mhurhangee/patent-ind-claim-en huggingface dataset:
Auto-darkening welding helmet, comprising: a helmet housing ; an auto-darkening filter provided on the helmet housing and having a liquid crystal panel ; and a touchable operating screen (40; 41) being adapted to enable an operator to set operating parameters of the auto-darkening filter ; wherein the touchable operating screen (40; 41) is adapted to face towards the operator while the welding helmet is worn by the operator; wherein the auto-darkening filter comprises a body, the auto-darkening filter's body comprises a front side and a rear side, wherein the rear side of the filter body is directed to the inner side of the helmet, and wherein the auto-darkening welding helmet comprises a headband structure connected to the helmet housing , characterized in that the touchable operating screen (40; 41) is disposed directly adjacent to the liquid crystal panel , wherein (i) the touchable operating screen (40; 41) is integrated with the auto-darkening filter and is located on the rear side of the body such that it is spaced from the liquid crystal panel , or (ii) the touchable operating screen (40; 41) is provided on an inner surface of the helmet housing , and that the touchable operating screen (40; 41) is disposed to the auto-darkening filter such that an operator can manipulate the touchable operating screen (40; 41) only when the operator does not wear the welding helmet on the operator's head. a helmet housing ; an auto-darkening filter provided on the helmet housing and having a liquid crystal panel ; and a touchable operating screen (40; 41) being adapted to enable an operator to set operating parameters of the auto-darkening filter ; wherein the touchable operating screen (40; 41) is adapted to face towards the operator while the welding helmet is worn by the operator; wherein the auto-darkening filter comprises a body, the auto-darkening filter's body comprises a front side and a rear side, wherein the rear side of the filter body is directed to the inner side of the helmet, and wherein the auto-darkening welding helmet comprises a headband structure connected to the helmet housing , characterized in that the touchable operating screen (40; 41) is disposed directly adjacent to the liquid crystal panel , wherein (i) the touchable operating screen (40; 41) is integrated with the auto-darkening filter and is located on the rear side of the body such that it is spaced from the liquid crystal panel , or (ii) the touchable operating screen (40; 41) is provided on an inner surface of the helmet housing , and that the touchable operating screen (40; 41) is disposed to the auto-darkening filter such that an operator can manipulate the touchable operating screen (40; 41) only when the operator does not wear the welding helmet on the operator's head. (i) the touchable operating screen (40; 41) is integrated with the auto-darkening filter and is located on the rear side of the body such that it is spaced from the liquid crystal panel , or (ii) the touchable operating screen (40; 41) is provided on an inner surface of the helmet housing ,
Assembly for mounting a ladder on a receiving structure , which comprises: - at least one first ladder section ; - an attachment bracket for attaching a section to an upper end of the receiving structure; - at least one second ladder section ; and - at least one suspension means for suspending a second ladder section onto another section, which means comprises two hooks , one hook being attached to the bottom rung of the upper section and one hook being attached to the top rung of the second section; wherein each ladder section comprises uprights connected by rungs , and characterized in that the at least one suspension means comprises a junction between the hooks with dimensions that match the dimensions of the uprights of the ladder sections, said junction partially surrounding an upper ladder section upright and a lower ladder section upright. - at least one first ladder section ; - an attachment bracket for attaching a section to an upper end of the receiving structure; - at least one second ladder section ; and - at least one suspension means for suspending a second ladder section onto another section, which means comprises two hooks , one hook being attached to the bottom rung of the upper section and one hook being attached to the top rung of the second section;
An in vitro method of diagnosing a subject having a cell proliferation-related disorder or suspected of having a cell proliferation-related disorder resulting from an IDH1-G97D mutant enzyme with 2-hydroxyglutarate neoactivity, or evaluating a subject for the susceptibility to a cell proliferation-related disorder resulting from an IDH1-G97D mutant enzyme with 2HG neoactivity characterized by : (a) the presence of an IDH1-G97D mutant enzyme which has 2HG neoactivity, or (b) elevated levels of 2HG due to the presence of IDH1-G97D mutant enzyme having 2HG neoactivity, wherein said method comprises: analyzing for the presence of 2HG in a sample selected from a tissue, product, and bodily fluid of said subject by a chromatographic method; analyzing for the presence of an IDH1-G97D mutant protein or a DNA or RNA encoding said IDH1-G97D mutant protein in the sample; wherein the presence of 2HG is indicative for the subject has, or is suspected of having a cell proliferation-related disorder resulting from an IDH1-G97D mutant enzyme with 2HG neoactivity. (a) the presence of an IDH1-G97D mutant enzyme which has 2HG neoactivity, or (b) elevated levels of 2HG due to the presence of IDH1-G97D mutant enzyme having 2HG neoactivity, analyzing for the presence of 2HG in a sample selected from a tissue, product, and bodily fluid of said subject by a chromatographic method; analyzing for the presence of an IDH1-G97D mutant protein or a DNA or RNA encoding said IDH1-G97D mutant protein in the sample; wherein the presence of 2HG is indicative for the subject has, or is suspected of having a cell proliferation-related disorder resulting from an IDH1-G97D mutant enzyme with 2HG neoactivity.
Clamping system comprising at least one clamping element which can be moved in a housing in a clamping direction between an open position and a stop position, wherein the clamping element can be subjected to a clamping force in the stop position, and comprising a drive unit for providing a lifting force in order to move the clamping element from the open position into the stop position, wherein at least one piston is provided which delimits a first pressure chamber which can be filled with fluid and a second pressure chamber which is directly connected to the first pressure chamber via a connecting line extending on or through the piston and which can also be filled with the fluid, wherein a valve is arranged in the connecting line , wherein, when the clamping element is moved by means of the lifting force provided by the drive unit , fluid flows via the connecting line from the first pressure chamber into the second pressure chamber or from the second pressure chamber into the first pressure chamber , characterized in that a pump unit is additionally provided and is designed, when or after the stop position is reached, to increase the operating pressure in the first pressure chamber or in the second pressure chamber in order to provide the clamping force. at least one piston is provided which delimits a first pressure chamber which can be filled with fluid and a second pressure chamber which is directly connected to the first pressure chamber via a connecting line extending on or through the piston and which can also be filled with the fluid, wherein a valve is arranged in the connecting line , wherein, when the clamping element is moved by means of the lifting force provided by the drive unit , fluid flows via the connecting line from the first pressure chamber into the second pressure chamber or from the second pressure chamber into the first pressure chamber , characterized in that a pump unit is additionally provided and is designed, when or after the stop position is reached, to increase the operating pressure in the first pressure chamber or in the second pressure chamber in order to provide the clamping force.
A silicone hydrogel contact lens that is a reaction product of a reactive mixture comprising: a silicone-containing component; a hydrophilic component; a non-reactive polymeric internal wetting agent; and a polymerization initiator, the contact lens having an oxygen permeability of at least about 60 barrers, and wherein the molar ratio in the lens of the polymeric non-reactive internal wetting agent to silicone, without a surface treatment, is greater in the lens's surface than in its bulk; wherein the reactive mixture is cured under thermal curing conditions; and wherein the molar ratio in the lens's surface is measured by infrared spectroscopy in attenuated total reflectance (ATR) mode and the molar ratio in the lens's bulk is measured by infrared spectroscopy in transmittance mode. wherein the reactive mixture is cured under thermal curing conditions; and wherein the molar ratio in the lens's surface is measured by infrared spectroscopy in attenuated total reflectance (ATR) mode and the molar ratio in the lens's bulk is measured by infrared spectroscopy in transmittance mode.
A method for managing a sequence number, SN, range for radio link control, RLC, entities in a radio access network during an on-going connection, the method being performed in a transmitting node of the radio access network and comprising the steps of: monitoring send state variables for a transmission window; determining to change the SN range based on the send state variables; and transmitting a control message when the SN range is determined to change, wherein an increase offset (OFFSET_E) defines an allowed least size of available transmission window before it is determined to increase the SN range, and a decrease offset (OFFSET_L) defines an allowed greatest size of available transmission window before it is determined to decrease the SN range, and wherein the transmitting comprises sending a control message for increase of the SN range when a difference of the send state variables is below the increase offset (OFFSET E), and the transmitting comprises sending a control message for decrease of the SN range when a difference of the send state variables is above the decrease offset (OFFSET_L). monitoring send state variables for a transmission window; determining to change the SN range based on the send state variables; and transmitting a control message when the SN range is determined to change, wherein an increase offset (OFFSET_E) defines an allowed least size of available transmission window before it is determined to increase the SN range, and a decrease offset (OFFSET_L) defines an allowed greatest size of available transmission window before it is determined to decrease the SN range, and wherein the transmitting comprises sending a control message for increase of the SN range when a difference of the send state variables is below the increase offset (OFFSET E), and the transmitting comprises sending a control message for decrease of the SN range when a difference of the send state variables is above the decrease offset (OFFSET_L).
Stairlift comprising: - at least one rail extending along a track - a frame , suspended on the at least one rail, and comprising: - a drive, for moving the frame part along the rail; - a support for a seat , in particular rotatably mounted on the frame; - a seat , movable, in particular pivotable, with respect to the frame ; - a balancing system, for keeping the seat in a predetermined orientation with respect to a fixed world; - a lock for locking the movement of the seat with respect to the support wherein the lock comprises a latch , wherein in a locked state the latch is torque proof connected with a counterpart , in particular a gear , wherein the latch is spring-biased, characterized in that a latch mechanism is configured as a self-energizing mechanism, wherein the latch mechanism is configured in a way, that in the locked state a force, which keeps the latch in its locked state, is increasing if the seat tends to further deflect from the horizontal orientation. - at least one rail extending along a track - a frame , suspended on the at least one rail, and comprising: - a drive, for moving the frame part along the rail; - a support for a seat , in particular rotatably mounted on the frame; - a seat , movable, in particular pivotable, with respect to the frame ; - a balancing system, for keeping the seat in a predetermined orientation with respect to a fixed world; - a lock for locking the movement of the seat with respect to the support wherein the lock comprises a latch , wherein in a locked state the latch is torque proof connected with a counterpart , in particular a gear , wherein the latch is spring-biased,
An image forming apparatus comprising: a transfer section configured to transfer an image onto a sheet (S); a sheet conveying member configured to convey the sheet (S), the sheet conveying member being provided upstream of the transfer section in a sheet conveyance direction; characterized by a control unit configured to control displacement of the sheet conveying member so that the sheet (S) is displaced along a width direction of the sheet (S), wherein the control unit sets a displacement speed (V1) of the sheet conveying member for the sheet (S) during transfer of the image by the transfer section to be lower than the displacement speed of the sheet conveying member for the sheet (S) before the transfer of the image by the transfer section , and the displacement is effected in the width direction perpendicular to the sheet conveying direction. a transfer section configured to transfer an image onto a sheet (S); a sheet conveying member configured to convey the sheet (S), the sheet conveying member being provided upstream of the transfer section in a sheet conveyance direction; characterized by a control unit configured to control displacement of the sheet conveying member so that the sheet (S) is displaced along a width direction of the sheet (S), wherein the control unit sets a displacement speed (V1) of the sheet conveying member for the sheet (S) during transfer of the image by the transfer section to be lower than the displacement speed of the sheet conveying member for the sheet (S) before the transfer of the image by the transfer section , and the displacement is effected in the width direction perpendicular to the sheet conveying direction.
A waveguide comprising: a polymer layer comprising substantially optically transparent material having first and second major surfaces configured such that light containing image information can propagate through said polymer layer being guided therein by reflecting from said first and second major surfaces via total internal reflection, wherein said first surface includes first smaller and second larger surface portions monolithically integrated with said polymer layer and with each other, said first smaller surface portion comprising at least a part of an in-coupling optical element configured to couple light incident on said in-coupling optical element into said polymer layer for propagation therethrough by reflection from said second major surface and said second larger surface portion of said first major surface , characterized in that said in-coupling optical element comprises a lens , wherein said lens comprises said first smaller surface portion of said first major surface curved with respect to said second larger surface portion of said first major surface and said second major surface . a polymer layer comprising substantially optically transparent material having first and second major surfaces configured such that light containing image information can propagate through said polymer layer being guided therein by reflecting from said first and second major surfaces via total internal reflection, wherein said first surface includes first smaller and second larger surface portions monolithically integrated with said polymer layer and with each other, said first smaller surface portion comprising at least a part of an in-coupling optical element configured to couple light incident on said in-coupling optical element into said polymer layer for propagation therethrough by reflection from said second major surface and said second larger surface portion of said first major surface , characterized in that said in-coupling optical element comprises a lens , wherein said lens comprises said first smaller surface portion of said first major surface curved with respect to said second larger surface portion of said first major surface and said second major surface .
A radio terminal which is used in a mobile telecommunication system, comprising: a receiver configured to receive, for each of a plurality of resource pools, information indicating a frequency position of a resource pool, and information indicating a subcarrier spacing of the resource pool; and a controller configured to use any of the plurality of resource pools, wherein the plurality of resource pools is provided in one radio frame and in one system bandwidth, and wherein the controller is configured to use a primary resource pool first among the plurality of resource pools. a receiver configured to receive, for each of a plurality of resource pools, information indicating a frequency position of a resource pool, and information indicating a subcarrier spacing of the resource pool; and a controller configured to use any of the plurality of resource pools, wherein the plurality of resource pools is provided in one radio frame and in one system bandwidth, and wherein the controller is configured to use a primary resource pool first among the plurality of resource pools.
An optical system comprising: a waveguide having two major surfaces ; an input coupler , wherein the input coupler is configured to couple light into the waveguide and wherein the waveguide is configured to propagate the light via total internal reflection; an output coupler wherein the output coupler is configured to couple the light out of the waveguide ; and a partially reflective element configured to, prior to the light being coupled out of the waveguide by the output coupler, transmit a first portion of the light while reflecting a second portion of the light, wherein the at least one partially reflective element is a beam-splitting surface embedded inside the waveguide between and parallel to the major surfaces of the waveguide, and wherein the beam-splitting surface is implemented as a dielectric thin-film coating configured to be partially reflecting and partially transmitting with a gradually increasing reflectance from 35% at an incident angle of 40° to 60% at an incident angle of 65° for s-polarized light of wavelength of 550 nm. a waveguide having two major surfaces ; an input coupler , wherein the input coupler is configured to couple light into the waveguide and wherein the waveguide is configured to propagate the light via total internal reflection; an output coupler wherein the output coupler is configured to couple the light out of the waveguide ; and a partially reflective element configured to, prior to the light being coupled out of the waveguide by the output coupler, transmit a first portion of the light while reflecting a second portion of the light, wherein the at least one partially reflective element is a beam-splitting surface embedded inside the waveguide between and parallel to the major surfaces of the waveguide, and wherein the beam-splitting surface is implemented as a dielectric thin-film coating configured to be partially reflecting and partially transmitting with a gradually increasing reflectance from 35% at an incident angle of 40° to 60% at an incident angle of 65° for s-polarized light of wavelength of 550 nm.
A protective helmet comprising: an outer shell ; a visor removably coupled to the outer shell by means of a fastening mechanism positioned on facing surfaces of said outer shell and said visor ; wherein the fastening mechanism comprises complementarily shaped elements comprising at least one protrusion and at least one receiving seat provided with a flexible holding portion ; the at least one protrusion being adapted to be removably fixed inside the at least one receiving seat by engaging the flexible holding portion characterized in that the flexible holding portion is made with elastic polymeric material. an outer shell ; a visor removably coupled to the outer shell by means of a fastening mechanism positioned on facing surfaces of said outer shell and said visor ; wherein the fastening mechanism comprises complementarily shaped elements comprising at least one protrusion and at least one receiving seat provided with a flexible holding portion ; the at least one protrusion being adapted to be removably fixed inside the at least one receiving seat by engaging the flexible holding portion characterized in that the flexible holding portion is made with elastic polymeric material.
A method of curing a composite article , comprising; providing a heat source for heating the composite article; detecting a temperature-related property proximal to the heat source; regulating the heat output of the heat source to the composite article, based at least in part on the detected temperature-related property, to a predetermined temperature vs. time profile; characterized by acquiring heat output vs time data ; functionalising heat output vs time data; identifying a reproducible characteristic of the functionalised heat output vs time data; and predicting a curing completion time based on the reproducible characteristic of the functionalised heat output vs time data . providing a heat source for heating the composite article; detecting a temperature-related property proximal to the heat source; regulating the heat output of the heat source to the composite article, based at least in part on the detected temperature-related property, to a predetermined temperature vs. time profile; acquiring heat output vs time data ; functionalising heat output vs time data; identifying a reproducible characteristic of the functionalised heat output vs time data; and predicting a curing completion time based on the reproducible characteristic of the functionalised heat output vs time data .
A peptoid polymer or salt thereof comprising subunits comprising one or more hydrophobic peptoid monomers H and one or more polar peptoid monomers P arranged such that the peptoid polymer has the sequence [H a P b ] n or [P b H a ] n , wherein: the subscript a, representing the number of consecutive hydrophobic peptoid monomers within a subunit, is between 1 and 3; the subscript b, representing the number of consecutive polar peptoid monomers within a subunit, is between 1 and 3; the subscript n, representing the number of subunits within the peptoid polymer, is between 2 and 10; and each of the one or more polar peptoid monomers comprises a side chain that is independently selected from the group consisting of a (4- to 6-membered heterocycloalkyl)(C 1-6 alkylene), wherein at least one member is selected from the group consisting of O and N. the subscript a, representing the number of consecutive hydrophobic peptoid monomers within a subunit, is between 1 and 3; the subscript b, representing the number of consecutive polar peptoid monomers within a subunit, is between 1 and 3; the subscript n, representing the number of subunits within the peptoid polymer, is between 2 and 10; and each of the one or more polar peptoid monomers comprises a side chain that is independently selected from the group consisting of a (4- to 6-membered heterocycloalkyl)(C 1-6 alkylene), wherein at least one member is selected from the group consisting of O and N.