mhurhangee/patent-ind-claim-en huggingface dataset:
A use of a resin barrier device with an infusion tool , the resin barrier device comprising a tubular intermediate piece having a first end that is adapted for connection to a venting outlet of an infusion tool , having an opposite second end adapted to be connected to a ventilation line , and having a channel surrounded by a pipe wall , the channel forming a fluid connection between the first end and the second end , and a semi-permeable barrier wall provided in the channel and configured to let an airflow pass from the first end towards the second end and to block a resin flow from the first end towards the second end , wherein the barrier wall has a semi-permeable membrane , which is configured to let an airflow pass from the first end towards the second end and to block a resin flow from the first end towards the second end , characterized in that the barrier wall has a permeable support structure supporting the membrane , and the support structure is formed as a lattice , which is disposed on the side of the membrane facing the second end . a tubular intermediate piece having a first end that is adapted for connection to a venting outlet of an infusion tool , having an opposite second end adapted to be connected to a ventilation line , and having a channel surrounded by a pipe wall , the channel forming a fluid connection between the first end and the second end , and a semi-permeable barrier wall provided in the channel and configured to let an airflow pass from the first end towards the second end and to block a resin flow from the first end towards the second end , wherein the barrier wall has a semi-permeable membrane , which is configured to let an airflow pass from the first end towards the second end and to block a resin flow from the first end towards the second end , characterized in that the barrier wall has a permeable support structure supporting the membrane , and the support structure is formed as a lattice , which is disposed on the side of the membrane facing the second end .
A method programmed for execution in a computing environment for labeling two or more digital image views of a spine including a plurality of vertebrae (C1, C2, ...) and a plurality of inter-vertebrae (C1/C2, C2/C3, ...), the method comprising: detecting a center line of the spine ; providing volumetric labels for at least one of the vertebrae (C1, C2, ...) or inter-vertebrae (C1/C2, C2/C3, ...) visible in any of the two or more digital image views by having a user manipulate a pointing device , wherein said pointing device is dynamically linked to a labeling cursor , and wherein said labeling cursor is restricted to predetermined positions along said detected center line of the spine ; locating said volumetric labels to the center line of the spine ; and utilizing said volumetric labels to identify and label the at least one of the vertebrae (C1, C2, ...) or inter-vertebrae (C1/C2, C2/C3, ...) in all spatially related digital image views that intersect with said volumetric labels ; wherein providing volumetric labels for two adjacent vertebrae (C1, C2, ...) results in an automated volumetric labeling of the intervening inter-vertebra (C1/C2, C2/C3, ...) by determining the intervening volumetric label and location utilizing said adjacent volumetric labels for the adjacent vertebrae (C1, C2, ...). detecting a center line of the spine ; providing volumetric labels for at least one of the vertebrae (C1, C2, ...) or inter-vertebrae (C1/C2, C2/C3, ...) visible in any of the two or more digital image views by having a user manipulate a pointing device , wherein said pointing device is dynamically linked to a labeling cursor , and wherein said labeling cursor is restricted to predetermined positions along said detected center line of the spine ; locating said volumetric labels to the center line of the spine ; and utilizing said volumetric labels to identify and label the at least one of the vertebrae (C1, C2, ...) or inter-vertebrae (C1/C2, C2/C3, ...) in all spatially related digital image views that intersect with said volumetric labels ; wherein providing volumetric labels for two adjacent vertebrae (C1, C2, ...) results in an automated volumetric labeling of the intervening inter-vertebra (C1/C2, C2/C3, ...) by determining the intervening volumetric label and location utilizing said adjacent volumetric labels for the adjacent vertebrae (C1, C2, ...).
Rubber composition, characterized in that it comprises at least one phenol-aldehyde resin based: - on at least one derivative of an aromatic polyphenol comprising at least one aromatic ring bearing at least two -O-Z groups in the meta position relative to one another, the two positions ortho to at least one of the -O-Z groups being unsubstituted, Z being other than hydrogen, and - on at least one aldehyde. - on at least one derivative of an aromatic polyphenol comprising at least one aromatic ring bearing at least two -O-Z groups in the meta position relative to one another, the two positions ortho to at least one of the -O-Z groups being unsubstituted, Z being other than hydrogen, and - on at least one aldehyde.
Level radar antenna assembly for measuring a level in a container, comprising: - a transmitting antenna assembly for transmitting a transmission signal in the direction of a product surface of a product stored in the container, - a receiving antenna assembly for receiving a transmission signal reflected at the product surface, and - a housing , wherein the transmitting antenna assembly and the receiving antenna assembly are arranged in the housing, characterized in that , the transmitting antenna assembly is larger than the receiving antenna assembly . - a transmitting antenna assembly for transmitting a transmission signal in the direction of a product surface of a product stored in the container, - a receiving antenna assembly for receiving a transmission signal reflected at the product surface, and - a housing , wherein the transmitting antenna assembly and the receiving antenna assembly are arranged in the housing, characterized in that , the transmitting antenna assembly is larger than the receiving antenna assembly .
A wave energy converter (WEC) , adapted to be located, in use, below the mean water surface and including at least one body portion and at least one flexible membrane providing multiple respective WEC cells , each of the cells bounding at least part of a volume of a fluid, the at least one flexible membrane submerged when in use, a substantial portion of the at least one flexible membrane inclined from vertical and inclined from horizontal wherein the at least one flexible membrane is inclined rearward with a lower portion forward of its upper portion providing a flow smoothed way for wave energy of a wave to travel over the submerged WEC and deform the at least one flexible membrane towards the body to compress the volume of the fluid as the wave energy passes over each respective cell, the inclination of the substantial portion of the at least one membrane from vertical and horizontal assisting coupling conversion of potential and kinetic energy of the wave to pressure within the fluid of each of the cells, and wherein the cells supply that pressure into a pressure supply conduit or manifold through a respective at least one supply port of each of those cells, and further including a return conduit or manifold wherein return pressure to reinflate each said cell is supplied to the respective cell through the return conduit or manifold.
Installation device for use in an elevator shaft, comprising - a carrier which extends in a carrier direction , which carrier has a first carrier end and a second carrier end , - a support element which is pivotably arranged on the first carrier end and - a receiving device for receiving a displacement device by means of which installation material can be displaced in the elevator shaft , - the support element being designed and arranged such that, in an installation position of the installation device , the carrier can be supported via the support element in the region of a door opening of the elevator shaft , - the second carrier end being designed such that, in the installation position of the installation device , the carrier can be at least indirectly supported via the second carrier end on a shaft wall which is opposite the mentioned door opening of the elevator shaft , - the receiving device for receiving the displacement device being designed and being arranged on the installation device in the installation position of the installation device such that a displacement device which is received by the receiving device is supported from above on a support surface of the receiving device in the installation position of the installation device , characterized in that the receiving device is supported on the carrier via an adjustable support device such that an angle (α) between a support plane , in which the support surface of the receiving device extends, and the carrier direction of the carrier can be changed. - a carrier which extends in a carrier direction , which carrier has a first carrier end and a second carrier end , - a support element which is pivotably arranged on the first carrier end and - a receiving device for receiving a displacement device by means of which installation material can be displaced in the elevator shaft , - the support element being designed and arranged such that, in an installation position of the installation device , the carrier can be supported via the support element in the region of a door opening of the elevator shaft , - the second carrier end being designed such that, in the installation position of the installation device , the carrier can be at least indirectly supported via the second carrier end on a shaft wall which is opposite the mentioned door opening of the elevator shaft , - the receiving device for receiving the displacement device being designed and being arranged on the installation device in the installation position of the installation device such that a displacement device which is received by the receiving device is supported from above on a support surface of the receiving device in the installation position of the installation device ,
A fluoride coating agent with enhanced dentinal tubule penetrability and enhanced coating durability, the fluoride coating agent comprising high-molecular-weight poly(vinyl acetate) (PVAc) having a weight average molecular weight of 300,000 to 600,000, wherein the fluoride coating agent includes a rosin at 15 to 35 wt%, a fluoride compound at 1 to 10 wt%; and PVAc at 8 to 25 wt%, wherein the PVAc is either the high-molecular weight PVAc or a mixture of the high-molecular weight PVAc and low-molecular weight poly(vinyl acetate) (PVAc) having a weight-average molecular weight of 1,000 to 150,000. wherein the fluoride coating agent includes a rosin at 15 to 35 wt%, a fluoride compound at 1 to 10 wt%; and PVAc at 8 to 25 wt%, wherein the PVAc is either the high-molecular weight PVAc or a mixture of the high-molecular weight PVAc and low-molecular weight poly(vinyl acetate) (PVAc) having a weight-average molecular weight of 1,000 to 150,000.
A culinary article comprising a support having a bottom wall and a side wall rising around the bottom wall , said bottom wall having an inner face intended to receive food and an outer face intended to be disposed close to a heat source and said side wall having an inner face and an outer face , wherein: - the outer faces and are covered with at least one continuous primer layer comprising at least one fluorocarbon polymer; - the coating of the outer face comprises, arranged between or in its layers, at least one decoration representing at least 20% of the surface of the outer face , which decoration comprises: at least one fluorocarbon polymer; at least one polymer resin; between 5 and 25% by weight of mineral fillers and/or polymer fillers, in the form of particles of d50 size less than 25 μm. - the outer faces and are covered with at least one continuous primer layer comprising at least one fluorocarbon polymer; - the coating of the outer face comprises, arranged between or in its layers, at least one decoration representing at least 20% of the surface of the outer face , which decoration comprises: at least one fluorocarbon polymer; at least one polymer resin; between 5 and 25% by weight of mineral fillers and/or polymer fillers, in the form of particles of d50 size less than 25 μm. at least one fluorocarbon polymer; at least one polymer resin; between 5 and 25% by weight of mineral fillers and/or polymer fillers, in the form of particles of d50 size less than 25 μm.
An adhesive film adapted to be wound and stamped, the adhesive film including an epoxy-based adhesive compound that can be activated by UV radiation, wherein the adhesive compound comprises: a) 2-40 wt % of film former, b) 10-70 wt % of aromatic epoxy resins, c) cyclo-aliphatic epoxy resins, the cyclo-aliphatic epoxy resins not exceeding 35 wt %, d) 0-50 wt % of epoxy-enhanced polyether compounds, e) 0-20 wt % of polyol, and f) 0.5-7 wt % of cationic initiators, the proportions adding up to 100%, and the adhesive compound has an open time of 10 seconds to 60 minutes after the UV activation, during which open time the film has a pressure-sensitive adhesive characteristic, characterized in that the share of an epoxy equivalent of the cyclo-aliphatic epoxy resins in the epoxy equivalent of all the epoxy resins is at most 25 % and the adhesive compound comprises at least 42 wt % of the epoxy-enhanced polyether compounds, or the adhesive compound comprises at least 6 wt % of the polyol, or the adhesive compound comprises at least 12 wt % of the epoxy-enhanced polyether compounds as well as at least 2 wt % of the polyol. a) 2-40 wt % of film former, b) 10-70 wt % of aromatic epoxy resins, c) cyclo-aliphatic epoxy resins, the cyclo-aliphatic epoxy resins not exceeding 35 wt %, d) 0-50 wt % of epoxy-enhanced polyether compounds, e) 0-20 wt % of polyol, and f) 0.5-7 wt % of cationic initiators, the proportions adding up to 100%, and the adhesive compound has an open time of 10 seconds to 60 minutes after the UV activation, during which open time the film has a pressure-sensitive adhesive characteristic, characterized in that the share of an epoxy equivalent of the cyclo-aliphatic epoxy resins in the epoxy equivalent of all the epoxy resins is at most 25 % and the adhesive compound comprises at least 42 wt % of the epoxy-enhanced polyether compounds, or the adhesive compound comprises at least 6 wt % of the polyol, or the adhesive compound comprises at least 12 wt % of the epoxy-enhanced polyether compounds as well as at least 2 wt % of the polyol.
An integrated circuit comprising a detection circuit portion for detecting an electromagnetic pulse attack on the integrated circuit , the detection circuit portion comprising: a shadow flip-flop comprising a clock input; and characterized by further comprising: a clock net connected to said clock input; a clock gate connected to the clock net , wherein the clock gate is controlled by an enable signal so as selectively to be in an open state in which the clock gate passes a clock signal to the clock net or in a closed state in which the clock gate does not pass the clock signal to the clock net ; and an error circuit portion ; wherein the error circuit portion is arranged to selectively output an error signal if: the shadow flip-flop is clocked by a signal from the clock net and the clock gate is in the closed state. a shadow flip-flop comprising a clock input; and characterized by further comprising: a clock net connected to said clock input; a clock gate connected to the clock net , wherein the clock gate is controlled by an enable signal so as selectively to be in an open state in which the clock gate passes a clock signal to the clock net or in a closed state in which the clock gate does not pass the clock signal to the clock net ; and an error circuit portion ; wherein the error circuit portion is arranged to selectively output an error signal if: the shadow flip-flop is clocked by a signal from the clock net and the clock gate is in the closed state. a clock net connected to said clock input; a clock gate connected to the clock net , wherein the clock gate is controlled by an enable signal so as selectively to be in an open state in which the clock gate passes a clock signal to the clock net or in a closed state in which the clock gate does not pass the clock signal to the clock net ; and an error circuit portion ;
Steering column for a motor vehicle - having a steering shaft which is rotatably mounted in a boxed swing arm, - having a latching element connected to the steering shaft in a torsion-resistant manner and - having a locking element which may be brought into engagement with the latching element for temporary blocking of the steering shaft , - having a sensor arrangement, which is designed to detect a steering parameter, namely the angle of rotation of the steering shaft or the torque acting on the steering shaft, and - having an electromechanical actuator for actuating the locking element depending on a control , characterized in that the sensor arrangement comprises first sensors for the steering parameter and at least one second sensor for detecting the position of the locking element in a structural unit. - having a steering shaft which is rotatably mounted in a boxed swing arm, - having a latching element connected to the steering shaft in a torsion-resistant manner and - having a locking element which may be brought into engagement with the latching element for temporary blocking of the steering shaft , - having a sensor arrangement, which is designed to detect a steering parameter, namely the angle of rotation of the steering shaft or the torque acting on the steering shaft, and - having an electromechanical actuator for actuating the locking element depending on a control ,
A mobile terminal comprising: an acquiring unit configured to acquire information from a core network node coupled with a small cell of a plurality of cells, the information indicating decision of switching of the small cell from an on state to an off state; and a control unit configured to determine whether or not (i) a first measurement result of the small cell is greater than a first threshold and (ii) a second measurement result of each of other cells, wherein said other cells include a macro cell and other small cells, is smaller than a second threshold and to request that the switching be canceled if it determines that the first measurement result is greater than the first threshold and the second measurement result of each of said other cells is smaller than the second threshold, wherein each of the first and second measurement results is reference signal received power, RSRP, or reference signal received quality, RSRQ. an acquiring unit configured to acquire information from a core network node coupled with a small cell of a plurality of cells, the information indicating decision of switching of the small cell from an on state to an off state; and a control unit configured to determine whether or not (i) a first measurement result of the small cell is greater than a first threshold and (ii) a second measurement result of each of other cells, wherein said other cells include a macro cell and other small cells, is smaller than a second threshold and to request that the switching be canceled if it determines that the first measurement result is greater than the first threshold and the second measurement result of each of said other cells is smaller than the second threshold, wherein each of the first and second measurement results is reference signal received power, RSRP, or reference signal received quality, RSRQ.
A rudder bias system for an aircraft with a right engine and a left engine, comprising: a component determining a left primary thrust estimate, a left secondary thrust estimate, a right primary thrust estimate, and a right secondary thrust estimate based on a left primary signal, a left secondary signal, a right primary signal, and a right secondary signal, respectively; a left engine thrust estimate selector determining a left selected estimate based on the left primary thrust estimate and the left secondary thrust estimate; a right engine thrust estimate selector determining a right selected estimate based on the right primary thrust estimate and the right secondary thrust estimate; an enable and mode component determining one or more corresponding validities for the left primary thrust estimate, the left secondary thrust estimate, the right primary thrust estimate, and the right secondary thrust estimate; a control component generating: an engage command based on a thrust differential between the right engine and the left engine, the thrust differential calculated from the left selected estimate and the right selected estimate; and a torque command based on an equivalent pedal force assistance calculated as a difference between the thrust differential and an activation threshold. a component determining a left primary thrust estimate, a left secondary thrust estimate, a right primary thrust estimate, and a right secondary thrust estimate based on a left primary signal, a left secondary signal, a right primary signal, and a right secondary signal, respectively; a left engine thrust estimate selector determining a left selected estimate based on the left primary thrust estimate and the left secondary thrust estimate; a right engine thrust estimate selector determining a right selected estimate based on the right primary thrust estimate and the right secondary thrust estimate; an enable and mode component determining one or more corresponding validities for the left primary thrust estimate, the left secondary thrust estimate, the right primary thrust estimate, and the right secondary thrust estimate; a control component generating: an engage command based on a thrust differential between the right engine and the left engine, the thrust differential calculated from the left selected estimate and the right selected estimate; and a torque command based on an equivalent pedal force assistance calculated as a difference between the thrust differential and an activation threshold. an engage command based on a thrust differential between the right engine and the left engine, the thrust differential calculated from the left selected estimate and the right selected estimate; and a torque command based on an equivalent pedal force assistance calculated as a difference between the thrust differential and an activation threshold.