; and analyzing the images at the selected image analysis station, the selected image analysis station having a processor and an image display device, the processor operable to cause the images to be displayed on the image display device. a manager module of an image analysis system at the image analysis facility selecting an image analysis station from among a plurality of image analysis stations of the image analysis system to analyze the images; and analyzing the images at the selected image analysis station, the selected image analysis station having a processor and an image display device, the processor operable to cause the images to be displayed on the image display device.
A method for obtaining tomography images of a portion of a leg, the method comprising: a) positioning the portion of the leg to be imaged along a β axis in a scanner that comprises a radiation source and a detector that are disposed to orbit the β axis and atop a first weight sensor (220L; 220R); b) positioning the leg to be imaged within the scanner and a leg that is placed on a second weight sensor (220R; 220L) that lies outside the scanner; c) displaying one or more values indicative of the weight distribution between the first and second weight sensors; and d) energizing the radiation source to direct radiation through the portion of the leg being imaged and toward the detector and obtaining one or more images at different angles. a) positioning the portion of the leg to be imaged along a β axis in a scanner that comprises a radiation source and a detector that are disposed to orbit the β axis and atop a first weight sensor (220L; 220R); b) positioning the leg to be imaged within the scanner and a leg that is placed on a second weight sensor (220R; 220L) that lies outside the scanner; c) displaying one or more values indicative of the weight distribution between the first and second weight sensors; and d) energizing the radiation source to direct radiation through the portion of the leg being imaged and toward the detector and obtaining one or more images at different angles.
Surface preparation method using polymers comprising at least one carbon-oxygen bond of the kind found in alkoxyamines, which gives rise to free radicals when the polymer is activated thermally, by organic or inorganic reduction-oxidation, photochemically, or else under the influence of ionizing radiation, said method comprising the following steps: - contacting the polymers with the surface to be treated, - activating the carbon-oxygen bond of the kind found in alkoxyamines, which gives rise to free radicals thermally, by organic or inorganic reduction-oxidation, photochemically, by shear, by plasma, or else under the influence of ionizing radiation, to form a film grafted onto the surface to be treated having a thickness of less than 10 nm on the surface, - evaporating, when present, the solubilisation or dispersion solvent employed for contacting the molecules with the surface to be treated. - contacting the polymers with the surface to be treated, - activating the carbon-oxygen bond of the kind found in alkoxyamines, which gives rise to free radicals thermally, by organic or inorganic reduction-oxidation, photochemically, by shear, by plasma, or else under the influence of ionizing radiation, to form a film grafted onto the surface to be treated having a thickness of less than 10 nm on the surface, - evaporating, when present, the solubilisation or dispersion solvent employed for contacting the molecules with the surface to be treated.
Combination of compositions for use in the treatment of defective epithelium of a tissue for integrating cells into the epithelium, comprising a first composition containing 17β-estradiol as the active ingredient, and a second composition comprising a suspension of cells, wherein the second composition is for contacting the epithelium at a time after the contact with the first composition.
A stowage loading system for loading and unloading an article from a roof of a vehicle, the stowage loading system comprising: a base frame for connection to the vehicle; a stowage frame that is connected to the base frame and able to rotate relative to the base frame about a main pivot axis; and a control member for controlling rotation of the stowage frame relative to the base frame; wherein: the stowage loading system further comprises: an idler link that is arranged to rotate relative to the base frame and about an idler axis; a coupling means connected between the idler link and the stowage frame that couples rotation of the stowage frame about the main pivot axis to the rotation of the idler link about the idler axis; and characterised in that; the control member is pivotally connected to both the idler link and the stowage frame and arranged to act on said idler link and stowage frame. a base frame for connection to the vehicle; a stowage frame that is connected to the base frame and able to rotate relative to the base frame about a main pivot axis; and a control member for controlling rotation of the stowage frame relative to the base frame; wherein: the stowage loading system further comprises: an idler link that is arranged to rotate relative to the base frame and about an idler axis; a coupling means connected between the idler link and the stowage frame that couples rotation of the stowage frame about the main pivot axis to the rotation of the idler link about the idler axis; and characterised in that; the control member is pivotally connected to both the idler link and the stowage frame and arranged to act on said idler link and stowage frame. the stowage loading system further comprises: an idler link that is arranged to rotate relative to the base frame and about an idler axis; a coupling means connected between the idler link and the stowage frame that couples rotation of the stowage frame about the main pivot axis to the rotation of the idler link about the idler axis; and characterised in that; the control member is pivotally connected to both the idler link and the stowage frame and arranged to act on said idler link and stowage frame. an idler link that is arranged to rotate relative to the base frame and about an idler axis; a coupling means connected between the idler link and the stowage frame that couples rotation of the stowage frame about the main pivot axis to the rotation of the idler link about the idler axis; and characterised in that; the control member is pivotally connected to both the idler link and the stowage frame and arranged to act on said idler link and stowage frame.