mhurhangee/patent-ind-claim-en huggingface dataset:
Mobile training apparatus for people, in particular for sporting activities using additional weights, wherein the training apparatus is made up of a back element and of a carrying system with shoulder straps, said system being articulated in a releasable manner on the back element, and, on the back element and/or on the carrying system, of accommodating regions for at least one weight, wherein the back element extends from the one end of the shoulder strap to the point of articulation on the pelvis belt, characterized in that a. the back element is a panel , b. the back element can be divided along its longitudinal extent so as to form panel parts , c. wherein the connection element divides up the panel parts into two equally sized mobile weights for further performing training exercises, d. wherein each panel part and/or the carrying system have/has at least one accommodating region for accommodating a weight or a weight plate . a. the back element is a panel , b. the back element can be divided along its longitudinal extent so as to form panel parts , c. wherein the connection element divides up the panel parts into two equally sized mobile weights for further performing training exercises, d. wherein each panel part and/or the carrying system have/has at least one accommodating region for accommodating a weight or a weight plate .
A disposable refill unit (110; 510) for a foam dispenser (101; 501) that has an integral air compressor (150; 550), the refill unit (110; 510) comprising: a container (112; 512); a liquid pump secured to the container (112; 512), the liquid pump having a liquid chamber defined at least in part by a liquid inlet valve and a liquid outlet valve ; a liquid piston , wherein movement of the piston causes the volume of the liquid chamber to expand and contract; a mixing chamber formed in an interior cavity and located downstream of the liquid chamber ; an air inlet in fluid communication with the mixing chamber ; wherein the container (112; 512) and the liquid pump are disposable; a suck back chamber in fluid communication with the mixing chamber, wherein said suck back chamber is compressible; characterized in that the disposable refill unit (110; 510) further comprises a sanitary seal located proximate the air inlet , the sanitary seal allows air to enter the mixing chamber and prevents liquid from exiting the mixing chamber through the air inlet , wherein the sanitary seal is disposable with the container (112; 512) and the liquid pump without disposing of the air compressor (150; 550). a container (112; 512); a liquid pump secured to the container (112; 512), the liquid pump having a liquid chamber defined at least in part by a liquid inlet valve and a liquid outlet valve ; a liquid piston , wherein movement of the piston causes the volume of the liquid chamber to expand and contract; a mixing chamber formed in an interior cavity and located downstream of the liquid chamber ; an air inlet in fluid communication with the mixing chamber ; a liquid chamber defined at least in part by a liquid inlet valve and a liquid outlet valve ; a liquid piston , wherein movement of the piston causes the volume of the liquid chamber to expand and contract; a mixing chamber formed in an interior cavity and located downstream of the liquid chamber ; an air inlet in fluid communication with the mixing chamber ; wherein the container (112; 512) and the liquid pump are disposable; a suck back chamber in fluid communication with the mixing chamber, wherein said suck back chamber is compressible; characterized in that the disposable refill unit (110; 510) further comprises a sanitary seal located proximate the air inlet , the sanitary seal allows air to enter the mixing chamber and prevents liquid from exiting the mixing chamber through the air inlet , wherein the sanitary seal is disposable with the container (112; 512) and the liquid pump without disposing of the air compressor (150; 550).
Liquid filter, in particular for fuels, having a housing in which a filter insert is arranged, wherein the filter insert has a connection cover , wherein the connection cover has an opening , and having a connection element , wherein the connection element is fixed in a sealed manner on the housing , wherein the connection element is provided for the feeding of the liquid into the liquid filter and/or for the discharge of the liquid from the liquid filter , wherein the filter insert is fixed via at least one damping element to the connection element such that the transmission of vibrations of the housing to the filter insert is damped, characterized in that the filter insert is fastened in the housing only by means of the connection element , and in that the filter insert makes no contact with the inner wall of the housing at least in the absence of vibrational loads acting on the housing , wherein the connection cover has a connection piece arranged at the opening of the connection cover , wherein the connection piece is formed at least regionally as a damping element .
A method to determine a hot cargo load condition of a cargo load in a refrigerated container , the method comprising: providing a plurality of sensors disposed within the refrigerated container ; operating a refrigeration unit with a set of desired operational parameters corresponding to the cargo load ; analyzing a plurality of sensor readings corresponding to the plurality of sensors via a processor , and characterized in that the method further comprises creating a temperature distribution profile of the refrigerated container corresponding to the plurality of sensor readings via the processor ; retrieving a historical temperature distribution profile corresponding to the cargo load via a historical database ; comparing the temperature distribution profile to the historical temperature distribution profile via the processor ; and identifying the hot cargo load condition in response to the temperature distribution profile exceeding the historical temperature distribution profile via the processor ; wherein the historical temperature distribution profile is a temperature distribution profile corresponding to a similar cargo load which was transported in a similar refrigerated container under similar conditions. providing a plurality of sensors disposed within the refrigerated container ; operating a refrigeration unit with a set of desired operational parameters corresponding to the cargo load ; analyzing a plurality of sensor readings corresponding to the plurality of sensors via a processor , and characterized in that the method further comprises creating a temperature distribution profile of the refrigerated container corresponding to the plurality of sensor readings via the processor ; retrieving a historical temperature distribution profile corresponding to the cargo load via a historical database ; comparing the temperature distribution profile to the historical temperature distribution profile via the processor ; and identifying the hot cargo load condition in response to the temperature distribution profile exceeding the historical temperature distribution profile via the processor ; wherein the historical temperature distribution profile is a temperature distribution profile corresponding to a similar cargo load which was transported in a similar refrigerated container under similar conditions.
Method for detecting an abnormal event in an insulator of an electrical conductor of a medium-voltage or high-voltage electrical device , the method being implemented by an electronic control unit and comprising the following steps: - acquiring a set (S n ) of successive samples (E 1 , ..., E n ) of a vibration signal (V) associated with the electrical conductor , (step 50) - determining a modelled value (M n+1 ) of a following sample (E n+1 ) based on the acquired set (S n ) of samples and on a prediction model, (step 51) the prediction model being obtained through machine learning of the vibration signal (V) based on a set (V p ) of samples acquired in reference conditions (CRef) in which the electrical conductor is free from any abnormal event, - acquiring the following sample (E n+1 ) of the vibration signal (V), (step 52) - calculating a difference (D n+1 ) between the value of the acquired sample (E n+1 ) and the modelled value (M n+1 ), (step 53) - if the calculated difference (D n+1 ) is greater than a predetermined threshold (Th), detecting an abnormal event in the electrical conductor . (step 54) the method being implemented by an electronic control unit and comprising the following steps: - acquiring a set (S n ) of successive samples (E 1 , ..., E n ) of a vibration signal (V) associated with the electrical conductor , (step 50) - determining a modelled value (M n+1 ) of a following sample (E n+1 ) based on the acquired set (S n ) of samples and on a prediction model, (step 51) - acquiring a set (S n ) of successive samples (E 1 , ..., E n ) of a vibration signal (V) associated with the electrical conductor , (step 50) - determining a modelled value (M n+1 ) of a following sample (E n+1 ) based on the acquired set (S n ) of samples and on a prediction model, (step 51) the prediction model being obtained through machine learning of the vibration signal (V) based on a set (V p ) of samples acquired in reference conditions (CRef) in which the electrical conductor is free from any abnormal event, - acquiring the following sample (E n+1 ) of the vibration signal (V), (step 52) - calculating a difference (D n+1 ) between the value of the acquired sample (E n+1 ) and the modelled value (M n+1 ), (step 53) - if the calculated difference (D n+1 ) is greater than a predetermined threshold (Th), detecting an abnormal event in the electrical conductor . (step 54) - acquiring the following sample (E n+1 ) of the vibration signal (V), (step 52) - calculating a difference (D n+1 ) between the value of the acquired sample (E n+1 ) and the modelled value (M n+1 ), (step 53) - if the calculated difference (D n+1 ) is greater than a predetermined threshold (Th), detecting an abnormal event in the electrical conductor . (step 54)
A luggage compartment for being mountable in a means of transport , the luggage compartment comprising: a housing for storing luggage; a connecting element for mounting the housing to a first structural element of the means of transport; a sliding element ; wherein the housing comprises a top wall , a rear wall , a bottom wall , a side wall , and an opening .; wherein the connecting element is adapted for being pivotably attached to the first structural element of the means of transport at a second section of the connecting element; wherein the sliding element is attached to the rear wall of the housing; wherein the sliding element is adapted for being movably connected to a rail , which rail is attached to a second structural element of the means of transport; wherein the housing performs a rotational movement around a rotation axis when moving the housing from the open position to the closed position of the luggage compartment; and characterised in that the connecting element is pivotably attached to the top wall or the side wall of the housing at a first section of the connecting element, wherein the sliding element is attached to an edge defined by the top wall and rear wall of the housing and wherein the rotation axis of the housing moves from a position close to a center of gravity of the housing 8, towards a position close to the sliding element when moving the housing from the open position to the closed position of the luggage compartment. a housing for storing luggage; a connecting element for mounting the housing to a first structural element of the means of transport; a sliding element ; wherein the housing comprises a top wall , a rear wall , a bottom wall , a side wall , and an opening .; wherein the connecting element is adapted for being pivotably attached to the first structural element of the means of transport at a second section of the connecting element; wherein the sliding element is attached to the rear wall of the housing; wherein the sliding element is adapted for being movably connected to a rail , which rail is attached to a second structural element of the means of transport; wherein the housing performs a rotational movement around a rotation axis when moving the housing from the open position to the closed position of the luggage compartment; and characterised in that the connecting element is pivotably attached to the top wall or the side wall of the housing at a first section of the connecting element, wherein the sliding element is attached to an edge defined by the top wall and rear wall of the housing and wherein the rotation axis of the housing moves from a position close to a center of gravity of the housing 8, towards a position close to the sliding element when moving the housing from the open position to the closed position of the luggage compartment.
An applicator instrument for dispensing surgical fasteners comprising: a housing ; a firing system disposed in said housing; an actuator coupled with said housing for activating said firing system; an elongated shaft extending from said housing, said elongated shaft having a proximal end secured to said housing, a distal end , and a first axis extending between the proximal and distal ends; one or more surgical fasteners disposed in said elongated shaft; a distal end cap secured to the distal end of said elongated shaft, said distal end cap having a surgical fastener dispensing window for dispensing said one or more surgical fasteners from said distal end cap; said firing system including a firing rod that extends through said elongated shaft for dispensing said one or more surgical fasteners from said distal end cap, wherein said firing rod has a proximal section that moves along the first axis of said elongated shaft and a distal section that moves along a second axis that defines an angle with the first axis; wherein said firing rod further comprises a joining member interconnecting said proximal section of said firing rod with said distal section of said firing rod, wherein said joining member has a proximal end that is pivotally connected with said proximal section of said firing rod and a distal end that is pivotally connected with said distal section of said firing rod. a housing ; a firing system disposed in said housing; an actuator coupled with said housing for activating said firing system; an elongated shaft extending from said housing, said elongated shaft having a proximal end secured to said housing, a distal end , and a first axis extending between the proximal and distal ends; one or more surgical fasteners disposed in said elongated shaft; a distal end cap secured to the distal end of said elongated shaft, said distal end cap having a surgical fastener dispensing window for dispensing said one or more surgical fasteners from said distal end cap; said firing system including a firing rod that extends through said elongated shaft for dispensing said one or more surgical fasteners from said distal end cap, wherein said firing rod has a proximal section that moves along the first axis of said elongated shaft and a distal section that moves along a second axis that defines an angle with the first axis;
A patterned apertured web comprising: a plurality of land areas in the patterned apertured web ; and a plurality of apertures defined in the patterned apertured web , wherein at least some of the land areas surround at least some of the apertures; wherein the patterned apertured web has an Effective Open Area in the range of 5% to 50%, according to the Aperture Test herein; and wherein the patterned apertured web has a plurality of Interaperture Distances, according to the Aperture Test herein, wherein the Interaperture Distances have a distribution having a median and a mean, and wherein the mean is greater than the median, wherein the mean is greater than the median by at least 8% and less than 20%. a plurality of land areas in the patterned apertured web ; and a plurality of apertures defined in the patterned apertured web , wherein at least some of the land areas surround at least some of the apertures; wherein the patterned apertured web has an Effective Open Area in the range of 5% to 50%, according to the Aperture Test herein; and wherein the patterned apertured web has a plurality of Interaperture Distances, according to the Aperture Test herein, wherein the Interaperture Distances have a distribution having a median and a mean, and wherein the mean is greater than the median, wherein the mean is greater than the median by at least 8% and less than 20%.
A system comprising an object or a coating made of polymeric material and a sensor for detecting the degree of wear of the object or of the coating made of polymeric material, wherein the sensor comprises a body made of polymeric material, said body being immersed in or covered by the polymeric material of which wear has to be measured, wherein said body has a plurality of reliefs each having an apex placed at a different height, and wherein a connection for each of the apexes is provided, the connection being configured when interrupted to signal to a control unit progressively more severe levels of wear when the wear of the polymeric material of the object or of the coating propagates to the respective apex of the sensor .
A shell to be driven into a bone substance for a prosthetic joint , having an outer lateral surface which is convexly curved, especially spherical, in cross-section, or having an inner lateral surface which is convexly curved, especially spherical, on which outer or inner lateral surface there is arranged a plurality of ribs , wherein all ribs extend in the same direction under a preferably increasing pitch angle (α) from 45° to 85° at the equatorial end toward a pole-sided end on the outer lateral surface or on the inner lateral surface, characterised in that each rib has a flank projection area (P) based on a plane running through the longitudinal extent of the rib and perpendicularly to the outer lateral surface or to the inner lateral surface, wherein the sum of the flank projection area of all ribs corresponds to at least one fifth of the entire outer lateral surface or the entire inner lateral surface.
A board-making method, comprising: scoring a paper facing with a plurality of score lines at first intervals prior to combining the paper facing with any other paper medium; linearly-embossing a paper medium including fibres substantially aligned in a machine direction with a plurality of flutes aligned in the machine direction at second intervals, each of the plurality of flutes having an apex ; and combining the paper facing with the linearly-embossed paper medium such that the score lines at first intervals are aligned parallel to the axes of the flutes and parallel to the fibres of the paper medium at second intervals, each score line being set equidistant from each of two adjacent flute apexes. scoring a paper facing with a plurality of score lines at first intervals prior to combining the paper facing with any other paper medium; linearly-embossing a paper medium including fibres substantially aligned in a machine direction with a plurality of flutes aligned in the machine direction at second intervals, each of the plurality of flutes having an apex ; and combining the paper facing with the linearly-embossed paper medium such that the score lines at first intervals are aligned parallel to the axes of the flutes and parallel to the fibres of the paper medium at second intervals, each score line being set equidistant from each of two adjacent flute apexes.
A communication system for receiving and transmitting communication signals, comprising a data network , at least two proxy devices coupled to the data network, wherein the at least two proxy devices are configured for digital certificate authentication by transmitting a digital certificate to a digital certification server configured to authenticate the digital certificate, and at least two resources , wherein each proxy device of the at least two proxy devices is coupled to a respective resource of the at least two resources , wherein the at least two resources are communicatively coupled to the data network via the at least two proxy devices , wherein an only channel for communication with the at least two resources is through the respective proxy device, and wherein the at least two proxy devices are configured to allow or disallow a communication between the data network and the at least two resources based on digital certificate authentication. a data network , at least two proxy devices coupled to the data network,
An apparatus, comprising: a plurality of laser diodes configured to emit respective laser diode beams having perpendicular fast and slow beam divergence axes mutually perpendicular to respective beam axes (708a-k); and beam shaping optics configured to receive the laser diode beams and to circularize an ensemble image space and numerical aperture, NA, space of the laser diode beams at an ensemble coupling plane; wherein the beam shaping optics comprise: an afocal fast axis telescope configured to receive the laser diode beams as fast-axis and slow-axis collimated beams with the beam axes parallel to each other and stacked along a common fast axis to define a plurality of initial beam displacements relative to an optical axis of the afocal fast axis telescope, and to compress the laser diode beams along the common fast axis such that, for a linear increase in input beam displacement from the optical axis , the afocal fast axis telescope produces an increasing fast-axis compressed beam magnification and a nonlinear increase in a compressed beam displacement from the optical axis . a plurality of laser diodes configured to emit respective laser diode beams having perpendicular fast and slow beam divergence axes mutually perpendicular to respective beam axes (708a-k); and beam shaping optics configured to receive the laser diode beams and to circularize an ensemble image space and numerical aperture, NA, space of the laser diode beams at an ensemble coupling plane; wherein the beam shaping optics comprise: an afocal fast axis telescope configured to receive the laser diode beams as fast-axis and slow-axis collimated beams with the beam axes parallel to each other and stacked along a common fast axis to define a plurality of initial beam displacements relative to an optical axis of the afocal fast axis telescope, and to compress the laser diode beams along the common fast axis such that, for a linear increase in input beam displacement from the optical axis , the afocal fast axis telescope produces an increasing fast-axis compressed beam magnification and a nonlinear increase in a compressed beam displacement from the optical axis .