mhurhangee/patent-ind-claim-en huggingface dataset:
A reflex sight for a weapon, the reflex sight comprising: (a) a viewing window through which a user can view a target scene (b) an orientation sensor for generating information representative of a weapon cant angle; (c) a processor in electrical communication with the orientation sensor, the processor configured to receive the information representative of the weapon cant angle from the orientation sensor; (d) a display in electrical communication with the processor for providing a visual indication of excessive weapon cant if the weapon cant angle exceeds a preselected threshold, wherein the display includes a plurality of pixels for displaying an aiming reticle; (e) projection optics for projecting an image of the aiming reticle, the image of the aiming reticle viewable through the viewing window; wherein the aiming reticle comprises a central aim point , a left reticle element disposed to the left of the central aim point, and a right reticle element disposed to the right of the central aim point; and wherein the processor is configured to cause the left reticle element and the right reticle element to be displayed in non-contrasting fashion when the weapon cant angle is less than a preselected threshold cant angle, and to cause the left reticle element to be displayed in a contrasting fashion when the weapon cant angle is greater than a preselected threshold cant angle to the left, and to cause the right reticle element to be displayed in a contrasting fashion when the weapon cant angle is greater than a preselected threshold cant angle to the right. (a) a viewing window through which a user can view a target scene (b) an orientation sensor for generating information representative of a weapon cant angle; (c) a processor in electrical communication with the orientation sensor, the processor configured to receive the information representative of the weapon cant angle from the orientation sensor; (d) a display in electrical communication with the processor for providing a visual indication of excessive weapon cant if the weapon cant angle exceeds a preselected threshold, wherein the display includes a plurality of pixels for displaying an aiming reticle; (e) projection optics for projecting an image of the aiming reticle, the image of the aiming reticle viewable through the viewing window; wherein the aiming reticle comprises a central aim point , a left reticle element disposed to the left of the central aim point, and a right reticle element disposed to the right of the central aim point; and wherein the processor is configured to cause the left reticle element and the right reticle element to be displayed in non-contrasting fashion when the weapon cant angle is less than a preselected threshold cant angle, and to cause the left reticle element to be displayed in a contrasting fashion when the weapon cant angle is greater than a preselected threshold cant angle to the left, and to cause the right reticle element to be displayed in a contrasting fashion when the weapon cant angle is greater than a preselected threshold cant angle to the right.
A method for a first User Equipment, in the following also referred to as UE, to request dedicated sidelink configuration, comprising: transmitting a first Radio Resource Control, in the following also referred to as RRC, message to a network node, wherein the first RRC message includes a sidelink Quality of Service, in the following also referred to as QoS, information ; and receiving a second RRC message from the network node, wherein the second RRC message includes a dedicated sidelink configuration and an identity of a sidelink QoS flow associated with the dedicated sidelink configuration , characterized in that a presence of the identity of the sidelink QoS flow in the sidelink QoS information is mandatory and a presence of a QoS profile of the sidelink QoS flow in the sidelink QoS information is optional, wherein the sidelink QoS information includes the identity of the sidelink QoS flow if there is no data available for transmission from the sidelink QoS flow. transmitting a first Radio Resource Control, in the following also referred to as RRC, message to a network node, wherein the first RRC message includes a sidelink Quality of Service, in the following also referred to as QoS, information ; and receiving a second RRC message from the network node, wherein the second RRC message includes a dedicated sidelink configuration and an identity of a sidelink QoS flow associated with the dedicated sidelink configuration , characterized in that a presence of the identity of the sidelink QoS flow in the sidelink QoS information is mandatory and a presence of a QoS profile of the sidelink QoS flow in the sidelink QoS information is optional, wherein the sidelink QoS information includes the identity of the sidelink QoS flow if there is no data available for transmission from the sidelink QoS flow.
A compound for use in treating myeloid/lymphoid neoplasms in a patient in need thereof, wherein the compound is Compound 1 having the formula: wherein the myeloid/lymphoid neoplasms is 8p11 myeloproliferative syndrome.
A method of detoxifying a coolant system containing a coolant liquid comprising water and ethylene glycol, which method comprises the steps of: (a) withdrawing a predetermined volume of the coolant liquid from the coolant system, the predetermined amount being from 8 to 15% of the volume of the coolant system; (b) replenishing the coolant system with a top-up mix comprising at least 90% by volume of a polyhydric alcohol having a boiling point above 150°C and reactivity as an alcohol dehydrogenase enzyme inhibitor, substantially all the remainder of the top-up mix comprising corrosion inhibitor, water and incidental ingredients, the amount of the top-up mix being at least 90% by volume of the predetermined volume withdrawn in step (a). (a) withdrawing a predetermined volume of the coolant liquid from the coolant system, the predetermined amount being from 8 to 15% of the volume of the coolant system; (b) replenishing the coolant system with a top-up mix comprising at least 90% by volume of a polyhydric alcohol having a boiling point above 150°C and reactivity as an alcohol dehydrogenase enzyme inhibitor, substantially all the remainder of the top-up mix comprising corrosion inhibitor, water and incidental ingredients, the amount of the top-up mix being at least 90% by volume of the predetermined volume withdrawn in step (a).
Process for classification of metallurgical silicon containing impurities of carbon and/or carbon-containing compounds comprising the steps of a) determining the free carbon proportion which reacts with oxygen up to a temperature of 700°C, b) assigning metallurgical silicon in which the free carbon proportion is ≤ 150 ppmw for a process for producing chlorosilanes and/or assigning metallurgical silicon in which the free carbon proportion is > 150 ppmw for a process for producing methylchlorosilanes. a) determining the free carbon proportion which reacts with oxygen up to a temperature of 700°C, b) assigning metallurgical silicon in which the free carbon proportion is ≤ 150 ppmw for a process for producing chlorosilanes and/or assigning metallurgical silicon in which the free carbon proportion is > 150 ppmw for a process for producing methylchlorosilanes.
Mounting device for mounting a photovoltaic system on a frame covered with tiles , the mounting device comprising: - a tile intended to cover the frame and having a tile hole ; - a sleeve fixed inside the tile hole , said sleeve having an opening; - an anchoring member intended to anchor the photovoltaic system on the frame , the anchoring member passing through the opening of the sleeve and being, on the one hand, intended to be fixed to an anchoring support fixed to the frame and, on the other hand, intended to be fixed to the photovoltaic system ; - a cover covering the opening of the sleeve to protect it, the cover being provided with a cover hole and being fixed to the anchoring member which passes through said cover hole in a sealed way, said cover being placed at a distance from the sleeve so as to guarantee a positioning tolerance of the anchoring member with respect to the sleeve wherein the cover has an axis of revolution and the cover hole is offset with respect to said axis of revolution, and the cover contains a cover seal on its hole so as to seal the connection between the anchoring member and the cover . - a tile intended to cover the frame and having a tile hole ; - a sleeve fixed inside the tile hole , said sleeve having an opening; - an anchoring member intended to anchor the photovoltaic system on the frame , the anchoring member passing through the opening of the sleeve and being, on the one hand, intended to be fixed to an anchoring support fixed to the frame and, on the other hand, intended to be fixed to the photovoltaic system ; - a cover covering the opening of the sleeve to protect it, the cover being provided with a cover hole and being fixed to the anchoring member which passes through said cover hole in a sealed way, said cover being placed at a distance from the sleeve so as to guarantee a positioning tolerance of the anchoring member with respect to the sleeve
A receiver, wherein the receiver (UE) is located in a spatial region of interest served by a transmitter (eNB 1 ) of a wireless communication network; wherein the receiver (UE) is configured to receive a radio signal from one transmitter (eNB 1 ) of the wireless communication network, the radio signal comprising a plurality of position reference signal (PRS) sequences, each PRS sequence having associated therewith a different PRS sequence identifier, each PRS sequence send using a different beam cone of the one transmitter (eNB 1 ), and the beam cones of the one transmitter (eNB 1 ) for sending the plurality of PRS sequences directed to the spatial region of interest ; wherein the receiver (UE) is configured to process the radio signal to estimate a time of arrival (TOA) of each PRS sequence received from the one transmitter (eNB 1 ) using the different beam cones and to obtain for each PRS sequence the associated PRS sequence identifier; wherein a position of the receiver (UE) is estimated using the times of arrival of the PRS sequences from the one transmitter (eNB 1 ) at the receiver (UE) and angles of departure (AoD) of the beam cones at the one transmitter (eNB 1 ) being associated with the PRS sequence identifiers; and wherein the different beam cones are received at the receiver (UE) via non-line-of-sight, NLoS, paths.
A partition for locating and protecting bottles within a box, said partition comprising a foldable unitary blank comprising a rectangular or square base panel , first and second side panels connected to opposite side edges of the base panel by respective first fold lines ; first and second front panels connected to respective first and second side panels by respective second fold lines extending parallel to and spaced from said first fold lines ; a first link panel connected to a bottom edge of the base panel by a third fold line extending perpendicular to said first fold lines , said first link panel having a width approximately one third of the width of the base panel and being located centrally with respect to the bottom edge of the base panel ; a third front panel connected to a second edge of the first link panel by a fourth fold line opposite and parallel to said third fold line ; a second link panel connected to a bottom edge of the first side panel by a fifth fold line and a third link panel connected to a bottom edge of the second side panel by a sixth fold line , said third, fifth and sixth fold lines being aligned along a common axis; a third side panel connected to a bottom edge of the second link panel by a seventh fold line and a fourth side panel connected to a bottom edge of the third link panel by an eighth fold line , said fourth, seventh and eighth fold lines being aligned along a common axis; a fourth link panel extending between said third side panel and said third front panel and being separated therefrom by respective fold lines; a fifth link panel extending between said fourth side panel and said third front panel and being separated therefrom by respective fold lines; wherein, in use, said first, second and third link panels are folded about respective third, fifth and sixth fold lines to extend perpendicular to said base panel ; said third front panel , third side panel and fourth side panel are folded about said fourth, seventh and eighth fold lines respectively such that said third front panel lies parallel to and spaced from said base panel , said third side panel extending parallel to and spaced from said first side panel and said fourth side panel extending parallel to and spaced from said second side panel ; said first and second front panels being folded about respective second fold lines to lie perpendicular to said first and second side panels ; said first and second side panels being subsequently folded with respect to the base panel about respective first fold lines , the fourth and fifth link panels at the same time folding with respect to the third front panel and third and fourth side panels folding about respective fold lines such that the fourth and fifth link panels lie against respective third and fourth side panels and extend perpendicular to the base panel whereby the folded blank defines a partition having three parallel cavities for receiving respective bottles therein.
An aqueous composition comprising i) a compound neutralizing GM-CSF which is a human monoclonal antibody binding to GM-CSF which comprises a light chain amino acid sequence as set out in SEQ ID NO. 34 and a heavy chain amino acid sequence as set out in SEQ ID NO: 35, in a concentration of 100 mg/ml to 180 mg/ml, ii) 5% (w/v) sorbitol, iii) 30 mM L-histidine and iv) has a pH of 5.8. i) a compound neutralizing GM-CSF which is a human monoclonal antibody binding to GM-CSF which comprises a light chain amino acid sequence as set out in SEQ ID NO. 34 and a heavy chain amino acid sequence as set out in SEQ ID NO: 35, in a concentration of 100 mg/ml to 180 mg/ml, ii) 5% (w/v) sorbitol, iii) 30 mM L-histidine and iv) has a pH of 5.8.
A fire extinguisher system , comprising: a fire extinguisher fitting that extends into a fire extinguisher container ; and an assembly that extends into the fitting , wherein the assembly comprises: a pressure monitoring device having a connection portion that extends into the fitting , a monitoring housing , and a flange between the connection portion and the monitoring housing , and a fill adapter having an adapter housing disposed about the pressure monitoring device and an adapter shaft that engages the pressure monitoring device . a fire extinguisher fitting that extends into a fire extinguisher container ; and an assembly that extends into the fitting , wherein the assembly comprises: a pressure monitoring device having a connection portion that extends into the fitting , a monitoring housing , and a flange between the connection portion and the monitoring housing , and a fill adapter having an adapter housing disposed about the pressure monitoring device and an adapter shaft that engages the pressure monitoring device . a pressure monitoring device having a connection portion that extends into the fitting , a monitoring housing , and a flange between the connection portion and the monitoring housing , and a fill adapter having an adapter housing disposed about the pressure monitoring device and an adapter shaft that engages the pressure monitoring device .
A safety line support comprising: a connecting part through which a safety line is arrangeable so that the connecting part is configured to surround the safety line ; and a bracket part supporting the connecting part and comprising fastening means for anchoring the safety line support to a structure of a construction ; characterized in that the support has a single piece configuration and is formed of sheet material; the connecting part comprises at least two ring-shaped elements having a common axial central line and being located at an axial distance from each other so that there is an empty space between the two ring-shaped elements ; the at least two ring-shaped elements are configured to be clamped around the safety line whereby the safety line is mounted immovably relative to the support ; and wherein the support comprises at least one tooth facing towards the safety line for strengthening grip between the safety line and the support and which at least one tooth is located between the ring-shaped elements , on inner surface of the ring-shaped element , or on side surfaces of the ring-shaped elements. a connecting part through which a safety line is arrangeable so that the connecting part is configured to surround the safety line ; and a bracket part supporting the connecting part and comprising fastening means for anchoring the safety line support to a structure of a construction ; characterized in that the support has a single piece configuration and is formed of sheet material; the connecting part comprises at least two ring-shaped elements having a common axial central line and being located at an axial distance from each other so that there is an empty space between the two ring-shaped elements ; the at least two ring-shaped elements are configured to be clamped around the safety line whereby the safety line is mounted immovably relative to the support ; and wherein the support comprises at least one tooth facing towards the safety line for strengthening grip between the safety line and the support and which at least one tooth is located between the ring-shaped elements , on inner surface of the ring-shaped element , or on side surfaces of the ring-shaped elements.
A control unit assembly for a medical device wherein the assembly comprises a control unit and a docking unit, the docking unit located on the medical device, the medical device comprising a compression device for a limb, the compression device comprising a sleeve with inflatable cells ; the control unit comprising a pump, at least two conduits and control means for controlling the flow of fluid from the pump through the conduits, characterised in that : the docking unit comprises a backing plate which carries rigid fluid transfer connectors which detachably connect the conduits to inflatable cells of the device; the conduits each comprise a rigid internal passage located in the control unit which terminates in a connector configured to make a detachable connection between the control unit and the docking unit so that the control unit can be readily attached and detached from the device; each connector of the control unit able to engage the fluid transfer connector of the docking unit to form a fluid tight seal and the control unit slides into connection with the backing plate to form the fluid tight seal. the docking unit comprises a backing plate which carries rigid fluid transfer connectors which detachably connect the conduits to inflatable cells of the device; the conduits each comprise a rigid internal passage located in the control unit which terminates in a connector configured to make a detachable connection between the control unit and the docking unit so that the control unit can be readily attached and detached from the device; each connector of the control unit able to engage the fluid transfer connector of the docking unit to form a fluid tight seal and the control unit slides into connection with the backing plate to form the fluid tight seal.
A multi-part device comprising a device , said device comprising a support part , said support part being configured to receive a tip holder and a multiwell plate , wherein said multiwell plate comprises at least one row (23 a, b, c) of vessels and one row of openings , wherein said vessels comprise a closed bottom and an open top, said multi-part device further comprising the tip holder and the multiwell plate , characterized in that said multi-part device further comprising a liquid waste container and said support part being configured to receive the liquid waste container , wherein said openings are located above the liquid waste container when said liquid waste container and said multiwell plate are mounted on said support part , wherein said liquid waste container has opposing long side walls and opposing short side walls which encompass an inner volume, and wherein said liquid waste container comprises a closed bottom and an open top .
An object information acquisition apparatus comprising: an irradiating unit configured to irradiate an object with light; a plurality of detecting units configured to receive an elastic wave generated by irradiating the object with light and convert the elastic wave to a signal; a distribution acquiring unit configured to acquire a light intensity distribution within the object ; characterized by a setting unit configured to select a minimum block unit within a light intensity domain in which light intensity is greater than or equal to a predetermined threshold value, using the light intensity distribution; and a generating unit configured to generate image data representing object information in the object by selectively reconstructing the minimum block unit selected by the setting unit , using the signal. an irradiating unit configured to irradiate an object with light; a plurality of detecting units configured to receive an elastic wave generated by irradiating the object with light and convert the elastic wave to a signal; a distribution acquiring unit configured to acquire a light intensity distribution within the object ; characterized by a setting unit configured to select a minimum block unit within a light intensity domain in which light intensity is greater than or equal to a predetermined threshold value, using the light intensity distribution; and a generating unit configured to generate image data representing object information in the object by selectively reconstructing the minimum block unit selected by the setting unit , using the signal.