mhurhangee/ep-ind-claims huggingface dataset:
A packaging machine for packaging one or more articles in a package, the packaging machine comprising a first article path and a second article path; wherein the packaging machine comprises a first conveyor supplying an input stream of articles; a second conveyor including a carton packaging apparatus for packaging articles in a paperboard carton, and a wrapping apparatus for wrapping articles or cartons in a plastics material; characterised by a first transfer device for loading articles into cartons on the second conveyor, the first conveyor being arranged such that articles may bypass the carton packaging apparatus; and a second transfer device for transferring articles to the second conveyor at a position downstream of the carton packaging apparatus such that articles may be initially packaged in a film of plastics material. the packaging machine comprising a first article path and a second article path; wherein the packaging machine comprises a first conveyor supplying an input stream of articles; a second conveyor including a carton packaging apparatus for packaging articles in a paperboard carton, and a wrapping apparatus for wrapping articles or cartons in a plastics material; characterised by a first transfer device for loading articles into cartons on the second conveyor, the first conveyor being arranged such that articles may bypass the carton packaging apparatus; and a second transfer device for transferring articles to the second conveyor at a position downstream of the carton packaging apparatus such that articles may be initially packaged in a film of plastics material.
An aqueous suspension of an enkephalinase inhibitor suitable for oral administration, wherein said suspension has a pH comprised between 3.5 and 5, wherein said enkephalinase inhibitor is racecadotril.
A machine for treating containers, particularly a labeling machine, comprising a portal and a base support with a carrousel for receiving containers to be treated therein, wherein the portal has an opening for transporting containers to be treated to the carrousel, characterized in that said opening is defined by the components of the portal, which components are: a support element provided with supports for supporting said portal at the ground, an upper part to which at least a part of said carrousel is fastened, and two connecting elements (105, 105') for connecting said support element and said upper part with one another, wherein said upper part extends from one connecting element to the other connecting element, wherein said upper part is connected to the carrousel such that a torque support of the carrousel is performed by the upper part.
A PEG feeding device for conducting fluid through a stoma to a stomach comprising: a tube sized to bridge a channel between a stomach and an outer abdominal surface; an external bolster, sized to resist movement into the stoma and connected to said tube, wherein at least a portion (5199a, 5199b, 5199c) of said external bolster contacts said outer abdominal surface; characterized by a variable angle joint joining said external bolster to said tube and allowing said at least a portion (5199a, 5199b, 5199c) of said external bolster contacting said outer abdominal surface to tilt with respect to said tube positioned between said stomach and said outer abdominal surface. a tube sized to bridge a channel between a stomach and an outer abdominal surface; an external bolster, sized to resist movement into the stoma and connected to said tube, wherein at least a portion (5199a, 5199b, 5199c) of said external bolster contacts said outer abdominal surface; characterized by a variable angle joint joining said external bolster to said tube and allowing said at least a portion (5199a, 5199b, 5199c) of said external bolster contacting said outer abdominal surface to tilt with respect to said tube positioned between said stomach and said outer abdominal surface.
A skate boot for receiving a skater's foot, the skate boot comprising: (i) an outer shell having medial and lateral side portions (38, 40) for facing the medial and lateral sides of the skater's foot, the medial and lateral side portions having front medial and lateral end portions (46, 48); and (ii) a toe cap for protecting the skater's toes, the toe cap comprising a bottom portion, a toe portion for at least partially surrounding the skater's toes, an upper portion for at least partially overlapping the skater's toes and wherein it comprises rear medial and lateral extensions (150, 152) extending rearwardly from the toe portion, the rear medial extension comprising first and second medial walls (150F, 150S) defining a medial hollow space located between the first and second medial walls and the rear lateral extension comprising first and second lateral walls (152F, 152S) defining a lateral hollow space located between the first and second lateral walls, the front medial and lateral end portions (46, 48) of the medial and lateral side portions (38, 40) of the outer shell being at least partially received in the medial and lateral hollow spaces (150H, 152H) of the rear medial and lateral extensions (150, 152) of the toe cap for affixing the toe cap to the outer shell.
A method of creating image data, the image data suitable for use with an autostereoscopic display comprising a 2D display and a switchable aperture array comprising a plurality of apertures, each of which may be in either an open or a closed state at a given time, the switchable aperture array being separated from the 2D display by a distance, the apertures of the switchable aperture array being synchronised with the 2D display such that different portions of the 2D display are visible to a viewer at different locations, such that in use the viewer sees a different part of a 2D image displayed on the 2D display, wherein more than one pixel is seen by the viewer through an open aperture, the autostereoscopic display being modelled as comprising a 2D display plane modelling the 2D display of the autostereoscopic display and an aperture plane modelling the switchable aperture array comprising a plurality of apertures, each of which may be in either an open or a closed state at a given time, the method comprising: taking a plurality of samples of a 3D scene using the display plane and the aperture plane modelling the autostereoscopic display, each sample taken for the combination of a pixel on a 2D display of the modelled autostereoscopic display and an aperture of the switchable aperture array of the modelled autostereoscopic display in an open state, wherein the line along which the sample is taken for a combination of a pixel and an open aperture passes through substantially the same point of the open aperture for all samples for a particular open aperture and wherein the line along which the sample is taken for a combination of a pixel and different open apertures passes through substantially the same point of the pixel for all samples for a particular pixel. taking a plurality of samples of a 3D scene using the display plane and the aperture plane modelling the autostereoscopic display, each sample taken for the combination of a pixel on a 2D display of the modelled autostereoscopic display and an aperture of the switchable aperture array of the modelled autostereoscopic display in an open state, wherein the line along which the sample is taken for a combination of a pixel and an open aperture passes through substantially the same point of the open aperture for all samples for a particular open aperture and wherein the line along which the sample is taken for a combination of a pixel and different open apertures passes through substantially the same point of the pixel for all samples for a particular pixel.
A method for deriving secret information from a series of response values of a response of a test function, the test function depending on a physical property of an object, comprising: deriving a first part of the secret information from a first response value at a first position within the series; determining the position of a second response value within the series using the first position and helper data associated with the second response value, the helper data being indicative of a distance between the first position and the second position; and deriving a second part of the secret information from the second response value. deriving a first part of the secret information from a first response value at a first position within the series; determining the position of a second response value within the series using the first position and helper data associated with the second response value, the helper data being indicative of a distance between the first position and the second position; and deriving a second part of the secret information from the second response value.
An awning comprising: a canopy having a width and an extended length when fully extended; and a canopy frame, the canopy frame comprising: an inner member configured to be mounted to an upright support such as an exterior wall; a first foldable arm and a second foldable arm, each of the arms including an inner portion (46, 50) coupled with the inner member and an outer portion (54, 58); an outer member coupled with the outer portions of each of the first and second foldable arms; wherein when the canopy is retracted, the first and second foldable arms overlap each other in a generally horizontal plane; wherein when the canopy is retracted a portion of the first foldable arm is received within a gap (280, 156) formed between the inner member and the second foldable arm; and wherein the first foldable arm is pivotally connected to the inner member at a first inner pivot and pivotally connected to the outer member at a first outer pivot, the second arm is pivotally connected to the inner member at a second inner pivot and is pivotally connected to the outer member at a second outer pivot, characterized in that a first distance from the inner member to the first inner pivot is less than a second distance from the inner member to the second inner pivot. a canopy having a width and an extended length when fully extended; and a canopy frame, the canopy frame comprising: an inner member configured to be mounted to an upright support such as an exterior wall; a first foldable arm and a second foldable arm, each of the arms including an inner portion (46, 50) coupled with the inner member and an outer portion (54, 58); an outer member coupled with the outer portions of each of the first and second foldable arms; an inner member configured to be mounted to an upright support such as an exterior wall; a first foldable arm and a second foldable arm, each of the arms including an inner portion (46, 50) coupled with the inner member and an outer portion (54, 58); an outer member coupled with the outer portions of each of the first and second foldable arms; wherein when the canopy is retracted, the first and second foldable arms overlap each other in a generally horizontal plane; wherein when the canopy is retracted a portion of the first foldable arm is received within a gap (280, 156) formed between the inner member and the second foldable arm; and wherein the first foldable arm is pivotally connected to the inner member at a first inner pivot and pivotally connected to the outer member at a first outer pivot, the second arm is pivotally connected to the inner member at a second inner pivot and is pivotally connected to the outer member at a second outer pivot, characterized in that a first distance from the inner member to the first inner pivot is less than a second distance from the inner member to the second inner pivot.
Process for space surveillance and detecting debris in low orbit from 200 km to 2,000 km altitude, characterized in that it utilizes an optical system comprising a matrix of NxP=3x2 namely six telescopes providing a usable field of 10° by 10°, the telescopes being mounted on one or more motorized mounts and being servo-controlled together and grouped so as to operate simultaneously to provide a reconstituted field of 30° elevation by 20° azimuth, for which each telescope is coupled to an image sensor whose sensitivity is adapted for an integration time having an order of magnitude of 10 to 100 milliseconds defined to obtain a signal spread over several pixels, and for which the movement velocity of the telescope mounts is defined such that the optical system scans a global area to be observed of up to 60° elevation by 40° azimuth at an angular speed at least 4 to 6 times greater than the transit speed of the debris targeted in the global area to be observed such that each debris that goes through the global area to be observed is detected at least three times to obtain at least 3 dated position measurements distributed over the arc of transit of the debris in the global area to be observed.
A method, comprising: receiving, by a device comprising a processor, speaker driver position data representing a speaker driver position relative to an ear canal of a user, the speaker driver being associated with a headphone having an embedded microphone; determining, by the device, a sound pressure level based on audio signal data representing an audio signal to be emitted from the speaker driver and microphone signal data representing a microphone signal of the embedded microphone of the headphone; and in response to receiving the audio signal data and the microphone signal data, wirelessly transmitting to the headphone, through an application on the device, an instruction to adjust the speaker driver position, based on manual input received by the device. receiving, by a device comprising a processor, speaker driver position data representing a speaker driver position relative to an ear canal of a user, the speaker driver being associated with a headphone having an embedded microphone; determining, by the device, a sound pressure level based on audio signal data representing an audio signal to be emitted from the speaker driver and microphone signal data representing a microphone signal of the embedded microphone of the headphone; and in response to receiving the audio signal data and the microphone signal data, wirelessly transmitting to the headphone, through an application on the device, an instruction to adjust the speaker driver position, based on manual input received by the device.
A dentifrice composition comprising: (a) a Transient Receptor Potential Vanilloid-1 ("TRPV1") agonist; (b) menthol, or a menthol derivative, or combination thereof, wherein the menthol derivative comprises the cyclohexane moiety, and is derivatized with functional groups including carboxamide, ketal, ester, ether, alcohol; and wherein the weight ratio of aforementioned (a):(b) is from 1:60 to 11:60, respectively; and wherein the composition further comprises a C6 alkanyl diol; a C8 alkanyl diol, or combination thereof. (a) a Transient Receptor Potential Vanilloid-1 ("TRPV1") agonist; (b) menthol, or a menthol derivative, or combination thereof, wherein the menthol derivative comprises the cyclohexane moiety, and is derivatized with functional groups including carboxamide, ketal, ester, ether, alcohol; and wherein the weight ratio of aforementioned (a):(b) is from 1:60 to 11:60, respectively; and wherein the composition further comprises a C6 alkanyl diol; a C8 alkanyl diol, or combination thereof.
Magnetic stimulation apparatus for the central nervous system, comprising: a control circuit, a drive power supply circuit and coils (501, 601) that are sequentially connected, the drive power supply circuit comprises a drive circuit, a detection circuit and a main circuit, both the drive circuit and the detection circuit are connected to the control circuit and the main circuit respectively, and the coils (501, 601) are connected to the main circuit, characterized in that the main circuit comprises at least one full-controlled power semiconductor device and that the control circuit is adapted to generate a pulse width modulated signal which is used by the drive circuit to drive the full-controlled power semiconductor device in the main circuit to output a time-variant current having a wave form of an isosceles trapezium to the coils (501, 601) to generate a corresponding time-variant magnetic field and to induce along with the rising edge and falling edge of the isosceles trapezium wave an electrical field with positive and negative rectangular pulse waves in the objective region, and to implement a combination of a plurality of such waveforms and frequency components as well as a number of periods for outputting and terminating the wave form to constitute a train of magnetic stimulation which comprises inter-train and intra-train frequency.
A computer implemented method of attesting a state of a computing environment comprising a plurality of components and a plurality of dependency relationships between the plurality of components, the method comprising: A) generating a directed acyclic graph comprising a plurality of nodes and a plurality of directed edges connecting the nodes, comprising; A1) associating a node with each component of the computing environment; A2) associating a node with each dependency relationship and assigning the node with a hash value of data descriptive of said dependency relationship; A3) connecting, using directed edges, each node associated with a dependency relationship to a node(s) associated with a component(s) included in the respective dependency relationship; A4) assigning each node with a hash value of all of its subnodes; B) generating an attest of the state of the computing environment using the directed acyclic graph. A) generating a directed acyclic graph comprising a plurality of nodes and a plurality of directed edges connecting the nodes, comprising; A1) associating a node with each component of the computing environment; A2) associating a node with each dependency relationship and assigning the node with a hash value of data descriptive of said dependency relationship; A3) connecting, using directed edges, each node associated with a dependency relationship to a node(s) associated with a component(s) included in the respective dependency relationship; A4) assigning each node with a hash value of all of its subnodes; A1) associating a node with each component of the computing environment; A2) associating a node with each dependency relationship and assigning the node with a hash value of data descriptive of said dependency relationship; A3) connecting, using directed edges, each node associated with a dependency relationship to a node(s) associated with a component(s) included in the respective dependency relationship; A4) assigning each node with a hash value of all of its subnodes; B) generating an attest of the state of the computing environment using the directed acyclic graph.
An apparatus for power generation comprising: a system controller configured to control operation of the apparatus for power generation; at least one first energy storage device; a direct current motor electrically coupled to the at least one first energy storage device via a motor controller, the motor controller configured to control at least the speed of the motor based on control signaling received from the system controller and drive the motor with power supplied from the at least one first energy storage device; a multi-phase alternating current generator having a rotor mechanically coupled to the motor through a mechanical drive mechanism including a flywheel of a predetermined mass and radius, wherein the motor drives the generator and flywheel via the mechanical drive mechanism; at least one transformer electrically coupled to at least two output phases of the multi-phase alternating current generator, wherein the transformer is configured to one of step up or step down the voltage present on the at least two output phases of the generator; a voltage regulator coupled to an output of the at least one transformer, the voltage regulator configured to regulate the voltage to a predetermined voltage value; and a first battery controller coupled to an output of the voltage regulator, wherein the first battery controller is configured to charge the at least one first energy storage device and a second energy storage device. a system controller configured to control operation of the apparatus for power generation; at least one first energy storage device; a direct current motor electrically coupled to the at least one first energy storage device via a motor controller, the motor controller configured to control at least the speed of the motor based on control signaling received from the system controller and drive the motor with power supplied from the at least one first energy storage device; a multi-phase alternating current generator having a rotor mechanically coupled to the motor through a mechanical drive mechanism including a flywheel of a predetermined mass and radius, wherein the motor drives the generator and flywheel via the mechanical drive mechanism; at least one transformer electrically coupled to at least two output phases of the multi-phase alternating current generator, wherein the transformer is configured to one of step up or step down the voltage present on the at least two output phases of the generator; a voltage regulator coupled to an output of the at least one transformer, the voltage regulator configured to regulate the voltage to a predetermined voltage value; and a first battery controller coupled to an output of the voltage regulator, wherein the first battery controller is configured to charge the at least one first energy storage device and a second energy storage device.