mhurhangee/ep-ind-claims huggingface dataset:
An insulating element for a cavity wall comprising an insulation foam board having a first facing on one side and a second facing on an opposite side, characterised in that an impact resistance cover covers one of the facings (11,12), the impact resistant cover having side overlap engagement portions (21,22) on opposed sides thereof for overlapping engagement with corresponding overlap portions (21,22) of adjacent like insulating elements and an end overlap flange on at least one end of the impact resistant cover for overlapping with an end portion of the impact resistant cover of adjacent like insulating elements.
A board, in particular a floor board for forming a surfacing, comprising a supporting profile with a view area, at least one groove arranged in the supporting profile, which extends from the view area into the supporting profile and which is limited by opposing lateral portions (6, 7) and a bottom portion of the groove, wherein the lateral portions (6, 7) in their sectional view have a longitudinal displacement expanding from the view area of the supporting profile, and with an insert element received in the groove, said insert element being suspended at the lateral portions (6, 7) of the groove with its lateral walls (10, 11), characterized in that at least one spring element is provided in the area of the bottom portion of the groove, said spring element being in contact with a base portion of the insert element facing the bottom portion of the groove and that the lateral walls (10, 11) of the insert element are pressed against the lateral portions (6, 7) of the groove by the spring element.
An analog of glucagon (SEQ ID NO: 1) having GIP agonist activity, with the following modifications: (a) an amino acid modification at position 1 that confers GIP agonist activity, optionally, wherein the amino acid at position 1 is an amino acid lacking an imidazole side chain; (b) one, two, three, or all of the amino acids at positions 16, 20, 21, and 24 of the analog is substituted with an α,α-disubstituted amino acid, (c) amino acid modifications at one, two or all of positions 27, 28 and 29, and (d) 1-9 further amino acid modifications relative to the glucagon sequence (SEQ ID NO: 1), wherein the EC50 of the analog for GIP receptor activation is about 10 nM or less, and wherein the EC50 of the analog at the GIP receptor is less than about 50-fold different from its EC50 at the GLP-I receptor, optionally, wherein the GIP potency of the analog is within about 15-fold of GLP-1 potency of the analog. (a) an amino acid modification at position 1 that confers GIP agonist activity, optionally, wherein the amino acid at position 1 is an amino acid lacking an imidazole side chain; (b) one, two, three, or all of the amino acids at positions 16, 20, 21, and 24 of the analog is substituted with an α,α-disubstituted amino acid, (c) amino acid modifications at one, two or all of positions 27, 28 and 29, and (d) 1-9 further amino acid modifications relative to the glucagon sequence (SEQ ID NO: 1), wherein the EC50 of the analog for GIP receptor activation is about 10 nM or less, and wherein the EC50 of the analog at the GIP receptor is less than about 50-fold different from its EC50 at the GLP-I receptor, optionally, wherein the GIP potency of the analog is within about 15-fold of GLP-1 potency of the analog.
Device (1, 18) for the thermal joining of two workpieces (6, 7, 22, 23), in particular plastic workpieces, at mutually facing, in particular parallel joining surfaces (10, 11, 24, 25) in the butt joint, comprising a first workpiece receptacle (4, 20) for receiving a first workpiece (6, 22) and a second workpiece receptacle (5, 21), opposite the first, for receiving a second workpiece (7, 23), wherein the two workpiece receptacles (4, 5, 20, 21) are movable relative to each other for moving the workpieces (6, 7, 22, 23) together and apart while defining a direction of movement and are adapted to apply a compressive force in the direction of movement for heating and/or joining the workpieces (6, 7, 22, 23), wherein, the apparatus further comprises a thermographic recording device for recording the near-surface workpiece temperature in the vicinity of the joining surfaces (10, 11, 24, 25), characterized in that the thermographic recording device is equipped with an evaluation unit for determining geometrical parameters of a temperature zone, in particular a melting zone, preferably of the width thereof extending perpendicular to the joining surfaces (10, 11, 24, 25), on the basis of the recorded temperature data of the recording device. a first workpiece receptacle (4, 20) for receiving a first workpiece (6, 22) and a second workpiece receptacle (5, 21), opposite the first, for receiving a second workpiece (7, 23), wherein the two workpiece receptacles (4, 5, 20, 21) are movable relative to each other for moving the workpieces (6, 7, 22, 23) together and apart while defining a direction of movement and are adapted to apply a compressive force in the direction of movement for heating and/or joining the workpieces (6, 7, 22, 23), wherein, the apparatus further comprises a thermographic recording device for recording the near-surface workpiece temperature in the vicinity of the joining surfaces (10, 11, 24, 25), characterized in that the thermographic recording device is equipped with an evaluation unit for determining geometrical parameters of a temperature zone, in particular a melting zone, preferably of the width thereof extending perpendicular to the joining surfaces (10, 11, 24, 25), on the basis of the recorded temperature data of the recording device.
Method for moulding a plastic member, using a device comprising two parts, respectively fixed and movable, able to be moved one with respect to the other, these two parts (26, 28) carrying respectively two recesses (26E, 28E) forming a cavity for moulding the plastic member, the movable part comprising: - a cold channel, and - movable means intended to eject, from the recess of the movable part, a sprue formed in the cold channel, referred to sprue-ejection means, a part of the recess of the movable part being delimited by a sub-part, referred to as a wedge, of the movable part, this wedge being movable between a position interfering with the ejection travel of the sprue and a position leaving clear this ejection travel of the sprue, the movable part also comprising: - movable means intended to eject the moulded member from the recess of the movable part, referred to as moulded-member ejection means, and - means for sequencing the movements of the sprue-ejection means, of the wedge and of the moulded-member ejection means, wherein this plastic member is removed from the mould, after moulding, by performing the following steps: - the movable part is moved with respect the fixed part, the moulded member remaining attached to the movable part, and characterised in that next - the moulded-member ejection means are then actuated so as to make this moulded member follow a travel, during part of which the wedge is moved in the same direction as the moulded member in order to leave clear the ejection travel of the sprue. - a cold channel, and - movable means intended to eject, from the recess of the movable part, a sprue formed in the cold channel, referred to sprue-ejection means, a part of the recess of the movable part being delimited by a sub-part, referred to as a wedge, of the movable part, this wedge being movable between a position interfering with the ejection travel of the sprue and a position leaving clear this ejection travel of the sprue, the movable part also comprising: - movable means intended to eject the moulded member from the recess of the movable part, referred to as moulded-member ejection means, and - means for sequencing the movements of the sprue-ejection means, of the wedge and of the moulded-member ejection means, wherein this plastic member is removed from the mould, after moulding, by performing the following steps: - the movable part is moved with respect the fixed part, the moulded member remaining attached to the movable part, and characterised in that next - the moulded-member ejection means are then actuated so as to make this moulded member follow a travel, during part of which the wedge is moved in the same direction as the moulded member in order to leave clear the ejection travel of the sprue.
A drug delivery device comprising: a drug container assembly containing a drug, and a plunger positioned within the container assembly, the drug container assembly having an outlet for dispensing the drug, wherein, in an initial position, the outlet is sealed; a drive mechanism comprising a first stored energy source operable to apply pressure on the plunger or the drug container assembly to pressurise the drug; a hypodermic needle through which the drug is delivered in use; and a first release mechanism operable to unseal the outlet after the drug has been pressurised, characterised by a needle insertion mechanism configured to move the needle relative to the drug container assembly to insert the needle automatically into the injection site, wherein the device is configured such that the hydraulic pressure of the drug, provided by the release of the first stored energy source, is used to move the needle insertion mechanism. a drug container assembly containing a drug, and a plunger positioned within the container assembly, the drug container assembly having an outlet for dispensing the drug, wherein, in an initial position, the outlet is sealed; a drive mechanism comprising a first stored energy source operable to apply pressure on the plunger or the drug container assembly to pressurise the drug; a hypodermic needle through which the drug is delivered in use; and a first release mechanism operable to unseal the outlet after the drug has been pressurised, characterised by a needle insertion mechanism configured to move the needle relative to the drug container assembly to insert the needle automatically into the injection site, wherein the device is configured such that the hydraulic pressure of the drug, provided by the release of the first stored energy source, is used to move the needle insertion mechanism.
A method comprising: entering, by a portable electronic device, a low-power condition after displaying an application image on a display, wherein no information is displayed on the display during the low-power condition; while in the low-power condition, detecting an input which is part of a gesture; in response to detecting the input, displaying a cover image, identifying informational icons related to device condition and informational icons related to applications and displaying the informational icons (304, 404) with the cover image; and along with movement of the detected gesture, progressively revealing the application image while reducing display of the cover image. entering, by a portable electronic device, a low-power condition after displaying an application image on a display, wherein no information is displayed on the display during the low-power condition; while in the low-power condition, detecting an input which is part of a gesture; in response to detecting the input, displaying a cover image, identifying informational icons related to device condition and informational icons related to applications and displaying the informational icons (304, 404) with the cover image; and along with movement of the detected gesture, progressively revealing the application image while reducing display of the cover image.
A sirocco fan including: a scroll; a fan body that is rotatably disposed in the scroll and includes a plurality of blades arranged in a cylindrical manner; and a motor for rotationally driving the fan body, characterized in that a rib having a width in a range from 5 to 10 mm taking a form of a substantially rectangular parallelepiped shape is provided along both ends of a tongue portion of the scroll. a scroll; a fan body that is rotatably disposed in the scroll and includes a plurality of blades arranged in a cylindrical manner; and a motor for rotationally driving the fan body, characterized in that a rib having a width in a range from 5 to 10 mm taking a form of a substantially rectangular parallelepiped shape is provided along both ends of a tongue portion of the scroll.
A method for obtaining protein ingredients for animal feed from seeds of sunflowers or rape, with at least the following steps - shelling the sunflower seeds or rapeseeds up to a shell content of <2.5 wt% to obtain shelled sunflower seeds or rapeseeds, or providing shelled sunflower seeds or rapeseeds having a shell content of <2.5 wt%; - mechanical partial extraction of the oil from the shelled sunflower seeds or rapeseeds by pressing up to a fat or oil content in the range between >6 and <25 wt%; - carrying out at least one extraction step for further extraction of the oil from the sunflower seeds or rapeseeds with at least one organic solvent or supercritical CO2 up to an oil content of less than 3.5 wt%, and - subsequent desolventing, whereby a protein-containing product is obtained as a protein ingredient for animal feed, - wherein at least one protein-denaturing treatment of the sunflower seeds or rapeseeds is carried out between the shelling of the sunflower seeds or rapeseeds and obtaining the protein ingredient in such manner that proteins contained in the protein ingredient are denatured to a percentage of >40 %. - shelling the sunflower seeds or rapeseeds up to a shell content of <2.5 wt% to obtain shelled sunflower seeds or rapeseeds, or providing shelled sunflower seeds or rapeseeds having a shell content of <2.5 wt%; - mechanical partial extraction of the oil from the shelled sunflower seeds or rapeseeds by pressing up to a fat or oil content in the range between >6 and <25 wt%; - carrying out at least one extraction step for further extraction of the oil from the sunflower seeds or rapeseeds with at least one organic solvent or supercritical CO2 up to an oil content of less than 3.5 wt%, and - subsequent desolventing, whereby a protein-containing product is obtained as a protein ingredient for animal feed, - wherein at least one protein-denaturing treatment of the sunflower seeds or rapeseeds is carried out between the shelling of the sunflower seeds or rapeseeds and obtaining the protein ingredient in such manner that proteins contained in the protein ingredient are denatured to a percentage of >40 %.
A system comprising: a glucose concentration sensor configured to detect a patient glucose concentration level; a communication circuit configured to receive the patient glucose concentration level from the glucose concentration sensor; a memory circuit including a stored model that includes a physiologic model; and a processor configured to: receive a datum indicative of the patient glucose concentration level; execute stored instructions to apply the datum indicative of the patient glucose concentration level to the stored model to determine a physiologic state; characterized in that the processor is further configured to: determine a guidance message based at least in part on the determined state and a temporal pattern that includes a learned pattern of patient behaviour, wherein the processor is configured to determine the guidance message by determining from the temporal pattern and the physiologic model that a transition to an undesirable physiologic state is likely to occur, wherein the undesirable physiologic state is a high glucose level or a low glucose level; determine a delivery time for delivery of the guidance message using the temporal pattern, by identifying an upcoming period of patient unavailability and selecting a time for delivery of the guidance message prior to the period of patient unavailability. a glucose concentration sensor configured to detect a patient glucose concentration level; a communication circuit configured to receive the patient glucose concentration level from the glucose concentration sensor; a memory circuit including a stored model that includes a physiologic model; and a processor configured to: receive a datum indicative of the patient glucose concentration level; execute stored instructions to apply the datum indicative of the patient glucose concentration level to the stored model to determine a physiologic state; receive a datum indicative of the patient glucose concentration level; execute stored instructions to apply the datum indicative of the patient glucose concentration level to the stored model to determine a physiologic state; determine a guidance message based at least in part on the determined state and a temporal pattern that includes a learned pattern of patient behaviour, wherein the processor is configured to determine the guidance message by determining from the temporal pattern and the physiologic model that a transition to an undesirable physiologic state is likely to occur, wherein the undesirable physiologic state is a high glucose level or a low glucose level; determine a delivery time for delivery of the guidance message using the temporal pattern, by identifying an upcoming period of patient unavailability and selecting a time for delivery of the guidance message prior to the period of patient unavailability.
A method for drying a wet CO 2 rich gas stream from an oxy-combustion process, the method comprising: compressing the wet CO 2 rich gas stream to a drying process operating pressure using a compressor, cooling the wet CO 2 rich gas stream in at least one cooler (3.1, 3.2), alternately drying the wet CO 2 rich gas stream in at least one dryer (6.1, 6.2) which contains at least one desiccant bed (7.1, 7.2) and regenerating the desiccant bed (7.1, 7.2) by conducting a heated regenerating gas through the dryer (6.1, 6.2) in opposite direction to the flow direction of the wet CO 2 rich gas stream, separating the dried CO 2 rich gas stream in a purification process to a purified CO 2 gas stream and a waste gas stream rich in nitrogen and oxygen, whereby the waste gas stream rich in nitrogen and oxygen is used as regenerating gas, and subsequently to the regeneration the dryer (6.1, 6.2) is purged at least once by a pressurized CO 2 rich gas stream conducted from the compressor, and whereby the dryer (6.1, 6.2) is charged up to the drying process operating pressure with a pressurized CO 2 rich gas stream conducted from the compressor before each drying process. compressing the wet CO 2 rich gas stream to a drying process operating pressure using a compressor, cooling the wet CO 2 rich gas stream in at least one cooler (3.1, 3.2), alternately drying the wet CO 2 rich gas stream in at least one dryer (6.1, 6.2) which contains at least one desiccant bed (7.1, 7.2) and regenerating the desiccant bed (7.1, 7.2) by conducting a heated regenerating gas through the dryer (6.1, 6.2) in opposite direction to the flow direction of the wet CO 2 rich gas stream, separating the dried CO 2 rich gas stream in a purification process to a purified CO 2 gas stream and a waste gas stream rich in nitrogen and oxygen, whereby the waste gas stream rich in nitrogen and oxygen is used as regenerating gas, and subsequently to the regeneration the dryer (6.1, 6.2) is purged at least once by a pressurized CO 2 rich gas stream conducted from the compressor, and whereby the dryer (6.1, 6.2) is charged up to the drying process operating pressure with a pressurized CO 2 rich gas stream conducted from the compressor before each drying process.
A door lock for a door of an appliance, comprising: a door position switch having a state indicating that the door is in a closed position; a door locking element movable between an unlock position and lock position, the lock position engaging the door when the door is in the closed position to prevent the door from opening; a lock sensing switch having a state indicating that the door locking element is in the lock position; characterized by a first and second resistor (32, 34) having different unique values, each attached to a corresponding one of the door position switch and the lock sensing switch so that corresponding switches control current through the corresponding attached resistors, the first and second resistors (32, 34) communicating with a signal wire to provide a unique current through the signal wire as a function of different states of the door position switch and the lock sensing switch. a door position switch having a state indicating that the door is in a closed position; a door locking element movable between an unlock position and lock position, the lock position engaging the door when the door is in the closed position to prevent the door from opening; a lock sensing switch having a state indicating that the door locking element is in the lock position; characterized by a first and second resistor (32, 34) having different unique values, each attached to a corresponding one of the door position switch and the lock sensing switch so that corresponding switches control current through the corresponding attached resistors, the first and second resistors (32, 34) communicating with a signal wire to provide a unique current through the signal wire as a function of different states of the door position switch and the lock sensing switch.
A concentrate adaptor for a vaporizer device, the concentrate adaptor comprising: a reservoir configured to hold a concentrate, the reservoir configured to be positioned within a vessel of the vaporizer device and be heated by a heating element of the vaporizer device to transfer heat to the concentrate, thereby generating an aerosol for inhalation by a user, the reservoir comprising: a sidewall surrounding an interior volume of the reservoir; and a capillary structure positioned along at least a portion of the sidewall configured to direct the concentrate to the sidewall to be heated by the heating element; and a base coupled with the reservoir, the base comprising: a base floor comprising an outer base surface exposed external to the concentrate adaptor; and a base housing configured to surround at least a portion of the base floor. a reservoir configured to hold a concentrate, the reservoir configured to be positioned within a vessel of the vaporizer device and be heated by a heating element of the vaporizer device to transfer heat to the concentrate, thereby generating an aerosol for inhalation by a user, the reservoir comprising: a sidewall surrounding an interior volume of the reservoir; and a capillary structure positioned along at least a portion of the sidewall configured to direct the concentrate to the sidewall to be heated by the heating element; and a sidewall surrounding an interior volume of the reservoir; and a capillary structure positioned along at least a portion of the sidewall configured to direct the concentrate to the sidewall to be heated by the heating element; and a base coupled with the reservoir, the base comprising: a base floor comprising an outer base surface exposed external to the concentrate adaptor; and a base housing configured to surround at least a portion of the base floor. a base floor comprising an outer base surface exposed external to the concentrate adaptor; and a base housing configured to surround at least a portion of the base floor.