mhurhangee/patent-ind-claim-en huggingface dataset:
A rotor blade comprising: a root section including a coolant inlet passage ; an airfoil section including a suction sidewall and a pressure sidewall each extending chordwise between a leading edge and a trailing edge , and extending spanwise between the root section and an airfoil tip ; a leading edge cooling cavity extending spanwise through the airfoil section from the coolant inlet passage and terminating proximate the airfoil tip ; an intermediate cooling cavity disposed aft of the leading edge cavity and extending spanwise through the airfoil section from the coolant inlet passage and terminating proximate the airfoil tip ; and a trailing edge cooling cavity disposed aft of the intermediate cavity and extending spanwise through the airfoil section from the coolant inlet passage , and terminating proximate the airfoil tip ; a first rib disposed between the leading edge cooling cavity and the intermediate cooling cavity , the first rib extending spanwise through substantially all of the airfoil section between the root section and the airfoil tip , wherein the first rib includes at least one crossover hole disposed proximate the airfoil tip ; and a second rib disposed between the intermediate cooling cavity and the trailing edge cooling cavity , the second rib extending spanwise through substantially all of the airfoil section between the root section and the airfoil tip ; and the first and second rib separates the cooling flow through the airfoil section into discrete, generally upward-flowing cooling cavities from the coolant inlet passage . a root section including a coolant inlet passage ; an airfoil section including a suction sidewall and a pressure sidewall each extending chordwise between a leading edge and a trailing edge , and extending spanwise between the root section and an airfoil tip ; a leading edge cooling cavity extending spanwise through the airfoil section from the coolant inlet passage and terminating proximate the airfoil tip ; an intermediate cooling cavity disposed aft of the leading edge cavity and extending spanwise through the airfoil section from the coolant inlet passage and terminating proximate the airfoil tip ; and a trailing edge cooling cavity disposed aft of the intermediate cavity and extending spanwise through the airfoil section from the coolant inlet passage , and terminating proximate the airfoil tip ; a first rib disposed between the leading edge cooling cavity and the intermediate cooling cavity , the first rib extending spanwise through substantially all of the airfoil section between the root section and the airfoil tip , wherein the first rib includes at least one crossover hole disposed proximate the airfoil tip ; and a second rib disposed between the intermediate cooling cavity and the trailing edge cooling cavity , the second rib extending spanwise through substantially all of the airfoil section between the root section and the airfoil tip ; and
A device for manipulating a plurality of cryovials, comprising: an elongate rod extending between opposed first and second ends, and at least one holding point disposed upon the rod between the first and second ends, the holding point comprising a recess defined within a wall of the rod configured to accept a projection that extends from a cryovial associated with the rod; characterised in that the holding point is configured to receive and pivotably support a cryovial in a range of orientations between a first orientation where the cryovial extends substantially parallel to a longitudinal axis of the rod to a second orientation where the cryovial extends substantially perpendicular to the longitudinal axis. an elongate rod extending between opposed first and second ends, and at least one holding point disposed upon the rod between the first and second ends, the holding point comprising a recess defined within a wall of the rod configured to accept a projection that extends from a cryovial associated with the rod; characterised in that the holding point is configured to receive and pivotably support a cryovial in a range of orientations between a first orientation where the cryovial extends substantially parallel to a longitudinal axis of the rod to a second orientation where the cryovial extends substantially perpendicular to the longitudinal axis.
Device for extraction and analysis of anatomical tissues, such as synovial liquid and the like, comprising an extraction line of said tissue to be analyzed, having a needle , for the withdrawal of said tissue to be analyzed, an extraction duct , an extraction syringe , having an inlet/outlet mouth connected fluid-dynamically to said needle by means of said extraction duct , and an analysis device , fluid-dynamically connected to said inlet/outlet mouth of said extraction syringe by means of said extraction duct , said analysis device having one or more receptacles , in each of which a respective reagent is arranged, and reading means , for detecting possible alterations of said reagents, said one or more receptacles comprising a first receptacle , into which a first reagent is placed, wherein said extraction duct of said extraction line comprises a first three-way valve , having a first port , connected to said withdrawal needle , a second port , connected to said inlet/outlet mouth of said extraction syringe , and a third port connectable to said analysis device , each of said ports being selectively openable or closable independently of the other, characterised in that said one or more receptacles comprise a second receptacle , into which a the second reagent is placed, and a third receptacle , into which a third reagent is placed.
A phototherapy blanket configured to cover, support, and/or envelop at least part of a subject, the phototherapy blanket comprising: a set of light sources configured to emit electromagnetic radiation, wherein the set of light sources is held and/or carried by the phototherapy blanket; a temperature sensor configured to generate a first signal conveying information related to a temperature of a region of a surface of the at least part of the subject covered, supported, and/or enveloped in the phototherapy blanket; a surface sensor configured to provide information about presence of the surface of the at least part of the subject, wherein the surface sensor is positioned proximate to the temperature sensor such that the surface sensor is configured to generate a second signal indicative of presence of the region of the surface of the at least part of the subject; and a control module configured to control the intensity of the set of light sources based on the first and the second signal, characterized in that the control module is further configured to determine if the temperature of the region is above a temperature threshold, wherein when the temperature of the region is above the temperature threshold, the control module is further configured to control the intensity of the set of light sources based on the second signal. a set of light sources configured to emit electromagnetic radiation, wherein the set of light sources is held and/or carried by the phototherapy blanket; a temperature sensor configured to generate a first signal conveying information related to a temperature of a region of a surface of the at least part of the subject covered, supported, and/or enveloped in the phototherapy blanket; a surface sensor configured to provide information about presence of the surface of the at least part of the subject, wherein the surface sensor is positioned proximate to the temperature sensor such that the surface sensor is configured to generate a second signal indicative of presence of the region of the surface of the at least part of the subject; and a control module configured to control the intensity of the set of light sources based on the first and the second signal, characterized in that the control module is further configured to determine if the temperature of the region is above a temperature threshold, wherein when the temperature of the region is above the temperature threshold, the control module is further configured to control the intensity of the set of light sources based on the second signal.
A fire protection closure for preventing fire and smoke from penetrating from one room into another in case of fire, wherein the fire protection closure can be inserted into a wall opening having a reveal and a lintel , the wall opening connecting the two rooms and the fire protection closure comprising a glass door with at least one profile-free door leaf made of at least one fire protection pane , which door leaf is held in a pivoting manner into at least one direction, wherein at least one longitudinal side of the door leaf can be adjacent without any frame to the reveal of the wall opening , wherein the fire protection pane comprises two fireproof glass panes which are spaced apart in parallel from each other by means of an edging compound that forms an abutting edge, wherein the space enclosed by the edging compound between the fireproof glass panes is filled with a fire protection gel and the edging compound of the fire protection pane is offset inwards on at least one abutting edge while forming an abutting edge groove, wherein an intumescent strip is inserted into the abutting edge groove, characterized in that at least one sealing groove is formed in the intumescent strip , a seal being inserted into the sealing groove.
A method of manufacturing a solar cell, the method comprising: (a) providing a device layer on a sacrificial substrate , the one surface of the device layer contacting the sacrificial substrate ; (b) contacting a first flexible substrate on the other surface of the device layer ; (c) removing the sacrificial substrate contacted on the one surface of the device layer , the device layer being sustained on the first flexible substrate contacted on the other surface of the device layer , after the step (b); wherein the sacrificial substrate is removed through immersion into an etchant, the etchant being a mixture in which a component A (Ammonium hydrogen fluoride + Ammonium nitrate) and a component B (dilute sulfuric acid) are mixed at a ratio of about 1:1 to about 1:2; wherein the sacrificial substrate comprises a silicon substrate, wherein the first flexible substrate comprises a polyester (PET)-based substrate, wherein an adhesion layer is disposed on a surface of the first flexible substrate contacting the one surface of the device layer and is formed of polyurethane. (a) providing a device layer on a sacrificial substrate , the one surface of the device layer contacting the sacrificial substrate ; (b) contacting a first flexible substrate on the other surface of the device layer ; (c) removing the sacrificial substrate contacted on the one surface of the device layer , the device layer being sustained on the first flexible substrate contacted on the other surface of the device layer , after the step (b); wherein the sacrificial substrate is removed through immersion into an etchant, the etchant being a mixture in which a component A (Ammonium hydrogen fluoride + Ammonium nitrate) and a component B (dilute sulfuric acid) are mixed at a ratio of about 1:1 to about 1:2;
Method for operating at least one gate from for example a separation station, a feeding station or a milking station wherein the method comprises the following steps: a. determining the identity of an animal by means of reading an identification code from a identification label carried by the animal at a first location which is distinct from a second location where the gate is present; b. following the animal which is identified in step a. by means of at least one camera when the animal travels from the first location towards the gate; c. determining by means of the at least one camera first data about the animal wherein the first data comprises information about the direction wherein the animal moves and information about the speed with which the animal moves; d. determining based on the first data obtained in step c. the moment on which the at least one gate is opened or started to being opened, whereby in step d. the moment on which the at least one gate is opened or starts being opened is determined such that the gate while being opened touches the animal at most once and for a limited duration, whereby step b. further includes keeping the identity as determined in step a. associated with the animal followed in step b. a. determining the identity of an animal by means of reading an identification code from a identification label carried by the animal at a first location which is distinct from a second location where the gate is present; b. following the animal which is identified in step a. by means of at least one camera when the animal travels from the first location towards the gate; c. determining by means of the at least one camera first data about the animal wherein the first data comprises information about the direction wherein the animal moves and information about the speed with which the animal moves; d. determining based on the first data obtained in step c. the moment on which the at least one gate is opened or started to being opened, whereby in step d. the moment on which the at least one gate is opened or starts being opened is determined such that the gate while being opened touches the animal at most once and for a limited duration, whereby step b. further includes keeping the identity as determined in step a. associated with the animal followed in step b.
A mixing device for mixing mixing material, comprising a container mounted rotatably about a vertical axis for receiving the mixing material with an opening and a mixing tool extending through the opening into the container and rotatable about a rotational axis with at least one mixing helix in order to transport the mixing material upwards essentially along a container wall of the container , wherein the rotational axis of the mixing tool lies obliquely to the vertical axis of the container , characterised in that the container base is formed cone-shaped and that the mixing tool carries a plurality of mixing arms at one end directed towards the container base of the container , which mixing arms are fastened with one end to a central shaft of the mixing tool and are guided along at the container base by rotation of the mixing tool , wherein at least one of the mixing arms comprises a free-standing end at the side facing away from the central shaft .
A calibrating system for calibrating a camera of a vehicle , the system comprising: - a base unit ; - a support structure connected to the base unit ; - a vehicle calibration assistance structure mounted on the support structure and including a target panel , which has a surface facing forward towards a service area , wherein the surface of the target panel bears a first combination of predetermined graphical features, the vehicle being positioned in the service area so that the camera of the vehicle can see the surface of the target panel ; - a processing system, operatively connected the vehicle calibration assistance structure to process data received from the vehicle calibration assistance structure in order to facilitate alignment or calibration of the camera of the vehicle ; - a positioning device , configured to aid a relative positioning between the vehicle and the vehicle calibration assistance structure ; characterized in that the vehicle calibration assistance structure is provided with a second combination of predetermined graphical features, different from the first combination of predetermined graphical features, wherein the positioning device is spaced from the support structure , and includes an optical device operatively oriented laterally towards the service area to see graphical features of the vehicle and a matching camera oriented backwards towards the support structure , to see the second combination of predetermined graphical features. - a base unit ; - a support structure connected to the base unit ; - a vehicle calibration assistance structure mounted on the support structure and including a target panel , which has a surface facing forward towards a service area , wherein the surface of the target panel bears a first combination of predetermined graphical features, the vehicle being positioned in the service area so that the camera of the vehicle can see the surface of the target panel ; - a processing system, operatively connected the vehicle calibration assistance structure to process data received from the vehicle calibration assistance structure in order to facilitate alignment or calibration of the camera of the vehicle ; - a positioning device , configured to aid a relative positioning between the vehicle and the vehicle calibration assistance structure ; characterized in that the vehicle calibration assistance structure is provided with a second combination of predetermined graphical features, different from the first combination of predetermined graphical features, wherein the positioning device
A method, comprising: activating , by a network node, power of a global-positioning-system receiver or power of an active antenna of the global-positioning-system receiver, wherein the network node uses the global-positioning-system receiver to perform synchronization of the network node; receiving at least one measurement, wherein the at least one measurement comprises real-time, predictive, or historic data; determining a holdover duration based on the at least one measurement, wherein the holdover duration corresponds to a length of time where the power of the global-positioning-system receiver or the power of the active antenna is to be turned off; and deactivating the power of the global-positioning-system receiver or the power of the active antenna for the holdover duration; characterized in that : the receiving the at least one measurement comprises receiving weather data or seasonal data including at least one of an amount of cloud cover, an amount of precipitation and an amount of foliage, wherein the amount of cloud cover, the amount of precipitation, and the amount foliage are inversely related to the holdover duration. activating , by a network node, power of a global-positioning-system receiver or power of an active antenna of the global-positioning-system receiver, wherein the network node uses the global-positioning-system receiver to perform synchronization of the network node; receiving at least one measurement, wherein the at least one measurement comprises real-time, predictive, or historic data; determining a holdover duration based on the at least one measurement, wherein the holdover duration corresponds to a length of time where the power of the global-positioning-system receiver or the power of the active antenna is to be turned off; and deactivating the power of the global-positioning-system receiver or the power of the active antenna for the holdover duration; characterized in that : the receiving the at least one measurement comprises receiving weather data or seasonal data including at least one of an amount of cloud cover, an amount of precipitation and an amount of foliage, wherein the amount of cloud cover, the amount of precipitation, and the amount foliage are inversely related to the holdover duration.
A security data processing device comprising a memory and a processor , wherein the processor is coupled to the memory and is configured to: receive a record , the record comprising: a sequence element and encrypted information ; query the memory to determine a value for a sequence element parameter that is stored in the memory, wherein the sequence element and the value are elements of a sequence; validate the sequence element using the sequence element and the value, and in response to said validation: decrypt the encrypted information using a cryptographic key stored in the memory to obtain decrypted information; update the value associated with the sequence element parameter using the sequence element; and output programming information to a programming module for programming a programmable device in communication with the programming module, said programming information based on said decrypted information, wherein the programmable device and the security data processing device are separate devices. receive a record , the record comprising: a sequence element and encrypted information ; query the memory to determine a value for a sequence element parameter that is stored in the memory, wherein the sequence element and the value are elements of a sequence; validate the sequence element using the sequence element and the value, and in response to said validation: decrypt the encrypted information using a cryptographic key stored in the memory to obtain decrypted information; update the value associated with the sequence element parameter using the sequence element; and output programming information to a programming module for programming a programmable device in communication with the programming module, said programming information based on said decrypted information, wherein the programmable device and the security data processing device are separate devices. decrypt the encrypted information using a cryptographic key stored in the memory to obtain decrypted information; update the value associated with the sequence element parameter using the sequence element; and output programming information to a programming module for programming a programmable device in communication with the programming module, said programming information based on said decrypted information, wherein the programmable device and the security data processing device are separate devices.