mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a heat exchanger , a cold sink , and a hot sink ; a first flow loop connecting the cold sink and the heat exchanger; a second flow loop connecting the hot sink and the heat exchanger; a first passive one way valve disposed on the first flow loop and oriented to allow flow in an allowed direction of flow (F1) in the first flow loop and to block flow in an opposite blocked direction of flow in the first flow loop; and a second passive one way valve disposed on the second flow loop and oriented to allow flow in an allowed direction of flow (F2) in the second flow loop and to block flow in an opposite blocked direction of flow in the second flow loop; wherein the combination of flow in the allowed direction of flow in the first flow loop and flow in the allowed direction of flow in the second flow loop is configured such that it produces counter-flow in the heat exchanger. a heat exchanger , a cold sink , and a hot sink ; a first flow loop connecting the cold sink and the heat exchanger; a second flow loop connecting the hot sink and the heat exchanger; a first passive one way valve disposed on the first flow loop and oriented to allow flow in an allowed direction of flow (F1) in the first flow loop and to block flow in an opposite blocked direction of flow in the first flow loop; and a second passive one way valve disposed on the second flow loop and oriented to allow flow in an allowed direction of flow (F2) in the second flow loop and to block flow in an opposite blocked direction of flow in the second flow loop; wherein the combination of flow in the allowed direction of flow in the first flow loop and flow in the allowed direction of flow in the second flow loop is configured such that it produces counter-flow in the heat exchanger.
Compressor for refrigerant having a compressor housing , said compressor housing being provided with a suction inlet and a pressure outlet , said compressor comprising a compression unit , arranged in a compression housing section of said compressor housing and an electric motor arranged in a motor housing section of said compressor housing , said electric motor comprising a stator arranged within a stator receiving sleeve of said motor housing section and a rotor surrounded by said stator and arranged on a compressor drive shaft of said electric motor for rotation about an axis of rotation together with said drive shaft , said drive shaft extending from said rotor to a compression unit in order to drive one or more compression elements and said drive shaft is mounted rotatably about the axis of rotation by a bearing system arranged between said compression unit and said electric motor said stator comprising a stator core having a stack of laminations and extending parallel to said axis of rotation from a first front side to a second front side , said stator having windings extending through said stator core and forming end windings arranged in front of said front surfaces , the stator core is provided with at least two stator support elements fixed to said stator core and extending in radial direction of said axis of rotation beyond an outer surface of said stator core for support of said stator on an inner sleeve surface of said stator receiving sleeve a flow guiding channel for guiding at least a portion of said refrigerant entering through said suction inlet as an outer flow of refrigerant along an outer side of said stator before entering said compression unit is provided, that said outer side of said stator is provided by outer surfaces of said end windings of said stator and an outer surface of said stator extending between said end windings of said stator , and said flow of refrigerant through said flow guiding channel extends along said stator support elements of said electric motor , wherein said drive shaft with its rotor supporting section is merely supported by said bearing system and its free end arranged on a side of said rotor supporting section opposite to said bearing system is arranged free of support with respect to the compressor housing , and that an inner flow of refrigerant is flowing along an inner surface of the respective end windings and between the end windings through a gap between stator and rotor .
Stem of a valve for a container for dispensing pressurized fluid, said stem having an inner channel inside a cylindrical housing connecting the at least one lateral inlet opening at its lower end and an outlet opening at its upper end, characterized in that the inner channel has a parabolic shape at its lower end.
A device control method, comprising: a mobile terminal discovering a controlled device when the mobile terminal and the controlled device log into a same instant messaging account ; the mobile terminal inquiring device information of the controlled device through the same instant messaging account to establish a connection with the controlled device; the mobile terminal establishing a connection with the controlled device based on the obtained device information and inquiring service information of the controlled device via the established connection, the service information comprising device control service information ; the mobile terminal establishing a device control service connection with the controlled device based on the device control service information ; and the mobile terminal generating control information based on a user operation performed on the mobile terminal and transmitting the control information to the controlled device via the device control service connection to control the controlled device based on the control information . a mobile terminal discovering a controlled device when the mobile terminal and the controlled device log into a same instant messaging account ; the mobile terminal inquiring device information of the controlled device through the same instant messaging account to establish a connection with the controlled device; the mobile terminal establishing a connection with the controlled device based on the obtained device information and inquiring service information of the controlled device via the established connection, the service information comprising device control service information ; the mobile terminal establishing a device control service connection with the controlled device based on the device control service information ; and the mobile terminal generating control information based on a user operation performed on the mobile terminal and transmitting the control information to the controlled device via the device control service connection to control the controlled device based on the control information .
An adhesive tape having an adhesive layer on one side or both sides of a base, wherein the base is a foam and its foaming magnification is 1.1 to 3.5-fold which is composed of a polyolefin based resin composition containing an ethylene-vinyl acetate copolymer and another polyolefin based resin, the base contains 30 to 70% by mass of the ethylene-vinyl acetate copolymer, and the tensile modulus of the base measured according to JIS K7161 2014 is 30 N/mm 2 or more. the base is a foam and its foaming magnification is 1.1 to 3.5-fold which is composed of a polyolefin based resin composition containing an ethylene-vinyl acetate copolymer and another polyolefin based resin, the base contains 30 to 70% by mass of the ethylene-vinyl acetate copolymer, and the tensile modulus of the base measured according to JIS K7161 2014 is 30 N/mm 2 or more.
Device for supplying a padding material for packaging purposes, having a supply apparatus which supplies the padding material , and a removal region from which a user can remove the padding material supplied, said apparatus comprising at least one sensor apparatus which at least indirectly detects a user gripping the padding material supplied and/or a presence and/or absence of at least one region of the user's hand in the removal region or a detection region adjacent to the removal region , the supply apparatus supplying a padding material depending on whether the user gripping the padding material supplied is detected and/or depending on the presence and/or absence of the user's hand in the removal region or in the detection region , characterized in that a transport apparatus or an open-loop and closed-loop control apparatus only initiates transport after a predetermined time interval has elapsed after the user gripping the padding material supplied is detected and/or after a presence and/or absence of at least one region of the user's hand is detected in the removal region or in the detection region, and/or in that the supply apparatus only supplies a padding material after a predetermined time interval has elapsed after the user gripping the padding material supplied is detected and/or after a presence and/or absence of at least one region of the user's hand is detected in the removal region or in the detection region .
Polycationic polymer, comprising a cationic repeating unit C, comprising a positively-charged protonated guanidine group, and a negatively-charged counterion, balancing the positive charge of this guanidine group, wherein the dispersity (M w /M n ) of the polymer is 1,5 or higher determined according to the method mentioned in the specification, wherein the polycationic polymer comprises one or more than one further repeating unit, formed from a comonomer comprising a polymerizable group, wherein said at least one comonomer is a crosslinkable monomer, wherein the crosslinkable monomer is selected from benzophenone methacrylate (BPMA), benzophenone acrylate (BPA), a bifunctional acrylate or methacrylate, a trifunctional acrylate or methacrylate and a glycidyl acrylate or methacrylate.
A non-therapeutic use of a composition comprising a trimethoxyphenyl compound represented by Chemical Formula 1, a salt thereof, a hydrate thereof or a solvate thereof as an active ingredient: for enhancing volume or elasticity of skin by promoting adipocyte differentiation or adiponectin production.
Contact temperature sensor having a contact body , wherein the contact body comprises - a bottom wall by which the contact temperature sensor is brought into contact with a test piece , - a heat-conducting metal sheet or a heat-conducting foil, which is arranged on a side of the bottom wall facing towards the test piece and is configured such that it conforms to a surface shape of the test piece when the contact body is brought into contact with the test object, - a temperature sensor element , characterized in that the contact body comprises - a heat-conducting pad , which is arranged and configured to thermally couple the temperature sensor element and the heat-conducting metal sheet , the heat-conducting pad being in each case directly thermally coupled to the heat-conducting metal sheet and the temperature sensor element . - a bottom wall by which the contact temperature sensor is brought into contact with a test piece , - a heat-conducting metal sheet or a heat-conducting foil, which is arranged on a side of the bottom wall facing towards the test piece and is configured such that it conforms to a surface shape of the test piece when the contact body is brought into contact with the test object, - a temperature sensor element , characterized in that the contact body comprises - a heat-conducting pad , which is arranged and configured to thermally couple the temperature sensor element and the heat-conducting metal sheet , the heat-conducting pad being in each case directly thermally coupled to the heat-conducting metal sheet and the temperature sensor element .
A piezoelectric base material , comprising an elongate piezoelectric body that is helically wound, wherein the piezoelectric body includes an optically active polypeptide, a length direction of the piezoelectric body and a main orientation direction of the optically active polypeptide included in the piezoelectric body are substantially parallel to each other, and the piezoelectric body has a degree of orientation F of from 0.50 to less than 1.00, as determined from X-ray diffraction measurement by the following Formula (a): Degree of orientation F = 180 ° − α / 180 ° wherein, in Formula (a), α represents a half width (°) of an azimuthal intensity distribution of a crystal plane peak derived from orientation, characterized in that the optically active polypeptide comprises at least one of fibroin or a spider silk protein. an elongate piezoelectric body that is helically wound, wherein the piezoelectric body includes an optically active polypeptide, a length direction of the piezoelectric body and a main orientation direction of the optically active polypeptide included in the piezoelectric body are substantially parallel to each other, and the piezoelectric body has a degree of orientation F of from 0.50 to less than 1.00, as determined from X-ray diffraction measurement by the following Formula (a): Degree of orientation F = 180 ° − α / 180 ° wherein, in Formula (a), α represents a half width (°) of an azimuthal intensity distribution of a crystal plane peak derived from orientation, characterized in that the optically active polypeptide comprises at least one of fibroin or a spider silk protein.
A cooking appliance (1300; 1400; 1500) comprising: a first cooking module (402; 1300A; 1400A; 1500A) and a second cooking module (403; 1300B; 1400B; 1500B) arranged to be hingedly connected adjacent one edge such that they can be pivotally moved between an open configuration and a substantially closed configuration; the first cooking module comprising a first cooking chamber (1302A; 1402A; 1502A), a first cooking element (1304A; 1404A; 1504A) arranged in the first cooking chamber, and a first cooking surface (1306A; 1406A; 1506A), the first cooking element being arranged to heat the first cooking surface; the second cooking module comprising a second cooking chamber (1302B; 1402B; 1502B), a second cooking element (1304B; 1404B; 1504B) arranged in the second cooking chamber, and a second cooking surface (1306B; 1406B; 1506B), the second cooking element being arranged to heat the second cooking surface; and wherein the second cooking element includes: an electric cooking element, a gas cooking element, a combination of electric and gas cooking elements, or a bin having a chamber for accommodating hot coals; characterized in that the first cooking element includes: a combination of electric and gas cooking elements arranged in a rotatable assembly that is rotatable about a rotation axis to selectively use electric or gas. a first cooking module (402; 1300A; 1400A; 1500A) and a second cooking module (403; 1300B; 1400B; 1500B) arranged to be hingedly connected adjacent one edge such that they can be pivotally moved between an open configuration and a substantially closed configuration; the first cooking module comprising a first cooking chamber (1302A; 1402A; 1502A), a first cooking element (1304A; 1404A; 1504A) arranged in the first cooking chamber, and a first cooking surface (1306A; 1406A; 1506A), the first cooking element being arranged to heat the first cooking surface; the second cooking module comprising a second cooking chamber (1302B; 1402B; 1502B), a second cooking element (1304B; 1404B; 1504B) arranged in the second cooking chamber, and a second cooking surface (1306B; 1406B; 1506B), the second cooking element being arranged to heat the second cooking surface; and wherein the second cooking element includes: an electric cooking element, a gas cooking element, a combination of electric and gas cooking elements, or a bin having a chamber for accommodating hot coals; characterized in that the first cooking element includes: a combination of electric and gas cooking elements arranged in a rotatable assembly that is rotatable about a rotation axis to selectively use electric or gas.
A method of safeguarding a machine , in particular a robot arm, in which objects are recognized in a work zone of the machine and in which a check is made for a recognized object t whether its presence is permitted and the machine is otherwise switched into a risk-reducing or safe state, wherein objects are recognized in that at least one contactless distance sensor that is moved along with the machine and that has at least one distance measurement beam measures an actual measured value for a distance from the work zone or from an object arranged there; a first virtual distance measurement beam that simulates the distance measurement beam is formed from a pose of the distance sensor , the site of incidence of the first virtual distance measurement beam on a surface model of the work zone is determined, and a first virtual measured value is calculated for the distance; and the actual measured value is compared with the first virtual measured value to decide whether an object is in the distance measurement beam , wherein at least one further virtual distance measurement beam having an offset from the first virtual distance measurement beam is formed, the site of incidence of the at least one further virtual distance measurement beam on the surface model is determined, and at least one further virtual measured value is calculated for the distance; characterized in that a comparison is made whether the actual measured value is compatible with the virtual measured values, is in particular the same as at least one of the virtual measured values except for a tolerance ; and in that an object is recognized in the distance measurement beam if the actual measured value is not compatible with the virtual measured values. wherein objects are recognized in that at least one contactless distance sensor that is moved along with the machine and that has at least one distance measurement beam measures an actual measured value for a distance from the work zone or from an object arranged there; a first virtual distance measurement beam that simulates the distance measurement beam is formed from a pose of the distance sensor , the site of incidence of the first virtual distance measurement beam on a surface model of the work zone is determined, and a first virtual measured value is calculated for the distance; and the actual measured value is compared with the first virtual measured value to decide whether an object is in the distance measurement beam , wherein at least one further virtual distance measurement beam having an offset from the first virtual distance measurement beam is formed, the site of incidence of the at least one further virtual distance measurement beam on the surface model is determined, and at least one further virtual measured value is calculated for the distance; characterized in that a comparison is made whether the actual measured value is compatible with the virtual measured values, is in particular the same as at least one of the virtual measured values except for a tolerance ; and in that an object is recognized in the distance measurement beam if the actual measured value is not compatible with the virtual measured values.
An identification device that can be adjustably attached to an object or person whose identity is to be monitored; characterised in that the identification device comprises an electrically conductive identification strap having an outside surface comprising an electrical insulator and an interior beneath the outside surface comprising an electrically doped rubber and a series of orifices made at both ends of the identification strap ; electrically conductive locking means made from an elongate strip of flexible material comprising an orifice at one end of the elongated strip and a protruding mechanical locking projection at an opposite end of the elongated strip ; the locking projection is configured and arranged to be simultaneously inserted through one orifice at one end and another selectable orifice from a series of orifices placed at the other end on the identification strap and the orifices to form a closed electrical circuit adjustable a predetermined part of the object or person whose location is to be monitored in the working or closed position of the electrically conductive identification strap and the locking means ; the closed electrical circuit being formed by the locking projection contacting the electrical conductive doped rubber in the interior of the identification strap ; and a wireless communications transceiver module configured to establish communication with at least one transceiver module mounted in a different identification device attached to a different object or person.
A system , comprising: a control unit ; a heat pipe heat exchanger having a first heat pipe and a second heat pipe; a first flow regulator selectively adjustable in response to instructions from the control unit to direct a first flow of fluid to the heat exchanger, and a second flow regulator selectively adjustable in response to instructions from the control unit to direct a second flow of fluid to the heat exchanger; and characterized in that the first flow regulator is selectively adjustable in response to said instructions from the control unit to direct the first flow of fluid (F 1 ) over a portion of the first heat pipe; and wherein the second flow regulator is selectively adjustable in response to said instructions from the control unit to direct the second flow of fluid (F 2 ) over a portion of the second heat pipe. a control unit ; a heat pipe heat exchanger having a first heat pipe and a second heat pipe; a first flow regulator selectively adjustable in response to instructions from the control unit to direct a first flow of fluid to the heat exchanger, and a second flow regulator selectively adjustable in response to instructions from the control unit to direct a second flow of fluid to the heat exchanger; and characterized in that the first flow regulator is selectively adjustable in response to said instructions from the control unit to direct the first flow of fluid (F 1 ) over a portion of the first heat pipe; and wherein the second flow regulator is selectively adjustable in response to said instructions from the control unit to direct the second flow of fluid (F 2 ) over a portion of the second heat pipe.
A method of generating a modified electronic noise canceling signal from an electronic noise canceling signal generated from an electronic representation of an acoustically-cluttered audio environment to destructively interfere with said audio environment, said method for enhancing the discernibility of vocal streams (V 1 -V 4 ) of interest made in the audio environment, comprising: identifying from within said electronic representation time-varying, audio-frequency components associated with vocal utterances; identifying from among said vocal utterances at least one sequence of vocal utterances comprising a target vocal stream; characterizing audio-frequency components of said target vocal stream; and removing from the electronic noise canceling signal audio-frequency components associated with said target vocal stream. identifying from within said electronic representation time-varying, audio-frequency components associated with vocal utterances; identifying from among said vocal utterances at least one sequence of vocal utterances comprising a target vocal stream; characterizing audio-frequency components of said target vocal stream; and removing from the electronic noise canceling signal audio-frequency components associated with said target vocal stream.