mhurhangee/ep-ind-claims huggingface dataset:
A shim for a track roller frame, the shim comprising: a first surface and a second surface, the first and second surfaces (402, 404) laterally spaced apart from each other, the first and second surfaces (402, 404) defining a thickness of the shim therebetween; and a retention element formed on the shim, wherein the retention element is configured to position the shim on the track roller frame, restrict a movement of the shim relative to the track roller frame, and couple the shim to the track roller frame,wherein the retention element includes a flange projecting from the shim, characterised in that: the retention element further includes a first tab and a second tab laterally spaced apart from each other along a length of the shim. a first surface and a second surface, the first and second surfaces (402, 404) laterally spaced apart from each other, the first and second surfaces (402, 404) defining a thickness of the shim therebetween; and a retention element formed on the shim, wherein the retention element is configured to position the shim on the track roller frame, restrict a movement of the shim relative to the track roller frame, and couple the shim to the track roller frame,wherein the retention element includes a flange projecting from the shim, characterised in that: the retention element further includes a first tab and a second tab laterally spaced apart from each other along a length of the shim.
An adapter valve assembly configured to attach to a nozzle assembly (10, 140) and control fluid flow through the nozzle assembly (10, 140), the adapter valve assembly comprising: an adapter having an inner threaded surface, an outer surface, and a first plurality of connecting elements on the outer surface; a valve assembly having an inner surface, a valve, a valve body, and a second plurality of connecting elements on the inner surface; wherein the first plurality of connecting elements is configured to engage the second plurality of connecting elements to hold the valve body from rotating relative to the adapter when the adapter has been inserted into the valve body of the valve assembly. an adapter having an inner threaded surface, an outer surface, and a first plurality of connecting elements on the outer surface; a valve assembly having an inner surface, a valve, a valve body, and a second plurality of connecting elements on the inner surface; wherein the first plurality of connecting elements is configured to engage the second plurality of connecting elements to hold the valve body from rotating relative to the adapter when the adapter has been inserted into the valve body of the valve assembly.
A capping plant for capping containers made of thermoplastic material, comprising: a capping unit of a rotating carousel type comprising a plurality of capping stations for applying concave closures to the containers and first guide means arranged so as to contact a part of a tubular body of said containers which part is exposed towards an outside of the rotating carousel of the capping unit; a star-wheel located downstream of the capping unit for receiving the capped containers, i.e. containers to which the concave closures have been applied; an outfeed conveyor located downstream of the star-wheel; characterised in that it comprises: a connection cross-member between said first guide means and the outfeed conveyor, said outfeed conveyor being integrally constrained to a first portion of the connection cross-member and said first guide means being integrally constrained to a second portion of the connection cross-member; an actuating device configured to adjust the height of said connection cross-member. a capping unit of a rotating carousel type comprising a plurality of capping stations for applying concave closures to the containers and first guide means arranged so as to contact a part of a tubular body of said containers which part is exposed towards an outside of the rotating carousel of the capping unit; a star-wheel located downstream of the capping unit for receiving the capped containers, i.e. containers to which the concave closures have been applied; an outfeed conveyor located downstream of the star-wheel; characterised in that it comprises: a connection cross-member between said first guide means and the outfeed conveyor, said outfeed conveyor being integrally constrained to a first portion of the connection cross-member and said first guide means being integrally constrained to a second portion of the connection cross-member; an actuating device configured to adjust the height of said connection cross-member. a connection cross-member between said first guide means and the outfeed conveyor, said outfeed conveyor being integrally constrained to a first portion of the connection cross-member and said first guide means being integrally constrained to a second portion of the connection cross-member; an actuating device configured to adjust the height of said connection cross-member.
A method of managing uplink transmissions through an unlicensed band by a user equipment, UE, in a wireless communication system, the method comprising: performing an autonomous uplink, AUL, transmission starting at a subframe before a subframe #n using a channel access procedure, CAP, wherein the AUL transmission is configured from the subframe to a symbol after a time that is m symbols earlier than an end of subframe # n-1, and wherein n and m are integers; receiving a UL grant for a scheduled uplink, SUL, transmission to begin at the subframe #n; based on a sum of a first duration of the AUL transmission and a second duration of the SUL transmission exceeding a maximum channel occupancy time, MCOT, related to a first priority class of a CAP for the AUL transmission and the first priority class being equal to or larger than a second priority class of a CAP for the SUL transmission: terminating the AUL transmission at the time that is m symbols earlier than the end of subframe # n-1; and performing the SUL transmission starting from the subframe #n. performing an autonomous uplink, AUL, transmission starting at a subframe before a subframe #n using a channel access procedure, CAP, wherein the AUL transmission is configured from the subframe to a symbol after a time that is m symbols earlier than an end of subframe # n-1, and wherein n and m are integers; receiving a UL grant for a scheduled uplink, SUL, transmission to begin at the subframe #n; based on a sum of a first duration of the AUL transmission and a second duration of the SUL transmission exceeding a maximum channel occupancy time, MCOT, related to a first priority class of a CAP for the AUL transmission and the first priority class being equal to or larger than a second priority class of a CAP for the SUL transmission: terminating the AUL transmission at the time that is m symbols earlier than the end of subframe # n-1; and performing the SUL transmission starting from the subframe #n. terminating the AUL transmission at the time that is m symbols earlier than the end of subframe # n-1; and performing the SUL transmission starting from the subframe #n.
Method for operating a cooking appliance comprising at least one cooking chamber, in which food can be heated at least by means of high-frequency radiation, at least one parameter being set for a cooking process, the energy input introduced into the food being set as the parameter by means of an operating device, an evaluation device determining an energy input from the measured or ascertained data, and the evaluation device being connected to a control device, so that the cooking process is controlled such that a predetermined energy input into the food is ensured, characterised in that the status of the remaining energy input is displayed.
An arrangement of at least two gear hydraulic pump devices comprising gears, each driven by an electric drive motor and connected by a manifold device to a source of low pressure hydraulic fluid and to a user of high pressure hydraulic fluid, system for assisting in driving a vehicle, the arrangement being characterized in that each pump with the drive motor thereof forming an electric pump unit (3, 5) equipped with a specific manifold, a shaft of one of the gears of the pump crossing through the manifold so as to form the drive shaft of the pump connected to the shaft of the motor, and in that the two electric pump units (3, 5) are identical and are coupled to the fluid source and to the user of the high pressure fluid by a single mounting block mounted on the manifold of the two pump assemblies (3, 5), each manifold having a lateral part for assembly to the mounting block, which comprises a zone for fitting the mounting block provided with a connection orifice to the source and a connection port to the user.
Unlocking device with an actuator, by means of which a safety cover of a maintenance opening can be released for opening, and with a safety circuit, by means of which the actuator can be activated, wherein the safety circuit comprises at least one first switching contact and one second switching contact, wherein the first switching contact and the second switching contact are arranged in series in the safety circuit, and thus the actuator in the closed state of the first and the second switching contacts (6, 7) can be connected by way of the safety circuit to an energy source, wherein the first switching contact can be switched by means of a control unit, characterised in that, the control unit is provided for the purpose of making an authorisation request, before the switching of the first switching contact.
A wireless communication method, comprising: applying, by a base station, code sequences to repetitions of broadcast information of a plurality of resources of a cell of the base station, each of the code sequences being specific to a corresponding one of the plurality of resources; transmitting, by the base station to a wireless communication device, the repetitions of the broadcast information with the code sequences applied; wherein the method is characterised by: transmitting, by the base station to the wireless communication device, a parameter corresponding to a number of neighboring resources of the cell to be measured; and receiving, by base station from the wireless communication device, measurements for the number of neighboring resources, wherein the measurements are performed by the wireless communication device using the resource-specific codes sequence. applying, by a base station, code sequences to repetitions of broadcast information of a plurality of resources of a cell of the base station, each of the code sequences being specific to a corresponding one of the plurality of resources; transmitting, by the base station to a wireless communication device, the repetitions of the broadcast information with the code sequences applied; transmitting, by the base station to the wireless communication device, a parameter corresponding to a number of neighboring resources of the cell to be measured; and receiving, by base station from the wireless communication device, measurements for the number of neighboring resources, wherein the measurements are performed by the wireless communication device using the resource-specific codes sequence.
A method (1300, 1400, 1500) of illuminating a scan volume by a multi-mode optical bar code reader (100, 200, 400) triggering by the presence of an object in the field of view of the optical bar code reader a transition from a first illumination mode by a first illumination light for detecting an object to a second illumination mode by a second illumination light for reading a bar code on the object; characterized by the method steps of: illuminating (1310, 1510) the scan volume of the optical bar code reader with an illumination source (110, 164) set at the first illumination mode (600, 700, 1100, 1140, 1200, 1240), the first illumination mode having as a user-configurable parameter (170, 182, 810) at least one of one of an illumination light pulse width and an electrical drive current by which the illumination source is driven, the user-configurable parameter at least partially defining a first overall size of a scan volume of the optical bar code reader when the illumination source illuminates the scan volume; while the illumination source is in the first illumination mode, monitoring (1315, 1520-1525) the scan volume for an indication of whether an object is detected in the scan volume; and if an object is detected in the scan volume while the illumination source is in the first illumination mode, illuminating (1330, 1535) by said illumination source the scan volume of the optical bar code reader with the illumination source set at the second illumination mode (620, 720, 1120, 1160, 1220, 1260) that differs from the first illumination mode by at least one of one of pulse width and light intensity between the first and second illumination light. illuminating (1310, 1510) the scan volume of the optical bar code reader with an illumination source (110, 164) set at the first illumination mode (600, 700, 1100, 1140, 1200, 1240), the first illumination mode having as a user-configurable parameter (170, 182, 810) at least one of one of an illumination light pulse width and an electrical drive current by which the illumination source is driven, the user-configurable parameter at least partially defining a first overall size of a scan volume of the optical bar code reader when the illumination source illuminates the scan volume; while the illumination source is in the first illumination mode, monitoring (1315, 1520-1525) the scan volume for an indication of whether an object is detected in the scan volume; and if an object is detected in the scan volume while the illumination source is in the first illumination mode, illuminating (1330, 1535) by said illumination source the scan volume of the optical bar code reader with the illumination source set at the second illumination mode (620, 720, 1120, 1160, 1220, 1260) that differs from the first illumination mode by at least one of one of pulse width and light intensity between the first and second illumination light.
Occluder for occluding a passage in a body, especially in a left atrial appendage, wherein the occluder comprises elongate members, each elongate member having a length with a first end and a second end, the first end being held in or attached to a first holder and the second end being held in or attached to a second holder, wherein the elongate members extend independently from each other between the first and the second holder (2, 3) and wherein the elongate members are collectively enveloped at least over a part of their length by at least one jacket (6, 7, 6'), wherein at least one of the at least one jacket (6, 7, 6') restricts a bending motion of the elongate members when their first ends are approximated to their second ends by moving the two holders relatively to each other, characterized in that the occluder comprises at least a first jacket and a second jacket, in that the portion of the elongate members restricted in its bending motion is surrounded by the second jacket and in that a portion of the elongate members arranged in the first jacket is not restricted in its bending motion or less restricted than the portion of the elongate members arranged in the second jacket.
A submarine structure (10, 110, 210) capable of being in contact with a body of water comprising: - at least one wall; - an electrically conductive coating applied on one surface of the wall; - a power source electrically connected to the electrically conductive coating; characterized in that the electrically conductive coating is configured to receive power from the power source to produce heat power, in that the wall is an outside wall of the submarine structure (10, 110, 210), the electrically conductive coating separating the outside wall and the surrounding water, and in that the submarine structure (10, 110, 210) is a buoyancy module. - at least one wall; - an electrically conductive coating applied on one surface of the wall; - a power source electrically connected to the electrically conductive coating;
A method for transmitting uplink control information at a communication device configured with two cells in a Long-Term Evolution, LTE,-based wireless communication system, the method comprising: receiving two or more data blocks for each cell of the two cells; and transmitting reception response information in response to the data blocks for the two cells through a Physical Uplink Control Channel, PUCCH, resource, wherein, for a positive scheduling request, SR, the reception response information is bundled for each cell of the two cells and is mapped to a predetermined SR PUCCH resource as shown below: Bundled HARQ-ACK Bundled HARQ-ACK b, b d ACK NACK/DTX 1,1 -1 ACK ACK a,b c NACK/DTX ACK b,a -c NACK/DTX NACK/DTX 0,0 1 wherein bundled HARQ-ACK represents bundled reception response information respective to a primary cell, PCell, HARQ-ACK(l) represents bundled reception response information respective to a secondary cell, SCell, NACK/DTX represents Negative Acknowledgement or Discontinuous Transmission, b b represents a bit value, d indicates a modulation symbol, and (a, b, c) is (1, 0, j) or (0, 1, -j). receiving two or more data blocks for each cell of the two cells; and transmitting reception response information in response to the data blocks for the two cells through a Physical Uplink Control Channel, PUCCH, resource, wherein, for a positive scheduling request, SR, the reception response information is bundled for each cell of the two cells and is mapped to a predetermined SR PUCCH resource as shown below: Bundled HARQ-ACK Bundled HARQ-ACK b, b d ACK NACK/DTX 1,1 -1 ACK ACK a,b c NACK/DTX ACK b,a -c NACK/DTX NACK/DTX 0,0 1 wherein bundled HARQ-ACK represents bundled reception response information respective to a primary cell, PCell, HARQ-ACK(l) represents bundled reception response information respective to a secondary cell, SCell, NACK/DTX represents Negative Acknowledgement or Discontinuous Transmission, b b represents a bit value, d indicates a modulation symbol, and (a, b, c) is (1, 0, j) or (0, 1, -j).
A pneumatic tire having a vehicle inner/outer orientation when mounted on a vehicle, comprising: a plurality of protrusions provided on a vehicle inner side on a tire side portion in a tire circumferential direction; and a plurality of recesses provided on a vehicle outer side on a tire side portion; a height of projection of the protrusions from the tire side portion being more than 4 mm and not more than 10 mm, the protrusions being formed elongated and a bending rigidity in a lateral direction satisfying a range not less than 0.1 MPa · mm 4 and not more than 10,000 MPa · mm 4. a plurality of protrusions provided on a vehicle inner side on a tire side portion in a tire circumferential direction; and a plurality of recesses provided on a vehicle outer side on a tire side portion;
A system comprising: a Mobile Edge Computing, MEC, server implemented at a Radio Access Network, RAN, of a mobile network that includes a base station, the MEC server comprising: a memory; and a controller configured to implement at least one edge application configured to provide MEC services to a mobile device in range of the base station; the controller is configured to implement a policy manager configured to query a core network of the mobile network for a Quality of Service, QoS, policy for the mobile device that indicates a plurality of QoS profile options for the mobile device, to receive the QoS policy from the core network, and to store the QoS policy in the memory; the controller is configured to implement a QoS selector configured to monitor for a triggering event that triggers selection of a QoS profile, to select the QoS profile from the QoS profile options for a user plane connection established for a MEC service between the mobile device and the at least one edge application in response to the triggering event, and to provide a QoS profile identifier for the QoS profile to the base station to enforce the QoS profile on the user plane connection. a memory; and a controller configured to implement at least one edge application configured to provide MEC services to a mobile device in range of the base station; the controller is configured to implement a policy manager configured to query a core network of the mobile network for a Quality of Service, QoS, policy for the mobile device that indicates a plurality of QoS profile options for the mobile device, to receive the QoS policy from the core network, and to store the QoS policy in the memory; the controller is configured to implement a QoS selector configured to monitor for a triggering event that triggers selection of a QoS profile, to select the QoS profile from the QoS profile options for a user plane connection established for a MEC service between the mobile device and the at least one edge application in response to the triggering event, and to provide a QoS profile identifier for the QoS profile to the base station to enforce the QoS profile on the user plane connection.
A polyolefin-based hot melt adhesive composition comprising: - 20 to 80 wt.-% of at least one polyolefin polymer, - 2 to 20 wt.-% of at least one hydrocarbon wax, and - optionally an antioxidant, wherein the hydrocarbon wax - has a congealing point measured according to ASTM D 938 in a range of 75 to 110° C, - has a heat of fusion determined with differential scanning calorimetry of 200 to 235 J/g; and - is a synthetic Fischer-Tropsch wax. comprising: - 20 to 80 wt.-% of at least one polyolefin polymer, - 2 to 20 wt.-% of at least one hydrocarbon wax, and - optionally an antioxidant, - 20 to 80 wt.-% of at least one polyolefin polymer, - 2 to 20 wt.-% of at least one hydrocarbon wax, and - optionally an antioxidant, wherein the hydrocarbon wax - has a congealing point measured according to ASTM D 938 in a range of 75 to 110° C, - has a heat of fusion determined with differential scanning calorimetry of 200 to 235 J/g; and - is a synthetic Fischer-Tropsch wax. - has a congealing point measured according to ASTM D 938 in a range of 75 to 110° C, - has a heat of fusion determined with differential scanning calorimetry of 200 to 235 J/g; and - is a synthetic Fischer-Tropsch wax.