mhurhangee/patent-ind-claim-en huggingface dataset:
A thrust chamber device , comprising a thrust chamber with a thrust space having a first portion , a second portion adjacent thereto, and a third portion adjacent to the second portion , the thrust space being delimited in all three portions by an outer nozzle wall having an outer thrust space surface , which outer thrust space surface tapers in the first and second portion toward the third portion , widens in the third portion away from the second portion , and has a narrowest point at the transition from the second portion to the third portion , the first portion being delimited by an inner nozzle wall with an inner thrust space surface , which tapers toward the second portion , an annular combustion chamber being formed between the inner thrust space surface and the outer thrust space surface and extending over the first portion , the thrust chamber device also comprising a plurality of first propellant inlets for a first propellant component and a plurality of second propellant inlets for a second propellant component, characterised in that the outer nozzle wall comprises at least a part of the plurality of first propellant inlets , in that the first portion of the thrust space is delimited on a side facing away from the second portion by an injection wall , which connects the inner nozzle wall and the outer nozzle wall to one another, and in that the plurality of second propellant inlets is arranged or formed only in the injection wall .
An interrupt controller comprising: issue circuitry to issue interrupt requests to a processing element; and control circuitry to detect presence of a race condition in association with at least one pending interrupt request to be issued, and to set a barrier indicator when the race condition has been resolved; characterized in that : in response to the race condition being present, the issue circuitry is configured to select one of the at least one pending interrupt request, to issue to the processing element the selected pending interrupt request followed by a dummy request over a path that ensures that the processing element receives the selected pending interrupt request prior to receiving the dummy request, and to receive an acknowledgement indicating that the processing element has received the dummy request; and in response to the acknowledgement the control circuitry is configured to set the barrier indicator. issue circuitry to issue interrupt requests to a processing element; and control circuitry to detect presence of a race condition in association with at least one pending interrupt request to be issued, and to set a barrier indicator when the race condition has been resolved; characterized in that : in response to the race condition being present, the issue circuitry is configured to select one of the at least one pending interrupt request, to issue to the processing element the selected pending interrupt request followed by a dummy request over a path that ensures that the processing element receives the selected pending interrupt request prior to receiving the dummy request, and to receive an acknowledgement indicating that the processing element has received the dummy request; and in response to the acknowledgement the control circuitry is configured to set the barrier indicator. in response to the race condition being present, the issue circuitry is configured to select one of the at least one pending interrupt request, to issue to the processing element the selected pending interrupt request followed by a dummy request over a path that ensures that the processing element receives the selected pending interrupt request prior to receiving the dummy request, and to receive an acknowledgement indicating that the processing element has received the dummy request; and in response to the acknowledgement the control circuitry is configured to set the barrier indicator.
An air filter featuring - a filter housing having an inlet port on the raw air side, an outlet port on the clean air side and a closable maintenance opening ; - a first filter element and a second filter element disposed between the inlet port and the outlet port inside the filter housing ; - a mounting frame in which the first filter element is accommodated; wherein the filter elements can be flowed through in series in at least one operating state of the air filter ; wherein the mounting frame is extractable from the filter housing in a joining direction through the maintenance opening and insertable in the joining direction into the filter housing ; wherein the mounting frame features a clamping wedge and the second filter element features a wedge stop ; wherein the clamping wedge of the mounting frame comes to rest by insertion at the wedge stop of the second filter element and the second filter element is thereby tensioned in a clamping direction transverse to the joining direction with the filter housing . - a filter housing having an inlet port on the raw air side, an outlet port on the clean air side and a closable maintenance opening ; - a first filter element and a second filter element disposed between the inlet port and the outlet port inside the filter housing ; - a mounting frame in which the first filter element is accommodated; wherein the filter elements can be flowed through in series in at least one operating state of the air filter ; wherein the mounting frame is extractable from the filter housing in a joining direction through the maintenance opening and insertable in the joining direction into the filter housing ; wherein the mounting frame features a clamping wedge and the second filter element features a wedge stop ; wherein the clamping wedge of the mounting frame comes to rest by insertion at the wedge stop of the second filter element and the second filter element is thereby tensioned in a clamping direction transverse to the joining direction with the filter housing . wherein the filter elements can be flowed through in series in at least one operating state of the air filter ; wherein the mounting frame is extractable from the filter housing in a joining direction through the maintenance opening and insertable in the joining direction into the filter housing ; wherein the mounting frame features a clamping wedge and the second filter element features a wedge stop ; wherein the clamping wedge of the mounting frame comes to rest by insertion at the wedge stop of the second filter element and the second filter element is thereby tensioned in a clamping direction transverse to the joining direction with the filter housing .
Profile for composing the frame of a window or door, whereby the profile has received a finish in the form of coating or other chemical process and whereby the finished profile contains at least one single aluminium profile , whereby the finished profile is provided with a readable or detectable identification with the individual data of each of the single aluminium profiles in the finished profile , characterised in that the finished profile is provided with at least one unique identification which stretches over the length of the profile as one continuous stretching identification or as a number of identical local identifications spread over the length of the profile , such that when the profile is divided into two or more shorter sub lengths, the sub lengths are still identifiable as part of the original profile .
A luminaire comprising: a housing ; a plurality of solid-state lamps arranged on the housing , wherein light emitted by the plurality of solid-state lamps exhibits a one-to-one mapping of the solid-state lamps to beam spots produced thereby; and a controller communicatively coupled with the plurality of solid-state lamps and configured to provide pixelated control over light distribution of the luminaire ; characterized in that the luminaire further comprises: an electro-optic tunable lens optically coupled to each of the plurality of solid-state lamps , wherein the controller is configured to electronically control at least a beam direction of each of the plurality of solid-state lamps independently of one another via the electro-optic tunable lens; and a touch-sensitive device configured to communicatively couple to the controller and send an input received by the touch-sensitive device to the controller to individually control each of the plurality of solid-state lamps to thereby provide the pixelated control over light distribution of the luminaire . a housing ; a plurality of solid-state lamps arranged on the housing , wherein light emitted by the plurality of solid-state lamps exhibits a one-to-one mapping of the solid-state lamps to beam spots produced thereby; and a controller communicatively coupled with the plurality of solid-state lamps and configured to provide pixelated control over light distribution of the luminaire ; characterized in that the luminaire further comprises: an electro-optic tunable lens optically coupled to each of the plurality of solid-state lamps , wherein the controller is configured to electronically control at least a beam direction of each of the plurality of solid-state lamps independently of one another via the electro-optic tunable lens; and a touch-sensitive device configured to communicatively couple to the controller and send an input received by the touch-sensitive device to the controller to individually control each of the plurality of solid-state lamps to thereby provide the pixelated control over light distribution of the luminaire . an electro-optic tunable lens optically coupled to each of the plurality of solid-state lamps , wherein the controller is configured to electronically control at least a beam direction of each of the plurality of solid-state lamps independently of one another via the electro-optic tunable lens; and a touch-sensitive device configured to communicatively couple to the controller and send an input received by the touch-sensitive device to the controller to individually control each of the plurality of solid-state lamps to thereby provide the pixelated control over light distribution of the luminaire .
A window enclosure system having a window enclosure for enclosing a window , and an adapter frame for receiving, contacting and sealing the window enclosure , wherein the adapter frame is formed for connecting to a window blind frame that is formed separately from the adapter frame and can be installed in a wall, characterized in that the adapter frame is arranged at an inner side of the window blind frame and connected to the inner side of the window blind frame in such a way that the entire adapter frame is arranged below an upper end of the window blind frame and above the lower end of the window blind frame , wherein the adapter frame is formed and arranged such that the window enclosure contacts the adapter frame directly or in each case via a sealing, in particular a stopper sealing , and wherein the window enclosure is formed and arranged such that the window enclosure contacts the window blind frame directly or in each case via a sealing, in particular a stopper sealing .
A thermal emission source , comprising a) a two-dimensional photonic crystal comprising: a slab in which an n-layer made of an n-type semiconductor, a quantum well structure layer having a quantum well structure, and a p-layer made of a p-type semiconductor are stacked in a mentioned order in a thickness direction; and modified refractive index areas whose refractive index differs from refractive indices of the n-layer , the p-layer and the quantum well structure layer , the modified refractive index areas cyclically arranged in the slab so as to resonate with a specific wavelength of light corresponding to a transition energy between subbands in a quantum well in the quantum well structure layer ; and b) electrodes for applying, to the slab , a voltage which is negative on the side of the p-layer and positive on the side of the n-layer . a) a two-dimensional photonic crystal comprising: a slab in which an n-layer made of an n-type semiconductor, a quantum well structure layer having a quantum well structure, and a p-layer made of a p-type semiconductor are stacked in a mentioned order in a thickness direction; and modified refractive index areas whose refractive index differs from refractive indices of the n-layer , the p-layer and the quantum well structure layer , the modified refractive index areas cyclically arranged in the slab so as to resonate with a specific wavelength of light corresponding to a transition energy between subbands in a quantum well in the quantum well structure layer ; and a slab in which an n-layer made of an n-type semiconductor, a quantum well structure layer having a quantum well structure, and a p-layer made of a p-type semiconductor are stacked in a mentioned order in a thickness direction; and modified refractive index areas whose refractive index differs from refractive indices of the n-layer , the p-layer and the quantum well structure layer , the modified refractive index areas cyclically arranged in the slab so as to resonate with a specific wavelength of light corresponding to a transition energy between subbands in a quantum well in the quantum well structure layer ; and b) electrodes for applying, to the slab , a voltage which is negative on the side of the p-layer and positive on the side of the n-layer .
A peristaltic pump , comprising: a housing ; an inlet valve ; an outlet valve ; a motor ; a cam shaft operatively coupled to the motor such that rotation of the motor rotates the cam shaft ; a plunger cam coupled to the cam shaft for rotation therewith; at least one pivot shaft operatively coupled to the housing ; a plunger pivotally coupled to the at least one pivot shaft , the plunger having a cam follower configured to engage the plunger cam of the cam shaft , wherein the plunger is configured to pivot to a first position to compress a tube and to a retracted position away from the tube characterized in further comprising ; a bias member configured to bias the plunger to the first position to compress the tube ; a position sensor operatively coupled to the plunger , wherein the position sensor is configured to determine a position of the plunger ; and a processor coupled to the position sensor to estimate a volume of fluid discharged from the tube when the bias member causes the plunger to move towards the first position. a housing ; an inlet valve ; an outlet valve ; a motor ; a cam shaft operatively coupled to the motor such that rotation of the motor rotates the cam shaft ; a plunger cam coupled to the cam shaft for rotation therewith; at least one pivot shaft operatively coupled to the housing ; a plunger pivotally coupled to the at least one pivot shaft , the plunger having a cam follower configured to engage the plunger cam of the cam shaft , wherein the plunger is configured to pivot to a first position to compress a tube and to a retracted position away from the tube characterized in further comprising ; a bias member configured to bias the plunger to the first position to compress the tube ; a position sensor operatively coupled to the plunger , wherein the position sensor is configured to determine a position of the plunger ; and a processor coupled to the position sensor to estimate a volume of fluid discharged from the tube when the bias member causes the plunger to move towards the first position.
An anti-IL-34 antibody or antigen-binding fragments thereof, said antibody comprising a light chain comprising CDR-L1, CDR-L2 and CDR-L3 comprising respectively the amino acid sequence SEQ ID Nos. 1, 2 and 3; and a heavy chain comprising CDR-H1, CDR-H2 and CDR-H3 comprising respectively the amino acid sequence SEQ ID Nos. 4, 5 and 6.
A composition comprising unconjugated methylphenidate, wherein the unconjugated methylphenidate comprises d-threo-methylphenidate, at least one pharmaceutically acceptable salt thereof, or salt mixtures thereof, and a compound, wherein the compound is a conjugate of d-methylphenidate, having the following chemical formula: or pharmaceutically salt of said compound.
A shaped charge detonating cord retention system comprising: a charge tube with a first axis and at least one charge hole having a second axis perpendicular to the first axis ; and at least one shaped charge retaining cutout coaxial with the second axis , wherein the retention system comprises a detonating cord retainer and the shaped charge retaining cutout is adapted to fit said detonating cord retainer in any angular orientation around the second axis , wherein the detonating cord retainer comprises: a first portion with a thru-hole having a first axis ; a second portion located above the first portion ; and a truncated cone located above and coaxially aligned with the first portion and the second portion and having a thru channel with a second axis perpendicular to the first axis , wherein the second portion has a thru-slot along a first plane perpendicular to the first axis . a charge tube with a first axis and at least one charge hole having a second axis perpendicular to the first axis ; and at least one shaped charge retaining cutout coaxial with the second axis , wherein the retention system comprises a detonating cord retainer and the shaped charge retaining cutout is adapted to fit said detonating cord retainer in any angular orientation around the second axis , wherein the detonating cord retainer comprises: a first portion with a thru-hole having a first axis ; a second portion located above the first portion ; and a truncated cone located above and coaxially aligned with the first portion and the second portion and having a thru channel with a second axis perpendicular to the first axis , wherein the second portion has a thru-slot along a first plane perpendicular to the first axis . a first portion with a thru-hole having a first axis ; a second portion located above the first portion ; and a truncated cone located above and coaxially aligned with the first portion and the second portion and having a thru channel with a second axis perpendicular to the first axis , wherein the second portion has a thru-slot along a first plane perpendicular to the first axis .
A method for facilitating peer-to-peer connection between first and second peer devices , wherein each peer device has capabilities including a respective list of transmission channels that the device is capable of supporting as a group owner and a respective list of transmission channels that the device is capable of supporting as a client including at least one transmission channel not supported as a group owner, and a value indicating intent to be a group owner, the method comprising: transmitting, by a first peer device to a second peer device , an identification of the first peer device with a value indicating intent of the first peer device to be group owner and information regarding its capabilities, wherein the information regarding its capabilities includes an indication of transmission channels that the first peer device is capable of supporting as a group owner and an indication of transmission channels that the first peer device is capable of supporting as a client; determining based on the respective values indicating intent to be group owner which of the first and second peer devices is to serve as a group owner device and which is to serve as a client device; determining a set of common transmission channels that are common to the transmission channels that the group owner device is capable of supporting as a group owner and the transmission channels that the client device is capable of supporting as a client; selecting, from the set of common transmission channels, one of the transmission channels to be used for the peer-to-peer connection; and forming the peer-to-peer connection to use the selected transmission channel. transmitting, by a first peer device to a second peer device , an identification of the first peer device with a value indicating intent of the first peer device to be group owner and information regarding its capabilities, wherein the information regarding its capabilities includes an indication of transmission channels that the first peer device is capable of supporting as a group owner and an indication of transmission channels that the first peer device is capable of supporting as a client; determining based on the respective values indicating intent to be group owner which of the first and second peer devices is to serve as a group owner device and which is to serve as a client device; determining a set of common transmission channels that are common to the transmission channels that the group owner device is capable of supporting as a group owner and the transmission channels that the client device is capable of supporting as a client; selecting, from the set of common transmission channels, one of the transmission channels to be used for the peer-to-peer connection; and forming the peer-to-peer connection to use the selected transmission channel.
Use of a compound of formula (I) to improve the biological performance of an agrochemical R-O-[PO] m -[EO] n -H (I) where R is a C 16 to C 18 straight or branched chain alkyl or alkenyl group, PO means a propylene oxide unit, EO means an ethylene oxide unit, m is from 4 to 9 and n is from 4 to 15.
Surface renovation device comprising a main body which houses electrical rotary drive means and a part of which constitutes a gripping means , and a rotary shaft having a first end connected to the drive means and a second end opposite said first end, as well as a partially open protective casing comprising a body and a lateral closing cheek which is arranged in a plane perpendicular to the shaft and opposite the second end of the shaft, characterized in that the lateral closing cheek remains integral with the body of the casing when opened and is capable of being pivotally movable via a pivot which is directly integral with the body of the casing and the cheek.
A pesticidal composition comprising sulphur in the range of 7.5% to 80% w/w of the total composition, at least one fungicide selected from the group consisting of fenamidone, cyazofamid, pyraclostrobin, azoxystrobin, trifloxystrobin, validamycin, kasugamycin, cyprodinil, pencycuron, hexaconazole, epoxiconazole, or salts thereof and at least one agrochemically acceptable excipient, and wherein the fungicide is present in the range of from 1% to 70% w/w of the total composition.
A high speed blender comprising a counter-rotating motor , comprising: a stator , comprising an outer winding and an inner winding , wherein a phase sequence of the outer winding is reverse to a phase sequence of the inner winding ; an inverter , connected in parallel with the outer winding and the inner winding and configured to supply an excitation current to the outer winding and the inner winding synchronously; an inner rotor , arranged at an inner side of the inner winding and configured to rotate in a first direction by an action of the inner winding ; an outer rotor , arranged at an outer side of the outer winding and configured to rotate in a second direction opposite to the first direction by an action of the outer winding . a stator , comprising an outer winding and an inner winding , wherein a phase sequence of the outer winding is reverse to a phase sequence of the inner winding ; an inverter , connected in parallel with the outer winding and the inner winding and configured to supply an excitation current to the outer winding and the inner winding synchronously; an inner rotor , arranged at an inner side of the inner winding and configured to rotate in a first direction by an action of the inner winding ; an outer rotor , arranged at an outer side of the outer winding and configured to rotate in a second direction opposite to the first direction by an action of the outer winding .