mhurhangee/patent-ind-claim-en huggingface dataset:
A device for merging backup policies , wherein the device is configured to - determine, if a first backup policy comprising a first set of rules , and a second backup policy comprising a second set of rules , are assigned to a backup object ; - if the first backup policy and the second backup policy are assigned to the backup object , generate a merged backup policy comprising a merged set of rules , based on the first backup policy and the second backup policy ; wherein a resource consumption of a backup created according to the merged backup policy is below a predefined threshold, characterised in that the first set of rules comprises a first backup data format rule , the second set of rules comprises a second backup data format rule ; and wherein the merged backup policy further defines a period of time for which the backup is kept in a predefined data format based on the first backup data format rule , the second backup data format rule , an amount of storage that is occupied by the backup if it is created according to the first backup data format rule and an amount of storage that is occupied by the backup if it is created according to the second backup data format rule . - determine, if a first backup policy comprising a first set of rules , and a second backup policy comprising a second set of rules , are assigned to a backup object ; - if the first backup policy and the second backup policy are assigned to the backup object , generate a merged backup policy comprising a merged set of rules , based on the first backup policy and the second backup policy ; wherein a resource consumption of a backup created according to the merged backup policy is below a predefined threshold, characterised in that the first set of rules comprises a first backup data format rule , the second set of rules comprises a second backup data format rule ; and wherein the merged backup policy further defines a period of time for which the backup is kept in a predefined data format based on the first backup data format rule , the second backup data format rule , an amount of storage that is occupied by the backup if it is created according to the first backup data format rule and an amount of storage that is occupied by the backup if it is created according to the second backup data format rule .
A turbine housing assembly comprising: an inner shell defining an inner inlet portion and a volute portion providing an outer contour of a volute , the inner shell comprising a first plurality of sheet metal structures coupled together in a first plane; an outer shell surrounding the volute portion and defining an outer inlet portion circumscribing the inner inlet portion, the outer shell comprising a second plurality of sheet metal structures coupled together in a second plane transverse to the first plane, wherein the outer shell has a thickness greater than a thickness of the inner shell; and one or more energy absorbing members coupled to an inner surface of the outer shell between the outer shell and the inner shell, wherein a thickness of the one or more energy absorbing members is different to the thickness of the inner shell, wherein an axial extension of the one or more energy absorbing members parallel to a turbine rotational axis is configured to radially overlap portions of the volute in a radial plane; characterised in that a distal edge of the one or more energy absorbing members being aligned with a distal extent of the volute. an inner shell defining an inner inlet portion and a volute portion providing an outer contour of a volute , the inner shell comprising a first plurality of sheet metal structures coupled together in a first plane; an outer shell surrounding the volute portion and defining an outer inlet portion circumscribing the inner inlet portion, the outer shell comprising a second plurality of sheet metal structures coupled together in a second plane transverse to the first plane, wherein the outer shell has a thickness greater than a thickness of the inner shell; and one or more energy absorbing members coupled to an inner surface of the outer shell between the outer shell and the inner shell, wherein a thickness of the one or more energy absorbing members is different to the thickness of the inner shell, wherein an axial extension of the one or more energy absorbing members parallel to a turbine rotational axis is configured to radially overlap portions of the volute in a radial plane; characterised in that a distal edge of the one or more energy absorbing members being aligned with a distal extent of the volute.
A press sintering process product carrier for carrying at least one product (P) to be sintered in a press sintering process, the product carrier comprising - a top side ; - a product receiving recess defined in the top side, and configured for receiving the product(s) therein and for carrying the product(s) on a recess bottom of the product receiving recess; - a top side surface surrounding the product receiving recess; - a holding groove provided in the top side surface and surrounding the product receiving recess, and a vacuum connection in fluid connection with the holding groove to allow providing a vacuum in the holding groove for holding a flexible cover, such as a film, foil or sheet (S) of material, provided over the product receiving recess and the holding groove; and - a recess gas inlet arranged in the product receiving recess for introducing a gas into the product receiving recess, and a recess gas outlet arranged in the product receiving recess for extracting gas from the product receiving recess to allow providing a flow of gas from the recess gas inlet to the recess gas outlet for purging the product receiving recess. - a top side ; - a product receiving recess defined in the top side, and configured for receiving the product(s) therein and for carrying the product(s) on a recess bottom of the product receiving recess; - a top side surface surrounding the product receiving recess; - a holding groove provided in the top side surface and surrounding the product receiving recess, and a vacuum connection in fluid connection with the holding groove to allow providing a vacuum in the holding groove for holding a flexible cover, such as a film, foil or sheet (S) of material, provided over the product receiving recess and the holding groove; and - a recess gas inlet arranged in the product receiving recess for introducing a gas into the product receiving recess, and a recess gas outlet arranged in the product receiving recess for extracting gas from the product receiving recess to allow providing a flow of gas from the recess gas inlet to the recess gas outlet for purging the product receiving recess.
A canned food product comprising: a can, the can comprising: one or more hydrocolloid dispersions in the interior of the can; each of the one or more hydrocolloid dispersions is a flowable sol having a creamy appearance selected from the group consisting of xanthan, carboxy methyl cellulose, konjac, guar, agar agar, gum arabic, locust bean gum, cassia, acacia, alginate, carobe, or a combination thereof and comprising from about 25 to about 75 % of the food product; and a meat emulsion encasing the one or more hydrocolloid dispersions; wherein the meat emulsion comprises muscle meat and collagen, or wherein the meat emulsion comprises a fibrillar protein and at least one polysaccharide. one or more hydrocolloid dispersions in the interior of the can; each of the one or more hydrocolloid dispersions is a flowable sol having a creamy appearance selected from the group consisting of xanthan, carboxy methyl cellulose, konjac, guar, agar agar, gum arabic, locust bean gum, cassia, acacia, alginate, carobe, or a combination thereof and comprising from about 25 to about 75 % of the food product; and a meat emulsion encasing the one or more hydrocolloid dispersions; wherein the meat emulsion comprises muscle meat and collagen, or wherein the meat emulsion comprises a fibrillar protein and at least one polysaccharide.
A helmet bag which has a top cover is releasably hinged to a bottom case characterized in that , it has built-in sanitizing functions for a helmet within the bag, comprising :- (i) an UV-C lamp for UV disinfection and sanitization, mounted on; (ii) a pallet with a lamp cover on top of it and held by a lamp holder which has a plurality of ventilation holes, for attaching the lamp to the said pallet and for air to flow through them, wherein the pallet sits on the bottom case that includes; (iii) a plurality of electrical fans for circulating the air within, attached onto the bottom of the said pallet together with; (iv) an electrical control means activated by a set of sensors forming an electronic circuit connected to a power supply to control the automatic cutoff and on/off switching of the cleansing process, coupled with; (v) a scent pouch to assist in deodorizing and disinfecting the helmet within the said bag. (i) an UV-C lamp for UV disinfection and sanitization, mounted on; (ii) a pallet with a lamp cover on top of it and held by a lamp holder which has a plurality of ventilation holes, for attaching the lamp to the said pallet and for air to flow through them, wherein the pallet sits on the bottom case that includes; (iii) a plurality of electrical fans for circulating the air within, attached onto the bottom of the said pallet together with; (iv) an electrical control means activated by a set of sensors forming an electronic circuit connected to a power supply to control the automatic cutoff and on/off switching of the cleansing process, coupled with; (v) a scent pouch to assist in deodorizing and disinfecting the helmet within the said bag.
A malonate salt of a compound of formula (I): which is a crystalline salt, characterized by an X-ray powder diffraction (XRPD) pattern comprising a characteristic peak at 3.0° ± 0.2 2 θ .
A draw out apparatus for an air circuit breaker, comprising: a cradle configured to accommodate therein a circuit breaker body; a driving shaft penetratingly-installed at first and second side plates of the cradle ; a worm wheel provided at one end of the driving shaft ; first and second plates installed at the first side plate so as to be spaced from each other, and a third plate installed in front of the first plate in a spaced manner; a main shaft rotatably installed at the first and second plates , and having a worm gear portion for rotating the worm wheel at part of an outer circumferential surface thereof, characterized in that the apparatus further comprises: an inner clutch provided at a front end of the main shaft ; a front shaft rotatably installed at the third plate , and coupled to the main shaft in a coaxial manner; and an outer clutch slidably installed at the front shaft , and formed to be coupled to or separated from the inner clutch , wherein a locking portion is formed at the main shaft so as to protrude in a polygonal shape or a concavo-convex shape, wherein the apparatus further comprises a coupling plate formed to be coupled to or separated from the locking portion , and wherein a coupling hole for inserting the locking portion is formed at the coupling plate . a cradle configured to accommodate therein a circuit breaker body; a driving shaft penetratingly-installed at first and second side plates of the cradle ; a worm wheel provided at one end of the driving shaft ; first and second plates installed at the first side plate so as to be spaced from each other, and a third plate installed in front of the first plate in a spaced manner; a main shaft rotatably installed at the first and second plates , and having a worm gear portion for rotating the worm wheel at part of an outer circumferential surface thereof, an inner clutch provided at a front end of the main shaft ; a front shaft rotatably installed at the third plate , and coupled to the main shaft in a coaxial manner; and an outer clutch slidably installed at the front shaft , and formed to be coupled to or separated from the inner clutch , wherein a locking portion is formed at the main shaft so as to protrude in a polygonal shape or a concavo-convex shape, wherein the apparatus further comprises a coupling plate formed to be coupled to or separated from the locking portion , and wherein a coupling hole for inserting the locking portion is formed at the coupling plate .
A method of characterization of an influence of voltage fluctuations on an electrical device powered by an electrical network, wherein said method comprises at least the steps of: - applying a short-time Fourier transform to an input signal representing voltage provided by the electrical network to the electrical device, so as to determine at least both a frequency and a magnitude of said fluctuations, - calculating a cumulative effect of said frequency and magnitude, and - comparing said effect to a threshold so as to evaluate a risk of damaging said electrical device. - applying a short-time Fourier transform to an input signal representing voltage provided by the electrical network to the electrical device, so as to determine at least both a frequency and a magnitude of said fluctuations, - calculating a cumulative effect of said frequency and magnitude, and - comparing said effect to a threshold so as to evaluate a risk of damaging said electrical device.
A method for producing a pneumatic tire , the method comprising: sequentially preparing a sealant by mixing raw materials including an organic peroxide using a twin screw kneading extruder ; and sequentially applying the sealant to an inner periphery of the tire , wherein the sealant is continuously and spirally attached without overlapping in the width direction and without gaps to the inner periphery of the tire , wherein the width (W) of the sealant is 0.8 mm or more and 18 mm or less, and the cross-sectional area of the sealant is 0.8 mm 2 or more and 180 mm 2 or less. sequentially preparing a sealant by mixing raw materials including an organic peroxide using a twin screw kneading extruder ; and sequentially applying the sealant to an inner periphery of the tire , wherein the sealant is continuously and spirally attached without overlapping in the width direction and without gaps to the inner periphery of the tire , wherein the width (W) of the sealant is 0.8 mm or more and 18 mm or less, and the cross-sectional area of the sealant is 0.8 mm 2 or more and 180 mm 2 or less.
Hand-held robot operating device combination, comprising: - an independent basic safety control device , which has a housing , a safety-relevant switching means arranged on the housing and a communication device for connecting the mobile basic safety control device to a robot controller of a robot , - an independent mobile terminal which has a terminal control and at least one terminal position sensor, which is designed to detect position information of the mobile terminal in at least one of its degrees of freedom, - and a holder which is designed to mechanically connect the basic security control device with the mobile terminal in a manually releasable composite arrangement in order to form the robot/handheld device assembly , characterized in that the basic security control device has at least one basic control position sensor, which is designed to detect position information of the mobile basic security control device in at least one of its degrees of freedom. - an independent basic safety control device , which has a housing , a safety-relevant switching means arranged on the housing and a communication device for connecting the mobile basic safety control device to a robot controller of a robot , - an independent mobile terminal which has a terminal control and at least one terminal position sensor, which is designed to detect position information of the mobile terminal in at least one of its degrees of freedom, - and a holder which is designed to mechanically connect the basic security control device with the mobile terminal in a manually releasable composite arrangement in order to form the robot/handheld device assembly , characterized in that the basic security control device has at least one basic control position sensor, which is designed to detect position information of the mobile basic security control device in at least one of its degrees of freedom.
On-board arrangement comprising an on-board train protection system and an on-board display system , in which the train protection system comprises at least one train protection control unit , in which the train protection control unit is configured such that it intervenes in travel operation so as to cause a change of speed of a train comprising the on-board arrangement , in which the display system is decoupled from the train protection functions of the train protection system such that the function and effect of the train protection system is in no way impaired, in which the display system comprises a display unit which can display a signal aspect, in which the display unit is connected to a display control unit , in which the display control unit is configured such that the display of the signal aspect on the display unit is triggered as a function of a position of the train, characterised in that the display control unit is configured such that the display of the displayed signal aspect is deactivated when a track-side deactivation apparatus passed by the train outputs an item of address information and a radio transmitter connected to the display control unit accesses the address information and there finds an item of deactivation information relating to the stored signal aspect to be deactivated. in which the train protection system comprises at least one train protection control unit , in which the train protection control unit is configured such that it intervenes in travel operation so as to cause a change of speed of a train comprising the on-board arrangement , in which the display system is decoupled from the train protection functions of the train protection system such that the function and effect of the train protection system is in no way impaired, in which the display system comprises a display unit which can display a signal aspect, in which the display unit is connected to a display control unit , in which the display control unit is configured such that the display of the signal aspect on the display unit is triggered as a function of a position of the train, characterised in that the display control unit is configured such that the display of the displayed signal aspect is deactivated when a track-side deactivation apparatus passed by the train outputs an item of address information and a radio transmitter connected to the display control unit accesses the address information and there finds an item of deactivation information relating to the stored signal aspect to be deactivated.
Dust extraction device for a hand-held power tool , having a blower for generating an air flow , an aspiration port for drawing in dust-laden air from a tool , a collecting container provided for collecting dust, said collecting container having an aspiration opening connected to the aspiration port, and an exhaust opening connected to the blower , a filter which, for depositing dust in the collecting container , is arranged in a manner covering the exhaust opening , wherein the filter has a plurality of fins layered alongside one another in a direction (y) perpendicular to the direction (z) of the air flow , wherein the fins are inclined with respect to one another, characterized in that a front face , facing the flow, of the filter is less than 10% larger than a front face , facing away from the flow, of the filter .
A supervised fire suppression system comprising: a ball valve assembly for controlling release of a fire extinguishing agent from a container; an actuator operatively associated with the ball valve assembly for actuating the ball valve assembly in the event of a fire, wherein the actuator may be disengaged from the fire suppression system; and an externally mounted supervisory switching device (130; 150) configured to interact with the actuator to provide an indication relating to disengagement of the actuator; wherein the actuator is a solenoid valve detachably mounted to a pneumatic actuator , and the pneumatic actuator is mounted to the ball valve assembly through a mounting bracket . a ball valve assembly for controlling release of a fire extinguishing agent from a container; an actuator operatively associated with the ball valve assembly for actuating the ball valve assembly in the event of a fire, wherein the actuator may be disengaged from the fire suppression system; and an externally mounted supervisory switching device (130; 150) configured to interact with the actuator to provide an indication relating to disengagement of the actuator; wherein the actuator is a solenoid valve detachably mounted to a pneumatic actuator , and the pneumatic actuator is mounted to the ball valve assembly through a mounting bracket .
An insert attachment mechanism for detachably attaching a cutting insert to an insert attachment part of a tool body , the insert attachment mechanism comprising: an adjustment member arranged on an inner side of the cutting insert in the insert attachment part to act on the cutting insert, in which a screw member is screwed into at least one threaded hole formed in at least one of the adjustment member and the insert attachment part , the adjustment member being advanceable and retractable in a direction of a central axis of the screw member by rotating the screw member ; and a wedge member arranged together with the cutting insert on an outer side of the adjustment member in the insert attachment part, the wedge member being attached so as to exert a pressing force against the cutting insert and an inner wall surface of the insert attachment part by a wedge attachment member , wherein the wedge member is configured such that the screw member is accessible from an outer side of the wedge member , characterized in that the wedge member has a groove or a through hole for allowing access to the screw member . an adjustment member arranged on an inner side of the cutting insert in the insert attachment part to act on the cutting insert, in which a screw member is screwed into at least one threaded hole formed in at least one of the adjustment member and the insert attachment part , the adjustment member being advanceable and retractable in a direction of a central axis of the screw member by rotating the screw member ; and a wedge member arranged together with the cutting insert on an outer side of the adjustment member in the insert attachment part, the wedge member being attached so as to exert a pressing force against the cutting insert and an inner wall surface of the insert attachment part by a wedge attachment member , wherein the wedge member is configured such that the screw member is accessible from an outer side of the wedge member , characterized in that the wedge member has a groove or a through hole for allowing access to the screw member .