mhurhangee/patent-ind-claim-en huggingface dataset:
A freezing device comprising: a compressor configured to compress a CO 2 refrigerant; a gas cooler configured to cool a CO 2 refrigerant discharged from the compressor; and a control unit configured to set a high-pressure target value of the CO 2 refrigerant so that the CO 2 refrigerant in the gas cooler becomes subcritical and perform subcritical control when an outside air temperature is less than a first predetermined temperature, which is lower than a critical point of the CO 2 refrigerant, and a target evaporation temperature in an evaporator to which the CO 2 refrigerant cooled by the gas cooler is guided via an expansion valve is less than or equal to a second predetermined temperature. a compressor configured to compress a CO 2 refrigerant; a gas cooler configured to cool a CO 2 refrigerant discharged from the compressor; and a control unit configured to set a high-pressure target value of the CO 2 refrigerant so that the CO 2 refrigerant in the gas cooler becomes subcritical and perform subcritical control when an outside air temperature is less than a first predetermined temperature, which is lower than a critical point of the CO 2 refrigerant, and a target evaporation temperature in an evaporator to which the CO 2 refrigerant cooled by the gas cooler is guided via an expansion valve is less than or equal to a second predetermined temperature.
An infusion set , comprising: a base ; an inserter removably connected to said base ; a catheter movable from a first catheter position disposed within said inserter to a second catheter position in which a free end of said catheter is disposed externally of said base ; an introducer needle located within said catheter and movable with said catheter between a first introducer needle position disposed within said inserter and a second introducer needle position in which a free end of said introducer needle is disposed externally of said base ; and a spring member for moving said catheter from said first to said second catheter position and said introducer needle from said first to said second introducer needle position to facilitate insertion of said catheter , said spring member being disposed within said base when said catheter is in said second catheter position; characterized in that said spring member is activatable by rotating said inserter , wherein said catheter is connected to a catheter hub , said catheter hub being movable with said catheter between said first and second catheter positions, wherein said catheter hub engages an inner shoulder of said inserter to retain said catheter hub in said first catheter hub position, and wherein rotation of said inserter disengages said inner shoulder of said inserter from said catheter hub such that said spring member moves said catheter hub to said second catheter position. a base ; an inserter removably connected to said base ; a catheter movable from a first catheter position disposed within said inserter to a second catheter position in which a free end of said catheter is disposed externally of said base ; an introducer needle located within said catheter and movable with said catheter between a first introducer needle position disposed within said inserter and a second introducer needle position in which a free end of said introducer needle is disposed externally of said base ; and a spring member for moving said catheter from said first to said second catheter position and said introducer needle from said first to said second introducer needle position to facilitate insertion of said catheter , said spring member being disposed within said base when said catheter is in said second catheter position; characterized in that said spring member is activatable by rotating said inserter , wherein said catheter is connected to a catheter hub , said catheter hub being movable with said catheter between said first and second catheter positions, wherein said catheter hub engages an inner shoulder of said inserter to retain said catheter hub in said first catheter hub position, and wherein rotation of said inserter disengages said inner shoulder of said inserter from said catheter hub such that said spring member moves said catheter hub to said second catheter position.
A production installation for book blocks in parallel from digital prints on basic sheets , in which each book block has a given number "n" of book sheets and each basic sheet has a number "m" of book sheets equal to the number "m" of the book blocks to be produced and in which said installation comprises a stacking group for the basic sheets, a separation group for the book blocks , and an electronic control unit for the stacking group and the separation group, the book sheets are distributed on the basic sheets by aligning through aligning rows and aligning columns and separation areas adjacent to the book sheets; and the stacking group is actuatable for stacking the basic sheets and forming a basic block ; and wherein the electronic control unit actuates the separation group for cutting the book blocks from the basic block along the aligning rows and the aligning columns of the book sheets and separating the book blocks for following treatments; the said production installation being characterized in that the electronic control unit responds to data associated to the book blocks and the basic sheets derived from machine-readable basic codes associated with the basic sheets, said production installation further comprising a bonding station including a point bonding group and code detectors for the reading of the basic codes, wherein: the point bonding group is provided for dispensing adhesive strokes on the basic sheets across the aligning rows and/or the aligning columns , in correspondence of the separation areas, while the stacking group stacks the basic sheets, without sliding, forming said basic block in which the book sheets are aligned and stabilized by the adhesive strokes; and wherein the electronic control unit responds to signals from the said code detectors for actuating the point bonding group , the stacking group and the separation group on the basis of information from the said basic codes. the point bonding group is provided for dispensing adhesive strokes on the basic sheets across the aligning rows and/or the aligning columns , in correspondence of the separation areas, while the stacking group stacks the basic sheets, without sliding, forming said basic block in which the book sheets are aligned and stabilized by the adhesive strokes; and wherein the electronic control unit responds to signals from the said code detectors for actuating the point bonding group , the stacking group and the separation group on the basis of information from the said basic codes.
An inkjet printing ink, comprising: a pigment in an amount of 3 to 10% by mass, relative to the whole mass of the inkjet printing ink, acrylic particles, an alcohol, and water, wherein the alcohol contains a trihydric alcohol in an amount of 10 to 20% by mass relative to the whole amount of the inkjet printing ink, and wherein the alcohol additionally contains a dihydric alcohol selected from the group consisting of diethylene glycol, propylene glycol, 1,3-propanediol, butylene glycol and hexanediol in an amount of 10 to 20% by mass relative to the whole amount of the inkjet printing ink, a ratio of an amount of the alcohol to a whole mass of the inkjet printing ink is 30% by mass or less, and a ratio of an amount of the acrylic particles to a mass of the pigment is 5% by mass to 100% by mass. a pigment in an amount of 3 to 10% by mass, relative to the whole mass of the inkjet printing ink, acrylic particles, an alcohol, and water, wherein the alcohol contains a trihydric alcohol in an amount of 10 to 20% by mass relative to the whole amount of the inkjet printing ink, and wherein the alcohol additionally contains a dihydric alcohol selected from the group consisting of diethylene glycol, propylene glycol, 1,3-propanediol, butylene glycol and hexanediol in an amount of 10 to 20% by mass relative to the whole amount of the inkjet printing ink, a ratio of an amount of the alcohol to a whole mass of the inkjet printing ink is 30% by mass or less, and a ratio of an amount of the acrylic particles to a mass of the pigment is 5% by mass to 100% by mass.
An antibody or fragment thereof that binds to human Anti-Müllerian hormone (AMH) comprising a heavy chain CDR1 comprising the amino acid sequence of SEQ ID NO: 1, and a heavy chain CDR2 comprising the amino acid sequence of SEQ ID NO: 2, and a heavy chain CDR3 comprising the amino acid sequence of SEQ ID NO: 3; and a light chain CDR1 comprising the amino acid sequence of SEQ ID NO: 4, and a light chain CDR2 comprising the amino acid sequence of SEQ ID NO: 5, and a light chain CDR3 comprising the amino acid sequence of SEQ ID NO: 6.
A magazine comprising: an elongated casing or feed tower having at least a distal end and a proximal end, and two sides longer than the distal and proximal ends; a follower having a tab extending toward one of the two sides, wherein the follower comprises a plurality of dummy cartridges coupled via movable links , and wherein the tab extends from one of the movable links; and a bolt catch mechanism arranged at least partially inside and near a top of the elongated casing or feed tower, wherein the tab is arranged to contact and bias upward the bolt catch mechanism into a position configured to engage a bolt catch or slide stop of a firearm that the magazine is engaged with. an elongated casing or feed tower having at least a distal end and a proximal end, and two sides longer than the distal and proximal ends; a follower having a tab extending toward one of the two sides, wherein the follower comprises a plurality of dummy cartridges coupled via movable links , and wherein the tab extends from one of the movable links; and a bolt catch mechanism arranged at least partially inside and near a top of the elongated casing or feed tower, wherein the tab is arranged to contact and bias upward the bolt catch mechanism into a position configured to engage a bolt catch or slide stop of a firearm that the magazine is engaged with.
A contact lens embedded sensor system for IOP monitoring in ocular hypertension and glaucoma conditions, comprising at least one contact lens with one sensor embedded therein along with at least one antenna coupled to said at least one contact lens and electronic readout device wherein said sensor comprises at least two split-ring resonator type resonator rings with identical resonance characteristics and at least one flexible biocompatible substrate layer in between and, said contact lens embedded sensor system is a passive structure continuously configured to sense intraocular pressure (IOP). said sensor comprises at least two split-ring resonator type resonator rings with identical resonance characteristics and at least one flexible biocompatible substrate layer in between and, said contact lens embedded sensor system is a passive structure continuously configured to sense intraocular pressure (IOP).
Warp knitting machine having a knitting needle bar carrying knitting needles , a guide bar arrangement which is moveable in a shog direction and a has a weft guide bar which lays a weft yarn, and a fabric take-off , wherein at least one guide plate projects through a space between two knitting needles , wherein weft guide bar guides a weft yarn over the guide plate during a movement between two knitting needles , wherein the guide plate is arranged at a guide plate bar , characterized in that the guide plate bar is unmoved during a stich formation process.
Device for moving reels (B), comprising at least one support upright associable with a transport vehicle (V), and at least one head for manipulating the reels (B), such head connected to said support upright , said manipulation head comprising at least one first grip member , provided with a first terminal element adapted to grasp said reel (B) at a first opening (B2) of its central through hole (B1) wherein said first terminal element defines a respective operative axis (H) and can be expanded, with shape that can vary between an inactive configuration, in which it can be freely inserted in the first opening (B2) of the central through hole (B1) of the reel (B), and an operative configuration, in which it is expanded such to exert a friction grip action on die internal surface of the central through hole (B1), and wherein said manipulation head comprises a second grip member provided with a second terminal element adapted to grasp the reel (B) at the second opening (B3) of its central through hole (B1), opposite the first opening (B2), characterized in that said second grip member is movable between an inactive position of minimum bulk and an operative position, in which said second terminal element is coaxial with said operative axis (H) of said first terminal element . said manipulation head comprising at least one first grip member , provided with a first terminal element adapted to grasp said reel (B) at a first opening (B2) of its central through hole (B1) wherein said first terminal element defines a respective operative axis (H) and can be expanded, with shape that can vary between an inactive configuration, in which it can be freely inserted in the first opening (B2) of the central through hole (B1) of the reel (B), and an operative configuration, in which it is expanded such to exert a friction grip action on die internal surface of the central through hole (B1), and wherein said manipulation head comprises a second grip member provided with a second terminal element adapted to grasp the reel (B) at the second opening (B3) of its central through hole (B1), opposite the first opening (B2), characterized in that said second grip member is movable between an inactive position of minimum bulk and an operative position, in which said second terminal element is coaxial with said operative axis (H) of said first terminal element .
Charging station for providing electrical energy for electrically operable vehicles, comprising a housing , comprising a plug element which is assigned to the housing and to which a counter plug element can be attached for electrically conductively connecting the vehicle and the charging station, comprising a control unit for coordinating and performing a charging process, and comprising a charging load line which connects the plug element to an external electrical supply line which provides the external energy supply, the control unit being supplied with electrical energy via a control load line which is also connected to the external electrical supply line , and the control load line being assigned an electrical energy store which is dimensioned in such a way and cooperates with the control unit in such a way that emergency routines, specified by the control unit if the external energy supply is interrupted, can be performed using the electrical energy provided in the energy store , characterised in that the plug element is assigned a locking unit comprising a locking element for fixing the counter plug element to the plug element , in that the control unit and the locking unit are formed in such a way and in that the electrical energy store cooperating with the control unit is sized in such a way that the locking element can be brought, by means of the energy stored in the electrical energy store , from a locking position, in which the counter plug element is fixed to the plug element , into an opening position, in which the counter plug element can be removed from the plug element during the specified emergency routines, and in that a switching element is provided in a feed line connecting the electrical load to the control load line , the switching element being actuable via a first line portion , connected to a first control load line part , of a query signal line , in such a way that the interruption to the external energy supply and/or to the first control load line part is reported to the control unit via a second line portion (22"), connecting the switching element and the control unit , of the query signal line .
An air-frying cooker , comprising: a vessel ; a heating means located above the vessel ; a food support located in the vessel and having an air-permeable bottom ; an airflow generating device configured to enable air heated by the heating means to form an airflow to heat food accommodated in the food support ; a partition (104; 204; 304; 404; 504; 604) located in the vessel and located below the food support , the partition (104; 204; 304; 404; 504; 604) divides a space in the vessel into a first chamber accommodating the food support and a second chamber located below the first chamber ; and a guide member located on a bottom wall of the vessel, wherein the partition (104; 204; 304; 404; 504; 604) at least partially blocks heat transfer from the first chamber to the second chamber , and guides materials falling from the air-permeable bottom of the food support into the first chamber to the second chamber and the guide member guides the materials entering the second chamber from the first chamber towards a direction away from a radial center of the vessel . a vessel ; a heating means located above the vessel ; a food support located in the vessel and having an air-permeable bottom ; an airflow generating device configured to enable air heated by the heating means to form an airflow to heat food accommodated in the food support ; a partition (104; 204; 304; 404; 504; 604) located in the vessel and located below the food support , the partition (104; 204; 304; 404; 504; 604) divides a space in the vessel into a first chamber accommodating the food support and a second chamber located below the first chamber ; and a guide member located on a bottom wall of the vessel, wherein the partition (104; 204; 304; 404; 504; 604) at least partially blocks heat transfer from the first chamber to the second chamber , and guides materials falling from the air-permeable bottom of the food support into the first chamber to the second chamber and the guide member guides the materials entering the second chamber from the first chamber towards a direction away from a radial center of the vessel .
A method for guiding installation of an accessory device in a low voltage switching device having one or more mounting locations for one or more accessory devices using guided mounting means comprising an image acquisition device, a display , and processing means executing a guided mounting program for guiding installation of said accessory device in said low voltage switching device , said method comprising the steps of: - acquiring an image of said low voltage switching device and displaying it on said display ; - identifying said low voltage switching device ; - displaying in an augmented reality view one or more points of interest of said low voltage switching device by superimposing possible accessory device mounting locations to the image of said low voltage switching device ; - displaying information concerning possible accessory devices installable in said low voltage switching device ; - selecting one of said possible accessory devices and identifying in an augmented reality view one or more possible mounting locations of the selected accessory device in the low voltage switching device or selecting one of said possible accessory device mounting locations and identifying in an augmented reality view one or more accessory devices installable in the selected mounting location ; - displaying information concerning a mounting procedure of a selected accessory device in a selected mounting location of said low voltage switching device . - acquiring an image of said low voltage switching device and displaying it on said display ; - identifying said low voltage switching device ; - displaying in an augmented reality view one or more points of interest of said low voltage switching device by superimposing possible accessory device mounting locations to the image of said low voltage switching device ; - displaying information concerning possible accessory devices installable in said low voltage switching device ; - selecting one of said possible accessory devices and identifying in an augmented reality view one or more possible mounting locations of the selected accessory device in the low voltage switching device or selecting one of said possible accessory device mounting locations and identifying in an augmented reality view one or more accessory devices installable in the selected mounting location ; - displaying information concerning a mounting procedure of a selected accessory device in a selected mounting location of said low voltage switching device .
A method of making an ultraviolet (UV) photodetector, comprising: applying a metal-containing solution to a substrate using a spin coat technique to form a metal-containing coat, wherein the metal-containing solution comprises a stabilizer and one or more organometallic precursors, the stabilizer comprising an amino alcohol, and the one or more organometallic precursors including magnesium and zinc in a mole ratio range between 0.5 to 0.5 and 0.8 to 0.2; baking the metal-containing coat to drive solvent from the metal-containing coat; pyrolyzing the metal-containing coat at a temperature between 450°C and 550 °C to form a metal-containing oxide film with a polycrystalline structure having a cubic phase and an amorphous phase; and calcining the metal-containing oxide film at a temperature between 650 °C and 750 °C to form a metal-containing oxide layer according to Mg x Zn (1-x) O with a cubic crystalline structure. applying a metal-containing solution to a substrate using a spin coat technique to form a metal-containing coat, wherein the metal-containing solution comprises a stabilizer and one or more organometallic precursors, the stabilizer comprising an amino alcohol, and the one or more organometallic precursors including magnesium and zinc in a mole ratio range between 0.5 to 0.5 and 0.8 to 0.2; baking the metal-containing coat to drive solvent from the metal-containing coat; pyrolyzing the metal-containing coat at a temperature between 450°C and 550 °C to form a metal-containing oxide film with a polycrystalline structure having a cubic phase and an amorphous phase; and calcining the metal-containing oxide film at a temperature between 650 °C and 750 °C to form a metal-containing oxide layer according to Mg x Zn (1-x) O with a cubic crystalline structure.