mhurhangee/patent-ind-claim-en huggingface dataset:
Crash barrier element having a main body which is preferably made of concrete and which has two end walls and side walls , wherein one of the side walls faces a traffic area and the other side wall faces away from the traffic area , wherein coupling elements for connection to adjoining crash barrier elements are arranged on the end walls , wherein a protective layer is arranged on a side wall at least in partial regions of the surface of the main body, wherein the protective layer has an in particular metallic grid, expanded metal, woven, knitted, netted, braided or knitted fabric, and wherein the protective layer has sufficient strength to retain parts of the main body which become detached due to a collision event, characterized in that the protective layer is loosely arranged on the surface at least in regions, and in that the protective layer is arranged only on the side wall facing away from the traffic area .
A system comprising a cartridge containing a liquid medicinal product and being provided with a bung , the bung being moveable along a longitudinal axis of the cartridge , the bung being moved towards a distal end of the cartridge to dispense the medicinal product, the bung having a distal end face , a proximal end face and a lateral area , the lateral area forming a fluid-proof sealing by contacting a main body portion of the cartridge , the bung comprising a first mechanical coding feature at the proximal end face for carrying information regarding at least one of the cartridge and the content of the cartridge, the bung being adapted to identify the medicinal product contained in the cartridge within a batch of medicinal products contained in other cartridges by means of the coding feature , and the first mechanical coding feature being adapted to facilitate a separation of the bungs in a bulk storage, and a drug delivery device comprising a second mechanical coding feature , wherein the first mechanical coding feature comprises a protruding ring and the second mechanical coding feature comprises a trench, or the first mechanical coding feature comprises a plurality of relief structures and the second mechanical coding feature comprises a plurality of depressions, and wherein the cartridge is only mountable to the drug delivery device in case that the first and the second mechanical coding features match.
A non-woven mat comprising: a plurality of reinforcing fibers; and a binder composition comprising a binder resin, a coupling agent, and a corrosion inhibitor, wherein the binder composition is non-corrosive, wherein the binder resin comprises a thermoset material, a thermoplastic material, or a combination thereof, and wherein the non-woven mat exhibits a tensile strength of at least 1.356 J (1.0 lb/ft) after being soaked in a 100% styrene monomer for 10 minutes; wherein the corrosion inhibitor is triethanolamine, wherein said corrosion inhibitor is present in the binder composition from 0.05 to 15.0 wt.%, based on the total solids in the binder composition. a plurality of reinforcing fibers; and a binder composition comprising a binder resin, a coupling agent, and a corrosion inhibitor, wherein the binder composition is non-corrosive, wherein the binder resin comprises a thermoset material, a thermoplastic material, or a combination thereof, and wherein the non-woven mat exhibits a tensile strength of at least 1.356 J (1.0 lb/ft) after being soaked in a 100% styrene monomer for 10 minutes; wherein the corrosion inhibitor is triethanolamine, wherein said corrosion inhibitor is present in the binder composition from 0.05 to 15.0 wt.%, based on the total solids in the binder composition.
A vehicular battery pack (BP) comprising a parallelepiped-shaped container, wherein cells (C) are grouped in layers (L) one above the other in the container, wherein each of said layers is connected to a face of a substantially planar-shaped tray (T) through relative terminals (C+, C-) of the same cells; wherein said tray (T) comprises a housing (H, HH) and a support (B, HB1, HB2) of insulating material suitable to complementarily engage in said housing, wherein said support (B, HB1, HB2) comprises a first band of metal material (MB) attached to a face of the support and appropriately insulated from said tray, so that, in operating conditions, a terminal (C+, C-) of at least one cell (C) is welded to said band of metal material, so that said at least one cell is attached to a relative tray by means of said relative support (B, HB1, HB2); wherein said housing (H) comprises a through opening wherein said support is substantially flat with two opposite faces, wherein the first metal band (MB1) is attached to a first face and a second metal band (MB2) is attached to a second face, insulated from said first metal band and from said tray. wherein said tray (T) comprises a housing (H, HH) and a support (B, HB1, HB2) of insulating material suitable to complementarily engage in said housing, wherein said support (B, HB1, HB2) comprises a first band of metal material (MB) attached to a face of the support and appropriately insulated from said tray, so that, in operating conditions, a terminal (C+, C-) of at least one cell (C) is welded to said band of metal material, so that said at least one cell is attached to a relative tray by means of said relative support (B, HB1, HB2); wherein said housing (H) comprises a through opening wherein said support is substantially flat with two opposite faces, wherein the first metal band (MB1) is attached to a first face and a second metal band (MB2) is attached to a second face, insulated from said first metal band and from said tray.
Middle support for a building opening with a large clearance with at least two rolling doors and/or roll-up grates provided thereon, for supporting and laterally guiding adjacent doors or grates, comprising a base body which is an elongated extruded profile , and a locking device with at least one locking rod and a locking rod guide , characterized in that the locking rod guide comprises a cover plate which is fixed on an end face of the extruded profile , wherein the end face is the upper side face and/or the lower side face of the elongated extruded profile when used as intended.
Filter device having, arranged one after another in flow direction , a ring filter element , a coalescer and a final separator , wherein the coalescer is arranged radially within the ring filter element and the final separator is arranged radially within the coalescer , wherein the final separator is designed to be angular in cross-section and has a final separator material which is tensioned flat between in each case two adjacent final separator ribs , characterised in - that coalescer ribs are arranged on an outer diameter of the coalescer , - that the coalescer and the ring filter element are round in design, wherein, when the filter device is mounted, at least one final separator rib lies in the circumferential direction between two coalescer ribs and thus facilitates a support for a coalescer material . - that coalescer ribs are arranged on an outer diameter of the coalescer , - that the coalescer and the ring filter element are round in design, wherein, when the filter device is mounted, at least one final separator rib lies in the circumferential direction between two coalescer ribs and thus facilitates a support for a coalescer material .
An apparatus with a homomorphic encryption operation, the apparatus comprising: one or more processors configured to: generate a modified vector by preprocessing vector components of an operand ciphertext of a blind rotation operation based on an order of a polynomial of an output ciphertext of the blind rotation operation and a modulus of the operand ciphertext; and generate a homomorphic encryption operation result by performing the blind rotation operation based on a public key for performing the blind rotation operation and the modified vector. generate a modified vector by preprocessing vector components of an operand ciphertext of a blind rotation operation based on an order of a polynomial of an output ciphertext of the blind rotation operation and a modulus of the operand ciphertext; and generate a homomorphic encryption operation result by performing the blind rotation operation based on a public key for performing the blind rotation operation and the modified vector.
A method of garbage collection in a computing device, comprising: providing a concurrent garbage collection in a dedicated thread concurrently running in the computing device with a mutator thread; wherein the concurrent garbage collection is triggered based on a dynamically tunable parameter from a previous garbage collection in a closed feedback loop, characterised in that the concurrent garbage collection is triggered based on a previous trigger and an error value, the previous trigger being an amount of free space at the start of a previous garbage collection and the error value being a difference between the previous trigger and a preselected goal amount of free memory space. providing a concurrent garbage collection in a dedicated thread concurrently running in the computing device with a mutator thread; wherein the concurrent garbage collection is triggered based on a dynamically tunable parameter from a previous garbage collection in a closed feedback loop, the concurrent garbage collection is triggered based on a previous trigger and an error value, the previous trigger being an amount of free space at the start of a previous garbage collection and the error value being a difference between the previous trigger and a preselected goal amount of free memory space.
Method for activating a parking brake function of a drum brake of a braking system of a vehicle, - wherein the drum brake has a number of brake shoes and a number of parking brake units , wherein the brake shoes can be deflected at least by means of the parking brake units , and wherein the parking brake units can be actuated electrically, - wherein the braking system further has a number of service brake units , - wherein each brake shoe can be actuated by means of a control device both by means of at least one parking brake unit and also by means of a service brake unit , - wherein the method has the following steps: - determining a number of signals which characterize a parking situation of the vehicle, - determining a switch-off current depending on the signals, - actuating the parking brake units by means of a current, and - switching off the current when the current has reached the switch-off current. - wherein the drum brake has a number of brake shoes and a number of parking brake units , wherein the brake shoes can be deflected at least by means of the parking brake units , and wherein the parking brake units can be actuated electrically, - wherein the braking system further has a number of service brake units , - wherein each brake shoe can be actuated by means of a control device both by means of at least one parking brake unit and also by means of a service brake unit , - wherein the method has the following steps: - determining a number of signals which characterize a parking situation of the vehicle, - determining a switch-off current depending on the signals, - actuating the parking brake units by means of a current, and - switching off the current when the current has reached the switch-off current. - determining a number of signals which characterize a parking situation of the vehicle, - determining a switch-off current depending on the signals, - actuating the parking brake units by means of a current, and - switching off the current when the current has reached the switch-off current.
A clutch-controlled compensation unit for a motor vehicle, with a hydraulic clutch actuation system, wherein for actuation of at least one friction clutch (K) of the compensation unit , the clutch actuation system comprises a hydraulic pump (P) which can be operated independently of driving state for generating hydraulic pressure in a hydraulic fluid, wherein at least one clutch actuation device is provided for actuating the at least one friction clutch (K), on which the hydraulic pressure generated by the hydraulic pump (P) by means of the hydraulic fluid may act as a clutch pressure via a clutch pressure line , and wherein the compensation unit comprises assembly components, in particular friction members of the friction clutch (K), which are to be oiled with cooling and/or lubricating oil for lubrication and/or cooling via an oiling line , in particular via a clutch oiling line, wherein a volume flow conveyed by the hydraulic pump (P) is conducted at least partially to the assembly components, in particular the friction members of the friction clutch (K), as cooling and/or lubricating oil, characterized in that the clutch actuation system comprises at least one clutch control valve via which the clutch pressure is controlled, wherein the clutch pressure line is formed by a line portion running between the at least one clutch control valve and the clutch actuation device , and wherein the oiling line branches off the clutch pressure line downstream of the clutch control valve.
Combined appliance comprising a hob and at least one fume extractor device , wherein the fume extractor device has an air intake opening , by way of which air is sucked downward, and a fan with a fan wheel , the axis of which lies vertically, a motor and a fan housing , in which the fan wheel and the motor are accommodated and in the upper face of which an air inlet opening is provided, wherein means for removing impurities in the fume extractor device are only provided in the flow direction downstream of the air inlet opening of the fan housing , wherein the fan housing has a radial housing wall , which radial housing wall represents the means for removing impurities and the radial side wall or the radial side wall and a part of the base of the fan housing can be removed, characterised in that the means for removing impurities are only provided in the flow direction downstream of the fan wheel and the motor is dishwasher-proof.
A method of wireless communication performed by a user equipment, UE, comprising: receiving a sidelink channel state information, CSI, reference signal, CSI-RS; and transmitting , based at least in part on the sidelink CSI-RS, a compact CSI report on a physical sidelink feedback channel, PSFCH; wherein the compact CSI report is one or two bits in size for indicating a subset of CSI feedback and characterised in that the compact CSI report includes an indication that a non-compact CSI report is to be transmitted on another sidelink channel in a particular set of time-frequency resources. receiving a sidelink channel state information, CSI, reference signal, CSI-RS; and transmitting , based at least in part on the sidelink CSI-RS, a compact CSI report on a physical sidelink feedback channel, PSFCH; wherein the compact CSI report is one or two bits in size for indicating a subset of CSI feedback and characterised in that the compact CSI report includes an indication that a non-compact CSI report is to be transmitted on another sidelink channel in a particular set of time-frequency resources.
Assembly comprising a vase made of transparent glass and a device for illumination of said vase, said illumination device comprising light sources powered by electric power supply means, said electric power supply means being disposed in a case having a generally cylindrical shape, a housing having a corresponding shape for the reception of said case being provided in the bottom of the vase , formed at the outer wall of said vase, said case being integrated into said housing , the diameter (d1) of the upper opening of the vase being greater than the diameter (d2) of said housing , characterised in that a flexible joint , compressed between said case and the wall of said housing , ensures the retention and the blocking of said case in the housing and in that the vase consists of a body of revolution, the wall of which has a constant thickness, said bottom wall of said vase being deformed towards the interior of said vase in order to form said housing , said housing protruding into the inner volume of said vase, said vase being made via blowing, said housing being obtained during the blowing of the glass by turning the glass.
In combination a paper dispenser and a refuse bin , the refuse bin comprising an interior cavity bounded by a circumferentially extending side wall and a bottom wall, and an upwardly open access opening via which refuse material may be inserted into the bin and form a pile of the refuse within the cavity supported on the bottom wall and constrained within the side wall with the pile having an upwardly directed uppermost surface which varies in distance from the access opening above the refuse as the refuse is inserted into the bin , the paper dispenser carries a paper supply comprising paper sheet material, the paper supply having a paper surface of the paper sheet material, the paper dispenser carrying a second time of flight sensor to determine a distance of the paper surface of the paper sheet material from the second time of flight sensor , and a controller to estimate the extent to which the paper supply is full or empty based on the distance determined by the second time of flight sensor , characterized by : the paper dispenser carrying a first time of flight sensor to determine a distance of the uppermost surface of the pile of the refuse within the cavity from the first time of flight sensor , the paper dispenser mounted above the refuse bin located to provide a direct line of sight from the first time of flight sensor to the uppermost surface through the access opening and the cavity, the controller estimating the extent to which the bin is full or empty based on the distance determined by the first time of flight sensor . the paper dispenser carrying a first time of flight sensor to determine a distance of the uppermost surface of the pile of the refuse within the cavity from the first time of flight sensor , the paper dispenser mounted above the refuse bin located to provide a direct line of sight from the first time of flight sensor to the uppermost surface through the access opening and the cavity, the controller estimating the extent to which the bin is full or empty based on the distance determined by the first time of flight sensor .
A method for optimizing storage of multi-dimensional data in a data storage , said method comprising: analyzing , by an optimization system, a plurality of queries received over a period of time from one or more client machines, each query fetching an entity from the data storage; determining , by the optimization system, a query pattern from the plurality of queries, the query pattern comprising the most frequently fetched entities in the plurality of queries; identifying , by the optimization system, a dimensionality of the data based on the query pattern, wherein the dimensionality has no more than eleven dimensions, and wherein the no more than eleven dimensions correspond to a respective one of the most frequently fetched entities; and storing data in the data storage by performing, by the optimization system, at least one of: segmenting at least one of the data and columns of a table used by the queries and stored in the data storage based on the identified dimensionality of the data; or storing the data in remote data storage when the data is an element of the eleventh dimension; or breaking the higher level dimensions into one or more smaller level dimensions when the data is an element greater than the eleven dimensions. analyzing , by an optimization system, a plurality of queries received over a period of time from one or more client machines, each query fetching an entity from the data storage; determining , by the optimization system, a query pattern from the plurality of queries, the query pattern comprising the most frequently fetched entities in the plurality of queries; identifying , by the optimization system, a dimensionality of the data based on the query pattern, wherein the dimensionality has no more than eleven dimensions, and wherein the no more than eleven dimensions correspond to a respective one of the most frequently fetched entities; and storing data in the data storage by performing, by the optimization system, at least one of: segmenting at least one of the data and columns of a table used by the queries and stored in the data storage based on the identified dimensionality of the data; or storing the data in remote data storage when the data is an element of the eleventh dimension; or breaking the higher level dimensions into one or more smaller level dimensions when the data is an element greater than the eleven dimensions. segmenting at least one of the data and columns of a table used by the queries and stored in the data storage based on the identified dimensionality of the data; or storing the data in remote data storage when the data is an element of the eleventh dimension; or breaking the higher level dimensions into one or more smaller level dimensions when the data is an element greater than the eleven dimensions.
A method for press forming a product having a shape of a top board portion, a vertical wall portion continuously formed from the top board portion and a flange portion continuously formed from the vertical wall portion at a press process of two or more stages, characterized in that a convex or concave bead shape is preformed in a position of a flat metal sheet as a raw material corresponding to a neighborhood of a position generating breakage or flange wrinkles when the raw material is formed into the product shape, and thereafter the product shape is press formed from the raw material having the preformed bead shape, wherein the convex or concave bead shape is so preformed that flat sheet material is fed from the neighborhood when the material is formed into the product shape, thus preventing breakage or flange wrinkles at the position generating breakage or flange wrinkles.
A ventilator for a patient, comprising: a blower structured to provide a source of pressurized air, the blower including a housing having a proximal opening and a distal opening , an impeller positioned between the proximal opening of the housing and the distal opening of the housing, and a motor adapted to drive the impeller; characterized in that the blower further comprises a passive valve assembly structured to allow air to flow through the blower along a flow path in both directions, wherein the proximal opening is configured to act as an inlet for airflow to the patient for inspiration and as an outlet for expired air from the patient during expiration; wherein the distal opening is configured to act as an outlet for airflow to the patient for inspiration and as an inlet for expired air from the patient during expiration. a blower structured to provide a source of pressurized air, the blower including a housing having a proximal opening and a distal opening , an impeller positioned between the proximal opening of the housing and the distal opening of the housing, and a motor adapted to drive the impeller; characterized in that the blower further comprises a passive valve assembly structured to allow air to flow through the blower along a flow path in both directions, wherein the proximal opening is configured to act as an inlet for airflow to the patient for inspiration and as an outlet for expired air from the patient during expiration; wherein the distal opening is configured to act as an outlet for airflow to the patient for inspiration and as an inlet for expired air from the patient during expiration.