mhurhangee/patent-ind-claim-en huggingface dataset:
A formulation comprising extracts from the Furcraea foetida plant for use in the treatment of a skin disorder selected from the group consisting of acne, rosacea, psoriasis, skin vesicles, sun burns, physical or chemical burns, dermatitis, eczema, skin rash, allergic reactions, fungal, bacterial and viral infections, pruritis, cellulite, urticaria, chapped lips, diabetic ulcer, radiation dermatitis, scleroderma, erysipelas, ichthyosis, decubitus, cracked feet and hands, wherein the extract comprises steroidal glucosides of the Z-A type wherein A is an espiroestanol structure type, of formula I. or a furanol type structure of formula II wherein R is H, H or O; and Z represents H or one or more saccharide groups, particularly having 1 to 12 rings. wherein R is H, H or O; and Z represents H or one or more saccharide groups, particularly having 1 to 12 rings.
Position measuring device comprising • a graduation carrier , on which a measurement graduation is arranged, • a scanning unit for generating position-dependent scanning signals (S0, S90, R) by scanning the measurement graduation , • a signal processing unit for processing the scanning signals (S0, S90, R) to form incremental position signals (P0, P90), • a reference signal output unit for outputting reference pulses (REF, SREF), which are assigned to signal periods of the incremental position signals (P0, P90), by way of a reference pulse signal (PR), and • an output interface for outputting the incremental position signals (P0, P90) and the reference pulse signal (PR) to downstream electronics , characterized in that • the position measuring device further comprises a monitoring unit , to which at least one signal (X) to be monitored is fed and by which, on the basis of the monitoring of the signal (X) to be monitored, at least one status message (ST) is able to be output to the reference signal output unit , and • the at least one status message (ST) is able to be output by the reference signal output unit by means of variation of the absolute position of reference pulses (REF, SREF) output by way of the reference pulse signal (PR) and/or the number of reference pulses (REF, SREF) output by way of the reference pulse signal (PR) . • a graduation carrier , on which a measurement graduation is arranged, • a scanning unit for generating position-dependent scanning signals (S0, S90, R) by scanning the measurement graduation , • a signal processing unit for processing the scanning signals (S0, S90, R) to form incremental position signals (P0, P90), • a reference signal output unit for outputting reference pulses (REF, SREF), which are assigned to signal periods of the incremental position signals (P0, P90), by way of a reference pulse signal (PR), and • an output interface for outputting the incremental position signals (P0, P90) and the reference pulse signal (PR) to downstream electronics , • the position measuring device further comprises a monitoring unit , to which at least one signal (X) to be monitored is fed and by which, on the basis of the monitoring of the signal (X) to be monitored, at least one status message (ST) is able to be output to the reference signal output unit , and • the at least one status message (ST) is able to be output by the reference signal output unit by means of variation of the absolute position of reference pulses (REF, SREF) output by way of the reference pulse signal (PR) and/or the number of reference pulses (REF, SREF) output by way of the reference pulse signal (PR) .
A fully insulated tip unit for a lightning protection system for a wind turbine blade , said tip unit comprising an electrically conducting tip for a wind turbine blade, which tip consists of an external part and an internal part , the external part forming a tip receptor, at least one side receptor base made from an electrically conducting material for mechanical mounting of one or more side receptors arranged on the external surface of the blade in such a way that electrical connection is established between the respective side receptor(s) and the side receptor base(s), an internal tip unit conductor for forming an electrical connection between the internal part of the tip receptor and the side receptor base(s), an insulated electric cable for forming the outermost part of a down conductor extending internally within the wind turbine blade in the longitudinal direction thereof from the at least one side receptor base towards the root end of the blade, and a connection element is integrated in at least one side receptor base in the form of a through-bore for establishing electrical connection between the insulated electric cable and the other conducting parts of the tip unit, wherein the internal part of the tip, the side receptor base(s), the internal tip conductor, the connection element and one end of the insulated electric cable are all embedded by casting in an insulating material leaving only the external part of the tip and the other end of the insulated electric cable uncovered by the insulating material. an electrically conducting tip for a wind turbine blade, which tip consists of an external part and an internal part , the external part forming a tip receptor, at least one side receptor base made from an electrically conducting material for mechanical mounting of one or more side receptors arranged on the external surface of the blade in such a way that electrical connection is established between the respective side receptor(s) and the side receptor base(s), an internal tip unit conductor for forming an electrical connection between the internal part of the tip receptor and the side receptor base(s), an insulated electric cable for forming the outermost part of a down conductor extending internally within the wind turbine blade in the longitudinal direction thereof from the at least one side receptor base towards the root end of the blade, and a connection element is integrated in at least one side receptor base in the form of a through-bore for establishing electrical connection between the insulated electric cable and the other conducting parts of the tip unit,
A method for estimating a gaze direction of a user, comprising: acquiring (S3) an image of a face of the user, determining (S4) a current head pose based on the image, accessing a database storing a population-based relationship between head pose and gaze direction and determining (S5) an approximate gaze direction based on said current head pose and said relationship, identifying (S6) a set of eye features in said image, and determining (S7) an estimated gaze direction based on said eye features, identifying (S8) a set of eye features and a glint in an eye in said image, and determining (S9) a precise gaze direction based on said glint position and said eye features, and combining (S10) said approximate gaze direction and at least one of said estimated gaze direction and said precise gaze direction to provide a corrected gaze direction . acquiring (S3) an image of a face of the user, determining (S4) a current head pose based on the image, accessing a database storing a population-based relationship between head pose and gaze direction and determining (S5) an approximate gaze direction based on said current head pose and said relationship, identifying (S6) a set of eye features in said image, and determining (S7) an estimated gaze direction based on said eye features, identifying (S8) a set of eye features and a glint in an eye in said image, and determining (S9) a precise gaze direction based on said glint position and said eye features, and combining (S10) said approximate gaze direction and at least one of said estimated gaze direction and said precise gaze direction to provide a corrected gaze direction .
Arrangement having precisely one resistor stack for switching high voltages, wherein a switching device is comprised, having two contact devices which are arranged in an insulator and are spaced from each other by an isolating distance , wherein the isolating distance can be bridged by a movable contact piece , and wherein one contact device is in contact with the resistor stack in a common housing , characterized in that the housing is formed by a direct coating on the resistor stack and the insulator .
A communication method, comprising: starting , by a terminal device, a timer when the terminal device begins to demodulate a downlink control signaling; and monitoring , by the terminal device, resource preemption indication information transmitted by a network device in a preconfigured target frequency monitoring area within a duration of the timer, wherein the resource preemption indication information is used to indicate a resource that is preempted by other traffic in an evolved mobile broadband traffic, eMBB, resource, the eMBB resource is a time-frequency resource used to schedule eMBB traffic, the other traffic is different from the eMBB traffic. starting , by a terminal device, a timer when the terminal device begins to demodulate a downlink control signaling; and monitoring , by the terminal device, resource preemption indication information transmitted by a network device in a preconfigured target frequency monitoring area within a duration of the timer, wherein the resource preemption indication information is used to indicate a resource that is preempted by other traffic in an evolved mobile broadband traffic, eMBB, resource, the eMBB resource is a time-frequency resource used to schedule eMBB traffic, the other traffic is different from the eMBB traffic.
A system for checking airflow within a container having a refrigeration unit , the system comprising: one or more sensors located within the container configured to measure at least one airflow characteristic; and a controller in communication with the one or more sensors , the controller configured to: store predetermined information related to airflow within the container , wherein the predetermined information includes minimum airflow criteria related to the at least one airflow characteristic; receive data from the one or more sensors ; compare the received data with the predetermined information; and provide an indicator when the comparison indicates that the received data does not meet or exceed the minimum airflow criteria; characterized in that at least one sensor of the one or more sensors is a proximity sensor, and the measured airflow characteristic does not meet or exceed the minimum airflow criteria if the proximity sensor detects an object within a predetermined proximity to a wall of the container. one or more sensors located within the container configured to measure at least one airflow characteristic; and a controller in communication with the one or more sensors , the controller configured to: store predetermined information related to airflow within the container , wherein the predetermined information includes minimum airflow criteria related to the at least one airflow characteristic; receive data from the one or more sensors ; compare the received data with the predetermined information; and provide an indicator when the comparison indicates that the received data does not meet or exceed the minimum airflow criteria; store predetermined information related to airflow within the container , wherein the predetermined information includes minimum airflow criteria related to the at least one airflow characteristic; receive data from the one or more sensors ; compare the received data with the predetermined information; and provide an indicator when the comparison indicates that the received data does not meet or exceed the minimum airflow criteria; characterized in that at least one sensor of the one or more sensors is a proximity sensor, and the measured airflow characteristic does not meet or exceed the minimum airflow criteria if the proximity sensor detects an object within a predetermined proximity to a wall of the container.
A form for casting a concrete block, the form comprising: a mold insert defining a cavity , wherein a concrete block is cast in the cavity; one or more side doors disposed around the concrete block wherein the one or more side doors are operably configured to move towards and away from the concrete block ; and one or more pressure-transfer mechanisms securely connected to each of the one or more side doors , wherein each of the one or more pressure-transfer mechanisms comprises a surface configured to selectively engage with one or more sides of the concrete block in order to transfer the force encountered when engaging with the concrete block and to separate the concrete block from the one or more side doors by sliding said one or more side doors , and wherein the concrete block remains substantially stationary during separation of the concrete block from the form . a mold insert defining a cavity , wherein a concrete block is cast in the cavity; one or more side doors disposed around the concrete block wherein the one or more side doors are operably configured to move towards and away from the concrete block ; and one or more pressure-transfer mechanisms securely connected to each of the one or more side doors , wherein each of the one or more pressure-transfer mechanisms comprises a surface configured to selectively engage with one or more sides of the concrete block in order to transfer the force encountered when engaging with the concrete block and to separate the concrete block from the one or more side doors by sliding said one or more side doors , and wherein the concrete block remains substantially stationary during separation of the concrete block from the form .
A method for wireless communication, comprising: receiving a pre-grant transmission indicating one or more channels for a downlink transmission and a length of the downlink transmission; performing, by a wireless device , a listen-before-talk, LBT, procedure based at least in part on the one or more channels indicated in the pre-grant transmission; transmitting a channel clearance signal based at least in part on the LBT procedure; transmitting a feedback communication responsive to the pre-grant transmission, the feedback communication indicating the pre-grant transmission was received and which of the one or more channels are available based on the LBT procedure. receiving a pre-grant transmission indicating one or more channels for a downlink transmission and a length of the downlink transmission; performing, by a wireless device , a listen-before-talk, LBT, procedure based at least in part on the one or more channels indicated in the pre-grant transmission; transmitting a channel clearance signal based at least in part on the LBT procedure; transmitting a feedback communication responsive to the pre-grant transmission, the feedback communication indicating the pre-grant transmission was received and which of the one or more channels are available based on the LBT procedure.
The compound FK506 for use in the treatment of pulmonary arterial hypertension in a human subject having pulmonary arterial hypertension associated with defective BMPR2 signaling, wherein FK506 is administered at a dosage that provides a blood concentration of below 5 ng/ml.
A flexible retroreflective article comprising: a polymeric light transmissive body layer having an elastic modulus of less than 7 x 10 8 pascals; a plurality of cube-corner elements projecting from a major surface of the body layer; and a single layered or a multilayered seal film adhered to at least portions of the body layer, such that the seal film maintains an air interface with the cube-comer elements; wherein the multilayered seal film has a seal film layer disposed between the cube-comer elements and a second film layer, the seal film layer being in contact with at least the body layer or cube-corner elements; and the single layered seal film or the seal film layer of the multilayered seal film is a thermoplastic polymeric material comprising a copolymer, the copolymer comprising reaction products of alkylene and reaction products of at least one non-acidic polar monomer, the reaction products of alkylene being present in an amount of at least 50% and the reaction products of at least one non-acidic polar monomer being present in a total amount of up to 25 wt-%, wherein the at least one non-acidic monomer comprises vinyl acetate and optionally comprises at least one alkyl (meth)acrylate monomer; wherein the thermoplastic polymeric material comprises acid modification, anhydride modification, carbon monoxide modification, or combinations thereof. a polymeric light transmissive body layer having an elastic modulus of less than 7 x 10 8 pascals; a plurality of cube-corner elements projecting from a major surface of the body layer; and a single layered or a multilayered seal film adhered to at least portions of the body layer, such that the seal film maintains an air interface with the cube-comer elements; wherein the multilayered seal film has a seal film layer disposed between the cube-comer elements and a second film layer, the seal film layer being in contact with at least the body layer or cube-corner elements; and the single layered seal film or the seal film layer of the multilayered seal film is a thermoplastic polymeric material comprising a copolymer, the copolymer comprising reaction products of alkylene and reaction products of at least one non-acidic polar monomer, the reaction products of alkylene being present in an amount of at least 50% and the reaction products of at least one non-acidic polar monomer being present in a total amount of up to 25 wt-%, wherein the at least one non-acidic monomer comprises vinyl acetate and optionally comprises at least one alkyl (meth)acrylate monomer; wherein the thermoplastic polymeric material comprises acid modification, anhydride modification, carbon monoxide modification, or combinations thereof.
A plug connector for connecting conduits for liquid or gaseous media, having a connector body , said connector body comprising an annulus which is located between a sleeve-shaped first casing section in cross-section surrounding a central longitudinal axis of the plug connector and a sleeve-shaped second casing section of the plug connector in cross-section surrounding the central longitudinal axis , wherein the first casing section is surrounded by the second casing section and the first casing section of the connector body is connected to the second casing section at a first end section by a first front wall section and the casing sections are open to one another at a second end section , wherein in the first casing section and in the second casing section at least two passages are formed, which are provided for receiving a locking element , said locking element being provided for securing the plug connector relative to a counter plug connector , wherein in the connector body a reinforcing element is inserted between the first casing section and the second casing section , characterized in that the reinforcing element comprises at least one recess , which at least partially corresponds to one of the passages .
A microchip comprising: a plurality of substrate layers ; and bonding layers laminated on boundary surfaces between the substrate layers and which include a silicon compound, wherein at least one of the bonding layers includes an organic silicon compound, wherein the plurality of substrate layers include an upper substrate layer having an opening formed therein to allow a portion of a puncture member to penetrate into the microchip, a grooved substrate layer having a groove formed on a bonding surface, and a third substrate layer bonded to the bonding surface having the groove, thereby forming a sealed inner space . a plurality of substrate layers ; and bonding layers laminated on boundary surfaces between the substrate layers and which include a silicon compound, wherein at least one of the bonding layers includes an organic silicon compound, wherein the plurality of substrate layers include an upper substrate layer having an opening formed therein to allow a portion of a puncture member to penetrate into the microchip, a grooved substrate layer having a groove formed on a bonding surface, and a third substrate layer bonded to the bonding surface having the groove, thereby forming a sealed inner space .
Modular element or semi-module for making underground structures for basins designed to manage meteoric waters or underground structures for retaining soil, comprising: - a substantially plane base portion ; - one or more pillars raising from said base portion ; wherein each of said pillars is hollow and comprises a first external wall defining at least one through internal cavity , and wherein a stiffening element is provided inside said cavity , and wherein said first external wall is substantially tubular and defines said through cavity , and wherein inside said cavity there is said stiffening element that comprises a stiffening tubular internal wall which is spaced from said external wall and has a prismatic shape or a shape substantially corresponding to that of said external wall itself, characterized in that said external wall and said internal wall have substantially the same height, in such a way that the ends of said external wall and the ends of said internal wall substantially define a larger base and a smaller base of said pillars . - a substantially plane base portion ; - one or more pillars raising from said base portion ;
A polypeptide comprising a variant amino acid sequence of SEQ ID NO: 1, wherein the polypeptide has alpha-amylase activity and exhibits an enhanced wash performance compared to the polypeptide of SEQ ID NO: 1, wherein the variant amino acid sequence is least 95% identical with SEQ ID NO: 1 and comprises a W167Y substitution, wherein the numbering is according to the amino acid sequence set forth in SEQ ID NO: 2.
A tactile sensation providing apparatus comprising: a panel ; an actuator ; and a conversion unit engaged with a side of the panel and the actuator , the conversion unit being configured to use displacement of the actuator to convert a displacement direction and a displacement amount of the actuator into a different displacement direction and a different displacement amount so as to cause the panel to slide, wherein the angle between the different displacement direction and the displacement direction of the actuator is approximately 90 degrees, characterized in that the tactile sensation providing apparatus further comprises a pressure unit disposed on an opposite side of the panel and configured to cause the panel to engage with and press against the conversion unit and to cause the conversion unit to engage with and press against the actuator . a panel ; an actuator ; and a conversion unit engaged with a side of the panel and the actuator , the conversion unit being configured to use displacement of the actuator to convert a displacement direction and a displacement amount of the actuator into a different displacement direction and a different displacement amount so as to cause the panel to slide, wherein the angle between the different displacement direction and the displacement direction of the actuator is approximately 90 degrees, characterized in that the tactile sensation providing apparatus further comprises a pressure unit disposed on an opposite side of the panel and configured to cause the panel to engage with and press against the conversion unit and to cause the conversion unit to engage with and press against the actuator .