mhurhangee/patent-ind-claim-en huggingface dataset:
A luggage case comprising: at least one shell including a skeletal frame integrally formed with and supporting an outer layer of material ; wherein the shell includes a front face , a top face , opposing side faces and a bottom face; wherein said outer layer of material includes a major face , a plurality of minor faces , first transitions with a radius of curvature between said major and minor faces , and second transitions with a radius of curvature between said minor faces ; whereby the major face corresponds to the front face and the minor faces correspond to the top face , the opposing side faces and the bottom face; wherein the skeletal frame extends along at least a portion of said first and second transitions, wherein said skeletal frame comprises at least one aperture ; and wherein the skeletal frame comprises four lengths that form a box around the edges of the major face , and lengths extending from the corners of said box to form at least a partial perimeter of the minor faces .
A battery system comprising: a backplane for engaging with one or more battery modules , the backplane comprising one or more backplane optical communication connectors; one or more battery modules each comprising a module optical communication connector , and each being configured to engage with the backplane by moving the battery module into engagement with the backplane such that the module optical communication connector engages with a corresponding backplane optical communication connector in a blind mate engagement; and one or more optical fibres terminating at the one or more backplane optical communication connectors. a backplane for engaging with one or more battery modules , the backplane comprising one or more backplane optical communication connectors; one or more battery modules each comprising a module optical communication connector , and each being configured to engage with the backplane by moving the battery module into engagement with the backplane such that the module optical communication connector engages with a corresponding backplane optical communication connector in a blind mate engagement; and
Use of a porous transport layer (PTL) having a layer (S) - which comprises a component (K) selected from Ir, Ru, Rh, Os, their oxides, or mixtures thereof; and - the loading in terms of the total amount of Ir, Ru, Rh and Os in metallic and oxidic form, based on Ir, Ru, Rh and Os, is 0.010 g/m 2 to 2.0 g/m 2 , based on the layer (S), in an electrolyser, wherein the electrolyser comprises an electrode on which the porous transport layer (PTL) is applied, and wherein a bipolar plate is applied on the porous transport layer (PTL) . - which comprises a component (K) selected from Ir, Ru, Rh, Os, their oxides, or mixtures thereof; and - the loading in terms of the total amount of Ir, Ru, Rh and Os in metallic and oxidic form, based on Ir, Ru, Rh and Os, is 0.010 g/m 2 to 2.0 g/m 2 , based on the layer (S),
A signal communication method, comprising: receiving, by a terminal device, indication information from a network device, wherein the indication information indicates a number of time-domain units between every two adjacent synchronization signal, SS, blocks in a SS block burst; receiving, by the terminal device, a first SS block in the SS block burst from the network device; determining , by the terminal device, time-domain positions of other SS blocks in the SS block burst based on a time-domain position of the first SS block and the number of time-domain units between every two adjacent SS blocks in the SS block burst; and receiving, by the terminal device, one or more SS blocks in the SS block burst from a network device based on the time-domain positions of the other SS blocks in the SS block burst. receiving, by a terminal device, indication information from a network device, wherein the indication information indicates a number of time-domain units between every two adjacent synchronization signal, SS, blocks in a SS block burst; receiving, by the terminal device, a first SS block in the SS block burst from the network device; determining , by the terminal device, time-domain positions of other SS blocks in the SS block burst based on a time-domain position of the first SS block and the number of time-domain units between every two adjacent SS blocks in the SS block burst; and receiving, by the terminal device, one or more SS blocks in the SS block burst from a network device based on the time-domain positions of the other SS blocks in the SS block burst.
A driving assistance device configured to make an intervention in a predetermined driver's driving operation of a vehicle , the driving assistance device comprising: a range setter configured to set a predetermined range that is a range with regard to a behavior of the vehicle ; and an operation intervention executor ; characterized by an acceptable control input range calculator configured to obtain driving action characteristic information (DI) indicating a driving action characteristic of a driver of the vehicle in a certain driving environment and to calculate an acceptable control input range that is a range of the driver's driving operation accepted at a present time, in order to cause the behavior of the vehicle estimated using the obtained driving action characteristic information (DI) to be kept in the predetermined range over a predetermined estimation interval; and a determiner configured to determine whether the driver's driving operation at the present time is within the acceptable control input range; and in that said operation intervention executor is configured to make the intervention when it is determined that the driver's driving operation at the present time is out of the acceptable control input range. a range setter configured to set a predetermined range that is a range with regard to a behavior of the vehicle ; and an operation intervention executor ; characterized by an acceptable control input range calculator configured to obtain driving action characteristic information (DI) indicating a driving action characteristic of a driver of the vehicle in a certain driving environment and to calculate an acceptable control input range that is a range of the driver's driving operation accepted at a present time, in order to cause the behavior of the vehicle estimated using the obtained driving action characteristic information (DI) to be kept in the predetermined range over a predetermined estimation interval; and a determiner configured to determine whether the driver's driving operation at the present time is within the acceptable control input range; and in that said operation intervention executor is configured to make the intervention when it is determined that the driver's driving operation at the present time is out of the acceptable control input range.
A display device capable of displaying an aerial image using retro-reflection, the display device comprising: a display capable of displaying an image; a beam-splitter configured to reflect light emitted from the display ; a retro-reflective member configured to reflect the light from the beam-splitter in a same direction as incident light, a first variable unit configured to vary an inclination angle of the display formed by a reference plane (P) of a housing and a principal plane of the display ; and a second variable unit configured to vary an inclination angle of the beam-splitter with respect to the reference plane (P), the display device being characterized by a control unit configured to calculate a viewpoint of the user, to estimate an optimum angle ΔAerial of the aerial image when observing the aerial image on a basis of the calculated viewpoint from a direction perpendicular to a principal plane of the aerial image , wherein ΔAerial is an inclination angle of the aerial image generated at a position symmetric to the display with respect to the beam-splitter formed by the principal plane of the aerial image and the reference plane (P), and to control the first variable unit and the second variable unit on a basis of the estimated optimum angle ΔAerial to satisfy Δθ = 180 - (ΔAerial + ΔDisplay) ≥ 90 degrees, where the inclination angle of the display is denoted by ΔDisplay, and an angle formed by the aerial image and the display is denoted by Δθ. a display capable of displaying an image; a beam-splitter configured to reflect light emitted from the display ; a retro-reflective member configured to reflect the light from the beam-splitter in a same direction as incident light, a first variable unit configured to vary an inclination angle of the display formed by a reference plane (P) of a housing and a principal plane of the display ; and a second variable unit configured to vary an inclination angle of the beam-splitter with respect to the reference plane (P), the display device being characterized by a control unit configured to calculate a viewpoint of the user, to estimate an optimum angle ΔAerial of the aerial image when observing the aerial image on a basis of the calculated viewpoint from a direction perpendicular to a principal plane of the aerial image , wherein ΔAerial is an inclination angle of the aerial image generated at a position symmetric to the display with respect to the beam-splitter formed by the principal plane of the aerial image and the reference plane (P), and to control the first variable unit and the second variable unit on a basis of the estimated optimum angle ΔAerial to satisfy Δθ = 180 - (ΔAerial + ΔDisplay) ≥ 90 degrees, where the inclination angle of the display is denoted by ΔDisplay, and an angle formed by the aerial image and the display is denoted by Δθ.
System comprising a dust hood extension device for use in conjunction with a dust hood for a grinding apparatus , wherein the grinding apparatus has a drive shaft for driving a grinding means , wherein the grinding means rotates in a rotationally symmetrical manner about a central axis of the drive shaft during operation, wherein the system is particularly suitable for grinding chamfers , wherein the dust hood extension device comprises a carrying device and an opening , wherein the carrying device is specified to enclose the dust hood and to receive potentially exiting dust particles , wherein the opening is disposed so as to be eccentric in relation to the central axis of the drive shaft, characterized in that the system comprises at least one adapter which has at least one face (6 or 7) for bearing on a surface to be machined, and an opening of which the size can be adapted to a desired characteristic of the chamfer to be ground.
Apparatus for drying and/or disinfecting objects such as clothing, masks, footwear and protective helmets, comprising a cabinet with a receiving space through which a gas can flow and which is intended to temporarily accommodate the objects for the drying and/or disinfection of the objects in the cabinet , and a fan unit , which moves the gas predefinably along a flow path of the gas, in accordance with the circulation principle, in the interior of the cabinet , wherein the gas comes into contact with the objects in order to dry and/or disinfect the objects, wherein a heating device is provided to heat the gas, wherein a dehumidification unit for condensation drying the gas is present, wherein a gas treatment space is separated from the receiving space by a partition , wherein the heating device is provided in the gas treatment space for the purpose of heating the gas in the gas treatment space , wherein the heated gas flows from the gas treatment space to the receiving space , wherein a condensation space is separated from the receiving space by a partition , wherein the dehumidification unit serves to condense the moisture in the gas flow guided from the receiving space to the condensation space , wherein the apparatus is configured such that the gas within the cabinet flows in a closed circuit, wherein a compression refrigeration machine comprising a refrigerant circulating in a closed cooling circuit is provided, wherein the heating device comprises a condenser unit of the compression refrigeration machine, wherein the condenser unit is arranged in the gas treatment space , wherein the heating device comprises a heater , wherein the heater is provided to continuously heat the gas by means of the condenser unit and is operated temporarily, characterized in that , behind the receiving space in relation to the mounted state of the cabinet , there is the gas treatment space of the cabinet , wherein a plasma generator of the apparatus is provided to disinfect the objects by means of the gas, wherein the plasma generator generates a plasma which reduces the number of microbes in the circulating gas, and/or the gas exhibits a microbial reduction action, wherein the plasma generator is arranged in the gas treatment space , wherein, above the receiving space and above the gas treatment space in relation to the mounted state of the cabinet , there is the condensation space through which the gas can flow and which comprises the dehumidification unit .
A compound represented by the following formula (I): wherein, R = CH 3 , C 2 to C 6 alkyl (linear or branched), cC 3 H 5 , cC 5 H 9 , or cC 6 H 11 , R 1 = R 2 = H or CH 3 , R 3 = R 4 = H or CH 3 , R 5 = H or CH 3 , and R 6 = H or CH 3 ; wherein when R is CH 3 then at least one of R 1 - R 6 is not H, or a pharmaceutically acceptable salt thereof, with the proviso that the compound is not: R = CH 3 , C 2 to C 6 alkyl (linear or branched), cC 3 H 5 , cC 5 H 9 , or cC 6 H 11 , R 1 = R 2 = H or CH 3 , R 3 = R 4 = H or CH 3 , R 5 = H or CH 3 , and R 6 = H or CH 3 ; wherein when R is CH 3 then at least one of R 1 - R 6 is not H, or a pharmaceutically acceptable salt thereof, with the proviso that the compound is not:
A prosthetic knee joint comprising: a thigh connection part connectable to a socket configured to receive a thigh of a user; a lower leg part coupled to the thigh connection part such that the lower leg part is rotatable around an axis of a knee; an actuator coupled to the thigh connection part and the lower leg part , the actuator being configured to restrict or assist movement of the thigh connection part ; a detector unit for directly or indirectly obtaining information about how the thigh connection part and the lower leg part are relatively positioned; a control unit for controlling driving of the actuator based on a result detected by the detector unit ; and an estimating unit for estimating a state of the user's movement based on the result detected by the detector unit , characterized in that , when the estimating unit estimates that the user is not walking, the control unit sets a longer control cycle for the driving of the actuator than when the estimating unit estimates that the user is walking. a thigh connection part connectable to a socket configured to receive a thigh of a user; a lower leg part coupled to the thigh connection part such that the lower leg part is rotatable around an axis of a knee; an actuator coupled to the thigh connection part and the lower leg part , the actuator being configured to restrict or assist movement of the thigh connection part ; a detector unit for directly or indirectly obtaining information about how the thigh connection part and the lower leg part are relatively positioned; a control unit for controlling driving of the actuator based on a result detected by the detector unit ; and an estimating unit for estimating a state of the user's movement based on the result detected by the detector unit , characterized in that , when the estimating unit estimates that the user is not walking, the control unit sets a longer control cycle for the driving of the actuator than when the estimating unit estimates that the user is walking.
A head chip comprising: a flow channel member having a flow channel formation area including a flow channel through which liquid flows, and a pressure chamber which is communicated with the flow channel and in which the liquid is contained; an actuator plate which is stacked on the flow channel member in a state of being opposed to the pressure chamber in a first direction; a drive electrode which is formed on a surface facing to the first direction (Z) in the actuator plate, and which is configured to deform the actuator plate in the first direction so as to change a volume of the pressure chamber; and characterized by a pad which is formed on a pad formation surface, and which is coupled to the drive electrode, and on which external wiring is mounted, wherein the pad formation surface is an area overlapping the flow channel formation area when viewed from the first direction, and the pad formation surface is disposed so as to face to an opposite side in the first direction to the flow channel member. a flow channel member having a flow channel formation area including a flow channel through which liquid flows, and a pressure chamber which is communicated with the flow channel and in which the liquid is contained; a flow channel through which liquid flows, and a pressure chamber which is communicated with the flow channel and in which the liquid is contained; an actuator plate which is stacked on the flow channel member in a state of being opposed to the pressure chamber in a first direction; a drive electrode which is formed on a surface facing to the first direction (Z) in the actuator plate, and which is configured to deform the actuator plate in the first direction so as to change a volume of the pressure chamber; and characterized by a pad which is formed on a pad formation surface, and which is coupled to the drive electrode, and on which external wiring is mounted, wherein the pad formation surface is an area overlapping the flow channel formation area when viewed from the first direction, and the pad formation surface is disposed so as to face to an opposite side in the first direction to the flow channel member.
A method of data filing comprising: - a data reception step in which a data filing system receives a data element to be included in a data file ; - a data assessment step in which the data filing system determines whether the data element is susceptible to comprise a personal data, or not; the data element being subjected to a time-restricted accessibility process if the data element is susceptible to comprise personal data, the time-restricted accessibility process comprising: - an expiry date assignment step in which the data filing system assigns an expiry date to the data element; - a key assignment step in which the data filing system randomly assigns an encryption key to the data element so as to avoid that the encryption key is assigned to another data element in the data filing system; - a key storage step in which the data filing system internally stores the encryption key in association with the expiry date that has been defined; - a data encryption step in which the data filing system encrypts the data element on the basis of the encryption key so as to obtain an encrypted data element ; - a data inclusion step in which the data filing system includes the encrypted data element in the data file; and - a key deletion step in which the data filing system deletes the encryption key when the expiry date associated with the encryption key is reached, the data element being included in the data file without applying the time-restricted accessibility process if the data element is not susceptible to comprise personal data, so that the data element remains accessible as long as the data file remains accessible. - a data reception step in which a data filing system receives a data element to be included in a data file ; - a data assessment step in which the data filing system determines whether the data element is susceptible to comprise a personal data, or not; the data element being subjected to a time-restricted accessibility process if the data element is susceptible to comprise personal data, the time-restricted accessibility process comprising: - an expiry date assignment step in which the data filing system assigns an expiry date to the data element; - a key assignment step in which the data filing system randomly assigns an encryption key to the data element so as to avoid that the encryption key is assigned to another data element in the data filing system; - a key storage step in which the data filing system internally stores the encryption key in association with the expiry date that has been defined; - a data encryption step in which the data filing system encrypts the data element on the basis of the encryption key so as to obtain an encrypted data element ; - a data inclusion step in which the data filing system includes the encrypted data element in the data file; and - a key deletion step in which the data filing system deletes the encryption key when the expiry date associated with the encryption key is reached,
A method for data transmission, comprising configuring at least two Demodulation Reference Signal, DMRS, port groups; transmitting the at least two DMRS port groups to a terminal device; wherein each of the at least two DMRS port groups corresponds to a target reference signal resource; the target reference signal resource is used to determine transmission parameters for data transmission on a DMRS port group corresponding to the target reference signal resource; and performing the data transmission on the at least two DMRS port groups according to the transmission parameters for the data transmission on each DMRS port group; wherein the transmission parameters for the data transmission on the DMRS port group corresponding to the target reference signal resource comprises: a beam for the data transmission on the DMRS port group corresponding to the target reference signal resource; the beam is further used for transmitting or receiving a reference signal on the target reference signal resource. configuring at least two Demodulation Reference Signal, DMRS, port groups; transmitting the at least two DMRS port groups to a terminal device; wherein each of the at least two DMRS port groups corresponds to a target reference signal resource; the target reference signal resource is used to determine transmission parameters for data transmission on a DMRS port group corresponding to the target reference signal resource; and performing the data transmission on the at least two DMRS port groups according to the transmission parameters for the data transmission on each DMRS port group; wherein the transmission parameters for the data transmission on the DMRS port group corresponding to the target reference signal resource comprises: a beam for the data transmission on the DMRS port group corresponding to the target reference signal resource; the beam is further used for transmitting or receiving a reference signal on the target reference signal resource.