mhurhangee/ep-ind-claims huggingface dataset:
A mask assembly comprising: a first upper portion comprising a first wall and a second wall converging to an apex, the apex being positioned in use in proximity to the nose of a user; a lower portion being connected to and positioned below the first upper portion; a face contacting flange defined at least in part by the first upper portion and the lower portion; a hinge axis extending laterally across the mask assembly, the first upper portion being positioned vertically higher than the hinge axis; a first boundary extending along at least a portion of the first wall and along at least a portion of the second wall, the first boundary comprising a first end and a second end, both ends being spaced away from the hinge axis toward the apex; a radius R ( R 1, R 2, R 3) defined between the hinge axis and the apex; a second upper portion positioned distally from the first upper portion in a direction away from the face contacting flange, the second upper portion comprising an arc length defined along an upper extremity of a surface of the second upper portion, the arc length forming a second boundary; and a radius r defined between the hinge axis and an uppermost point of the arc length, the radius R ( R 1, R 2, R 3) being different than the radius r; wherein at least a portion of a first outer surface of the first upper portion is configured to roll so as to overlie or underlie at least a portion of a second outer surface of the second upper portion when the first boundary is moved toward the second boundary. a first upper portion comprising a first wall and a second wall converging to an apex, the apex being positioned in use in proximity to the nose of a user; a lower portion being connected to and positioned below the first upper portion; a face contacting flange defined at least in part by the first upper portion and the lower portion; a hinge axis extending laterally across the mask assembly, the first upper portion being positioned vertically higher than the hinge axis; a first boundary extending along at least a portion of the first wall and along at least a portion of the second wall, the first boundary comprising a first end and a second end, both ends being spaced away from the hinge axis toward the apex; a radius R ( R 1, R 2, R 3) defined between the hinge axis and the apex; a second upper portion positioned distally from the first upper portion in a direction away from the face contacting flange, the second upper portion comprising an arc length defined along an upper extremity of a surface of the second upper portion, the arc length forming a second boundary; and a radius r defined between the hinge axis and an uppermost point of the arc length, the radius R ( R 1, R 2, R 3) being different than the radius r; wherein at least a portion of a first outer surface of the first upper portion is configured to roll so as to overlie or underlie at least a portion of a second outer surface of the second upper portion when the first boundary is moved toward the second boundary.
An apparatus for curing a digital printing plate (503, 703) made of or having photo-curable material e.g., ultraviolet-curable material thereon, the apparatus comprising: - a light exposure unit including a light source (505, 605) to produce light energy at a wavelength or wavelengths suitable for curing the photo-curable material, the light exposure unit capable of generating at least a first illumination intensity and a second illumination intensity, the second intensity being higher than the first intensity, the first intensity being able to cure the photo-curable material and the second intensity being able to cure the photo-curable material; and - a control system (507; 705) coupled to and configured to control the light exposure unit, such that curing produces - printing features that have flat tops or round tops on a part of the plate according to the illumination intensity output by the light exposure unit, flat tops at the second intensity and round tops at the first intensity. - a light exposure unit including a light source (505, 605) to produce light energy at a wavelength or wavelengths suitable for curing the photo-curable material, the light exposure unit capable of generating at least a first illumination intensity and a second illumination intensity, the second intensity being higher than the first intensity, the first intensity being able to cure the photo-curable material and the second intensity being able to cure the photo-curable material; and - a control system (507; 705) coupled to and configured to control the light exposure unit, such that curing produces - printing features that have flat tops or round tops on a part of the plate according to the illumination intensity output by the light exposure unit, flat tops at the second intensity and round tops at the first intensity.
A sample support body for ionization of a sample, the sample support body comprising: a substrate including a first surface and a second surface on sides opposite to each other; and a conductive layer provided at least on the first surface, wherein a plurality of through-holes opening on the first surface and the second surface are formed in an effective region of the substrate, the effective region being for ionizing components of the sample, a width of a second opening on the second surface side is larger than a width of a first opening on the first surface side in each of the plurality of through-holes such that components of the sample move toward the first surface through the plurality of through-holes due to capillary phenomenon, and the components of the sample stay at the first surface side due to surface tension, a minimum value of the width is 1 nm and a maximum value of the width is 700 nm in each of the plurality of through-holes, and a thickness of the substrate is 1 μm to 50 μm. a substrate including a first surface and a second surface on sides opposite to each other; and a conductive layer provided at least on the first surface, wherein a plurality of through-holes opening on the first surface and the second surface are formed in an effective region of the substrate, the effective region being for ionizing components of the sample, a width of a second opening on the second surface side is larger than a width of a first opening on the first surface side in each of the plurality of through-holes such that components of the sample move toward the first surface through the plurality of through-holes due to capillary phenomenon, and the components of the sample stay at the first surface side due to surface tension, a minimum value of the width is 1 nm and a maximum value of the width is 700 nm in each of the plurality of through-holes, and a thickness of the substrate is 1 μm to 50 μm.
A method performed by a network node, the method comprising: indicating (YY110, YY220) in a control message at least a Modulation and Coding Scheme, MCS, and a scaling factor for a physical downlink shared channel, PDSCH, the scaling factor indicating a value less than 1; and sending (YY120, YY230) the control message to a User Equipment, UE, the control message enabling the UE to determine an intermediate number of information bits based at least on the MCS, the control message further enabling the UE to determine a Transport Block Size, TBS, for the physical downlink shared channel based at least on the intermediate number of information bits, wherein the UE is enabled to determine the transport block size by using a first TBS determination procedure when the PDSCH is assigned by a physical downlink control channel, PDCCH, with a cyclic redundancy check, CRC, scrambled by a first type of radio network temporary identifier, RNTI, wherein the UE is enabled to determine the intermediate number of information bits N info using the following equation: N info = α ∗ N RE ∗ R ∗ Q m ∗ υ, where α is the scaling factor, N RE is a number of resource elements within a slot, R is a target code rate, Q m is a modulation order and u is a number of layers, and wherein the UE is enabled to determine the transport block size by using a second TBS determination procedure when the PDSCH is assigned by the PDCCH with a CRC scrambled by a second type of RNTI. indicating (YY110, YY220) in a control message at least a Modulation and Coding Scheme, MCS, and a scaling factor for a physical downlink shared channel, PDSCH, the scaling factor indicating a value less than 1; and sending (YY120, YY230) the control message to a User Equipment, UE, the control message enabling the UE to determine an intermediate number of information bits based at least on the MCS, the control message further enabling the UE to determine a Transport Block Size, TBS, for the physical downlink shared channel based at least on the intermediate number of information bits, wherein the UE is enabled to determine the transport block size by using a first TBS determination procedure when the PDSCH is assigned by a physical downlink control channel, PDCCH, with a cyclic redundancy check, CRC, scrambled by a first type of radio network temporary identifier, RNTI, wherein the UE is enabled to determine the intermediate number of information bits N info using the following equation: N info = α ∗ N RE ∗ R ∗ Q m ∗ υ, where α is the scaling factor, N RE is a number of resource elements within a slot, R is a target code rate, Q m is a modulation order and u is a number of layers, and wherein the UE is enabled to determine the transport block size by using a second TBS determination procedure when the PDSCH is assigned by the PDCCH with a CRC scrambled by a second type of RNTI.
A method for removing at least one polycyclic aromatic hydrocarbon from a smoking material or a derivative thereof which method includes contacting the material ot derivative thereof with a molecularly imprinted polymer selective for the hydrocarbon in the presence of a low polarity medium having a dielectric constant less than 8.
A method for improved reselection during mode transitions at a user equipment, UE, comprising: performing cell reselection measurements, at the UE, for cell reselection from a first radio access technology, RAT, to a second RAT; the method characterized by: identifying that the UE started switching from a first priority scheduling mode to a second priority scheduling mode while the cell reselection measurements are in progress, wherein the first priority scheduling mode and the second priority scheduling mode are selected from a group consisting of a high priority scheduling mode and an all priority scheduling mode, wherein the high priority scheduling mode relates to searching for higher priority layers and the all priority scheduling mode relates to searching for all priority layers, and wherein the switching is initiated based at least on changes in signal quality of a serving cell of the UE or mobility of the UE; initiating a mode transition timer in response to the identification; and triggering a search at the UE for one or more frequencies of the second priority scheduling mode upon expiration of the mode transition timer. performing cell reselection measurements, at the UE, for cell reselection from a first radio access technology, RAT, to a second RAT; the method characterized by: identifying that the UE started switching from a first priority scheduling mode to a second priority scheduling mode while the cell reselection measurements are in progress, wherein the first priority scheduling mode and the second priority scheduling mode are selected from a group consisting of a high priority scheduling mode and an all priority scheduling mode, wherein the high priority scheduling mode relates to searching for higher priority layers and the all priority scheduling mode relates to searching for all priority layers, and wherein the switching is initiated based at least on changes in signal quality of a serving cell of the UE or mobility of the UE; initiating a mode transition timer in response to the identification; and triggering a search at the UE for one or more frequencies of the second priority scheduling mode upon expiration of the mode transition timer. identifying that the UE started switching from a first priority scheduling mode to a second priority scheduling mode while the cell reselection measurements are in progress, wherein the first priority scheduling mode and the second priority scheduling mode are selected from a group consisting of a high priority scheduling mode and an all priority scheduling mode, wherein the high priority scheduling mode relates to searching for higher priority layers and the all priority scheduling mode relates to searching for all priority layers, and wherein the switching is initiated based at least on changes in signal quality of a serving cell of the UE or mobility of the UE; initiating a mode transition timer in response to the identification; and triggering a search at the UE for one or more frequencies of the second priority scheduling mode upon expiration of the mode transition timer.
A method for configuring a first Digital Subscriber Line system, the method comprising: collecting operational data pertaining to the first DSL system, wherein the first DSL system is configured to operate with a first profile; obtaining binder-level information including actual data or assumed information about binder structure and environment, and wherein the binder-level information is distinct from operational data; selecting a second profile from among a plurality of allowed profiles based on the binder-level information; determining whether the first DSL system is capable of operating with the second profile based on the collected operational data and one or more transition rules, wherein the second profile is an available profile for transition from the first profile; and instructing the first DSL system to operate with the second profile when the first DSL system is capable of operating with the second profile based on the collected operational data and the one or more transition rules. collecting operational data pertaining to the first DSL system, wherein the first DSL system is configured to operate with a first profile; obtaining binder-level information including actual data or assumed information about binder structure and environment, and wherein the binder-level information is distinct from operational data; selecting a second profile from among a plurality of allowed profiles based on the binder-level information; determining whether the first DSL system is capable of operating with the second profile based on the collected operational data and one or more transition rules, wherein the second profile is an available profile for transition from the first profile; and instructing the first DSL system to operate with the second profile when the first DSL system is capable of operating with the second profile based on the collected operational data and the one or more transition rules.
Rotary drive, in particular for a vehicle hatch, comprising a safety circuit for the rotary drive, which circuit has a braking effect on the rotary drive when the rotary drive is deactivated and external forces are applied to the hatch from the outside, the rotary drive comprising at least one electric motor, the winding of which is connected to connection contacts (51, 52) and can be short-circuited by at least one triac, the at least one triac being connected in parallel with the winding of the motor, characterised in that just one triac is provided between the connections (51, 52) of the winding, the gate of which triac is connected to one of the connections (51, 52) by two Zener diodes (D1, D2) that are connected in series in an anti-parallel manner.
Electronic arrangement comprising: - a circuit board having at least one electric contact for making the electrical contact, - a housing in which the circuit board is arranged, and - a plug collar that is arranged on the housing, - wherein the circuit board comprises a first circuit board half having a mounting for the purpose of supporting the circuit board, and a second circuit board half, wherein the at least one electric contact of the circuit board is arranged in the region of the plug collar in order to make it possible to make direct contact with the electric contact, characterized in that - the circuit board is supported on the mounting in such a manner that the mounting defines a pivot region about which the circuit board can pivot, said pivot region being in particular a pivot axis of the circuit board, - wherein a first spring element and a second spring element are arranged on the plug collar, thus resulting in centring of the circuit board if a plug is inserted into the plug collar and the electric contacts of the plug come into contact with the electric contacts of the circuit board, and - wherein, after direct electric contact has been established between he circuit board and the plug, the circuit board is symmetrically fixed between the spring elements (34, 35) on the plug collar. - a circuit board having at least one electric contact for making the electrical contact, - a housing in which the circuit board is arranged, and - a plug collar that is arranged on the housing, - wherein the circuit board comprises a first circuit board half having a mounting for the purpose of supporting the circuit board, and a second circuit board half, wherein the at least one electric contact of the circuit board is arranged in the region of the plug collar in order to make it possible to make direct contact with the electric contact, - the circuit board is supported on the mounting in such a manner that the mounting defines a pivot region about which the circuit board can pivot, said pivot region being in particular a pivot axis of the circuit board, - wherein a first spring element and a second spring element are arranged on the plug collar, thus resulting in centring of the circuit board if a plug is inserted into the plug collar and the electric contacts of the plug come into contact with the electric contacts of the circuit board, and - wherein, after direct electric contact has been established between he circuit board and the plug, the circuit board is symmetrically fixed between the spring elements (34, 35) on the plug collar.
A pharmaceutical composition for oral administration which is self-emulsifying on contact with an aqueous phase, in particular gastrointestinal fluids, and which comprises: (a) an antifungally active compound of formula: wherein either R 1 and R 3 are F and R 2 is hydrogen or R 1 and R 2 are F and R 3 is hydrogen; or a pharmaceutically acceptable acid addition salt thereof; and (b) a carrier comprising a solubilizer component for the antifungally effective component (a) and having an HLB value of less than 20, said solubilizer component comprising a mixture of a mixture of glycerol mono-, di- and/or triesters and of polyethylene glycol mono- and/or diesters with at least one fatty acid chosen from the group comprising C 8 -C 18 -fatty acids; and a mixture of glycerol mono-, di- and/or triesters and of polyethylene glycol mono- and/or diesters with caprylic acid and capric acid, wherein the antifungally active compound of formula or the pharmaceutically acceptable acid addition salt thereof is present in an amount of 2 to 20 percent by weight based on the total composition, and one of component or is present in an amount of 50 or more than 50 percent by weight based on the total composition. (a) an antifungally active compound of formula: wherein either R 1 and R 3 are F and R 2 is hydrogen or R 1 and R 2 are F and R 3 is hydrogen; or a pharmaceutically acceptable acid addition salt thereof; and (b) a carrier comprising a solubilizer component for the antifungally effective component (a) and having an HLB value of less than 20, said solubilizer component comprising a mixture of a mixture of glycerol mono-, di- and/or triesters and of polyethylene glycol mono- and/or diesters with at least one fatty acid chosen from the group comprising C 8 -C 18 -fatty acids; and a mixture of glycerol mono-, di- and/or triesters and of polyethylene glycol mono- and/or diesters with caprylic acid and capric acid, a mixture of glycerol mono-, di- and/or triesters and of polyethylene glycol mono- and/or diesters with at least one fatty acid chosen from the group comprising C 8 -C 18 -fatty acids; and a mixture of glycerol mono-, di- and/or triesters and of polyethylene glycol mono- and/or diesters with caprylic acid and capric acid,
A method for controlling a manipulator, in particular a robot, comprising the steps: - monitoring an error criterion; - detecting an overrun position when the error criterion is satisfied; and - generating a free position based on the detected overrun position first during the operation of the manipulator; and - automatically moving the manipulator into the free position along a side path that deviates from the travelled actual path or its predetermined desired path if the error criterion is satisfied, wherein the side path is a standard planned path, a shortest and/or fastest path, a collision-free path or a force optimized path to the free position of the manipulator. - monitoring an error criterion; - detecting an overrun position when the error criterion is satisfied; and - generating a free position based on the detected overrun position first during the operation of the manipulator; and - automatically moving the manipulator into the free position along a side path that deviates from the travelled actual path or its predetermined desired path if the error criterion is satisfied, wherein the side path is a standard planned path, a shortest and/or fastest path, a collision-free path or a force optimized path to the free position of the manipulator.
A cooling device comprising a compressor which provides the realization of the refrigeration cycle; a condenser which condenses the refrigerant fluid; a compartment wherein the compressor is disposed; an evaporation tray which is disposed in the compartment and which enables the water generated during the defrost process to be collected and evaporated; and a collection tube having a first open end which is arranged at a higher level than the base of the evaporation tray and which opens into the evaporation tray and a second open end which opens to the outside of the evaporation tray, characterized by the second open end being arranged at a higher level than the first open end, enabling the water received from the first open end to be collected in the collection tube so as not to overflow from the second open end.