mhurhangee/patent-ind-claim-en huggingface dataset:
A direction switching valve which switches a flow direction of a fluid between a first member , a second member , and a third member , the valve comprising: a valve casing ; and a columnar valve body which is rotatably disposed inside the valve casing , wherein the valve casing includes a first member connection port which communicates with an inside of the first member, a second member connection port which communicates with an inside of the second member, and a third member connection port which communicates with an inside of the third member, wherein the valve body includes a first flow path which communicates with the first member connection port and the second member connection port and a second flow path which communicates with the second member connection port and the third member connection port and performs switching such that the fluid flows to one of the first flow path and the second flow path according to a rotation of the valve body inside the valve casing , and wherein the first flow path and the second flow path are configured such that a shape of a valve body-side opening portion of a peripheral surface of the valve body is an elliptical shape in which a length of the valve body-side opening portion in an axial direction of the valve body is longer than a length of the valve body-side opening portion in a circumferential direction of the peripheral surface . a valve casing ; and a columnar valve body which is rotatably disposed inside the valve casing , wherein the valve casing includes a first member connection port which communicates with an inside of the first member, a second member connection port which communicates with an inside of the second member, and a third member connection port which communicates with an inside of the third member, wherein the valve body includes a first flow path which communicates with the first member connection port and the second member connection port and a second flow path which communicates with the second member connection port and the third member connection port and performs switching such that the fluid flows to one of the first flow path and the second flow path according to a rotation of the valve body inside the valve casing , and wherein the first flow path and the second flow path are configured such that a shape of a valve body-side opening portion of a peripheral surface of the valve body is an elliptical shape in which a length of the valve body-side opening portion in an axial direction of the valve body is longer than a length of the valve body-side opening portion in a circumferential direction of the peripheral surface .
A three-dimensional object shaping device configured to shape a three-dimensional object using a layer shaping method, the device comprising: an ejection head configured to eject a shaping material ; a flattening roller configured to rotate and move over the shaping material ejected on a layered surface to remove an extra shaping material ; and a plate-shaped member configured to make contact with the flattening roller along a circumferential surface of the flattening roller to scrape off the shaping material adhered to the circumferential surface by rotation of the flattening roller , 2. characterized in that chrome plating is coated on the surface of the flattening roller , and the plate-shaped member is made of carbon tool steel or resin, a blade unit is provided that comprises the plate-shaped member , and a reservoir configured to temporarily collect the shaping material scraped off by the plate-shaped member , and the plate-shaped member is arranged in a position with respect to the flattening roller by installing the reservoir of the blade unit in the device . an ejection head configured to eject a shaping material ; a flattening roller configured to rotate and move over the shaping material ejected on a layered surface to remove an extra shaping material ; and a plate-shaped member configured to make contact with the flattening roller along a circumferential surface of the flattening roller to scrape off the shaping material adhered to the circumferential surface by rotation of the flattening roller , 2. characterized in that chrome plating is coated on the surface of the flattening roller , and the plate-shaped member is made of carbon tool steel or resin, a blade unit is provided that comprises the plate-shaped member , and a reservoir configured to temporarily collect the shaping material scraped off by the plate-shaped member , and the plate-shaped member is arranged in a position with respect to the flattening roller by installing the reservoir of the blade unit in the device .
A covering slab intended to a pavement system for a pavement , the covering slab comprising: a support frame configured to be positioned on the pavement and comprising a plurality of passage orifices , said passage orifices being adapted to allow the passage of power supply elements and/or of communication elements; and a covering element adapted to cover the support frame and comprising: a traffic face , said traffic face comprising: a communication unit; a control unit; and the control unit and/or the communication unit comprises at least one input/output terminal intended to be connected to a power supply element or to a communication element passing through a passage orifice , characterized in that the at least one passage orifice is located in the immediate vicinity of a corner of said support frame . a support frame configured to be positioned on the pavement and comprising a plurality of passage orifices , said passage orifices being adapted to allow the passage of power supply elements and/or of communication elements; and a covering element adapted to cover the support frame and comprising: a traffic face , said traffic face comprising: a communication unit; a control unit; and the control unit and/or the communication unit comprises at least one input/output terminal intended to be connected to a power supply element or to a communication element passing through a passage orifice , characterized in that the at least one passage orifice is located in the immediate vicinity of a corner of said support frame . a communication unit; a control unit; and the control unit and/or the communication unit comprises at least one input/output terminal intended to be connected to a power supply element or to a communication element passing through a passage orifice , characterized in that the at least one passage orifice is located in the immediate vicinity of a corner of said support frame .
A system for determining an optimal route between an origin and a destination , comprising: a server including a first machine readable storage memory storing a first multivariate probability distribution function, PDF, with said first multivariate probability distribution function mapping a plurality of factors with a time to traverse each of a plurality of road segments ; wherein the system comprises a controller in communication with the server ; wherein at least one of the server and the controller is configured to determine the optimal route between the origin and the destination; characterized in that the first machine readable storage memory further stores a second multivariate probability distribution function, PDF, with said second multivariate probability distribution function mapping a plurality of factors with an energy required to traverse each of the plurality of road segments ; and the at least one of the server and the controller is configured to determine the optimal route based on both the first multivariate PDF and the second multivariate PDF to minimize both energy and time in a bi-variate case. a server including a first machine readable storage memory storing a first multivariate probability distribution function, PDF, with said first multivariate probability distribution function mapping a plurality of factors with a time to traverse each of a plurality of road segments ; wherein the system comprises a controller in communication with the server ; wherein at least one of the server and the controller is configured to determine the optimal route between the origin and the destination; characterized in that the first machine readable storage memory further stores a second multivariate probability distribution function, PDF, with said second multivariate probability distribution function mapping a plurality of factors with an energy required to traverse each of the plurality of road segments ; and the at least one of the server and the controller is configured to determine the optimal route based on both the first multivariate PDF and the second multivariate PDF to minimize both energy and time in a bi-variate case.
A vessel for towing another vessel, comprising a hull, a tow cable which is coupled to the hull, a hook having a first leg which is fixed to a free end of said tow cable , a second leg including a free end and a hook bottom where the first leg meets the second leg at a distance from the free end of the second leg , hence forming an opening between the legs (7-9) at the free end of the second leg for receiving a tow rope that is located at the vessel and launched from another vessel, wherein the first and second legs (7-9) extend in a main plane, the vessel further comprising a hook support to which the hook is linkable, a rope positioning system for positioning a tow rope and the hook support with respect to each other such that the tow rope extends in transverse direction of the main plane at the opening of the hook when the hook is linked to the hook support , characterized in that the hook is a V-shaped hook and wherein the vessel comprises a rope pressing system for pressing a tow rope positioned at the opening of the hook towards the hook bottom when the hook is linked to the hook support , hence creating a clamping force between the legs (7-9) and the tow rope under operating conditions.
An electronic device , comprising: a foldable housing configured to be folded in a first direction or a second direction opposite to the first direction about a connection part, wherein the foldable housing comprises a first housing part comprising a first surface (111-1) and a second surface (111-2) opposite to the first surface, a second housing part comprising a third surface (112-1) facing the first surface of the first housing part in a state folded in the first direction and a fourth surface (112-2) facing the second surface of the first housing part in a state folded in the second direction, and a flexible connection part that connects at least a portion of one side of the first housing part and at least a portion of one side of the second housing part; a first display configured at the first surface of the first housing part; a second display configured at the third surface of the second housing part; and a fixing member (130; 140; 150) configured to be detachably disposed in a first state or a second state on at least a portion of the connection part, wherein the connection part comprises at least one polymer layer and wherein the at least one polymer layer connects the first surface of the first housing part and the third surface of the second housing part and is configured to be able to maintain at least one angle of a selected range in a state in which an external force to the foldable housing is not applied. a foldable housing configured to be folded in a first direction or a second direction opposite to the first direction about a connection part, wherein the foldable housing comprises a first housing part comprising a first surface (111-1) and a second surface (111-2) opposite to the first surface, a second housing part comprising a third surface (112-1) facing the first surface of the first housing part in a state folded in the first direction and a fourth surface (112-2) facing the second surface of the first housing part in a state folded in the second direction, and a flexible connection part that connects at least a portion of one side of the first housing part and at least a portion of one side of the second housing part; a first display configured at the first surface of the first housing part; a second display configured at the third surface of the second housing part; and a fixing member (130; 140; 150) configured to be detachably disposed in a first state or a second state on at least a portion of the connection part, wherein the connection part comprises at least one polymer layer and wherein the at least one polymer layer connects the first surface of the first housing part and the third surface of the second housing part and is configured to be able to maintain at least one angle of a selected range in a state in which an external force to the foldable housing is not applied.
A storage bag configured to be coupled to a defibrillator, the storage bag comprising exterior walls enclosing an internal compartment that is configured to store an accessory of the defibrillator, the exterior walls comprising a surface that is adapted for facing the defibrillator, the surface comprising hardware (322, 400a-400d) configured to engage a portion of or hardware on an adjacent exterior surface of the defibrillator to couple to the defibrillator, the storage bag being openable and closable and comprising an opening defined in an exterior wall of the storage bag, the opening configured to allow the accessory to be coupled to the defibrillator while the accessory is stored within the internal compartment of the storage bag and while the storage bag is closed.
An ion guide or ion trap comprising: a first mirror arranged at a first end of said ion guide or ion trap and a second mirror arranged at a second end of said ion guide or ion trap, characterized by said first and second mirrors forming an optical resonant cavity along a longitudinal axis of said ion guide or ion trap.
A non-volatile memory device , comprising: a memory cell array configured to store initialization information for the non-volatile memory device in memory cells connected to a plurality of word lines; a control circuit configured to control application of a first read voltage (Vrd) to a selected word line (WL4-WL5) and to control application of a second read voltage (Vread_H; Vread_L) to unselected word lines (WL1-3, WL6-8); and a voltage generator characterised in that the voltage generator is configured to receive a source voltage (VDD) and to generate the second read voltage (Vread_H; Vread_L) in response to a voltage control signal (CTRL_Vol) provided from the control circuit , wherein in a non-initialization information read operation the second read voltage (Vread_H) is greater than the source voltage, and in an initialization information read operation the second read voltage (Vread_L) is less than or equal to the source voltage (VDD). a memory cell array configured to store initialization information for the non-volatile memory device in memory cells connected to a plurality of word lines; a control circuit configured to control application of a first read voltage (Vrd) to a selected word line (WL4-WL5) and to control application of a second read voltage (Vread_H; Vread_L) to unselected word lines (WL1-3, WL6-8); and a voltage generator characterised in that the voltage generator is configured to receive a source voltage (VDD) and to generate the second read voltage (Vread_H; Vread_L) in response to a voltage control signal (CTRL_Vol) provided from the control circuit , wherein in a non-initialization information read operation the second read voltage (Vread_H) is greater than the source voltage, and in an initialization information read operation the second read voltage (Vread_L) is less than or equal to the source voltage (VDD).
An arrangement of an unmanned and remotely operated production facility comprising a wellhead platform including a wellhead assembly having an X-mas tree, a flowline starting from a wellhead-assembly outlet point (A) from said X-mas tree and transporting hydrocarbon fluids produced from a well via said wellhead assembly to consecutive process equipment (3-6), and further on to a destination via a transport pipeline , said transport pipeline starts at a transport pipeline starting point (B) located at a level lower than the wellhead-assembly outlet point (A), characterized in that at least one of the process equipment (3-6) and/or a pipeline section (P) arranged between or within the process equipment (3-6) of the flowline is located at a higher level than said wellhead assembly outlet point (A), the pipeline section (P) is connected to a lower pipeline segment of the flowline by use of respective actuatable short circuit valve and an associated piping conducting fluids to a lower level so that the hydrocarbon fluids are arranged to either drain back to the x-mas tree, or drain downstream to said transport pipeline by assistance of the valves and the associated piping .
An air inlet diffuser device comprising a) an outer cylindrical tubular part having an inside surface and an upper free edge and b) an inner elongated air guiding part which is symmetrical about an axis of rotation , wherein the tubular part having at the lowermost extremity thereof a first circumferential flange with a lower surface , an even or uniform transition between the inner surface of the tubular part and said lower surface being defined by a curved transition face , said air guiding part being mounted centrally within said cylindrical tubular part such that the distance (d2) to said tubular part measured perpendicular to said axis of rotation decreases uniformly in the direction from said upper free edge for forming a converging flow passage between said tubular part and said air guiding part , and in that said air guiding part farthest from said upper free edge extends into a second circumferential flange which together with said lower surface forms a circumferential and preferably horizontal air exit passage for orienting air perpendicularly to said axis of rotation characterised in that the said air guiding part being in use immovably fixed to said tubular part , the apex (T) of said air guiding part being located at a distance (d4) below said free edge corresponding to 25%-75% of a distance (d3) between said first circumferential flange and said upper free edge .
A locator as part of a toolkit for locating an implanted valve , used in concert with an indicator that nests therein, comprising: a lower ring , comprising: a contact surface , for contacting a patient; a key positioning the nested indicator to prevent rotation; and a lower ring joint opposite the contact surface; and an upper ring , comprising: an upper ring joint ; a flow direction identifier ; and a flow setting identifier ; wherein the lower ring is floor-less, characterized in that : the upper ring joint rotatingly interfaces with the lower ring joint, and the upper and the lower rings rotate relative to each other. a lower ring , comprising: a contact surface , for contacting a patient; a key positioning the nested indicator to prevent rotation; and a lower ring joint opposite the contact surface; and a contact surface , for contacting a patient; a key positioning the nested indicator to prevent rotation; and a lower ring joint opposite the contact surface; and an upper ring , comprising: an upper ring joint ; a flow direction identifier ; and a flow setting identifier ; an upper ring joint ; a flow direction identifier ; and a flow setting identifier ; wherein the lower ring is floor-less, characterized in that : the upper ring joint rotatingly interfaces with the lower ring joint, and the upper and the lower rings rotate relative to each other. the upper ring joint rotatingly interfaces with the lower ring joint, and the upper and the lower rings rotate relative to each other.
A nucleic acid comprising: a. a first polynucleotide encoding a target-specific ligand wherein the target-specific ligand binds a tumour antigen; b. a second polynucleotide encoding a ligand that binds a CD3 protein associated with the TCR complex; and c. a third polynucleotide encoding a T cell co-receptor domain polypeptide comprising a CD4 cytosolic domain and a CD4 transmembrane domain; wherein the components (a), (b) and (c) of the T cell antigen coupler encoded by the nucleic acid are fused directly to each other or joined by at least one linker and the nucleic acid does not encode an activation domain. a. a first polynucleotide encoding a target-specific ligand wherein the target-specific ligand binds a tumour antigen; b. a second polynucleotide encoding a ligand that binds a CD3 protein associated with the TCR complex; and c. a third polynucleotide encoding a T cell co-receptor domain polypeptide comprising a CD4 cytosolic domain and a CD4 transmembrane domain;
A method for making a Nicotiana plant or Nicotiana plant cell line that comprises a deletion in each of a plurality of XylT1 and XylT2 alleles and a deletion in each of a plurality of FucT1 and FucT2 alleles, said method comprising: (a) contacting a population of Nicotiana plant cells comprising functional XylT1 and XylT2 alleles and functional FucT1 and FucT2 alleles with a first TAL effector endonuclease (TALEN) pair that binds to nucleic acid sequences selected from the group consisting of: SEQ ID NOs: 47 and 48; SEQ ID NOs: 49 and 50; and SEQ ID NOs: 51 and 52, and a second TAL effector endonuclease (TALEN) pair that binds to nucleic acid sequences selected from the group consisting of: SEQ ID NOs: 53 and 54; SEQ ID NOs: 55 and 56; SEQ ID NOs: 57 and 58; SEQ ID NOs: 58 and 59; and SEQ ID NOs: 62 and 63, (b) selecting, from said population, a cell in which each of said plurality of XylT1 and XylT2 alleles and each of said plurality of FucT1 and FucT2 alleles have been inactivated, and (c) regenerating said selected plant cell into said Nicotiana plant or Nicotiana plant cell line, wherein said Nicotiana plant or Nicotiana plant cell line comprises said deletion in each of said plurality of XylT1 and XylT2 alleles and said deletion in each of said plurality of FucT1 and FucT2 alleles, and wherein levels of beta-1,2-xylosyl- and core alpha-1,3-fucosyl-sugars on N-glycan structures of glycoproteins produced in said plant or plant cell line are decreased as compared to a corresponding plant or plant cell line that does not contain said deletions. (a) contacting a population of Nicotiana plant cells comprising functional XylT1 and XylT2 alleles and functional FucT1 and FucT2 alleles with a first TAL effector endonuclease (TALEN) pair that binds to nucleic acid sequences selected from the group consisting of: SEQ ID NOs: 47 and 48; SEQ ID NOs: 49 and 50; and SEQ ID NOs: 51 and 52, and a second TAL effector endonuclease (TALEN) pair that binds to nucleic acid sequences selected from the group consisting of: SEQ ID NOs: 53 and 54; SEQ ID NOs: 55 and 56; SEQ ID NOs: 57 and 58; SEQ ID NOs: 58 and 59; and SEQ ID NOs: 62 and 63, (b) selecting, from said population, a cell in which each of said plurality of XylT1 and XylT2 alleles and each of said plurality of FucT1 and FucT2 alleles have been inactivated, and (c) regenerating said selected plant cell into said Nicotiana plant or Nicotiana plant cell line, wherein said Nicotiana plant or Nicotiana plant cell line comprises said deletion in each of said plurality of XylT1 and XylT2 alleles and said deletion in each of said plurality of FucT1 and FucT2 alleles, and wherein levels of beta-1,2-xylosyl- and core alpha-1,3-fucosyl-sugars on N-glycan structures of glycoproteins produced in said plant or plant cell line are decreased as compared to a corresponding plant or plant cell line that does not contain said deletions.