mhurhangee/patent-ind-claim-en huggingface dataset:
An animal harness comprising an elastic shoulder strap system for pulling, walking, lunging animals, which elastic shoulder strap system is fixed to the back part of the animal harness , to the lining thereof lined at least partially by a neck lining , and comprises two shoulder straps , which shoulder straps are connected in a "V" shape in a connecting element located on the axis line of the back part , forming a beta angle with each other, each forming an alpha angle with the axis line separately, where the connecting element is a curved ring and there is at least one connecting portion looped around the connecting element , on the side thereof opposite to the shoulder straps , which is fixed together with the lining in at least one fixing point on the axis line , furthermore, the ends of the shoulder straps of the elastic shoulder strap system opposite to the connecting element extend to a chest pad connected to the elastic shoulder strap system , furthermore, the animal harness has a belly strap having at least one buckle portion , running under the belly of the dog and extending in the direction of the back part , and at least one leash connector on the back part , wherein the shoulder straps , sliding on the neck lining , turn on the connecting element , on a curve determined by the curve path thereof, together, simultaneously and independently of each other, separately, to at least 40% of an alpha angle range, furthermore, the connecting portion has an elastic design, and the connecting portion elastically links the connecting element together with the lining of the back strap , whereby the connecting element and the shoulder straps are movable in the direction of both the axis line and the vertical axis line perpendicular to the axis line to the extent of the stretching of the connecting portion , and the shoulder straps are capable of elastic displacement to different extents within an alpha angle range simultaneously, depending on the extent and direction of the stretching of the connecting portion as a function of the direction and extent of the pulling or tugging forces acting through the leash connector , and the forces generated by the movement of the shoulders of the animal, the connecting portion is at least partially covered on the side opposite to the lining by a limiting element passing through the connecting element and the connecting portion is fixed together with the wider limiting element in the fixing point on the axis line , furthermore the maximum stretching of the connecting portion is controlled by the length of the limiting element , where the maximum stretching of the connecting portion in the direction of the axis line is limited by a connecting element fixing point and under maximum load acting the connecting portion bumps into it, furthermore the connecting element fixing point on the side of the limiting element opposite to the fixing point on the axis line , defined compared to the axis line , is sewn across the limiting element in the direction perpendicular to the axis line or rivetted, fixing it to the lining .
A system for minimizing non-productive idle times within an automation process executed by an automation facility, characterized by : - a model memory which stores a probabilistic model (PM) of a distribution of object exchange times of objects used or consumed in the automation process, wherein the object exchange time of an object comprises - a fetching time required for fetching the object by an object handler from a source magazine position in an object storage magazine to a target position for use in the automation process and - a storing time for returning the object by the object handler from the target position to the same or a different source magazine position in the object storage magazine , - an optimizer adapted to calculate optimal assignments of objects to magazine positions of the object storage magazine depending on the probabilistic model (PM) and depending on a sequence of productive non-idle times of objects used or consumed in process steps of the automation process, and - a controller adapted to execute a control program to control process steps of the automation process using the optimal assignments of objects to magazine positions of the object storage magazine of the automation facility as calculated by the optimizer . - a model memory which stores a probabilistic model (PM) of a distribution of object exchange times of objects used or consumed in the automation process, wherein the object exchange time of an object comprises - a fetching time required for fetching the object by an object handler from a source magazine position in an object storage magazine to a target position for use in the automation process and - a storing time for returning the object by the object handler from the target position to the same or a different source magazine position in the object storage magazine , - a fetching time required for fetching the object by an object handler from a source magazine position in an object storage magazine to a target position for use in the automation process and - a storing time for returning the object by the object handler from the target position to the same or a different source magazine position in the object storage magazine , - an optimizer adapted to calculate optimal assignments of objects to magazine positions of the object storage magazine depending on the probabilistic model (PM) and depending on a sequence of productive non-idle times of objects used or consumed in process steps of the automation process, and - a controller adapted to execute a control program to control process steps of the automation process using the optimal assignments of objects to magazine positions of the object storage magazine of the automation facility as calculated by the optimizer .
A cooling unit comprising: a base having a housing with control components installed therein; a cooling tower attached to the base at a first end of the cooling tower , the cooling tower having an inner flow path and an exterior surface , and the housing including a first cooling tower connection aperture that enables fluid communication between an interior of the housing and the cooling tower ; and an air distribution system attached to the cooling tower at a second end of the cooling tower , the air distribution system including: a first enclosure ; a second enclosure defining an air distribution chamber extending between the first and second enclosures and fluidly connected to the inner flow path through a second cooling tower connection aperture ; a cool air dispenser in the first enclosure ; a warm air dispenser in the first enclosure at a location different from the cool air dispenser ; and a cover disposed and extending on an exterior surface of the second enclosure so as to cover the second enclosure , wherein the control components are configured to convey air through the base , the cooling tower and the air distribution system , the air distribution system being configured to provide cool, saturated air through the cool air dispenser and dry warm air through the warm air dispenser towards a cooled area beneath the air distribution system , said dry warm air being provided at an exterior or edge of the air distribution system thereby defining a bounded cooled area ; and an electronics package installed on the cooling unit . a base having a housing with control components installed therein; a cooling tower attached to the base at a first end of the cooling tower , the cooling tower having an inner flow path and an exterior surface , and the housing including a first cooling tower connection aperture that enables fluid communication between an interior of the housing and the cooling tower ; and an air distribution system attached to the cooling tower at a second end of the cooling tower , the air distribution system including: a first enclosure ; a second enclosure defining an air distribution chamber extending between the first and second enclosures and fluidly connected to the inner flow path through a second cooling tower connection aperture ; a cool air dispenser in the first enclosure ; a warm air dispenser in the first enclosure at a location different from the cool air dispenser ; and a cover disposed and extending on an exterior surface of the second enclosure so as to cover the second enclosure , wherein the control components are configured to convey air through the base , the cooling tower and the air distribution system , the air distribution system being configured to provide cool, saturated air through the cool air dispenser and dry warm air through the warm air dispenser towards a cooled area beneath the air distribution system , said dry warm air being provided at an exterior or edge of the air distribution system thereby defining a bounded cooled area ; and an electronics package installed on the cooling unit .
A drive system for a multi-phase brushless electric motor comprising a plurality of phases, the system comprising a drive circuit including switch means arranged to switch the motor between a plurality of active states by varying the phase voltage applied to each of the phases, and control means arranged to provide PWM control of the phase voltages to control the mechanical output of the motor by controlling the switch means , characterised in that the control means is arranged to define a fixed sequence for all of the active states for use with each PWM period and, thereafter, to allocate state times for the states required for each period to generate a desired net voltage, and following the allocation of state times to order the required states in the same order as they occur in the fixed sequence, whereafter the control means is arranged, for each PWM period, to omit from the sequence any active states that are not required.
A firebreak device configured to arrest a flow of medical gas capable of combustion or of supporting combustion, said device comprising: a housing having a body portion, an inlet and an outlet , said inlet and outlet being linked by a conduit ; a valve assembly located within said body portion, said valve assembly being movable between an open position, in which gas can flow between said inlet and outlet along said conduit, and a closed position in which gas flow between said inlet and said outlet is arrested; a biasing assembly arranged within said body portion to move said valve assembly into said closed position; and a heat activatable stop located between said biasing assembly and said outlet to hold said valve assembly in said open position against said biasing assembly, and adapted to release said valve assembly to allow said biasing assembly to move said valve assembly to said closed position at an activation temperature, to close flow of gas through the device if said heat activatable stop is activated; said heat activatable stop being arranged to prevent obstruction of said flow of gas adjacent an inner surface of said device, and the firebreak device characterized in that the said inner surface of said device includes one or more burn rib formed on said inner surface of said device, said burn rib being located between said heat activatable stop and said outlet and said burn rib extends along the inner surface in an axial direction between said heat activatable stop and said outlet. a housing having a body portion, an inlet and an outlet , said inlet and outlet being linked by a conduit ; a valve assembly located within said body portion, said valve assembly being movable between an open position, in which gas can flow between said inlet and outlet along said conduit, and a closed position in which gas flow between said inlet and said outlet is arrested; a biasing assembly arranged within said body portion to move said valve assembly into said closed position; and a heat activatable stop located between said biasing assembly and said outlet to hold said valve assembly in said open position against said biasing assembly, and adapted to release said valve assembly to allow said biasing assembly to move said valve assembly to said closed position at an activation temperature, to close flow of gas through the device if said heat activatable stop is activated; said heat activatable stop being arranged to prevent obstruction of said flow of gas adjacent an inner surface of said device, and the firebreak device characterized in that the said inner surface of said device includes one or more burn rib formed on said inner surface of said device, said burn rib being located between said heat activatable stop and said outlet and said burn rib extends along the inner surface in an axial direction between said heat activatable stop and said outlet.
A method for extracting, by a processor of a decoder, source color volume information of an input bitstream from an SEI message, the method comprising: receiving , by the processor, the SEI message that includes a first SEI messaging variable (source_colour_volume_id) identifying the presence of source color volume information in the SEI message; receiving , by the processor, a second SEI messaging variable (source_colour_primaries) as part of the source color volume information in the SEI message; if the second SEI messaging variable matches a first predetermined value, extracting , by the processor, first x and y chromaticity coordinates for one or more color primaries from the source color volume information in the SEI message; and extracting , by the processor, a minimum, a maximum, and an average luminance value from the source color volume information in the SEI message. receiving , by the processor, the SEI message that includes a first SEI messaging variable (source_colour_volume_id) identifying the presence of source color volume information in the SEI message; receiving , by the processor, a second SEI messaging variable (source_colour_primaries) as part of the source color volume information in the SEI message; if the second SEI messaging variable matches a first predetermined value, extracting , by the processor, first x and y chromaticity coordinates for one or more color primaries from the source color volume information in the SEI message; and extracting , by the processor, a minimum, a maximum, and an average luminance value from the source color volume information in the SEI message.
Method of synchronizing at least two optical units of a photoelectric barrier, said barrier monitoring a surveillance area and comprising at least one first optical unit and at least one second optical unit, each optical unit comprising a plurality of optoelectronic components with at least one optical sender, at least one optical receiver and a control element, said method comprising the steps of: transmitting radiation forming a synchronization signal from a first optical sender of the first optical unit so that it reaches at least two optical receivers on the opposing side, controlling a plurality of the optical receivers of the at least one second optical unit to monitor whether the synchronization signal has been received and performing a synchronization step if the synchronization signal has been received; wherein the method further performs the step of defining at least one of said plurality of optoelectronic components to be used for the synchronization step. transmitting radiation forming a synchronization signal from a first optical sender of the first optical unit so that it reaches at least two optical receivers on the opposing side, controlling a plurality of the optical receivers of the at least one second optical unit to monitor whether the synchronization signal has been received and performing a synchronization step if the synchronization signal has been received; wherein the method further performs the step of defining at least one of said plurality of optoelectronic components to be used for the synchronization step.
A medicament delivery device for injection of a medicament comprising: a sensor device configured to detect a motion which is defined as a movement of the whole medicament delivery device ; a logging device configured to track user behaviour of the medicament delivery device , which user behaviour is based on a motion detected by the sensor device ; a memory device configured to store data from the logging device ; and a communication device configured to transmit data from the memory device to a computer device external of the medicament delivery device ; wherein the medicament delivery device further comprises a disconnected battery and an insulation sheet; wherein the insulation sheet is configured to be removed from between the battery and a contact pad once the medicament delivery device is removed from a transportation box or when a protective cap is removed from the medicament delivery device, so that the logging device is configured to start tracking user behaviour after the removal. a sensor device configured to detect a motion which is defined as a movement of the whole medicament delivery device ; a logging device configured to track user behaviour of the medicament delivery device , which user behaviour is based on a motion detected by the sensor device ; a memory device configured to store data from the logging device ; and a communication device configured to transmit data from the memory device to a computer device external of the medicament delivery device ; wherein the medicament delivery device further comprises a disconnected battery and an insulation sheet; wherein the insulation sheet is configured to be removed from between the battery and a contact pad once the medicament delivery device is removed from a transportation box or when a protective cap is removed from the medicament delivery device, so that the logging device is configured to start tracking user behaviour after the removal.
A composition for use in a method of cosmetic surgery treatment, ophthalmic surgery treatment, or otologic surgery treatment or for use in a method of treatment of ulcerative lesions of the mouth comprising a hyaluronic acid conjugated at least with riboflavin or a derivative thereof, wherein the hyaluronic acid is conjugated to the riboflavin by a covalent bond and wherein said covalent bond is an ester bond between the carboxylic group of hyaluronic acid and the C20 carbon of riboflavin according to the structure formula (I):
Prefabricated end anchorage for a soil and/or rock anchor that is insertable into a borehole in the soil or rock, respectively, comprising a tension member including at least one tensioning strand , the wires of the tensioning strand being compressed to form an end in the form of a compressed head that is retained on an anchor plate , characterised in that the compressed head is embedded in a grouting and a part of the tension member which, seen in the direction toward the compressed head , is located in front of the anchor plate, is embedded in a filling and surrounded by a tube .
A foldable bulk container including a base and four walls (14 & 16) surrounding the base in use in a square or rectangular configuration, each wall being pivotally connected to the base to facilitate folding down thereof over the base , each of the walls including reinforcing means in the form of at least one elongate hollow which, in use, is substantially parallel to the base ; wherein each elongate hollow is concealed within the wall to minimise indents and recesses such that each wall has an outer surface which is substantially flat and an inner surface which is substantially smooth and wherein each elongate hollow is adapted to correspond to the elongate hollow of the adjacent walls to form a continual ring of elongate hollows so as to maximise rigidity of the bulk container .
A method for manufacturing parts , the method comprising: providing powder particles having a predetermined particle size distribution , the powder particles comprising: a matrix material that is metal or comprised of a polymer that is semi-crystalline, is capable of entering a liquid state and a crystalline state within an overlapping range of temperatures, and has a matrix particle size distribution capable of allowing matrix particles to flow through openings formed by larger matrix particles in the matrix particle size distribution ; and a plurality of reinforcing fibers oriented in a first average fiber orientation within the matrix material; wherein the powder particles are free-flowing; and introducing directed energy to the powder particles to cause melt and flow and thereby provide a manufactured part , wherein the distribution of fiber orientation in the manufactured part is more random than the distribution of fiber orientation in the powder particles. providing powder particles having a predetermined particle size distribution , the powder particles comprising: a matrix material that is metal or comprised of a polymer that is semi-crystalline, is capable of entering a liquid state and a crystalline state within an overlapping range of temperatures, and has a matrix particle size distribution capable of allowing matrix particles to flow through openings formed by larger matrix particles in the matrix particle size distribution ; and a plurality of reinforcing fibers oriented in a first average fiber orientation within the matrix material; wherein the powder particles are free-flowing; and a matrix material that is metal or comprised of a polymer that is semi-crystalline, is capable of entering a liquid state and a crystalline state within an overlapping range of temperatures, and has a matrix particle size distribution capable of allowing matrix particles to flow through openings formed by larger matrix particles in the matrix particle size distribution ; and a plurality of reinforcing fibers oriented in a first average fiber orientation within the matrix material; wherein the powder particles are free-flowing; and introducing directed energy to the powder particles to cause melt and flow and thereby provide a manufactured part , wherein the distribution of fiber orientation in the manufactured part is more random than the distribution of fiber orientation in the powder particles.