mhurhangee/ep-ind-claims huggingface dataset:
A hand-held analyze test instrument (10, 20, 86), comprising: a housing; a port disposed in the housing for receiving a test strip; electronic circuitry in electrical communication with the port for processing an analyte signal received from the test strip and generating analyte data therefrom, the circuitry being configured to automatically upload the analyte data to a host computer upon connection thereto; a data port connector provided in the instrument to allow for data transfer, a display; recharge circuitry having a first circuit for providing recharge current to a rechargeable battery pack; characterized by a battery compartment formed in the housing comprising a rechargeable battery pack, the battery pack including a plastic spine which acts as a holder for two batteries (54,56) and occupies a void space which normally exists between two installed alkaline batteries, wherein two discrete conductive pads (64,66) located in the plastic spine act as bus bar contacts, a second circuit for determining the presence of the rechargeable battery pack in order to facilitate the measuring of a battery level; and a contact connector located within the battery compartment, wherein said bus bar contacts on the rechargeable battery pack electrically couple with the contact connector. a housing; a port disposed in the housing for receiving a test strip; electronic circuitry in electrical communication with the port for processing an analyte signal received from the test strip and generating analyte data therefrom, the circuitry being configured to automatically upload the analyte data to a host computer upon connection thereto; a data port connector provided in the instrument to allow for data transfer, a display; recharge circuitry having a first circuit for providing recharge current to a rechargeable battery pack; characterized by a battery compartment formed in the housing comprising a rechargeable battery pack, the battery pack including a plastic spine which acts as a holder for two batteries (54,56) and occupies a void space which normally exists between two installed alkaline batteries, wherein two discrete conductive pads (64,66) located in the plastic spine act as bus bar contacts, a second circuit for determining the presence of the rechargeable battery pack in order to facilitate the measuring of a battery level; and a contact connector located within the battery compartment, wherein said bus bar contacts on the rechargeable battery pack electrically couple with the contact connector.
A method, in a reception point (1, 2, 3, 4, 5, 6) of a communication system, of providing a user equipment with a virtual cell ID, the method comprising the steps of: receiving a virtual cell ID corresponding to the reception point from a network control device, the virtual cell ID being used for indicating a cluster to which the reception point belongs; providing the virtual cell ID to at least one user equipment served by the reception point; and transmitting resource index information corresponding to each user equipment among the at least one user equipment respectively to the each user equipment, characterised in that the step of providing the virtual cell ID comprises: transmitting reference signal port information corresponding to each user equipment among the at least one user equipment respectively to the each user equipment to be used for determining a virtual cell ID corresponding to the present user equipment from a port-to-virtual cell ID mapping table according to the reference signal port information.
Method for checking the tyre air pressure of a bicycle, wherein the method comprises the following steps: - detecting (600, 605) - a handlebar position of the bicycle, and - the rotation speeds (20, 40) of a front wheel and a rear wheel of the bicycle, and - generating an item of tyre air pressure information of the bicycle depending on the detected handlebar position and the detected rotation speeds (20, 40), characterized in that the method comprises the following additional steps: - comparing the detected rotation speeds (20, 40) of the front wheel and the rear wheel with one another, and - generating the item of tyre air pressure information if a determined rotation speed deviation exceeds a threshold value which is dependent on the handlebar position. - detecting (600, 605) - a handlebar position of the bicycle, and - the rotation speeds (20, 40) of a front wheel and a rear wheel of the bicycle, and - a handlebar position of the bicycle, and - the rotation speeds (20, 40) of a front wheel and a rear wheel of the bicycle, and - generating an item of tyre air pressure information of the bicycle depending on the detected handlebar position and the detected rotation speeds (20, 40), - comparing the detected rotation speeds (20, 40) of the front wheel and the rear wheel with one another, and - generating the item of tyre air pressure information if a determined rotation speed deviation exceeds a threshold value which is dependent on the handlebar position.
A heat exchanger comprising a top plate and a bottom plate as well as a plurality of structured plates (4, 5) arranged between the top plate and the bottom plate, wherein adjacent structured plates (4, 5) cooperate to form primary fluid channels and secondary fluid channels between neighboring structured plates (4, 5), wherein the heat exchanger comprises at least two stacks of structured plates (14, 15), wherein the structured plates (4, 5) in at least one of the stacks of structured plates (14, 15) form different primary fluid channels and secondary fluid channels than the primary fluid channels and secondary fluid channels in at least one other stack of structured plates (14, 15), wherein between each pair of adjacent stacks of structured plates (14, 15) a structureless separator plate is arranged, characterized in that at least one transition plate (17, 18) is arranged on each side of the structureless separator plate.
A device for heating an electronic component to test inside a socket, the device comprising at least an electrically conductive material so as to allow the passage of a current to produce heat, said device being in form of a multi-layer comprising at least two or more layers of electrically conductive material between which a layer of electrically isolating material results interposed between one conductive layer and the further one, and wherein electric means (31, 33) are comprised for generating current through said layer, characterized in that said electric means comprising a resistance in form of a path incised in the electrically conductive layer.
A monoclonal antibody that binds specifically to human delta-like ligand 4 to inhibit an interaction between human delta-like ligand 4 and Notch receptor, wherein the monoclonal antibody comprises a heavy chain variable region comprising an amino acid sequence set forth in SEQ ID NO: 5 and a light chain variable region comprising an amino acid sequence set forth in SEQ ID NO: 19.
A method of generating suitability assessment for a channel (21, 37, 51), the method comprising: identifying a suitability assessment for a candidate channel (21, 37, 51), the suitability assessment identifying suitability of the candidate channel (21, 37, 51) for conducting communication, the candidate channel (21, 37, 51) being composed of plural spectrum units, the suitability assessment for the candidate channel (21, 37, 51) being based on suitability assessments provided for the respective plural spectrum units, characterised by the suitability assessment for an individual spectrum unit is given by: ρ n c = max 1 − A c n, 1 B c n + 1 where ρ n ( c) is the suitability assessment of spectrum unit c from a perspective of a node n, A c n is a measure of utilization of spectrum unit c from a perspective of node n, and B c n is a number of other entities competing with node n with respect to spectrum unit c. identifying a suitability assessment for a candidate channel (21, 37, 51), the suitability assessment identifying suitability of the candidate channel (21, 37, 51) for conducting communication, the candidate channel (21, 37, 51) being composed of plural spectrum units, the suitability assessment for the candidate channel (21, 37, 51) being based on suitability assessments provided for the respective plural spectrum units, characterised by the suitability assessment for an individual spectrum unit is given by: ρ n c = max 1 − A c n, 1 B c n + 1 where ρ n ( c) is the suitability assessment of spectrum unit c from a perspective of a node n, A c n is a measure of utilization of spectrum unit c from a perspective of node n, and B c n is a number of other entities competing with node n with respect to spectrum unit c.
Cosmetic preparation comprising a) octyldodecyl citrate polyester (INCI: Octyldodecyl citrate crosspolymer with the CAS number 1182066-69-8) and b) dibutyl adipate, c) Diethylhexyl Butamido Triazone. a) octyldodecyl citrate polyester (INCI: Octyldodecyl citrate crosspolymer with the CAS number 1182066-69-8) and b) dibutyl adipate, c) Diethylhexyl Butamido Triazone.
A surgical loading unit, which comprises: an elongate outer frame defining a longitudinal axis ('K') and having proximal and distal ends (14, 16); an end effector mounted to the distal end of the outer frame; a drive at least partially disposed within the outer frame and operatively coupled to the end effector, the drive adapted for longitudinal movement through a plurality of sequential firing strokes to operate the end effector; a rotatable counter mounted to the outer frame and adapted for rotational movement about the longitudinal axis, the rotatable counter having visual indicators for providing visual indicia corresponding to a number of firing strokes completed by the drive; a counter actuator mounted to the drive and dimensioned to engage the rotatable counter to cause rotational movement of the rotatable counter through an arc segment of rotation during each firing stroke of the drive; and a cam actuator mounted to the drive and dimensioned to operatively engage the counter actuator to cause release of the counter actuator from the rotatable counter upon longitudinal movement of the drive through each successive return stroke. an elongate outer frame defining a longitudinal axis ('K') and having proximal and distal ends (14, 16); an end effector mounted to the distal end of the outer frame; a drive at least partially disposed within the outer frame and operatively coupled to the end effector, the drive adapted for longitudinal movement through a plurality of sequential firing strokes to operate the end effector; a rotatable counter mounted to the outer frame and adapted for rotational movement about the longitudinal axis, the rotatable counter having visual indicators for providing visual indicia corresponding to a number of firing strokes completed by the drive; a counter actuator mounted to the drive and dimensioned to engage the rotatable counter to cause rotational movement of the rotatable counter through an arc segment of rotation during each firing stroke of the drive; and a cam actuator mounted to the drive and dimensioned to operatively engage the counter actuator to cause release of the counter actuator from the rotatable counter upon longitudinal movement of the drive through each successive return stroke.
A gas turbine engine comprising: a fan section including a hub supporting a plurality of fan blades rotatable about an axis; a bearing assembly supporting rotation of the hub about the axis; a gas generator including a fan drive turbine; and characterized in that: a speed reduction device (48; 48') is driven by the fan drive turbine for rotating the fan section about the axis, wherein the speed reduction device (48; 48') is mounted forward of the bearing assembly and radially inward of the hub; and the speed reduction device (48, 48') is disposed axially within the hub. a fan section including a hub supporting a plurality of fan blades rotatable about an axis; a bearing assembly supporting rotation of the hub about the axis; a gas generator including a fan drive turbine; and characterized in that: a speed reduction device (48; 48') is driven by the fan drive turbine for rotating the fan section about the axis, wherein the speed reduction device (48; 48') is mounted forward of the bearing assembly and radially inward of the hub; and the speed reduction device (48, 48') is disposed axially within the hub. a speed reduction device (48; 48') is driven by the fan drive turbine for rotating the fan section about the axis, wherein the speed reduction device (48; 48') is mounted forward of the bearing assembly and radially inward of the hub; and the speed reduction device (48, 48') is disposed axially within the hub.
A dryer having a waste heat recovery means, the dryer comprising: a cabinet; a drum rotatably mounted within the cabinet; an intake duct configured to form an intake flow path for flowing air into the drum; an exhaust duct configured to exhaust air out of the cabinet from the drum; a heater (122, 124; 122') configured to heat air flowing into the drum; an ambient air duct configured to inhale air outside the cabinet and supply the air into the drum; and a waste heat recovery means comprising an evaporation unit configured to absorb the heat of air being exhausted from the drum, a condenser unit configured to transfer heat absorbed from the evaporation unit to ambient air inhaled by the waste heat recovery means and flowing into the ambient air duct, and a heat transfer medium configured to transfer heat between the evaporation unit and condenser unit, characterized in that the ambient air duct is connected with the intake duct between the drum and the heater (122, 124; 122') such that air heated by the heater (122, 124; 122') mixed with the ambient air heated by the condenser unit can be supplied into the drum. a cabinet; a drum rotatably mounted within the cabinet; an intake duct configured to form an intake flow path for flowing air into the drum; an exhaust duct configured to exhaust air out of the cabinet from the drum; a heater (122, 124; 122') configured to heat air flowing into the drum; an ambient air duct configured to inhale air outside the cabinet and supply the air into the drum; and a waste heat recovery means comprising an evaporation unit configured to absorb the heat of air being exhausted from the drum, a condenser unit configured to transfer heat absorbed from the evaporation unit to ambient air inhaled by the waste heat recovery means and flowing into the ambient air duct, and a heat transfer medium configured to transfer heat between the evaporation unit and condenser unit,
An adjustable grinder, comprising: a container configured to hold a product to be ground; a stator including at least two rows of teeth (35, 36), the stator being positioned on the container; a rotor including at least two rows of teeth (31, 32) positioned opposite to the stator and configured to rotate with respect to the stator; a drum positioned around the rotor; and a rotary slide including a pointer that is configured to be adjusted such that a distance between the stator and the rotor increases or decreases, wherein the at least two rows of teeth of the stator face the at least two rows of teeth of the rotor such that the product is ground between the stator and the rotor, characterized in that said stator comprises at least two extended teeth that extend further in a radial direction towards a center axis of the stator than the at least two rows of teeth of the stator, and in that the rotor includes a plurality of fingers (33, 33a) that extend in a radial direction away from a center axis of the rotor. a container configured to hold a product to be ground; a stator including at least two rows of teeth (35, 36), the stator being positioned on the container; a rotor including at least two rows of teeth (31, 32) positioned opposite to the stator and configured to rotate with respect to the stator; a drum positioned around the rotor; and a rotary slide including a pointer that is configured to be adjusted such that a distance between the stator and the rotor increases or decreases, wherein the at least two rows of teeth of the stator face the at least two rows of teeth of the rotor such that the product is ground between the stator and the rotor, characterized in that said stator comprises at least two extended teeth that extend further in a radial direction towards a center axis of the stator than the at least two rows of teeth of the stator, and in that the rotor includes a plurality of fingers (33, 33a) that extend in a radial direction away from a center axis of the rotor.
System of accumulator batteries, comprising: - a plurality of stages connected in series, each stage including at least one electrochemical accumulator and at least one switch; - a power electrical connection (71, 72) intended to couple an electrical load to said stages; - a control device coupled to the stages via the power electrical connection; characterized in that: - the system further comprises a plurality of circuits, each circuit being associated with a stage and being configured to generate a voltage amplitude variation at the terminals of the associated stage by application to a switch of the stage of a binary sequence at a first frequency, each binary sequence being different from the other binary sequences to make it possible to discriminate one stage relative to the other stages; - the control device is programmed to: - measure a variation of the voltage at the terminals of the stage in response to the application of the binary sequence to this stage; - identify the stage originating the voltage variation by searching for the binary sequence associated with this stage; - determine the impedance of the stage identified for the first frequency from the measured voltage variation. - a plurality of stages connected in series, each stage including at least one electrochemical accumulator and at least one switch; - a power electrical connection (71, 72) intended to couple an electrical load to said stages; - a control device coupled to the stages via the power electrical connection; - the system further comprises a plurality of circuits, each circuit being associated with a stage and being configured to generate a voltage amplitude variation at the terminals of the associated stage by application to a switch of the stage of a binary sequence at a first frequency, each binary sequence being different from the other binary sequences to make it possible to discriminate one stage relative to the other stages; - the control device is programmed to: - measure a variation of the voltage at the terminals of the stage in response to the application of the binary sequence to this stage; - identify the stage originating the voltage variation by searching for the binary sequence associated with this stage; - determine the impedance of the stage identified for the first frequency from the measured voltage variation. - measure a variation of the voltage at the terminals of the stage in response to the application of the binary sequence to this stage; - identify the stage originating the voltage variation by searching for the binary sequence associated with this stage; - determine the impedance of the stage identified for the first frequency from the measured voltage variation.
Method for presenting a surrounding area of a vehicle, comprising: - creating a projection surface as a three-dimensional landscape in a virtual space, wherein the projection surface is formed corresponding to the surrounding area of the vehicle and wherein an obstacle in the surrounding area of the vehicle is presented as an occupied region in the virtual space and the projection surface is correspondingly deformed in an occupied region, - providing a video sequence for an output device, characterized in that the method has the following steps: - generating a moving virtual element in the virtual space that has the form of a surface and moves through the three-dimensional landscape in accordance with a prescribed movement path, wherein an intersection line of the virtual element with the projection surface as the three-dimensional landscape is ascertained for each position along the prescribed movement path, wherein the intersection line in the occupied region, in which an obstacle is presented, touches the presented obstacle, and - repeatedly imaging the projection surface as the three-dimensional landscape from the view of a virtual camera, arranged in the virtual space, in a virtual camera image, wherein a video sequence is generated from a sequence of virtual camera images, wherein the intersection line is presented in frames of the video sequence and the virtual element propagates in the virtual space similar to a wavefront. - creating a projection surface as a three-dimensional landscape in a virtual space, wherein the projection surface is formed corresponding to the surrounding area of the vehicle and wherein an obstacle in the surrounding area of the vehicle is presented as an occupied region in the virtual space and the projection surface is correspondingly deformed in an occupied region, - providing a video sequence for an output device, characterized in that the method has the following steps: - generating a moving virtual element in the virtual space that has the form of a surface and moves through the three-dimensional landscape in accordance with a prescribed movement path, wherein an intersection line of the virtual element with the projection surface as the three-dimensional landscape is ascertained for each position along the prescribed movement path, wherein the intersection line in the occupied region, in which an obstacle is presented, touches the presented obstacle, and - repeatedly imaging the projection surface as the three-dimensional landscape from the view of a virtual camera, arranged in the virtual space, in a virtual camera image, wherein a video sequence is generated from a sequence of virtual camera images, wherein the intersection line is presented in frames of the video sequence and the virtual element propagates in the virtual space similar to a wavefront.