mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing a solid composition of an olefin polymerization catalyst, which method comprises reacting at least the following components: (a) a magnesium halide, (b) an organic compound containing active hydrogen, and (c) an epoxide, in the presence of at least one polymeric dispersion stabilizer, to directly precipitate a solid particulate product, the polymeric dispersion stabilizer is at least one chosen from polyacrylates, styrene-maleic anhydride copolymers, polystyrene sulfonates, naphthalenesulfonic acid-formaldehyde condensation products, condensed alkyl phenyl ether sulfates, condensed alkylphenol polyoxyethylene ether phosphates, oxyalkyl acrylate copolymer-modified polyethyleneimines, poly(1-dodecyl-4-vinylpyridinium bromide)s, poly(vinylbenzyl trimethyl ammonium salt)s, poly(vinyl alcohol)s, polyacrylamides, ethylene oxide-propylene oxide block copolymers, polyvinylpyrrolidones, poly(vinylpyrrolidone-co-vinyl acetate)s, poly(ethylene glycol)s, alkylphenyl polyoxyethylene ethers and poly(alkyl methylacrylate)s; (a) a magnesium halide, (b) an organic compound containing active hydrogen, and (c) an epoxide, in the presence of at least one polymeric dispersion stabilizer, to directly precipitate a solid particulate product,
A treatment planning computer for creating a treatment plan for delivering a dose distribution via a radiotherapy apparatus that is subject to a plurality of machine constraints and which comprises a plurality of movable geometry items, the treatment planning computer comprising a processor, at least one data store, and a program stored in the data store, the program being adapted to cause the processor to: i. receive the dose distribution ii. receive inertial characteristics of geometry items of the radiotherapy apparatus, and iii. perform an algorithmic process in order to produce a treatment plan in the light of the inertial characteristics and which matches the acceleration and deceleration phases of each geometry item so that the geometry items are adjusted in synchrony and capable of delivering the dose distribution via a radiotherapy apparatus subject to the machine constraints. i. receive the dose distribution ii. receive inertial characteristics of geometry items of the radiotherapy apparatus, and iii. perform an algorithmic process in order to produce a treatment plan in the light of the inertial characteristics and which matches the acceleration and deceleration phases of each geometry item so that the geometry items are adjusted in synchrony and capable of delivering the dose distribution via a radiotherapy apparatus subject to the machine constraints.
Network entity (101, 201) for communications in a communication network, the network entity (101, 201) being able to communicate with at least a number of further network entities in the communication network, the network entity (101, 201) comprises: a receiver (103, 203) adapted to receive a number of load indications, each of the number of load indications indicating a current load of at least one further network entity in the communication network, and a processor (105, 205) adapted to control a resource management of the network entity (101, 201) in dependence on the received load indications, characterized by further comprising an admission control entity which is adapted to change pre-configured shares for handover traffic, real-time traffic or non-real time traffic of the resource management in dependence on a processing scheme the processor performs with respect to the received current load indications. a receiver (103, 203) adapted to receive a number of load indications, each of the number of load indications indicating a current load of at least one further network entity in the communication network, and a processor (105, 205) adapted to control a resource management of the network entity (101, 201) in dependence on the received load indications, characterized by further comprising an admission control entity which is adapted to change pre-configured shares for handover traffic, real-time traffic or non-real time traffic of the resource management in dependence on a processing scheme the processor performs with respect to the received current load indications.
An isolated polypeptide that i. consists of an amino acid sequence that shares at least about 90% identity with the amino acid sequence set forth in SEQ ID NO 2 or 1; and ii. possesses at least one activity selected from the group consisting of an inhibition of cancer cell invasion and an inhibition of cancer growth, wherein the amino acid residue corresponding to position 210 of SEQ ID NO 2 or the amino acid residue corresponding to position 218 of SEQ ID NO 1 is an aspartic acid, wherein the cancer is selected from the group consisting of a low grade glioma, a medium grade glioma, a high grade glioma, a fibrosarcoma, a colorectal cancer, a lung cancer, a colon cancer, a liver cancer, a breast cancer, a prostate cancer, and a nasopharyngeal cancer multiforme. i. consists of an amino acid sequence that shares at least about 90% identity with the amino acid sequence set forth in SEQ ID NO 2 or 1; and ii. possesses at least one activity selected from the group consisting of an inhibition of cancer cell invasion and an inhibition of cancer growth,
Conference system comprising a plurality of delegate units, each delegate unit having a microphone for receiving an audio signal from a surrounding, a central service module handling a plurality of contribution channels, whereby the audio output of the contribution channels contribute to an amplified audio output of the conference system, whereby each delegate unit is adapted to send a request for a contribution channel commit to the central service module, whereby the central service module is adapted to grant the request and to allocate a contribution channel to the requesting delegate unit, thus setting the requesting delegate unit (i) in an active state, characterized in that the delegate unit is adapted to trigger the request by voice activation, whereby the request is triggered in case at least a first trigger condition is fulfilled defining that the audio signal level of one of the delegate units as a possible requesting delegate unit (i) is higher than an individual test value for each other delegate unit in the active state, whereby the audio signal level is the level of the audio signal received by the microphone of the possible requesting delegate unit (i), whereby for each other active delegate unit the individual test value is an estimated audio signal level assigned to the possible requesting delegate unit (i) resulting from an audio or speech signal provided to the other active delegate units.
A transmission electron microscope x-ray analyser comprising:- a housing containing a silicon drift detector, the entire housing being moveable in use between an analysis position and a retracted position; the housing having an end portion within which the silicon drift detector is contained, the end portion forming the part of the x-ray analyser positioned proximal to the beam of a transmission electron microscope when in use, wherein the material of the end portion is selected from the group of titanium, molybdenum, titanium-aluminium alloy, and phosphor bronze; and, an automatic retraction system adapted to move the entire housing containing the silicon drift detector from the analysis position to the retracted position upon receipt of a trigger signal indicative of a condition in which the power level received by the silicon drift detector from impinging x-rays or electrons is above a predetermined threshold. a housing containing a silicon drift detector, the entire housing being moveable in use between an analysis position and a retracted position; the housing having an end portion within which the silicon drift detector is contained, the end portion forming the part of the x-ray analyser positioned proximal to the beam of a transmission electron microscope when in use, wherein the material of the end portion is selected from the group of titanium, molybdenum, titanium-aluminium alloy, and phosphor bronze; and, an automatic retraction system adapted to move the entire housing containing the silicon drift detector from the analysis position to the retracted position upon receipt of a trigger signal indicative of a condition in which the power level received by the silicon drift detector from impinging x-rays or electrons is above a predetermined threshold.
An EM filter component for an aircraft insert, comprising: a non-conductive body (101, 301) having an outer surface and an inner surface, wherein the inner surface is configured to be hidden from view when installed on the insert; and a surface filter disposed on the inner surface such that when the non-conductive body (101, 301) is installed on the insert the surface filter is not visible, wherein the surface filter is configured to filter out one or more predetermined filter frequencies, wherein the non-conductive body (101, 301) is a faceplate for an aircraft appliance, and wherein the non-conductive body (101, 301) defines a grill and a window for viewing an electronic display, and wherein the surface filter covers a portion of the grill to define an uncovered portion to pass one or more communication frequencies. a non-conductive body (101, 301) having an outer surface and an inner surface, wherein the inner surface is configured to be hidden from view when installed on the insert; and a surface filter disposed on the inner surface such that when the non-conductive body (101, 301) is installed on the insert the surface filter is not visible, wherein the surface filter is configured to filter out one or more predetermined filter frequencies, wherein the non-conductive body (101, 301) is a faceplate for an aircraft appliance, and wherein the non-conductive body (101, 301) defines a grill and a window for viewing an electronic display, and wherein the surface filter covers a portion of the grill to define an uncovered portion to pass one or more communication frequencies.
A metal-doped tin oxide which - has a BET surface area of at least 30 m 2 /g, and - comprises a metal dopant which is Sb, wherein the metal dopant - is present in an amount of from 5.0 at% to 25 at%, based on the total amount of tin and metal dopant atoms, and - is in a mixed valence state containing Sb 3+ atoms and Sb 5+ atoms, wherein the atomic ratio of Sb 5+ to Sb 3+, measured by X-ray photoelectron spectroscopy, is from 4.0 and 8.0. - has a BET surface area of at least 30 m 2 /g, and - comprises a metal dopant which is Sb, wherein the metal dopant - is present in an amount of from 5.0 at% to 25 at%, based on the total amount of tin and metal dopant atoms, and - is in a mixed valence state containing Sb 3+ atoms and Sb 5+ atoms, wherein the atomic ratio of Sb 5+ to Sb 3+, measured by X-ray photoelectron spectroscopy, is from 4.0 and 8.0. - is present in an amount of from 5.0 at% to 25 at%, based on the total amount of tin and metal dopant atoms, and - is in a mixed valence state containing Sb 3+ atoms and Sb 5+ atoms, wherein the atomic ratio of Sb 5+ to Sb 3+, measured by X-ray photoelectron spectroscopy, is from 4.0 and 8.0.
A method of forming an image using a mobile terminal comprising an NFC module supporting near field communication, NFC, the method comprising: receiving a user input for selecting a function of a mobile application which is executed in the mobile terminal; outputting a dialog on the mobile terminal to receive a user input of a new authentication code when an authentication failure message is received as a response to transmission of an authentication code wherein the authentication code is a wireless connection authentication code; establishing a wireless connection with an image forming apparatus by transmitting the new authentication code input through the dialog, wherein the wireless connection is Wi-Fi or Wi-Fi Direct; switching a mode of the NFC module from a read mode to a write mode when an authentication success message is received as a response to the transmission of the new authentication code; encrypting and writing the new authentication code at a position of an NFC tag on the image forming apparatus where the authentication code is written when the NFC tag is detected through an NFC tagging; generating data of a job to be performed by the image forming apparatus through the mobile application when the NFC tag is detected through the NFC tagging, the job being determined according to the selected function of the mobile application during the NFC tagging; and transmitting the generated data to the image forming apparatus. receiving a user input for selecting a function of a mobile application which is executed in the mobile terminal; outputting a dialog on the mobile terminal to receive a user input of a new authentication code when an authentication failure message is received as a response to transmission of an authentication code wherein the authentication code is a wireless connection authentication code; establishing a wireless connection with an image forming apparatus by transmitting the new authentication code input through the dialog, wherein the wireless connection is Wi-Fi or Wi-Fi Direct; switching a mode of the NFC module from a read mode to a write mode when an authentication success message is received as a response to the transmission of the new authentication code; encrypting and writing the new authentication code at a position of an NFC tag on the image forming apparatus where the authentication code is written when the NFC tag is detected through an NFC tagging; generating data of a job to be performed by the image forming apparatus through the mobile application when the NFC tag is detected through the NFC tagging, the job being determined according to the selected function of the mobile application during the NFC tagging; and transmitting the generated data to the image forming apparatus.
A key for a locking cylinder, wherein the key comprises a key shaft, wherein the key shaft extends in a longitudinal direction from a key head to a key tip of the key, wherein the key shaft comprises two key broadside surfaces, wherein the key further comprises a cam projecting from one of the key broadside surfaces, wherein the cam is integrally formed with the key shaft, wherein the cam comprises a head region, wherein the head region is convex in a first direction perpendicular to the longitudinal direction and parallel to the key broadside surfaces, wherein the cam comprises a key head side transition region and a key tip side transition region, wherein the head region is arranged in the longitudinal direction between the key head side and the key tip side transition regions (40, 42), wherein the key head side and the key tip side transition regions (40, 42) are designed such that the cam has a smooth transition to the key broadside surface in the longitudinal direction, wherein the cam comprises two lateral transition regions (44, 46), wherein the head region is arranged in the first direction between the two lateral transition regions (44, 46), wherein the two lateral transition regions (44, 46) are designed such that the cam has a smooth transition to the key broadside surface in the first direction.
Rotary actuator having a cylindrical main body and an actuating handle which is fitted onto the cylindrical main body and has a display area, characterized in that an inserted base is arranged in the cylindrical main body, wherein the inserted base has contours which engage in contours of a crown, and wherein the inserted base and the crown are guided on a guide element.
A pharmaceutical formulation adapted for oral administration comprising methyl ( -1-(( -2-(5-(4'-(2-( -1-( -2-((methoxycarbonyl)amino)-3-methylbutanoyl)-2-pyrrolidinyl)-1H-imidazol-5-yl)-4-biphenylyl)-1H-imidazol-2-yl)-1-pyrrolidinyl)carbonyl)-2-methylpropyl)carbamate; or a pharmaceutically acceptable salt thereof.
An imaging assembly configured for attachment to a proximal end of an imaging channel of an endoscope, the imaging assembly comprising: a filter assembly comprising: a filter support having opposing first and second sides (150, 152); one or more circumferential flanges on the first side of the filter support and displaced from the filter support along a central axis; and a laser light filter supported on the second side of the filter support; and an attachment member configured to pinch the one or more circumferential flanges against the proximal end of the imaging channel to secure the filter assembly to the proximal end of the imaging channel, wherein: the filter assembly includes a lens recess extending from the first side of the filter support along the central axis to the one or more circumferential flanges; and the imaging assembly includes an imaging unit comprising a lens, which protrudes along the central axis into the lens recess. a filter assembly comprising: a filter support having opposing first and second sides (150, 152); one or more circumferential flanges on the first side of the filter support and displaced from the filter support along a central axis; and a laser light filter supported on the second side of the filter support; and a filter support having opposing first and second sides (150, 152); one or more circumferential flanges on the first side of the filter support and displaced from the filter support along a central axis; and a laser light filter supported on the second side of the filter support; and an attachment member configured to pinch the one or more circumferential flanges against the proximal end of the imaging channel to secure the filter assembly to the proximal end of the imaging channel, wherein: the filter assembly includes a lens recess extending from the first side of the filter support along the central axis to the one or more circumferential flanges; and the imaging assembly includes an imaging unit comprising a lens, which protrudes along the central axis into the lens recess.
An apparatus for controlling a wearable cuff for use in measuring blood pressure, wherein the wearable cuff is inflatable to pressurize a measurement site of a subject and the apparatus is configured to: initiate the inflation of the wearable cuff at a first inflation speed; and change the first inflation speed during inflation of the wearable cuff, characterized in that the first inflation speed is changed at a rate that is set to a maximum value by a limiter, wherein the maximum value is dependent on a pulse rate acquired from the subject during inflation of the wearable cuff at the first inflation speed; and/or an amplitude of a signal indicative of pressure oscillations detected in the wearable cuff during inflation of the wearable cuff at the first inflation speed. initiate the inflation of the wearable cuff at a first inflation speed; and change the first inflation speed during inflation of the wearable cuff, characterized in that the first inflation speed is changed at a rate that is set to a maximum value by a limiter, wherein the maximum value is dependent on a pulse rate acquired from the subject during inflation of the wearable cuff at the first inflation speed; and/or an amplitude of a signal indicative of pressure oscillations detected in the wearable cuff during inflation of the wearable cuff at the first inflation speed.
Walking pole, trekking pole, Nordic walking pole, cross-country skiing pole or ski pole with an outer tube and an inner tube which can be shifted into the outer tube and with a clamping device for positive-locking, detachable axial fixing of an inner tube portion which can be pushed into an opening of the clamping device fastened to the outer tube, wherein the clamping device has a circumferential plastic sleeve on which a clamping lever is articulated tiltably against the restoring force of a spring element on the outside via an axis which is arranged perpendicular to the pole axis, wherein the plastic sleeve has two projections (29, 30) with through-openings and/or recesses for the axis, and the clamping lever is mounted between these projections tiltably about the axis, and wherein the plastic sleeve has a radial passage opening, wherein the clamping lever has a first lever arm with a pressure region, which is accessible from the outside, for releasing the clamping device and a second lever arm which is arranged on the other side of the axis, wherein the second lever arm has a clamping projection arranged substantially radially with respect to the pole axis, which clamping projection engages through the radial passage opening in the plastic sleeve into an axial passage opening of the plastic sleeve and engages in a positive-locking manner into a groove of the inner tube or of a guide insert connected to the inner tube for the axial fixing of the two tubes (2, 3), and wherein the first lever arm with the pressure region which is accessible from the outside for release of the clamping device and the second lever arm of the clamping lever arranged on the other side of the axis are formed in one piece and rigidly. wherein the clamping device has a circumferential plastic sleeve on which a clamping lever is articulated tiltably against the restoring force of a spring element on the outside via an axis which is arranged perpendicular to the pole axis, wherein the plastic sleeve has two projections (29, 30) with through-openings and/or recesses for the axis, and the clamping lever is mounted between these projections tiltably about the axis, and wherein the plastic sleeve has a radial passage opening, wherein the clamping lever has a first lever arm with a pressure region, which is accessible from the outside, for releasing the clamping device and a second lever arm which is arranged on the other side of the axis, wherein the second lever arm has a clamping projection arranged substantially radially with respect to the pole axis, which clamping projection engages through the radial passage opening in the plastic sleeve into an axial passage opening of the plastic sleeve and engages in a positive-locking manner into a groove of the inner tube or of a guide insert connected to the inner tube for the axial fixing of the two tubes (2, 3), and wherein the first lever arm with the pressure region which is accessible from the outside for release of the clamping device and the second lever arm of the clamping lever arranged on the other side of the axis are formed in one piece and rigidly.