mhurhangee/ep-ind-claims huggingface dataset:
A furniture drive for moving a movably-supported furniture part, comprising: - a carrier configured to be fixed a furniture carcass, - at least one actuating arm for moving the movably-supported furniture part relative to the carrier, the at least one actuating arm being pivotable about at least one first pivoting axis, - an interface for fixing a synchronization shaft, the synchronization shaft being configured to synchronize a pivotal movement of the at least one actuating arm with a pivotal movement of at least one actuating arm of at least one further actuating drive, - wherein the interface includes at least one component pivotable about a second pivoting axis, the second pivoting axis being arranged laterally offset to the first pivoting axis of the actuating arm, - wherein the carrier has at least one upper side which, in a mounted condition of the furniture drive on the furniture carcass, faces towards a top panel of the furniture carcass, wherein the first pivoting axis has a larger perpendicular distance to the at least one upper side than the second pivoting axis, characterized in that - at least one coupling device is provided, the at least one coupling device being configured to couple a pivotal movement of the at least one actuating arm to a pivotal movement of the at least one component of the interface, and - the at least one coupling device includes at least one tooth arrangement (19, 20), preferably wherein the at least one tooth arrangement (19, 20) includes at least one tooth segment (19a, 20a). - a carrier configured to be fixed a furniture carcass, - at least one actuating arm for moving the movably-supported furniture part relative to the carrier, the at least one actuating arm being pivotable about at least one first pivoting axis, - an interface for fixing a synchronization shaft, the synchronization shaft being configured to synchronize a pivotal movement of the at least one actuating arm with a pivotal movement of at least one actuating arm of at least one further actuating drive, - wherein the interface includes at least one component pivotable about a second pivoting axis, the second pivoting axis being arranged laterally offset to the first pivoting axis of the actuating arm, - wherein the carrier has at least one upper side which, in a mounted condition of the furniture drive on the furniture carcass, faces towards a top panel of the furniture carcass, wherein the first pivoting axis has a larger perpendicular distance to the at least one upper side than the second pivoting axis, - at least one coupling device is provided, the at least one coupling device being configured to couple a pivotal movement of the at least one actuating arm to a pivotal movement of the at least one component of the interface, and - the at least one coupling device includes at least one tooth arrangement (19, 20), preferably wherein the at least one tooth arrangement (19, 20) includes at least one tooth segment (19a, 20a).
Coupling element for connecting two fluid line sections (2, 3), in particular of a domestic water installation, to two fluid lines (7, 8) of at least one water treatment apparatus, comprising - a first connector for a first fluid line section, - a second connector for a second fluid line section, - a multi-connector for simultaneously connecting the two fluid lines (7, 8) of the water treatment apparatus, wherein the first connector and the second connector are arranged on opposite sides (12a, 12b) of the coupling element, characterized in that the multi-connector is formed such that when the two fluid lines (7, 8) are connected it can simultaneously also connect a third fluid line of the water treatment apparatus to an additive line in the coupling element in a fluid-tight manner. - a first connector for a first fluid line section, - a second connector for a second fluid line section, - a multi-connector for simultaneously connecting the two fluid lines (7, 8) of the water treatment apparatus, wherein the first connector and the second connector are arranged on opposite sides (12a, 12b) of the coupling element,
An envelope comprised of one of: a. one sheet of material that is folded into two equal parts (A,B) along a central fold line with the remaining edges of the two parts sealed to each other with an adhesive to form an airtight envelope; and b. two sheets (A,B) of material that are placed one on top of each other with their interior sides facing each other and their edges sealed to each other with an adhesive to form an airtight envelope; the envelope containing: i. at least one medical patch attached to the interior side of each one of the parts (A,B) or sheets (A,B); ii. a layer of medical grade pressure sensitive adhesive surrounding each one of the medical patches; wherein the pressure sensitive adhesive is applied to a part of the surface of the interior side of the two parts (A,B) or two sheets (A,B) to which the at least one medical patch is attached in order to attach the two parts (A,B) or two sheets (A,B) of material and the attached medical patches to the body of a patient; the envelope characterized in that each medical patch is attached to its respective part or sheet such that the areas covered by the layer of medical grade pressure sensitive adhesive surrounding the medical patches do not overlap each other when the two parts or two sheets are assembled to form the envelope. a. one sheet of material that is folded into two equal parts (A,B) along a central fold line with the remaining edges of the two parts sealed to each other with an adhesive to form an airtight envelope; and b. two sheets (A,B) of material that are placed one on top of each other with their interior sides facing each other and their edges sealed to each other with an adhesive to form an airtight envelope; the envelope containing: i. at least one medical patch attached to the interior side of each one of the parts (A,B) or sheets (A,B); ii. a layer of medical grade pressure sensitive adhesive surrounding each one of the medical patches; wherein the pressure sensitive adhesive is applied to a part of the surface of the interior side of the two parts (A,B) or two sheets (A,B) to which the at least one medical patch is attached in order to attach the two parts (A,B) or two sheets (A,B) of material and the attached medical patches to the body of a patient; i. at least one medical patch attached to the interior side of each one of the parts (A,B) or sheets (A,B); ii. a layer of medical grade pressure sensitive adhesive surrounding each one of the medical patches; wherein the pressure sensitive adhesive is applied to a part of the surface of the interior side of the two parts (A,B) or two sheets (A,B) to which the at least one medical patch is attached in order to attach the two parts (A,B) or two sheets (A,B) of material and the attached medical patches to the body of a patient; the envelope characterized in that each medical patch is attached to its respective part or sheet such that the areas covered by the layer of medical grade pressure sensitive adhesive surrounding the medical patches do not overlap each other when the two parts or two sheets are assembled to form the envelope.
A method for wireless communications by a user equipment, comprising: receiving downlink control information, DCI, comprising one or more resource indicator, RI, bits configured to indicate to the user equipment a subset of resources available for transmitting uplink control information, UCI, in a physical uplink control channel, PUCCH, transmission, wherein the DCI is received on one or more resources of a first physical downlink control channel, PDCCH, transmission, wherein the subset is one of a plurality of subsets of resources; determining, based on the RI bits of the DCI, the subset of resources available for transmitting UCI in the PUCCH; identifying a particular PUCCH resource within the determined subset of resources to transmit the UCI based on an implicit mapping of PDCCH resources to PUCCH resources and the one or more resources of the first PDCCH transmission; and transmitting the UCI using the particular PUCCH resource. receiving downlink control information, DCI, comprising one or more resource indicator, RI, bits configured to indicate to the user equipment a subset of resources available for transmitting uplink control information, UCI, in a physical uplink control channel, PUCCH, transmission, wherein the DCI is received on one or more resources of a first physical downlink control channel, PDCCH, transmission, wherein the subset is one of a plurality of subsets of resources; determining, based on the RI bits of the DCI, the subset of resources available for transmitting UCI in the PUCCH; identifying a particular PUCCH resource within the determined subset of resources to transmit the UCI based on an implicit mapping of PDCCH resources to PUCCH resources and the one or more resources of the first PDCCH transmission; and transmitting the UCI using the particular PUCCH resource.
Cable catching device for catching at least one optical fibre cable, wherein the cable catching device has a cable receptor for receiving at least one cable, wherein the cable has at least one strand with optical fibres and at least one strain relief element extending along a longitudinal elongation of the cable, wherein the cable receptor extends along a longitudinal axis of the cable catching device, wherein the cable catching device has a strain relief grip for the high-tensile fixing of the at least one strain relief element in relation to the longitudinal axis of the cable catching device, wherein the cable catching device has an attachment section with at least one attachment form-fitting contour for the form-fitting support of the cable catching device transversely to its longitudinal axis on a support base, in particular a distribution device, wherein it has a support section separate from the attachment section for supporting a second cable catching device, which has a cable receptor extending along its longitudinal axis for an optical fibre cable, wherein at least one support form-fitting contour is arranged on the support section for the form-fitting support of the second cable catching device transversely to its longitudinal axis, and wherein the at least one attachment form-fitting contour and the at least one support form-fitting contour comprise mutually complementary attachment form-fitting contours and support form-fitting contours, so that the cable catching device can form a first cable catching device for form-fitting connection to a structurally identical second cable catching device and the attachment form-fitting contours of the one cable catching device can engage in a form-fitting manner in the support form-fitting contours of the other cable catching device, characterised in that the attachment form-fitting contours and the support form-fitting contours are at a distance from each other parallel and/or transversely to the longitudinal axis of the cable catching device, so that the cable catching device and the structurally identical second cable catching device can be engaged in a form-fitting manner to form a step arrangement.
A timing module, for use in a blasting system, which includes at least a first discriminating arrangement with one or more sensors which sense at least a first characteristic of a first parameter generated by a shock tube event and a second characteristic of a second parameter generated by the shock tube event, a validation arrangement which produces at least a first output signal if the first and second sensed characteristics are validated, and a timer which completes execution of a timing interval of a predetermined duration only if, at least, the first output signal is produced, and wherein: (i) the first and second parameters coexist in the shock tube event; (ii) the characteristics are present in a defined relationship to one another; (iii) the first characteristic is sensed at a first time; and (iv) the second characteristic is sensed during a window of defined duration commencing a defined period after the first characteristic is sensed. a first discriminating arrangement with one or more sensors which sense at least a first characteristic of a first parameter generated by a shock tube event and a second characteristic of a second parameter generated by the shock tube event, a validation arrangement which produces at least a first output signal if the first and second sensed characteristics are validated, and a timer which completes execution of a timing interval of a predetermined duration only if, at least, the first output signal is produced, and wherein: (i) the first and second parameters coexist in the shock tube event; (ii) the characteristics are present in a defined relationship to one another; (iii) the first characteristic is sensed at a first time; and (iv) the second characteristic is sensed during a window of defined duration commencing a defined period after the first characteristic is sensed. (i) the first and second parameters coexist in the shock tube event; (ii) the characteristics are present in a defined relationship to one another; (iii) the first characteristic is sensed at a first time; and (iv) the second characteristic is sensed during a window of defined duration commencing a defined period after the first characteristic is sensed.
A method for providing a multi-tenancy environment in which a plurality of tenants share physical resources of a computing system, the method comprising: an act of pre-readying a plurality of trust boundary components within the computing system; an act of determining that a new process associated with a tenant is to run in the multi-tenancy environment, in response to the act of determining that the new process is to be run, an act of running one of the plurality of pre-readied trust boundary components in the multi-tenancy environment; and an act of running the new process associated with the tenant within the now running trust boundary component; characterized in that the act of running the new process associated with the tenant within the trust boundary component comprises: an act of running the new process associated with the tenant within a resource container (241A, 241B) within the trust boundary component, wherein the resource container is a container object having access to an application program interface of the computer system's operating system. an act of pre-readying a plurality of trust boundary components within the computing system; an act of determining that a new process associated with a tenant is to run in the multi-tenancy environment, in response to the act of determining that the new process is to be run, an act of running one of the plurality of pre-readied trust boundary components in the multi-tenancy environment; and an act of running the new process associated with the tenant within the now running trust boundary component; characterized in that the act of running the new process associated with the tenant within the trust boundary component comprises: an act of running the new process associated with the tenant within a resource container (241A, 241B) within the trust boundary component, wherein the resource container is a container object having access to an application program interface of the computer system's operating system.
Combination product comprising at least one prostaglandin PGF2α receptor agonist and at least one MC1R receptor agonist, as a medicament for use simultaneously, separately or spread out over time for the treatment and/or prevention of dermatological conditions linked to hypopigmentation.
A system, comprising: a processing unit, and a first memory storing operation information concerning a plurality of operations performed on a smart device, each of the plurality of operations resulting in the use of a network of an operator, characterized by the first memory configured to obtain categorization information from one or more of an enterprise information technology environment and a cloud server; the first memory storing a metering and tariffing application having been provisioned with a plurality of general rules; the metering and tariffing application configured for execution on the processing unit to automatically apportion the plurality of operations between a plurality of purposes based on the operation information and the categorization information, in accordance with the plurality of general rules. a processing unit, and a first memory storing operation information concerning a plurality of operations performed on a smart device, each of the plurality of operations resulting in the use of a network of an operator, characterized by the first memory configured to obtain categorization information from one or more of an enterprise information technology environment and a cloud server; the first memory storing a metering and tariffing application having been provisioned with a plurality of general rules; the metering and tariffing application configured for execution on the processing unit to automatically apportion the plurality of operations between a plurality of purposes based on the operation information and the categorization information, in accordance with the plurality of general rules.
A knob assembly comprising: a knob located at a front panel of the knob assembly and configured to rotate about an axis; a knob ring that is located at the front panel, that surrounds the knob, and that is configured to rotate about the axis independently of rotation of the knob; an adjusting shaft that extends from the knob through the knob ring in a direction rearward of the front panel, the adjusting shaft being configured to rotate based on rotation of the knob and being configured to cause operation of a device; a first sensing target that is configured to rotate based on rotation of the adjusting shaft, wherein a position of the first sensing target changes based on rotation of the adjusting shaft, and a first rotation sensing part configured to sense rotation of the adjusting shaft and configured to sense at least one of the position of the first sensing target or a change of the position of the first sensing target (Ml); a display device that is located at the knob ring; characterized in that the display device is configured to output a first result value corresponding to a rotation of the knob sensed by the first rotation sensing part. a knob located at a front panel of the knob assembly and configured to rotate about an axis; a knob ring that is located at the front panel, that surrounds the knob, and that is configured to rotate about the axis independently of rotation of the knob; an adjusting shaft that extends from the knob through the knob ring in a direction rearward of the front panel, the adjusting shaft being configured to rotate based on rotation of the knob and being configured to cause operation of a device; a first sensing target that is configured to rotate based on rotation of the adjusting shaft, wherein a position of the first sensing target changes based on rotation of the adjusting shaft, and a first rotation sensing part configured to sense rotation of the adjusting shaft and configured to sense at least one of the position of the first sensing target or a change of the position of the first sensing target (Ml); a display device that is located at the knob ring; characterized in that the display device is configured to output a first result value corresponding to a rotation of the knob sensed by the first rotation sensing part.
Advertising medium for attachment to a wiper arm for power-driven vehicles even during its operation, comprising - a proximal end and a distal end, - a front side with an outer front side which is designed or designable as advertising space, and an inner front side, - a rear side with an outer rear side and an inner rear side, characterized in that front side and rear side are designed as planes, and in that, either, one of these components (5; 6) is designed being elastically and the other is designed being stiff, elastically or flexible, or both of these components are designed being flexible, and in that inner front side and inner rear side have border regions, these border regions being spaced apart from each other with respect to a longitudinal axis and having connection areas (7A, 7B) which are connected to each other, so that in the unconnected region which lies between the connection areas (7A, 7B), an oblong hollow space is formed between the inner front side and the inner rear side, being open at the proximal end and the distal end, wherein, by way of exposure to external forces, its initially line shaped cross section can be deformed at least in the region of the proximal end in such a way that it has a shape in which the cross section of the wiper arm can be received, so that, for a secure and exclusive attachment to the wiper arm, the advertising medium can be slid onto the wiper arm, but not onto the wiper blade, wherein the length of the hollow space is dimensioned such that the wiper arm can be pushed through the hollow space. - a proximal end and a distal end, - a front side with an outer front side which is designed or designable as advertising space, and an inner front side, - a rear side with an outer rear side and an inner rear side,
A method for determining the degree of saturation of a reversible solid ammonia storage material in a storage unit (12, 14), the storage unit (12, 14) being equipped with a heater (26, 28) to release ammonia, the method comprising: monitoring the pressure of the storage unit (12, 14); detecting deactivation of the heater (26, 28); upon detecting deactivation of the heater (26, 28), measuring the time required for the pressure of the storage unit (12, 14) to drop from a first pressure threshold to a second pressure threshold; and estimating the degree of saturation ammonia storage medium in response to the measured time. monitoring the pressure of the storage unit (12, 14); detecting deactivation of the heater (26, 28); upon detecting deactivation of the heater (26, 28), measuring the time required for the pressure of the storage unit (12, 14) to drop from a first pressure threshold to a second pressure threshold; and estimating the degree of saturation ammonia storage medium in response to the measured time.
Room-illuminating profile arrangement having a light strip which has an elongate, substantially impermeable facing leg and an elongate spacer leg, at one longitudinal side of which the facing leg is arranged at an angle, preferably a right angle, by way of one of its longitudinal sides, and having lighting means which are situated approximately in a row and which are arranged on an inner side of the facing leg that is directed towards the spacer leg and/or on a side of the spacer leg that is adjacent to the facing leg, wherein the spacer leg is provided with means (6a, 8) for fastening to at least one base, which is to be mounted on at least one portion of a room wall and/or ceiling, so as to achieve a spacing of the facing leg from the at least one base, wherein the facing leg is arranged at a point between its two longitudinal sides on the spacer leg and thus extends on both sides of the spacer leg. which has an elongate, substantially impermeable facing leg and an elongate spacer leg, at one longitudinal side of which the facing leg is arranged at an angle, preferably a right angle, by way of one of its longitudinal sides, and