mhurhangee/patent-ind-claim-en huggingface dataset:
A child seat system having a base and at least one child seat which can be lockably connected to the base , wherein the base has locking means arranged in a receiving region and wherein the child seat has retaining means arranged in a connection region for a releasably lockable reception in the locking means of the base , when the child seat is brought to bear with its connection region against the receiving region of the base , wherein the holding means comprise at least one holding element having a rod-shaped section and wherein the locking means comprise at least one receiving opening leading into the base from a surface exposed in the receiving region for inserting the holding element and a locking element for locking the holding element in the receiving opening , characterised in that the locking element is fixed to the base in the region of the receiving opening so as to be displaceable between an insertion and release position and a locking position and has a flat sliding surface , and in that a receiving section for receiving the rod-shaped section of the holding element is formed in the receiving opening , in which the rod-shaped section of the holding element is caught in a locking manner by the locking element located in the locking position, wherein the locking element in the insertion and release position forms a sliding plane with its flat sliding surface , which forms a guide for inserting the rod-shaped section of the holding element into the receiving section .
A non-pneumatic tire comprising: an attachment body that is attached to an axle; a cylindrical exterior body fitted onto or integral with the attachment body ; an outer tube body that surrounds the attachment body from an outside in a tire radial direction; a plurality of connection members that connect the attachment body and the outer tube body to each other; and a cylindrical tread member that is externally mounted on the outer tube body , characterised in that the tread member includes a base rubber portion that is positioned at an inside in the tire radial direction and a cap rubber portion that is positioned at an outside of the base rubber portion in the tire radial direction, and wherein rigidity of the base rubber portion is lower than rigidity of the cap rubber portion , the outer tube body can deform when a load is applied to the tread member from a road surface, and the exterior body , the outer tube body , and the plurality of connection members are integrally formed of a synthetic resin material, wherein the outer peripheral surface of the base rubber portion has a curved surface shape protruding outward in the tire radial direction in a cross-sectional view taken along the tire width direction. an attachment body that is attached to an axle; a cylindrical exterior body fitted onto or integral with the attachment body ; an outer tube body that surrounds the attachment body from an outside in a tire radial direction; a plurality of connection members that connect the attachment body and the outer tube body to each other; and a cylindrical tread member that is externally mounted on the outer tube body , characterised in that the tread member includes a base rubber portion that is positioned at an inside in the tire radial direction and a cap rubber portion that is positioned at an outside of the base rubber portion in the tire radial direction, and wherein rigidity of the base rubber portion is lower than rigidity of the cap rubber portion , the outer tube body can deform when a load is applied to the tread member from a road surface, and the exterior body , the outer tube body , and the plurality of connection members are integrally formed of a synthetic resin material, wherein the outer peripheral surface of the base rubber portion has a curved surface shape protruding outward in the tire radial direction in a cross-sectional view taken along the tire width direction.
A method for wireless communication at a user equipment, UE, comprising: identifying a base sequence for transmission of an uplink control message; receiving signaling that indicates a UE-specific initial shift to be used with the base sequence; determining uplink control information for the uplink control message; determining a shifted sequence of the base sequence based at least in part on the UE-specific initial shift and the uplink control information; and transmitting the uplink control information in the uplink control message, wherein transmitting the uplink control information in the uplink control message is based at least in part on the shifted sequence; characterized in that receiving the signaling that indicates the UE-specific initial shift comprises: receiving a downlink control message having acknowledgement, ACK, resource indicator, ARI, bits and a control channel element, CCE, index, wherein the UE-specific initial shift is derived from the ARI bits and the CCE index. identifying a base sequence for transmission of an uplink control message; receiving signaling that indicates a UE-specific initial shift to be used with the base sequence; determining uplink control information for the uplink control message; determining a shifted sequence of the base sequence based at least in part on the UE-specific initial shift and the uplink control information; and transmitting the uplink control information in the uplink control message, wherein transmitting the uplink control information in the uplink control message is based at least in part on the shifted sequence; characterized in that receiving the signaling that indicates the UE-specific initial shift comprises: receiving a downlink control message having acknowledgement, ACK, resource indicator, ARI, bits and a control channel element, CCE, index, wherein the UE-specific initial shift is derived from the ARI bits and the CCE index.
A positive photosensitive composition comprising: (A) a compound capable of generating an acid upon irradiation with actinic rays or radiation; (B1) a resin of which solubility in an alkali developer increases under an action of an acid wherein said resin has a monocyclic or polycyclic, alicyclic hydrocarbon structure and having a group capable of decomposing under the action of an acid to increase the solubility in an alkali developer; and (B2) a resin having at least one repeating unit derived from a (meth)acrylic acid ester derivative having a group capable of decomposing under an action of an alkali to produce an alkali-soluble group, which is a lactone group, and the resin (B2) does not have a group capable of decomposing under an action of an acid. (A) a compound capable of generating an acid upon irradiation with actinic rays or radiation; (B1) a resin of which solubility in an alkali developer increases under an action of an acid wherein said resin has a monocyclic or polycyclic, alicyclic hydrocarbon structure and having a group capable of decomposing under the action of an acid to increase the solubility in an alkali developer; and (B2) a resin having at least one repeating unit derived from a (meth)acrylic acid ester derivative having a group capable of decomposing under an action of an alkali to produce an alkali-soluble group, which is a lactone group, and the resin (B2) does not have a group capable of decomposing under an action of an acid.
A method for communicating over a wireless network between a base station and a plurality of machine-to-machine-capable mobile stations (60A-J), the method comprising: receiving, by the base station, a request to register on the wireless network from a first mobile station of the plurality of machine-to-machine-capable mobile stations, wherein the request to register includes a first traffic property; assigning , by the base station, a connection identifier to the first mobile station; receiving, by the base station, a second request to register on the wireless network from a second mobile station of the plurality of machine-to-machine-capable mobile stations, wherein the second request to register includes a second traffic property, and wherein the first traffic property and the second traffic property are identical; assigning , by the base station, a group identifier to the first mobile station and the second mobile station, wherein the assignment is based on the first traffic property and the second traffic property and informing the first mobile station and second mobile station of the assigned group identifier; sending , by the base station, a paging message over a paging channel to the first mobile station and the second mobile station using the assigned group identifier. receiving, by the base station, a request to register on the wireless network from a first mobile station of the plurality of machine-to-machine-capable mobile stations, wherein the request to register includes a first traffic property; assigning , by the base station, a connection identifier to the first mobile station; receiving, by the base station, a second request to register on the wireless network from a second mobile station of the plurality of machine-to-machine-capable mobile stations, wherein the second request to register includes a second traffic property, and wherein the first traffic property and the second traffic property are identical; assigning , by the base station, a group identifier to the first mobile station and the second mobile station, wherein the assignment is based on the first traffic property and the second traffic property and informing the first mobile station and second mobile station of the assigned group identifier; sending , by the base station, a paging message over a paging channel to the first mobile station and the second mobile station using the assigned group identifier.
Method for determining the static friction coefficient of a shoe sole using a test bed comprising: - a measuring surface with known friction features and that is capable of supporting at least one portion of a shoe sole to be tested; - a bearing member producing a bearing force Fz on the sole on the measuring surface on which the sole to be measured is placed; - a traction member capable of generating a movement between the sole and the measuring surface ; said method comprising the following steps: - positioning at least one portion of a sole to be tested on the measuring surface of the test bed; - applying a setpoint bearing force Fz on the sole using the bearing member ; - gradually causing a movement to be applied to the traction member ; - recording the values of Fx and Fz in real time at determined time intervals; - determining the statistical friction coefficient Mu by identifying the maximum value of the Fx/Fz ratio; characterized in that the maximum relative distance covered between two measuring points is from 0.01 to 0.1 mm, and more preferably from 0.01 to 0.05 mm, and even more preferably from 0.01 to 0.03 mm. - a measuring surface with known friction features and that is capable of supporting at least one portion of a shoe sole to be tested; - a bearing member producing a bearing force Fz on the sole on the measuring surface on which the sole to be measured is placed; - a traction member capable of generating a movement between the sole and the measuring surface ; said method comprising the following steps: - positioning at least one portion of a sole to be tested on the measuring surface of the test bed; - applying a setpoint bearing force Fz on the sole using the bearing member ; - gradually causing a movement to be applied to the traction member ; - recording the values of Fx and Fz in real time at determined time intervals; - determining the statistical friction coefficient Mu by identifying the maximum value of the Fx/Fz ratio; - positioning at least one portion of a sole to be tested on the measuring surface of the test bed; - applying a setpoint bearing force Fz on the sole using the bearing member ; - gradually causing a movement to be applied to the traction member ; - recording the values of Fx and Fz in real time at determined time intervals; - determining the statistical friction coefficient Mu by identifying the maximum value of the Fx/Fz ratio; characterized in that the maximum relative distance covered between two measuring points is from 0.01 to 0.1 mm, and more preferably from 0.01 to 0.05 mm, and even more preferably from 0.01 to 0.03 mm.
A hot beverage preparation machine comprising - a water container wherein water is filled, - a water heater that enables the water in the water container to be heated, - a temperature sensor that is disposed on the water container and that measures the temperature of the water heated in the water container , - a brewing chamber wherein the brewing process is performed as a result of the interaction between water and the beverage raw material, - a platform the water container placed thereon to be energized and - a pump that is disposed on the water container and that enables the water heated in the water container to be transferred to the brewing chamber , - a counter that measures time, characterized by - a control unit that controls whether or not the temperature sensor is operating at a frequency (kf) predetermined by the producer, that detects that the water container is not on the platform if measurement cannot be received from the temperature sensor and stops the counter . - a water container wherein water is filled, - a water heater that enables the water in the water container to be heated, - a temperature sensor that is disposed on the water container and that measures the temperature of the water heated in the water container , - a brewing chamber wherein the brewing process is performed as a result of the interaction between water and the beverage raw material, - a platform the water container placed thereon to be energized and - a pump that is disposed on the water container and that enables the water heated in the water container to be transferred to the brewing chamber , - a counter that measures time, - a control unit that controls whether or not the temperature sensor is operating at a frequency (kf) predetermined by the producer, that detects that the water container is not on the platform if measurement cannot be received from the temperature sensor and stops the counter .
Ceiling storage unit for storing objects on/below a ceiling or ceiling beam, wherein at least one storage element for storing and/or receiving/safekeeping the objects and a lifting unit for raising and lowering the storage element in a vertical direction are provided, wherein at least a first, upper storage position and a second, lower storage position of the storage element are provided, wherein the lifting unit comprises at least one lifting device with at least one adjustable lifting element , in particular rope, strap and/or belt, and with at least one drive for driving the lifting device and for vertically adjusting the storage element , wherein the drive comprises at least one (electric) drive motor for (electrically) motorized driving/adjusting of the storage element and/or a handle/crank for manually driving/adjusting the storage element , wherein the lifting unit comprises at least one fixing device for fixing a ceiling element of the lifting device to the ceiling and/or the ceiling beam, wherein the storage element is designed as a storage tray with a receiving opening which is oriented upwards in the vertical direction and a substantially closed wall which is arranged around the receiving opening , wherein in particular the wall has at least one tray bottom and a side wall bordering the receiving opening and/or two longitudinal sides and two transverse sides , wherein, in the first, upper, in particular uppermost storage position of the storage element , the storage element and/or the storage tray and/or the side wall , as viewed in the vertical direction, are/is arranged next to/alongside the ceiling element , and characterized in that , in the first, upper, in particular uppermost storage position of the storage element , the ceiling element is bordered by the storage element and/or the storage tray and/or the side wall .
Oscillating plate assembly for connecting a machine to a foundation, comprising at least one first vibration damper , a base plate assembly , and at least one second vibration damper ; wherein the base plate assembly , while disposing the at least one first vibration damper in between, is connectable to the foundation; and wherein the base plate assembly , while disposing the at least one second vibration damper in between, is connectable to the machine; wherein the base plate assembly comprises a first base plate , at least one vibration-damping and/or insulating intermediate plate , and at least one further base plate ; wherein the first base plate , the at least one intermediate plate , and/or the at least one further base plate , have in each case a substantially plate-type shape having in each case two substantially parallel main faces, characterized in that the first base plate is connected, in particular welded, to at least one spike , preferably three spikes , that stand(s) perpendicularly on a second main face of the first base plate , and in that the first base plate , while disposing the at least one intermediate plate , the at least one further base plate and the at least one second vibration damper , preferably three second vibration dampers , in between, is connectable, in particular able to be screwed, to the machine by means of the spike . wherein the base plate assembly , while disposing the at least one second vibration damper in between, is connectable to the machine; wherein the base plate assembly comprises a first base plate , at least one vibration-damping and/or insulating intermediate plate , and at least one further base plate ; wherein the first base plate , the at least one intermediate plate , and/or the at least one further base plate , have in each case a substantially plate-type shape having in each case two substantially parallel main faces, characterized in that the first base plate is connected, in particular welded, to at least one spike , preferably three spikes , that stand(s) perpendicularly on a second main face of the first base plate , and in that the first base plate , while disposing the at least one intermediate plate , the at least one further base plate and the at least one second vibration damper , preferably three second vibration dampers , in between, is connectable, in particular able to be screwed, to the machine by means of the spike .
A method for wireless communication at a user equipment, UE, comprising: determining a base carrier and at least one segment available to the UE for communication, wherein the at least one segment covers a different range of frequencies than the base carrier, and resource blocks in the base carrier and the at least one segment are numbered consecutively starting with resource blocks in the base carrier and extending to resource blocks in the at least one segment, or starting with resource blocks in the at least one segment and extending to resource blocks in the base carrier; determining at least one operating parameter for the UE based on a composite bandwidth of the base carrier and the at least one segment; and communicating based on the at least one operating parameter for the UE. determining a base carrier and at least one segment available to the UE for communication, wherein the at least one segment covers a different range of frequencies than the base carrier, and resource blocks in the base carrier and the at least one segment are numbered consecutively starting with resource blocks in the base carrier and extending to resource blocks in the at least one segment, or starting with resource blocks in the at least one segment and extending to resource blocks in the base carrier; determining at least one operating parameter for the UE based on a composite bandwidth of the base carrier and the at least one segment; and communicating based on the at least one operating parameter for the UE.
Method in a system for personalizing portable data carriers , the system comprising a personalization data providing unit and a plurality of personalization units , the method comprising the following steps: - decrypting personalization data in the data providing unit ; - transmitting the personalization data from the providing unit to a first or second of the personalization units - converting personalization data from the system internal format to a first or second application layer format of the first or second personalization unit respectively; - using the converted personalization data for personalizing the portable data carriers in the first or second personalization unit ; - the data providing unit stores the personalization data in an encrypted form; - the decrypted personalization data are re-encrypted in the data providing unit before being transmitted; - the data providing unit receives a data preparation parameter from the first personalization unit ; - the data providing unit prepares the personalization data to be transmitted in accordance with the received data preparation parameter; - wherein in the step of preparing only selected data fields of the available data fields in the personalization data are provided for transmission, the data preparation parameter indicating the selection; - in the step of transmitting the personalization data are transmitted in an internal system format, the format being defined in the application layer; - the transmitted, re-encrypted personalization data are correspondingly decrypted in the personalization unit before being converted; and - in the step of converting the transmitted personalisation data are converted. - decrypting personalization data in the data providing unit ; - transmitting the personalization data from the providing unit to a first or second of the personalization units - converting personalization data from the system internal format to a first or second application layer format of the first or second personalization unit respectively; - using the converted personalization data for personalizing the portable data carriers in the first or second personalization unit ; - the data providing unit stores the personalization data in an encrypted form; - the decrypted personalization data are re-encrypted in the data providing unit before being transmitted; - the data providing unit receives a data preparation parameter from the first personalization unit ; - the data providing unit prepares the personalization data to be transmitted in accordance with the received data preparation parameter; - wherein in the step of preparing only selected data fields of the available data fields in the personalization data are provided for transmission, the data preparation parameter indicating the selection; - in the step of transmitting the personalization data are transmitted in an internal system format, the format being defined in the application layer; - the transmitted, re-encrypted personalization data are correspondingly decrypted in the personalization unit before being converted; and - in the step of converting the transmitted personalisation data are converted.